Loading...
HomeMy WebLinkAboutB05-0016 Plans (volume 3, pages 150-199) BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE rED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. '0 (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(8). 0 INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL JNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT ICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS TRY. SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCH(ES) FOR CONTROL ROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR )ISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET r FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. DETAIL NOTES THIS SHEET: NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET <�PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN 4 CONCRETE SLAB (HATCHED AREA). FLUSH DUPLEX FLOOR RECEPTACLE. 3 GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION �^J DETAIL ON E- . �yJ PROVIDE MEDIA CENTER AND (2) 1" C. TO IDF ROOM THIS FLOOR. 1�6E) OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. < > NOT USED. RECEPTACLE MOUNTED HORIZONTALLY, 6" BELOW FINISHED COUNTER TOP. NOT USED. < g> 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR TO ROUGH -IN. ..%' MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18" A.F.F. PROVIDE CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. <g> SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. < g> FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. <a> HALF SWITCHED RECEPTACLE. < .'> CEILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED DRAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) 1/2' C WITH PULLSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO MEDIA CENTER LOCATION. FLUSH JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN. P00 REGrs'''', NAL 4 fU //111 1111111���� \ � \ OWNER/DEVr LOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD Denver, Colorado MASTERPLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL. ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS,COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 owe ilk no ,Ro,ECr N PROJECT KEYPLAN ENLARGED CONDO F Cotor, Rumo & Assoc. FILENAME:P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- QELEC5- C -F.DWG - E474B PLOT: 02/10/2005 @ 1:50pm REV: 02/10/2005 CAD: ira XREF: tb.dwg gelec5 -c -f.dwg MB- Ol.dwg 15 -c -f.dwg MB- 02.dwg bg5 -c -f.dwg furn5.dwg xltg5- units - Ida.dwg GENERAL NOTES: 1. PROVIDE RECEPTACLF OUT)FTS SPA(FD PFR NF(' 910 -59 GENERAL NOTES: DETAIL NOTES THIS SHEET: 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. DD PROG 2 NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE 06.21.04 PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CD FROG SET SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. ti CONCRETE SLAB (HATCHED AREA). 02.15.05 2 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW FLUSH DUPLEX FLOOR RECEPTACLE. VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING f. � GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION DETAIL CIRCUITS IN ALL BEDROOMS PER NEC 210.12(6). ON E- . 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL� j PROVIDE MEDIA CENTER AND (2) 1" C. TO IDF ROOM THIS FLOOR. CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT WITH ARCHITECT PRIOR TO ROUGH -IN. MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. �� <� NOT USED. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCH(ES) FOR CONTROL <:g> RECEPTACLE MOUNTED HORIZONTALLY, 6" BELOW FINISHED COUNTER TOP. OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. NOT USED. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET <' 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. TO ROUGH -IN. �✓ MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18' A.F.F. PROVIDE CONNECTION TO BUILDING FRCP FOR TROUBLE INDICATION AND UNIT POWER ONLY. <, SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. <� HALF SWITCHED RECEPTACLE. � CEILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED DRAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) 1/2' C WITH PULLSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO MEDIA CENTER LOCATION. FLUSH JUNC11ON BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. <[> PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. < 1 PROVIDE JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN. J I , RE M / ��''''% JAN 2006 w ^A s v '' ��� 1 1111i1111 1 ��� \ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD Denver, Colorado MASTERPLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK t STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD FROG SET 01.14.05 006 PERMIT /BID 02.15.05 4TH, 5TH & 6TH FLOORS ENLARGED CONDO J 461/561/661 TYPICAL PLANS b SCALE: 1 4" =1' -0" 4TH FLOOR ENLARGED CONDO G SCALE: 1/4"=V-0" 487) PLAN PRo,wr N PROJECT KEYPLAN ENLARGED CONDO H & J P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- OELEC4- C- GJ.DWG - E475 PLOT: 02/10/2005 @ 1:50pm REV: 02/10/2005 USER: iro i GENERAL NOTES: DETAIL NOTES THIS SHEET: 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. DD FROG 2 NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE 06.21.04 PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CD PROG SET SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 006 CONCRETE SLAB (HATCHED AREA). 02.15.05 2 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW FLUSH DUPLEX FLOOR RECEPTACLE. VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. < > 4. PROVIDE ARC INTERRUPTING CIRCUITS Q GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION DETAIL IN ALL BEDROOMS PER NEC 210.12(6). ON E- 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL C } PROVIDE MEDIA CENTER AND (2) 1" C. TO IDF ROOM THIS FLOOR. CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. �� < " > OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT WITH ARCHITECT PRIOR TO ROUGH -IN. MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. < > NOT USED. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCH(ES) FOR CONTROL <> RECEPTACLE MOUNTED HORIZONTALLY, 6' BELOW FINISHED COUNTER TOP. OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. ��g> NOT USED. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET <a> 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. TO ROUGH -IN. <a> MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18" A.F.F. PROVIDE CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. > SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. <g> FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. <a> HALF SWITCHED RECEPTACLE. 15,> CEILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED DRAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) 1/2" C WITH PULLSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO MEDIA CENTER LOCATION. FLUSH JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. U PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. <$> PROVIDE JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN. \ \ \ \tt11IiIIiI II �/ p p REG1 %,, g7 ac 01111 I I V i \O OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD FROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 "4A -15" 4TH FLOOR ENLARGED CONDO A 460 PLAN b SCALE: 1 4" =1' -0" �u 4TH FLOOR ENLARGED CONDO L SCALE: 114 PRO)= N PROJECT KEYPLAN ENLARGED CONDO A & L P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- QELEC4- C- AL.DWG - E4758 PLOT: 02/10/2005 0 1:50pm REV: 02/10/2005 USER: fro E475B Optional Calculation for Condominium Dwelling Unit ( Per N.E.C. Article 220.82) Unit area 1300 - 2000 square fast 10 Remaining KVA at 40 % KVA = 11 A. Sub -total KVA = Condimunium Unit# 4G Unit loads at 100% Fan Coil Units (1 /5HP max) 4 each x 0.5 KVA = 2 Unit Square Footage (max) 2004 0.8 (") Based on unit with maximum quantity A. Application of Demand Factor (N.E.C. 220-30 Optional Calculation) Quantity (' *} Unit General LightingtPower 2000 sq•ft• x 3 VA = 6000 Small appliance ccts 2 ccts x 1500 VA = 3000 Laundry cct 1 ccts x 1500 VA = 1500 Dishwasher cct i octs x 1200 VA = 1200 Garbage Disposer cat 1 each x 1020 VA = 1020 Gas Range (nameplate) 1 each x 8500 VA = 8500 Electric Dryer (nameplate),• x — Whirlpool Bath L 2 `�l each 1600 VA = 3 Steam Shower �4�``�'�k�bt•••'` �"� 's�b6$ Kithen Exhaust Hood 1 each x 408 VA = 408 Microwave 1 each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Toilet Exhaust 4 each x 112 VA = 448 Sub -total VA = 38126 Sub -total KVA = 38 First 10 KVA at 100% KVA = 10 Remaining KVA at 40 % KVA = 11 A. Sub -total KVA = 21 Unit loads at 100% Fan Coil Units (1 /5HP max) 4 each x 0.5 KVA = 2 Heated Floor Mat 2 each x 0.4 KVA = 0.8 B. Total Unit KVA = 24 Total unit (120124OV, 1PH, 3W)AMPS 116 P: \ARRASELLE \CONDO OWNER REVS \2005 -319 UNIT 487 -4G \CAD \ELEC \P- OELEC4- C -G.DWG - E475 PLOT: 02/06/2006 0 2:14pm REV. 02/06/2006 USER: 1h i 200 A 200 A MTG.. FLUSH NEW MAIN CIRCUIT BREAKER VOLTAGE 120 1 240 WS PHASE I PH WIRE 4 W ,, RATED V PANEL 4G Panel Notes: 1. PROVIDE GFCl CIRCUIT BREAKER. 2. PROVIDE ARC FAULT TYPE CIRCUIT BREAKER PER NEC 210.12(B). �7=MTITMWMT Mt. ® ®�_ ® ®��' OHO ®� ® ®��E�.T•I� ■ ■ ■ PANEL LOADING SUMMARY Refer to DrrMng E600A for load sum=ry bassil on NEC 220 (B) GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THATARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL BREAKER ACCESS GFCl = SHUNT TRIP Minimum quantity of 20A Branch Circuft per NEC 210.11 and 220.82 General Loads 21 Heating and AC loads 2 Total quantity of branch circuits 23 Panel board capacity 150A Paneiboard feeder size 3#1/0. #6G,1 1 /2 "C WN 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. OPPOSING UNIT ELECTRICAL RECEPTACLE BOXES AND BOX PENETRATIONS SHALL BE SEPARATED LATERALLY BY NO LESS THAN 12' iN SEPARATE STUD CAVITIES SEPARATED BY A VERTICAL METAL STUD. EACH ELECTRICAL BOX SHALL BE 100% SEALED WITH A FIRE RATED (ASTME 814, UL 1479) PUTTY BACKING PAD HAVING A MINIMUM STC RATING OF 41 (STC -41). SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH —iN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK —OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(6). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. REFER TO REFERENCE ELECTRICAL PLANS FOR LOCATION OF CONDO UNIT PANELS. 8- WIRING DEVICE MOUNTING HEIGHTS SHALL BE TYPICAL AS FOLLOWS: A. RECEPTACLES AT +12' A.F.F. TO CENTER, HORIZONTAL. B. SWITCHES AT +42' A.F.F. TO CENTER, EXCEPT WHERE ADJACENT TO BEDS. C. THERMOSTATS AT +54" A.F.F. TO CENTER. D. RECEPTACLE, SWITCH, AND THERMOSTAT MOUNTING HEIGHTS SHALL MEET ADA REQUIREMENTS IN ADA ACCESSIBLE ROOMS. E. WHEREVER POSSIBLE, LIGHT SWITCHES, RECEPTACLES, AND /OR THERMOSTATS SHALL BE STACKED VERTICALLY. F. REFER TO INTERIOR DESIGN DRAWINGS FOR MOUNTING HEIGHT OF SWITCHES LOCATED ADJACENT TO BEDS AND ANY OTHER SPECIAL CONDITIONS. 4TH FLOOR ENL ARGED CONDI i NOTE. NOT ALL NOTES MAY BE USED ON EACH SHEET PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). PROVIDE WHEAT OR EQUAL ELECTRIC FLOOR MAT AND PROGRAMMABLE THERMOSTAT JNTG5110. REFER TO ELECTRIC FLOOR MAT DETAIL, SHEET E500.2 FOR ADDITIONAL INFORMATION. �2 PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI— SERVICE FLOOR BOX WITH FLUSH COVER DUPLEX RECEPTACLE AND VOiCE /DATA OUTLETS. FLUSH COVER COLOR BY ARCHITECT. FLOORING INSET BY FLOORING CONTRACTOR. PROVIDE JUNCTION BOX FOR SINGLE POINT CONNECTION OF GAS FIREPLACE (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WiTH FIREPLACE MANUFACTURER PRIOR TO ROUGH —IN. < �> PROVIDE 24OV, 3OA2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS NTH SHOWER MANUFACTURER PRIOR TO ROUGH —iN. ���• -' PROVIDE MEDIA CENTER AT +8 -6' A.F.F. TO BOTTOM AND (2) 2' C. TO TR ROOM DESIGNATED BY ZONES ON "T -100" SERIES DRAWINGS THiS FLOOR. 6 OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION NTH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE DUPLEX RECEPTACLE FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH —IN. g RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWINGS PRIOR TO ROUGH —iN. PROVIDE JUNCTION BOX FOR 120V CONNEC1ION TO THERMOSTAT. PROVIDE CONTROL CONNECTION TO ASSOCIATED HVAC UNIT. REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH —IN. PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48 A.F.F. REFER TO FiRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH —IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC 71MER SWITCH 1N —UNE WITH FIREPLACE IGNITION FURNISHED BY FIREPLACE MANUFACTURER. TiME RANGE SHALL BE 0 -180 MINUTES FOR LIVING ROOM FIREPLACE AND 0-60 MINUTES FOR BEDROOM FIREPLACES. VERIFY MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE MOTOR RATED DISCONNECT SWITCH FOR LAUNDRY EXHAUST FAN. VERIFY LOCATION WITH MECHANICAL DRAWINGS PRIOR TO ROUGH —IN. PROVIDE "DOOR JAMB" SWITCH FOR CLOSET LIGHTING. LUMINAIRE SHALL BE 'ON' WHEN DOOR IS OPEN AND 'OFF' WHEN DOOR IS CLOSED. CEILING MOUNTED LUMINAIRE FURNISHED WITH FF &E PACKAGE, INSTALLED BY ELECTRICAL CONTRACTOR. ;`�:'� PROVIDE HALF — SWITCHED DUPLEX RECEPTACLE. <jR> PROVIDE JUNCTION BOX FOR CONNECTION OF JET (JACUZZI) TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRiOR TO ROUGH —IN AND MAKE ADJUSTMENTS AS NECESSARY. \% PROVIDE 'MASTER SWITCH" FOR CONTROL OF GUEST ROOM LIGHTING AND SWITCHED RECEPTACLES (EXCLUDING BATHROOM AND BALCONY LIGHTING. REFER TO WIRING DIAGRAM, THIS SHEET. LOAD CENTER NOTE: • r R EFE R ENCE P LANS - .. UNIT LOAD CENTER LOCATIO ,25 OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTERPLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGIN MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, PUMA, AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. L. COLORADO INTERIOR DESIGN SLIFERDESIGNS EDWARDS, COLORADO PROJECT' NUMBER: 20826.01 ISSUE REVISION DATE 101 PR 0083BC 02.03.06 PRO JECT KEY M I . PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(6). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCH(ES) FOR CONTROL OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. DETAIL NOTES THIS SHEET: NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). FLUSH DUPLEX FLOOR RECEPTACLE. 3 GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION C� DETAIL ON E- !�j PROVIDE MEDIA CENTER AND (2) 1" C. TO IDF ROOM THIS FLOOR. 6 OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. <7> NOT USED. RECEPTACLE MOUNTED HORIZONTALLY, 6" BELOW FINISHED COUNTER TOP. NOT USED. 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR TO ROUGH -IN. MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18" A.F.F. PROVIDE CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. HALF SWITCHED RECEPTACLE. G CEILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED DRAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) 1/2' C WITH PULLSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO MEDIA CENTER LOCATION. <a> FLUSH JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. Q PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. \ice' PROVIDE JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN. 0 RE 9 81 ` N/ L OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD Denver, Colorado MASTER PLANNER DESIGN ARCHPI'F.CT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO 14 -50R 10" PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD FROG 1 04.12.04 003 DD FROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 �u 4TH & 5TH FLOORS ENLARGED CONDO T SCALE: 1/4"=V-0" Mo)Bcr N PROJECT KEYPLAN ENLARGED CONDO T 422 /522) TYPICAL PL P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- QELEC4- C -T.OWG - E476 PLOT: 02/10/2005 ®1:49pm REV: 02/70/2005 USER: iro I E476 P:\PROJECTS\2003\2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT\CAD\DDS\ELEC\P- QELEC4- C -K.DWG - E4768 PLOT: 02/10/2005 0 1:49pm REV: 02/10/2005 USER: iro GENERAL NOTES: DETAIL NOTES THIS SHEET: 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 003 NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE 004 PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 005 CONCRETE SLAB (HATCHED AREA). 01.14.05 006 PERMIT /BID 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH —IN FOR LOW FLUSH DUPLEX FLOOR RECEPTACLE. VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK —OFF ROOMS. 0 GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION DETAIL ON E- 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(8). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL PROVIDE MEDIA CENTER AND (2) 1" C. TO IDF ROOM THIS FLOOR. CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. <�> OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT WITH ARCHITECT PRIOR TO ROUGH —IN. MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. <> NOT USED. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCH(ES) FOR CONTROL <g> RECEPTACLE MOUNTED HORIZONTALLY, 6" BELOW FINISHED COUNTER TOP. OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. NOT USED. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET <g> 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. TO ROUGH —IN. MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18" A.F.F. PROVIDE CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. <�> SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. <� FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH —IN. HALF SWITCHED RECEPTACLE. CEILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED DRAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH —IN. PROVIDE (1) 1/2 C WITH PULLSTRING FOR POWER AND (1) 1/2 C FOR CONTROLS BACK TO MEDIA CENTER LOCATION. FLUSH JUNCTION BOX FOR 120V CONNEC1ION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH —IN. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH —IN. 4TH, 5TH & 6TH FLOORS ENLARGED CONDO b SCALE: 1/4"=V-0" K (455/555/655) TYPICAL PLAN (c) 2003 42140 ARCHITECTURE, IN& \\ ����W�itlii+llt / p RED 1 !11 P�.• •��ST'' %, 97 j : Cc i lll !lttllll{WiW W � \ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECZ HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, PUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 mojwr N PROJECT KEYPLAN ENLARGED CONDO K m $1 9we, GENERAL NOTES: DETAIL NOTES THIS SHEET: 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. DD PROG 2 NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE 06.21.04 PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CD PROG SET SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. <j./ CONCRETE SLAB (HATCHED AREA). 02.15.05 2 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW FLUSH DUPLEX FLOOR RECEPTACLE. VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. U 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION DETAIL ON BEDROOMS PER NEC 210.12(8)_ E- . 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL <5�` > PROVIDE MEDIA CENTER AND (2) 1° C. TO OF ROOM THIS FLOOR. CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. < 6 > OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT WITH ARCHITECT PRIOR TO ROUGH -IN. MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. <J NOT USED. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCHES) FOR CONTROL �8 RECEPTACLE MOUNTED HORIZONTALLY, 6" BELOW FINISHED COUNTER TOP. OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. g� NOT USED. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET <a> 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. TO ROUGH -IN. <a> MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18 A.F.F. PROVIDE CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. N SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. m_USH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM 3CATION WITH ARCHITECT PRIOR TO ROUGH -IN. ALF SWITCHED RECEPTACLE. EILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED RAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) 42" C WITH PULLSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO EDIA CENTER LOCATION. _USH JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM )CATION WITH ARCHITECT PRIOR TO ROUGH -IN. ROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. ROVIDE JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY JNNECTION REQUIREMENTS NTH TUB MANUFACTURER PRIOR TO ROUGH -IN. - itill // P © p REGI %,, .'� 0 0 N N\ �`. OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD Denver, Colorado MASTERPLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL. ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 � T 4TH, 5TH & 6TH FLOORS ENLARGED CONDOR 408/508/608 TYPICAL PLAN b SCALE: 1 4" =V -0" ENLARGED CONDO R E477 P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- QELEC4- C -R.DWG - E477 PLOT: 02/10/2005 ® 1:48pm REV: 02/10/2005 USER: iro NEW PANEL 4M 200 A MAIN CIRCUIT BREAKER VOLTAGE 120 1200 V 200 A BUS PHASE 3 PH Panel Notes: WIRE 4 W 1. PROVIDE GFCI CIRCUIT BREAKER. TYPE: 2. PROVIDE ARC FAULT TYPE CIRCUIT BREAKER PER NEC 210.12(8 ). WIG.: SURFACE 0 , 0 0 0 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET _• _N _ m mm CONCRETE SLAB (HATCHED AREA). PROVIDE NUHEAT OR EQUAL ELECTRIC FLOOR ■L'Y1i1�►I•� MAT AND PROGRAMMABLE THERMOSTAT #1TG5110. REFER TO ELECTRIC FLOOR MAT I 2 PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI — SERVICE FLOOR � .. ��� COVER COLOR BY ARCHITECT. FLOORING INSET BY FLOORING CONTRACTOR. I ILi!! i!• • (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WITH FIREPLACE MANUFACTURER PRIOR TO ROUGH —IN. PROVIDE 240V, 30A2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS WITH SHOWER MANUFACTURER PRIOR TO ROUGH —IN. PROVIDE MEDIA CENTER AT +8' -6' A.F.F. TO BOTTOM AND (2) 2" C. TO TR ROOM DESIGNATED BY ZONES ON "T -100" SERIES DRAWINGS THIS FLOOR. ��6 ? OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. J` PROVIDE DUPLEX RECEPTACLE FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH —IN. 8 RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY y MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE �g CONTROL CONNECTION TO ASSOCIATED HVAC UNIT. REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH —IN. PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48" A.F.F. REFER TO FIRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH —IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC TIMER SWITCH 1N —LINE WITH FIREPLACE IGNITION FURNISHED BY FIREPLACE MANUFACTURER. TIME RANGE SHALL BE 0 -180 MINUTES FOR LIVING ROOM FIREPLACE AND 0 -60 MINUTES FOR BEDROOM FIREPLACES. VERIFY MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE MOTOR RATED DISCONNECT SWITCH FOR LAUNDRY EXHAUST FAN. VERIFY LOCATION WITH MECHANICAL DRAWINGS PRIOR TO ROUGH —IN. <� PROVIDE 'DOOR JAMB" SWITCH FOR CLOSET LIGHTING. LUMINAIRE SHALL BE *ON" WHEN DOOR IS OPEN AND 'OFF' WHEN DOOR IS CLOSED. CEILING MOUNTED LUMINAIRE FURNISHED WITH FF &E PACKAGE, INSTALLED BY ELECTRICAL CONTRACTOR. PROVIDE HALF — SWITCHED DUPLEX RECEPTACLE. PROVIDE JUNCTION BOX FOR CONNECTION OF JET (JACUZZI) TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH —IN AND MAKE ADJUSTMENTS AS NECESSARY. PROVIDE "MASTER SWITCH" FOR CONTROL OF GUEST ROOM LIGHTING AND SWITCHED RECEPTACLES (EXCLUDING BATHROOM AND BALCONY LIGHTING. REFER TO WIRING PRAQC DIAGRAM, THIS SHEET. ��' gliJtt•i67,1i1'il- iC ...� ® ®� -�. '■■ �.'� ®r�'i ■ ■[?i������1�1�II�G��1� Nil U i' ... Refer to D E600A for load summary based on NEC 220 (8) UP DATED GENERAL NOTES: PROVIDE NEW , P ANELS THAT ARE INCLUDE PR PR TYPED , ,Ai CIRCUW =_.� , , 'BREAKER ACCESSORIES r• . P: \ARRABELLE \CONpO OWNER REVS \2005 - 321 UNIT 429 4MN \CAD \ELEC \P - QELEC4 C - MN.OWG _ E4778 PLOT: 02/28/2006 0 12:59pm REV: 02/28/2006 USER: Jh 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. OPPOSING UNIT ELECTRICAL RECEPTACLE BOXES AND BOX PENETRATIONS SHALL BE SEPARATED LATERALLY BY NO LESS THAN 12' IN SEPARATE STUD CAVITIES SEPARATED BY A VERTICAL METAL STUD. EACH ELECTRICAL BOX SHALL BE 100% SEALED WITH A FIRE RATED (ASTME 814, UL 1479) PUTTY BACKING PAD HAVING A MINIMUM STC RATING OF 41 (STC -41). SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH —IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK —OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12 (B). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. REFER TO REFERENCE ELECTRICAL PLANS FOR LOCATION OF CONDO UNIT PANELS. 8. WIRING DEVICE MOUNTING HEIGHTS SHALL BE TYPICAL AS FOLLOWS- A. RECEPTACLES AT +12' A.F.F. TO CENTER, HORIZONTAL. B. SWITCHES AT +42' A.F.F. TO CENTER, EXCEPT WHERE ADJACENT TO BEDS. C. THERMOSTATS AT +54" A.F.F. TO CENTER. D. RECEPTACLE, SWITCH, AND THERMOSTAT MOUNTING HEIGHTS SHALL MEET ADA REQUIREMENTS IN ADA ACCESSIBLE ROOMS. E. WHEREVER POSSIBLE, LIGHT SWITCHES, RECEPTACLES, AND /OR THERMOSTATS SHALL BE STACKED VERTICALLY. F. REFER TO INTERIOR DESIGN DRAWINGS FOR MOUNTING HEIGHT OF SWITCHES LOCATED ADJACENT TO BEDS AND ANY OTHER SPECIAL CONDITIONS. DETAIL • OWNER/DEVELOPER VA.IL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER & DESIGN ARCHTECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER- 20826.01 ISSUE REVISION DATE 107 PR 0090BC 02.23.06 m PROJECT KEYPLAN ENLARGED CONDO M i I NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). PROVIDE NUHEAT OR EQUAL ELECTRIC FLOOR MAT AND PROGRAMMABLE THERMOSTAT #1TG5110. REFER TO ELECTRIC FLOOR MAT DETAIL, SHEET E500.2 FOR ADDITIONAL INFORMATION. 2 PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI — SERVICE FLOOR BOX WITH FLUSH COVER DUPLEX RECEPTACLE AND VOICE DATA OUTLETS. FLUSH COVER COLOR BY ARCHITECT. FLOORING INSET BY FLOORING CONTRACTOR. 33 . PROVIDE JUNCTION BOX FOR SINGLE POINT CONNECTION OF GAS FIREPLACE (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WITH FIREPLACE MANUFACTURER PRIOR TO ROUGH —IN. PROVIDE 240V, 30A2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS WITH SHOWER MANUFACTURER PRIOR TO ROUGH —IN. PROVIDE MEDIA CENTER AT +8' -6' A.F.F. TO BOTTOM AND (2) 2" C. TO TR ROOM DESIGNATED BY ZONES ON "T -100" SERIES DRAWINGS THIS FLOOR. ��6 ? OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. J` PROVIDE DUPLEX RECEPTACLE FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH —IN. 8 RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY y MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE �g CONTROL CONNECTION TO ASSOCIATED HVAC UNIT. REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH —IN. PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48" A.F.F. REFER TO FIRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH —IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC TIMER SWITCH 1N —LINE WITH FIREPLACE IGNITION FURNISHED BY FIREPLACE MANUFACTURER. TIME RANGE SHALL BE 0 -180 MINUTES FOR LIVING ROOM FIREPLACE AND 0 -60 MINUTES FOR BEDROOM FIREPLACES. VERIFY MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE MOTOR RATED DISCONNECT SWITCH FOR LAUNDRY EXHAUST FAN. VERIFY LOCATION WITH MECHANICAL DRAWINGS PRIOR TO ROUGH —IN. <� PROVIDE 'DOOR JAMB" SWITCH FOR CLOSET LIGHTING. LUMINAIRE SHALL BE *ON" WHEN DOOR IS OPEN AND 'OFF' WHEN DOOR IS CLOSED. CEILING MOUNTED LUMINAIRE FURNISHED WITH FF &E PACKAGE, INSTALLED BY ELECTRICAL CONTRACTOR. PROVIDE HALF — SWITCHED DUPLEX RECEPTACLE. PROVIDE JUNCTION BOX FOR CONNECTION OF JET (JACUZZI) TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH —IN AND MAKE ADJUSTMENTS AS NECESSARY. PROVIDE "MASTER SWITCH" FOR CONTROL OF GUEST ROOM LIGHTING AND SWITCHED RECEPTACLES (EXCLUDING BATHROOM AND BALCONY LIGHTING. REFER TO WIRING PRAQC DIAGRAM, THIS SHEET. OWNER/DEVELOPER VA.IL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER & DESIGN ARCHTECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER- 20826.01 ISSUE REVISION DATE 107 PR 0090BC 02.23.06 m PROJECT KEYPLAN ENLARGED CONDO M i I GENERAL NOTES: 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(8). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCH(ES) FOR CONTROL OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. VERIFY 3H -IN. �� \ \111 "•. *\.� OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS,COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE °4U -11' 4TH, 5TH & 6TH FLOORS ENLARGED CONDO U (430/530/636) TYPICAL PLANS b SCALE: 1/4"=V-0" '4U -1 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 mo,scr N PROJECT KEYPLAN ENLARGED CONDO S & U P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- QELEC4- C- SU.DWG - E478 PLOT: 02/10/2005 @ 1:48pm REV: 02/10/2005 USER: iro DETAIL NOTES THIS SHEET: NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). 2 FLUSH DUPLEX FLOOR RECEPTACLE. 3 GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION 4 � DETAIL ON E- ��5 > PROVIDE MEDIA CENTER AND (2) 1 C. TO IDF ROOM THIS FLOOR. Q OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. NOT USED. RECEPTACLE MOUNTED HORIZONTALLY, 6 BELOW FINISHED COUNTER TOP. ® NOT USED. < > 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR TO ROUGH -IN. <✓ MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18 A.F.F. PROVIDE CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. <�> SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. <a> FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. '3Y HALF SWITCHED RECEPTACLE. <g> CEILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED DRAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) 1/2 C WITH PULLSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO MEDIA CENTER LOCATION. <a> FLUSH JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM �, ? LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. 5. I / PRn\AnF .II INr RnY FnP 1 g(1V f cwNFC`TinN Tn TWFRUnCZTAT E478 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. OPPOSING UNIT ELECTRICAL RECEPTACLE BOXES AND BOX PENETRATIONS SHALL BE SEPARATED LATERALLY BY NO LESS THAN 12" IN SEPARATE STUD CAVITIES SEPARATED BY A VERTICAL METAL STUD. EACH ELECTRICAL BOX SHALL BE 100% SEALED WITH A FIRE RATED (ASTME 814, UL 1479) PUTTY BACKING PAD HAVING A MINIMUM STC RATING OF 41 (STC -41). SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(B). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. REFER TO REFERENCE ELECTRICAL PLANS FOR LOCATION OF CONDO UNIT PANELS. 8. WIRING DEVICE MOUNTING HEIGHTS SHALL BE TYPICAL AS FOLLOWS- A. RECEPTACLES AT +12' A.F.F. TO CENTER, HORIZONTAL. B. SWITCHES AT +42' A.F.F. TO CENTER, EXCEPT WHERE ADJACENT TO BEDS. C_ THERMOSTATS AT +54' A.F.F. TO CENTER. D. RECEPTACLE, SWITCH, AND THERMOSTAT MOUNTING HEIGHTS SHALL MEET ADA REQUIREMENTS IN ADA ACCESSIBLE ROOMS. E. WHEREVER POSSIBLE, LIGHT SWITCHES, RECEPTACLES, AND /OR THERMOSTATS SHALL BE STACKED VERTICALLY. F. REFER TO INTERIOR DESIGN DRAWINGS FOR MOUNTING HEIGHT OF SWITCHES LOCATED ADJACENT TO BEDS AND ANY OTHER SPECIAL CONDITIONS. 200 A 200 A TYPE: MTG.: FLUSH NEW MAIN CIRCUIT BREAKER VOLTAGE 120 / 240 BUS PHASE 1 PH WIRE 4 W 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) V PANEL 4S Panel Notes: 1. PROVIDE GFCI CIRCUIT BREAKER. 2. PROVIDE ARC FAULT TYPE CIRCUIT BREAKER PER NEC 210.12(6). NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE AMP 1 P AMP / P REC - L.O. BATHROOM 0 20 / 1 1 A 2 20 / 1 0 REC - KITCHEN L.O. BATH LTG 0 20 / 1 3 6 4 20 / 1 0 DISPOSAL 2 REC - L.O. BEDROOM 0 20 1 1 5 A 6 20 1 1 0 DISHWASHER 2 LTG - L.O. BEDROOM 0 20 1 1 7 B 8 50 1 0 RANGE 2 RECA.TG - BEDROOM 0 20 1 1 9 A 10 / 2 0 REC - BATHROOM 0 20 1 1 11 B 12 201 1 0 RANGE HOOD REC - MASTER BATHRM 0 20 / 1 13 A 14 20 1 1 0 REFRIGERATOR 1 MASTER BATH LTG/MATS 0 20 1 15 B 18 30 0 DRYER 2 RECILTG - MASTER BED 0 20 / 1 17 A 18 / 2 0 STEAM SHOWER 0 30 1 19 6 20 20 / 1 0 WASHER " 0 1 2 21 A 22 2011 0 MICROWAVE 1 WHIRLPOOL TUB 0 20 1 23 B 24 20 / 1 0 LTG - GENERAL/DRY FAN 0 / 2 25 A 28 20 1 1 0 REC- GENERAL SPARE 0 2011 27 B 28 2011 0 REC - GENERAL SPACE 0 / 29 A 30 2011 0 REC - GENERAL SPACE 0 1 31 S 32 2011 0 SPARE SPACE 0 1 33 A 34 2011 0 SPARE SPACE 0 / 35 B 38 2011 0 SPARE SPACE 0 / 37 A 38 1 4 SPACE SPACE 0 1 39 6 40 1 0 SPACE SPADE 01 1 41 A 42 / 0 SPACE PANEL LOADING SUMMARY Refer to Drawing E600.4 far load summery based on NEC 220 (B) G ENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. BREAKER ACCESSORIES * = GFCI "= SHUNT TRIP N O NEW LOAD ADDED TO THIS UNIT'S ••r CENTER PANELBOARD SCHED SHOWN • INFO O NLY. R EFER TO TYPICAL LOA CALCUL SHEET srM' ISSUE UNDE BA BUIL DING • -• DO CUMENTS. NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). PROVIDE NUHEAT OR EQUAL ELECTRIC FLOOR MAT AND PROGRAMMABLE THERMOSTAT #NTG5110. REFER TO ELECTRIC FLOOR MAT DETAIL, SHEET E500.2 FOR ADDITIONAL INFORMATION. PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI- SERVICE FLOOR BOX WITH FLUSH COVER DUPLEX RECEPTACLE AND VOICE /DATA OUTLETS. FLUSH COVER COLOR BY ARCHITECT_ FLOORING INSET BY FLOORING CONTRACTOR. 3 PROVIDE JUNCTION BOX FOR SINGLE POINT CONNECTION OF GAS FIREPLACE (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WITH FIREPLACE MANUFACTURER PRIOR TO ROUGH -IN. PROVIDE 24OV, 3OA2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS WITH SHOWER MANUFACTURER PRIOR TO ROUGH -IN. -� PROVIDE MEDIA CENTER AND (2) 2' C. TO TR ROOM DESIGNATED BY ZONES ON 'T -100' SERIES DRAWINGS THIS FLOOR. 6 OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. FLUSH JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. g RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE CONTROL CONNECTION TO ASSOCIATED HVAC UNIT REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH -IN. <a> PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48' A.F.F. REFER TO FIRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH -IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FRCP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC TIMER SNATCH IN -LINE WITH FIREPLACE IGNITION FURNISHED BY FIREPLACE MANUFACTURER. TIME RANGE SHALL BE 0 -180 MINUTES FOR LIVING ROOM FIREPLACE AND 0 -60 MINUTES FOR BEDROOM FIREPLACES. VERIFY MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE MOTOR RATED DISCONNECT SNATCH FOR LAUNDRY EXHAUST FAN. VERIFY LOCATION WITH MECHANICAL DRAWINGS PRIOR TO ROUGH -IN. <:.> PROVIDE "DOOR JAMB' SWITCH FOR CLOSET LIGHTING. LUMINAIRE SHALL BE 'ON' WHEN DOOR IS OPEN AND 'OFF" WHEN DOOR IS CLOSED. �•' CEILING MOUNTED LUMINAIRE FURNISHED WITH FF &E PACKAGE, INSTALLED BY ELECTRICAL CONTRACTOR. PROVIDE HALF - SWITCHED DUPLEX RECEPTACLE. PROVIDE JUNCTION BOX FOR CONNECTION OF JET (JACUZZI) TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN AND MAKE ADJUSTMENTS AS NECESSARY. 1 } PROVIDE "MASTER SWITCH FOR CONTROL OF GUEST ROOM LIGHTING AND SWITCHED RECEPTACLES (EXCLUDING BATHROOM AND BALCONY LIGHTING. REFER TO WIRING DIAGRAM, THIS SHEET L f er �(� - Or arrrrorr a �� OWNER/DEVELOPER Y A RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHETECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVILENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO? PROJECT NUI4BER: TCCTTFP. 'RPX7TSTn7\T PR 0094BC -R1 03.17.06 P: \ARRABELLE \CONDO OWNER REVS \2005 -234 UNIT 414 -4S \CAD \ELEC \P- QELEC4- C -S.DWG - E478 PLOT: 08/03/2006 0 11:08am REV: 03/17/2006 USER: jh GENERAL NOTES 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4, PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(8). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCH(ES) FOR CONTROL OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. DETAIL NOTES THIS SHEET: NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). Q FLUSH DUPLEX FLOOR RECEPTACLE. 3 GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION Q DETAIL ON E- . PROVIDE MEDIA CENTER AND (2) 1' C. TO OF ROOM THIS FLOOR. <�> OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION WITH ARCHITECT PRIOR TO ROUGH-IN. NOT USED. <� RECEPTACLE MOUNTED HORIZONTALLY, 6" BELOW FINISHED COUNTER TOP. < � NOT USED. <g> 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR TO ROUGH -IN. MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18" A.F.F. PROVIDE CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. Q SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. `1 HALF SWITCHED RECEPTACLE. CEILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED DRAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) 1/2' C WITH PULLSTRING FOR POWER AND (1) 1/2' C FOR CONTROLS BACK TO MEDIA CENTER LOCATION. 1 i FLUSH JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. U PROVIDE JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN. / �C) •� CJ= • 1 : OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL. ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEMUNG, INC. VAIL, COLORADO INTERIOR DESIGN SUPER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE Di '5A - 11 AC,GFI '5A-11" '5A -19' 5TH FLOOR ENLARGED KALE: 1/4"=V-0" AC,GI '4W -1 D1 '4W -1 '4W -1'. D '4W -' 4TH & 5TH FLOORS ENLARGED CONDO W SCALE: 1/4"=V-0" 002 DD PROG 1 04.12.04 003 DD FROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 PR0jwr N PROJECT KEYPLAN ENLARGED CONDO A & W CONDO A (560) PLAN 444/544) TYPICAL PLANS P:\PROJECTS\2003\2003-237 VAIL UONSHEAD CORE REDEVELOPMENT \CAD \DDS \EI.EC \P- QELEC4- C- AW.OWG - E479 PLOT; 02/10/2005 0 1:48pm REV: 02/10/2005 USER: iro II E479 P:\ARRABELLE\CONDO OWNER REVS \2005 -311 UNIT 572 -5C \CAD \ELEC \P— QELEC5— C —C.DWG — E480 PLOT: 08/03 /2006 0 11 :10om REV: 03/17/2006 USER: Jh NEMA 1j +36 ", 5 +36 ", 5( 5C -19,21 5C -17 5C -17 5TH FLOOR ENLARGED CONDO C (572) PLAN N E mo laijo mm s � i � � n � i• 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. OPPOSING UNIT ELECTRICAL RECEPTACLE BOXES AND BOX PENETRATIONS SHALL BE SEPARATED LATERALLY BY NO LESS THAN 12" IN SEPARATE STUD CAVITIES SEPARATED BY A VERTICAL METAL STUD. EACH ELECTRICAL BOX SHALL BE 100% SEALED WITH A FIRE RATED (ASTME 814, UL 1479) PUTTY BACKING PAD HAVING A MINIMUM STC RATING OF 41 (STC -41). SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(8). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. REFER TO REFERENCE ELECTRICAL PLANS FOR LOCATION OF CONDO UNIT PANELS. 8. WIRING DEVICE MOUNTING HEIGHTS SHALL BE TYPICAL AS FOLLOWS- A. RECEPTACLES AT +12" A.F.F. TO CENTER, HORIZONTAL. B. SWITCHES AT +42" A.F.F. TO CENTER, EXCEPT WHERE ADJACENT TO BEDS. C. THERMOSTATS AT +54" A.F.F. TO CENTER. D. RECEPTACLE, SWITCH, AND THERMOSTAT MOUNTING HEIGHTS SHALL MEET ADA REQUIREMENTS IN ADA ACCESSIBLE ROOMS. E. WHEREVER POSSIBLE, LIGHT SWITCHES, RECEPTACLES, AND /OR THERMOSTATS SHALL BE STACKED VERTICALLY. F. REFER TO INTERIOR DESIGN DRAWINGS FOR MOUNTING HEIGHT OF SWITCHES LOCATED ADJACENT TO BEDS AND ANY OTHER SPECIAL CONDITIONS. DETAIL NOTES THIS SHEET: NOTE_ NOT ALL NOTES MAY BE USED ON EACH SHEET <.: --' PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). PROVIDE NUHEAT OR EQUAL ELECTRIC FLOOR MAT AND PROGRAMMABLE THERMOSTAT #NTG5110. REFER TO ELECTRIC FLOOR MAT DETAIL, SHEET E500.2 FOR ADDITIONAL INFORMATION. PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI - SERVICE FLOOR BOX WITH FLUSH COVER DUPLEX RECEPTACLE AND VOICE /DATA OUTLETS. FLUSH COVER COLOR BY ARCHITECT. FLOORING INSET BY FLOORING CONTRACTOR. ' 3 PROVIDE JUNCTION BOX FOR SINGLE POINT CONNECTION OF GAS FIREPLACE (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WITH FIREPLACE MANUFACTURER PRIOR TO ROUGH -IN. 4 PROVIDE 240V. 3OA2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS WITH SHOWER MANUFACTURER PRIOR TO ROUGH -IN. PROVIDE MEDIA CENTER AT +8' -6" A.F.F. TO BOTTOM AND (2) 2" C. TO TR ROOM DESIGNATED BY ZONES ON "T -100' SERIES DRAWINGS THIS FLOOR. OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE DUPLEX RECEPTACLE FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWINGS PRIOR TO ROUGH -IN. �--' PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE CONTROL CONNECTION TO ASSOCIATED HVAC UNIT, REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH -IN. <a> PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48" A.F.F. REFER TO FIRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH -IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FRCP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC TIMER SWITCH 1N -LINE WITH FIREPLACE IGNITION FURNISHED BY FIREPLACE MANUFACTURER. TIME RANGE SHALL BE 0 -180 MINUTES FOR LIVING ROOM FIREPLACE AND 0 -60 MINUTES FOR BEDROOM FIREPLACES. VERIFY MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. <a PROVIDE MOTOR RATED DISCONNECT SWITCH FOR LAUNDRY EXHAUST FAN. VERIFY LOCATION WITH MECHANICAL DRAWINGS PRIOR TO ROUGH -IN. PROVIDE - DOOR JAMB" SWITCH FOR CLOSET LIGHTING. LUMINAIRE SHALL BE "ON" WHEN DOOR IS OPEN AND "OFF" WHEN DOOR IS CLOSED. <a> CEILING MOUNTED LUMINAIRE FURNISHED WITH FF&E PACKAGE, INSTALLED BY ELECTRICAL CONTRACTOR. 1 PROVIDE HALF- SWITCHED DUPLEX RECEPTACLE. < '> PROVIDE JUNCTION BOX FOR CONNECTION OF JET (JACUZZI) TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN AND MAKE ADJUSTMENTS AS NECESSARY. < 3> PROVIDE "MASTER SWITCH" FOR CONTROL OF GUEST ROOM LIGHTING AND SWITCHED RECEPTACLES (EXCLUDING BATHROOM AND BALCONY LIGHTING. REFER TO WIRING DIAGRAM, THIS SHEET. 200 A 200 A PE: 'G.: FLUSH NEW MAIN CIRCUIT BREAKER VOLTAGE 120 1 240 BUS PHASE 1 PH WIRE 4 W 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) V PANEL 5C Panel Notes: 1. PROVIDE GFCI CIRCUIT BREAKER. 2, PROVIDE ARC FAULT TYPE CIRCUIT BREAKER PER NEC 210.12(8). E DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE AMP / P AMP t P REC - L.O. BATHROOM 0 20 1 1 1 A 2 20 / 1 0 REC - KITCHEN L.O. BATH LTG 0 20 / 1 3 B 4 20 / 1 0 DISPOSAL REC- L.O. BEDROOM 0 20 1 1 5 A 6 20 1 1 0 DISHWASHER LTG - L.O. BEDROOM 0 20 1 1 7 B 6 50 / 0 RANGE REGILTC - BEDROOM 0 20 1 1 9 A 10 / 2 0 " REC - BATHROOM 0 20 / 1 11 B 12 20 / 1 0 RANGE HOOD REC -MASTER BATHRM 0 20 / 1 13 A 14 20 / 1 0 REFRIGERATOR MASTER BATH LTG(MATS 0 20 / 1 15 B 16 301 0 DRYER RECILTG - MASTER BED 0 20 / 1 17 A 16 1 2 0 " STEAM SHOWER 0 30 / 19 B 20 20 1 1 0 WASHER " 0 1 2 21 A 22 20 / 1 0 MICROWAVE WHIRLPOOL TUB 0 20 / 23 8 24 20 1 1 0 LTG - GENERALIDRY FAN 0 1 2 25 A 26 20 1 1 0 REC - GENERAL SPARE 0 2011 27 B 26 2011 0 REC - GENERAL SPACE 0 1 29 A 30 2011 0 REC- GENERAL SPACE 01 / 31 B 32 2011 0 SPARE SPACE 0 / 33 A 34 20 l 1 0 SPARE SPACE 0 / 35 B 36 2011 0 SPARE SPACE 0 1 37 A 38 1 0 SPACE SPACE 0 1 39 B 40 1 0 SPACE SPACE 0 1 41 A 42 1 0 1 1 ISPACE PANEL LOADING SUMMARY Refer to Drawing E600.4 for load summary based on NEC 220 (B) 2AL NOTES: 'IDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. BREAKER ACCESSORIES GFCI ** ■ SHUNT TRIP N O NEW LOAD ADDED TO THIS UNIT'S SH OWN LOAD CENTER. PANELBOARD SCHEDULE i• INFORMATION ONLY • T O TYPICAL LOAD CALCULATIO SHEET sf1 i UND BUIL DING i •' Ei I PLA14 REVIEW APPROVAL LINM, PE(um am mm O 2003 4 2140 ARCHITECTURE, INC. 4 } } }411iitlirtf OWNER/DEVELOPER V RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD J ARCHITECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 111 PR 0094BC 03.03.06 ff .r P ROJECT ` L- 5C -28 t; T `-' P: \ARRABELLE \CONDO OWNER REVS \2005 -317 UNIT 568 -5B \CAD \ELEC \P- OELEC5- C -B.DWG - E481 PLOT. 01/26/2006 0 1:20pm REV: 01/26/2006 USER: JH :+'1 1 5TH FLOOR ENLARGED CONDO B____(_�68) PLAN N i 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. OPPOSING UNIT ELECTRICAL RECEPTACLE BOXES AND BOX PENETRATIONS SHALL BE SEPARATED LATERALLY BY NO LESS THAN 12" IN SEPARATE STUD CAVITIES SEPARATED BY A VERTICAL METAL STUD. EACH ELECTRICAL BOX SHALL BE 100% SEALED WITH A FIRE RATED (ASTME 814, UL 1479) PUTTY BACKING PAD HAVING A MINIMUM SIC RATING OF 41 (STC -41). SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH —IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK —OFF ROOMS. 4- PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(B). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. REFER TO REFERENCE ELECTRICAL PLANS FOR LOCATION OF CONDO UNIT PANELS. 8. WIRING DEVICE MOUNTING HEIGHTS SHALL BE TYPICAL AS FOLLOWS: A. RECEPTACLES AT +12" A.F.F. TO CENTER, HORIZONTAL. B. SWITCHES AT +42" A.F.F. TO CENTER, EXCEPT WHERE ADJACENT TO BEDS C. THERMOSTATS AT +54" A.F.F. TO CENTER. D. RECEPTACLE, SWITCH, AND THERMOSTAT MOUNTING HEIGHTS SHALL MEET ADA REQUIREMENTS IN ADA ACCESSIBLE ROOMS. E. WHEREVER POSSIBLE, LIGHT SWITCHES, RECEPTACLES, AND /OR THERMOSTATS SHALL BE STACKED VERTICALLY. F REFER TO INTERIOR DESIGN DRAWINGS FOR MOUNTING HEIGHT OF SWITCHES LOCATED ADJACENT TO BEDS AND ANY OTHER SPECIAL CONDITIONS. Optional Calculation for Condominium Dwelling Unit ( Per N.E.C. Article 220) Unit area 2001 - 2500 square feet Condimunium Unit # 5B Unit Square Footage 2500 A. Application of Demand Factor (N.E.C. 220.30 Optional Calculation) Quantity Unit General LightingfPower 2500 sq.fL x 3 VA = 7500 Small appliance cats 2 cats x 1500 VA = 3000 Laundry oct 1 cots x 1500 VA = 1500 Dishwasher cot 1 acts x 1200 VA = 1200 Garbage Disposer oct 1 each x 1020 VA = 1020 Gas Range 1 each x 6100 VA = 6100 Electric Dryer 1 each x 5300 VA = 5300 Washer 1 each x 1500 VA = 1500 Whirlpool Bath — Steam Shower (future) 2 each x 5000 VA = 10000 �C Microwave Refrigerator 1 each x 1200 VA = 1200 Exhausthood 1 each x 400 VA = 400 Sub -total VA = 41970 Sub -total KVA = 42 First 10 KVA at 100% KVA = 10 Remaining KVA at 40% KVA = 13 A. Sub -total KVA = 23 Unit loads at 100% Fan Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmen 400 sq• ft. x 0.005 KVA = 2 RA QC Total Unit KVA = 25 R 64 C Total unit (120(24OV,1PH, 3W) AMPS = 122 Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appliance branch circuits 3 Special appliances (per typical plan) 14 Total quantity of branch circuits 21 Paneiboard feeder size 2#310, 1#2/ON. #6G, 2 - c :i r AL W&INVA NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). PROVIDE NUHEAT OR EQUAL ELECTRIC FLOOR MAT AND PROGRAMMABLE THERMOSTAT #NTG5110. REFER TO ELECTRIC FLOOR MAT DETAIL, SHEET E500.2 FOR ADDITIONAL INFORMATION. �2 PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI — SERVICE FLOOR BOX WITH FLUSH COVER DUPLEX RECEPTACLE AND VOICE/DATA OUTLETS. FLUSH COVER COLOR BY ARCHITECT. FLOORING INSET BY FLOORING CONTRACTOR. t� `3 PROVIDE JUNCTION BOX FOR SINGLE POINT CONNECTION OF GAS FIREPLACE (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WITH FIREPLACE MANUFACTURER PRIOR TO ROUGH —IN. PROVIDE 240V, 3OA2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS WITH SHOWER MANUFACTURER PRIOR TO ROUGH —IN. PROVIDE MEDIA CENTER AT +8' -6" A.F.F. TO BOTTOM AND (2) 2" C. TO TR ROOM DESIGNATED BY ZONES ON "T -100" SERIES DRAWINGS THIS FLOOR. 6 . OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE DUPLEX RECEPTACLE FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH —IN. 8` RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWINGS PRIOR TO ROUGH —IN. `g } PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE CONTROL CONNECTION TO ASSOCIATED HVAC UNIT. REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH —IN. \% PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48" A.F.F. REFER TO FIRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH —IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC TIMER SWITCH IN —LINE WITH FIREPLACE IGNITION FURNISHED BY FIREPLACE MANUFACTURER. TIME RANGE SHALL BE 0 -180 MINUTES FOR LIVING ROOM FIREPLACE AND 0 -60 MINUTES FOR BEDROOM FIREPLACES. VERIFY MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH —IN. PROVIDE MOTOR RATED DISCONNECT SWITCH FOR LAUNDRY EXHAUST FAN. VERIFY LOCATION WITH MECHANICAL DRAWINGS PRIOR TO ROUGH —IN. PROVIDE "DOOR JAMB" SWITCH FOR CLOSET LIGHTING. LUMINAIRE SHALL BE "ON" WHEN DOOR IS OPEN AND "OFF" WHEN DOOR IS CLOSED. �9 b� CEILING MOUNTED LUMINAIRE FURNISHED WITH FF &E PACKAGE, INSTALLED BY ELECTRICAL CONTRACTOR. PROVIDE HALF — SWITCHED DUPLEX RECEPTACLE. 1 PROVIDE JUNCTION BOX FOR CONNECTION OF JET (JACUZZI) TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH —IN AND MAKE ADJUSTMENTS AS NECESSARY. 1 , PROVIDE '"MASTER SWITCH" FOR CONTROL OF GUEST ROOM LIGHTING AND SWITCHED RECEPTACLES (EXCLUDING BATHROOM AND BALCONY LIGHTING. REFER TO WIRING DIAGRAM, THIS SHEET. NEW 200 MAIN CIRCUIT BREAKER VOLTAGE , 2DO A BUS PHASE I PH WIRE 4 W TYPE: 1 0 , 000 AMPERE SHORT C I R CUIT PANEL 5B Panel Notes: 11 PROVIDE GFCI CIRCUIT BREAKER. 2. PROVIDE ARC FAULT TYPE CIRCUIT BREAKER PER NEC 210.12(B). ��- �_ -_��' �. r �. a:' �'•. s,. �'. ir. �. iu�is. �.: �i�r. �r�i�*"•. i.'• �i.. �..,.:aa;.,...+.z:�►....�.�"w"� �.i ... "' lii�ir". d�i�i :�1i1iY�"�i�:'i:i'1i�i:tw'i � ■������ � ' � � PANml Relar to Drawing E600A for load summary based on NEC 2 , UP DATED PROVIDE NEW . IN THIS PROJECT PROVIDE TYPED , L NEW CIRCUITS BEING INSTALL INDICATE NEW SPARES IN PENCIL BR ,: SHUNT TRIP N PROJECT KEYPLAN NO NEW LOAD ADDED TO THIS UNI ii CENTER PANELBOARD SCHED SH OWN • INF T TYPICAL LOAD CALCULATIONS SHEET E 600 . 4 , ISSUED UND BUIL CONTR D OCUMENTS. i NEW 200 A MAIN CIRCUIT BREAKER VOLTAGE 120 1 240 200 A BUS PHASE 1 PH WIRE 4 W TYPE: MTG.: FLUSH 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) V PANEL 5E Panel Notes: 1. PROVIDE GFCI CIRCUIT BREAKER. 2. PROVE ARC FAULT TYPE CIRCUIT BREAKER PER NEC 210.12(8). NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE AMP t P AMP / P REC - L.O. BATHROOM 0 20 1 1 1 A 2 20 1 1 0 REC - KITCHEN L.O. BATH LTG 0 20 / 1 3 B 4 20 / 1 0 DISPOSAL 2 REC - L.O. BEDROOM 0 20 1 1 5 A 6 20 / 1 0 DISHWASHER 2 LTG - LO. BEDROOM 0 2011 7 B 8 501 0 RANGE 2 REC/LTG- BEDROOM 0 2011 9 A 10 1 2 0 REC- BATHROOM 0 20 1 1 11 B 12 20 1 1 0 RANGE HOOD REC - MASTER BATHRM 0 20 / 1 13 A 14 20 1 1 0 REFRIGERATOR 1 MASTER BATH LTGIMATS 0 20 / 1 15 B 16 30 / 0 DRYER 2 RECILTG - MASTER BED 0 20 1 1 17 A 18 / 2 0 STEAM SHOWER 0 30 / 19 B 20 20 / 1 0 IWASHER 0 1 2 21 A 22 2011 0 IMICROWAVE 1 WHIRLPOOL TUB 0 20 / 23 B 24 20 / 1 0 LTG - GENERALIDRY FAN 0 / 2 25 A 26 20 1 1 0 REC-GENERAL SPARE 0 20 1 1 27 B 28 20 1 1 0 REC-GENERAL SPACE 01 1 29 A 30 20 1 1 0 REC - GENERAL SPACE 0 1 31 B 32 20 / 1 0 RTC—GENERAL SPACE 0 1 33 A 34 2011 0 SPARE SPACE 0 / 35 B 36 2011 0 SPARE SPACE 0 1 37 A 38 1 0 SPACE SPACE 0 1 1 39 B 40 1 0 SPACE SPACE 0 1 41 A 42 1 0 SPACE PANEL LOADING SUMMARY Refer to drawing E600.4 for load summary based on NEC 220 (B) GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. BREAKER ACCESSORIES * ■ GFCI "= SHUNT TRIP r j 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. OPPOSING UNIT ELECTRICAL RECEPTACLE BOXES AND BOX PENETRATIONS SHALL BE SEPARATED LATERALLY BY NO LESS THAN 12' IN SEPARATE STUD CAVITIES SEPARATED BY A VERTICAL METAL STUD_ EACH ELECTRICAL BOX SHALL BE 100% SEALED WITH A FIRE RATED (ASTME 814, UL 1479) PUTTY BACKING PAD HAVING A MINIMUM STC RATING OF 41 (STC -41)- SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(B). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. REFER TO REFERENCE ELECTRICAL PLANS FOR LOCATION OF CONDO UNIT PANELS. 8. WIRING DEVICE MOUNTING HEIGHTS SHALL BE TYPICAL AS FOLLOWS: A. RECEPTACLES AT +12' A.F.F. TO CENTER, HORIZONTAL. B. SWITCHES AT +42" A.F.F. TO CENTER, EXCEPT WHERE ADJACENT TO BEDS. C. THERMOSTATS AT +54 A.F.F. TO CENTER. D_ RECEPTACLE, SWITCH, AND THERMOSTAT MOUNTING HEIGHTS SHALL MEET ADA REQUIREMENTS IN ADA ACCESSIBLE ROOMS. E. WHEREVER POSSIBLE, LIGHT SWITCHES, RECEPTACLES, AND /OR THERMOSTATS SHALL BE STACKED VERTICALLY. F. REFER TO INTERIOR DESIGN DRAWINGS FOR MOUNTING HEIGHT OF SWITCHES LOCATED ADJACENT TO BEDS AND ANY OTHER SPECIAL CONDITIONS. t Ed I m 0 • NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET - PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). PROVIDE WHEAT OR EQUAL ELECTRIC FLOOR MAT AND PROGRAMMABLE THERMOSTAT #NTG5110. REFER TO ELECTRIC FLOOR MAT DETAIL, SHEET E500.2 FOR ADDITIONAL INFORMATION. <� > PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI- SERVICE FLOOR BOX WITH FLUSH COVER DUPLEX RECEPTACLE AND VOICE /DATA OUTLETS. FLUSH COVER COLOR BY ARCHITECT. FLOORING INSET BY FLOORING CONTRACTOR. "� PROVIDE JUNCTION BOX FOR SINGLE POINT CONNECTION OF GAS FIREPLACE (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WITH FIREPLACE MANUFACTURER PRIOR TO ROUGH -IN. �✓ PROVIDE 240V, 30A2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS WITH SHOWER MANUFACTURER PRIOR TO ROUGH -IN. PROVIDE MEDIA CENTER AT +8' -6' A.F.F. TO BOTTOM AND (2) 2" C. TO TR ROOM DESIGNATED BY ZONES ON "T -100" SERIES DRAWINGS THIS FLOOR. < ✓ OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE DUPLEX RECEPTACLE FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. g� RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWNGS PRIOR TO ROUGH -IN. '�✓ PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE CONTROL CONNECTION TO ASSOCIATED HVAC UNIT. REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH -1N. PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48" A.F.F. REFER TO FIRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH -IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC TIMER SWITCH IN -LINE WITH FIREPLACE IGNITION FURNISHED BY FIREPLACE MANUFACTURER. TIME RANGE SHALL BE 0 -180 MINUTES FOR LIVING ROOM FIREPLACE AND 0 -60 MINUTES FOR BEDROOM FIREPLACES. VERIFY MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE MOTOR RATED DISCONNECT SWITCH FOR LAUNDRY EXHAUST FAN. VERIFY LOCATION WITH MECHANICAL DRAWINGS PRIOR TO ROUGH -IN. PROVIDE 'DOOR JAMB" SWITCH FOR CLOSET LIGHTING. LUMINAIRE SHALL BE "ON" WHEN DOOR IS OPEN AND "OFF" WHEN DOOR IS CLOSED. CEILING MOUNTED LUMINAIRE FURNISHED WITH FF &E PACKAGE, INSTALLED BY ELECTRICAL CONTRACTOR. PROVIDE HALF - SWITCHED DUPLEX RECEPTACLE. '1 PROVIDE JUNCTION BOX FOR CONNECTION OF JET (JACUZZI) TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN AND MAKE ADJUSTMENTS AS NECESSARY. <a> PROVIDE 'MASTER SWITCH" FOR CONTROL OF GUEST ROOM LIGHTING AND SWITCHED RECEPTACLES (EXCLUDING BATHROOM AND BALCONY LIGHTING. REFER TO WIRING DIAGRAM, THIS SHEET. Q 2003 42140 ARCHITECTURE, INC. QG 1 �1�1lltlt 3 fdar td � r CQf VAT. 11 IIIIII1 0 OWNER /DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCH]TECTURE Denver, Colorado MASTERPLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DE1N'VER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 111 PR 0094BC 03.03.06 1 130 PR 0094BC -R1 03.17.06 P ROJECT . KEYP FLOO ENL M •D CENTER NOTE: REFE O. C ONDO UNIT LOAD CENTER LOCATIO REV PLAN ENLARGED CONDOS E • P: \ARRABELLE \CONDO OWNER REVS \2005 -312 UNIT 582 -5E \CAD \ELEC \P— OELEC5— C —E.DWG — E482 PLOT: 08/03/2006 0 11:11am REV: 03/17/2006 USER: jh TYPE: MTG.: 200 A 200 A SURFACE NEW MAIN CIRCUIT BREAKER VOLTAGE 120 1 206 BUS PHASE 3 PH WIRE 4 W 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) V PANEL 5M Panel Notes: 1. PROVIDE GFCI CIRCUIT BREAKER. 2. PROVIDE ARC FAULT TYPE CIRCUIT BREAKER PER NEC 210.12(8). NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE AMP t P AMP I P REC- L.O.BATHROOM 0 20 / 1 1 A 2 20 1 1 0 REC- KITCHEN L.O. BATHROOM LTG 0 20 / 1 3 B 4 20 1 1 0 DISPOSAL 2 REC- LO. BEDROOM 0 20 1 1 5 C 6 201 1 0 DISHWASHER 2 LTG- L.O. BEDROOM 0 20 1 1 7 A 8 50 / 0 RANGE 2 RECILTG- BEDROOM 0 201 1 9 B 10 / 2 0 REC - BATHROOM 0 20 1 1 11 C 12 20 1 1 0 RANGE HOOD REC- MASTER BATHROOh 0 20 1 1 13 A 14 20 1 1 0 REFRIGERATOR MASTER BATH LTGIMATS 0 20 1 1 15 B 16 30 / 0 DRYER 2 RECILTG- MASTER BED 0 20 / 1 17 C 18 1 2 0 STEAM SHOWER 0 30 1 19 A 20 201 1 0 WASHER 0 / 2 21 S 22 201 1 0 MICROWAVE 1 WHIRLPOOLTUB 0 201 23 C 24 2011 01 LTG - GENERAL/ DRY FAN 0 / 2 25 A 26 20 1 1 0 REC- GENERAL 2 REC /LTG- BEDROOM 0 2011 27 B 26 2011 0 REC - GENERAL REC - BATHROOM 0 2011 29 C 30 2011 0 REC - GENERAL 2 RECILTG-BEDROOM 0 2011 31 A 32 2011 0 LTG - GENERAL REC - BATHROOM 01 2011 33 B 34 2011 0 REC/LTG -DEN SPARE 0 20 1 1 35 C 36 20 / 1 d RECILTG- DEN SPARE 0 2011 37 A 36 2011 1 0 SPARE 0 20 1 1 39 B 40 20 / 1 0 REC - GENERAL SPARE 0 20 1 1 41 C 42 20 1 1 0 PANEL LOADING SUMMARY Refer to Drawling E600.4 for load summary based on NEC 220 (B) GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. BREAKER ACCESSORIES • = GFCI = SHUNT TRIP 09 L LOCAL LOCAL SWITCHING SWITCHING CIRCUIT_ , f HOMERUN MASTER SWITCH 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. OPPOSING UNIT ELECTRICAL RECEPTACLE BOXES AND BOX PENETRATIONS SHALL BE SEPARATED LATERALLY BY NO LESS THAN 12" IN SEPARATE STUD CAVITIES SEPARATED BY A VERTICAL METAL STUD. EACH ELECTRICAL BOX SHALL BE 100% SEALED WITH A FIRE RATED (ASTME 814, UL 1479) PUTTY BACKING PAD HAVING A MINIMUM STC RATING OF 41 (STC -41). SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(6). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. REFER TO REFERENCE ELECTRICAL PLANS FOR LOCATION OF CONDO UNIT PANELS. 8. WIRING DEVICE MOUNTING HEIGHTS SHALL BE TYPICAL AS FOLLOWS A. RECEPTACLES AT +12" A.F.F. TO CENTER, HORIZONTAL. B. SWITCHES AT +42" A.F.F. TO CENTER, EXCEPT WHERE ADJACENT TO BEDS. C. THERMOSTATS AT +54" A.F.F. TO CENTER. D. RECEPTACLE, SWITCH, AND THERMOSTAT MOUNTING HEIGHTS SHALL MEET ADA REQUIREMENTS IN ADA ACCESSIBLE ROOMS. E. WHEREVER POSSIBLE, LIGHT SWITCHES, RECEPTACLES, AND /OR THERMOSTATS SHALL BE STACKED VERTICALLY. F. REFER TO INTERIOR DESIGN DRAWINGS FOR MOUNTING HEIGHT OF SWITCHES LOCATED ADJACENT TO BEDS AND ANY OTHER SPECIAL CONDITIONS. IAUST FAN. VERIFY RE SHALL BE "ON" INSTALLED BY B. VERIFY 0 ROUGH -IN AND ITING AND SWITCHED REFER TO WIRING OWNER/DEVELOPER COMP AVON ARCHITECT OF RECORD ■ J ARCHITECTURE Denver, Colorado MASTERPLANNER & DESIGN ARCHITECT HART I HOWE,RTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO N PROJECT NUTM BER: 20826.01 ISSUE REVISION DATE 091 PR 0089BC 02.03.06 lq+ ENL ARGED 5TH FLOOR O D! • t � • NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET \% PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). PROVIDE NUHEAT OR EQUAL ELECTRIC FLOOR MAT AND PROGRAMMABLE THERMOSTAT #NTG5110. REFER TO ELECTRIC FLOOR MAT DETAIL, SHEET E500.2 FOR ADDITIONAL INFORMATION. PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI- SERVICE FLOOR BOX WITH FLUSH COVER DUPLEX RECEPTACLE AND VOICE /DATA OUTLETS. FLUSH COVER COLOR BY ARCHITECT. FLOORING INSET BY FLOORING CONTRACTOR. < 3� > PROVIDE JUNCTION BOX FOR SINGLE POINT CONNECTION OF GAS FIREPLACE (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WITH FIREPLACE MANUFACTURER PRIOR TO ROUGH -IN. "�✓' PROVIDE 240V, 3OA2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS WITH SHOWER MANUFACTURER PRIOR TO ROUGH -iN. �--' PROVIDE MEDIA CENTER AT +8' -6" A.F.F. TO BOTTOM AND (2) 2" C. TO TR ROOM DESIGNATED BY ZONES ON "T -100" SERIES DRAWINGS THIS FLOOR. <�> OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE DUPLEX RECEPTACLE FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWINGS PRIOR TO ROUGH -IN. Q PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE CONTROL CONNECTION TO ASSOCIATED HVAC UNIT. REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. <a> PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH -IN. <a> PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48 A.F.F. REFER TO FIRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH -IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC TIMER SWITCH IN -LINE WITH FIREPLACE IGNITION FURNISHED BY FIREPLACE MANUFACTURER. TIME RANGE SHALL BE 0 -180 MINUTES FOR LIVING ROOM FIREPLACE AND 0 -60 MINUTES FOR BEDROOM FIREPLACES. VERIFY MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. 5M -31 L �• M I tow RX41 a ki I r - • • ENLARGED CONDO M P: \ARRASELLE \CONDO OWNER REVS \2005 -226 UNIT 529- MN \CAD�E'LEC \P- QELEC5- C -M.DWG - E4828 PLOT: 07/26/2006 0 7:44om REV: 02/14/2006 USER: JH 11 E 48 2B 2D0 A 200 A TYPE: MTG.: FLUSH NEW MAIN CIRCUIT BREAKER VOLTAGE 120 / 240 BUS PHASE 1 PH WIRE 4 W 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) V PANEL 5S Pant Notes: 1. PROVIDE GFCI CIRCUIT BREAKER. 2. PROVIDE ARC FAULT TYPE CIRCUIT BREAKER PER NEC 210.12(8). NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE AMP 1 P AMP / P REC - L.O. BATHROOM 0 20 1 1 1 A 2 201 1 0 REC - KITCHEN L.O. BATH LTG 0 20 1 1 3 8 4 20 / 1 0 DISPOSAL 2 REC - L.O. BEDROOM 0 201 1 5 A 6 20 1 1 0 DISHWASHER 2 LTG - LO. BEDROOM 0 20 / 1 7 8 6 5D 1 0 RANGE 2 REC/LTG - BEDROOM 0 20 / 1 9 A 10 / 2 0 REC - BATHROOM 0 20 1 1 11 8 12 20 1 1 0 RANGE HOOD REC - MASTER BATHRM 01 20 1 1 13 A 14 201 1 0 REFRIGERATOR 1 MASTER BATH LTGIMATS 0 20 / 1 15 B 16 30 1 0 DRYER 2 RECILTG - MASTER BED 0 20 1 1 17 A 18 / 2 0 STEAM SHOWER 0 30 / i9 B 20 20 / 1 0 WASHER q 1 2 21 A 22 2011 0 MICROWAVE 1 WHIRLPOOL TUB 0 20 / 23 B 24 20 / 1 0 LTG - GENERALIDRY FAN " 0 / 2 25 A 26 2011 0 REC - GENERAL SPARE 01 20 / 1 27 8 28 20 / 1 0 REC- GENERAL SPACE 0 t 29 A 30 2011 0 REC- GENERAL SPACE 1 0 1 31 B 32 20 1 1 01 SPARE SPACE 0 1 33 A 34 20 / 1 0 SPARE SPACE 0 1 35 8 36 2011 0 SPARE SPACE 0 1 37 A 38 1 0 SPACE SPACE 0 1 39 B 40 1 0 SPACE SPACE I 1 01 1 41 A 42 / 0 SPACE PANEL LOADING SUMMARY Refer to Drawing E600.4 for load summary based on NEC 220 (B) GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL BREAKER ACCESSORIES ' =GFC1 1 1 =SHUNTTRIP NOTE: SHOWN NO NEW LOAD ADDED TO THIS UNIT'S LOAD CENTER. PANELBOARD SCHEDULE #. INFORMATION ONLY. TYPICAL TO +.! CALCULATIONS SHEET E600.4, ISSUED UNDER BUILDING • '` DOCUMENTS. r 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. OPPOSING UNIT ELECTRICAL RECEPTACLE BOXES AND BOX PENETRATIONS SHALL BE SEPARATED LATERALLY BY NO LESS THAN 12" IN SEPARATE STUD CAVITIES SEPARATED BY A VERTICAL METAL STUD. EACH ELECTRICAL BOX SHALL BE 100% SEALED WITH A FIRE RATED (ASTME 814, UL 1479) PUTTY BACKING PAD HAVING A MINIMUM STC RATING OF 41 (STC -41). SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(B). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. REFER TO REFERENCE ELECTRICAL PLANS FOR LOCATION OF CONDO UNIT PANELS. 8. WIRING DEVICE MOUNTING HEIGHTS SHALL BE TYPICAL AS FOLLOWS A. RECEPTACLES AT +12" A.F.F. TO CENTER, HORIZONTAL. B. SWITCHES AT +42" A.F.F. TO CENTER, EXCEPT WHERE ADJACENT TO BEDS. C. THERMOSTATS AT +54' A.F.F. TO CENTER. D. RECEPTACLE, SWITCH, AND THERMOSTAT MOUNTING HEIGHTS SHALL MEET ADA REQUIREMENTS IN ADA ACCESSIBLE ROOMS. E. WHEREVER POSSIBLE, LIGHT SWITCHES, RECEPTACLES, AND /OR THERMOSTATS SHALL BE STACKED VERTICALLY. F. REFER TO INTERIOR DESIGN DRAWINGS FOR MOUNTING HEIGHT OF SWITCHES LOCATED ADJACENT TO BEDS AND ANY OTHER SPECIAL CONDITIONS. NOTE. NOT ALL NOTES MAY BE USED ON EACH SHEET 1` PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). PROVIDE WHEAT OR EQUAL ELECTRIC FLOOR MAT AND PROGRAMMABLE THERMOSTAT #NTG5110. REFER TO ELECTRIC FLOOR MAT DETAIL, SHEET E500.2 FOR ADDITIONAL INFORMATION. ''2 > PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI - SERVICE FLOOR BOX WITH FLUSH COVER DUPLEX RECEPTACLE AND VOICE /DATA OUTLETS. FLUSH COVER COLOR BY ARCHITECT. FLOORING INSET BY FLOORING CONTRACTOR. PROVIDE JUNCTION BOX FOR SINGLE POINT CONNECTION OF GAS FIREPLACE (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WITH FIREPLACE MANUFACTURER PRIOR TO ROUGH -IN. PROVIDE 240V, 30A2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS WITH SHOWER MANUFACTURER PRIOR TO ROUGH -IN. PROVIDE MEDIA CENTER AT +8' -6' A.F.F. TO BOTTOM AND (2) 2 C. TO TR ROOM DESIGNATED BY ZONES ON "T- 100 SERIES DRAWINGS THIS FLOOR. 6} OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. '7 PROVIDE DUPLEX RECEPTACLE FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWINGS PRIOR TO ROUGH -IN. g PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE CONTROL CONNECTION TO ASSOCIATED HVAC UNIT. REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH -IN. <a> PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48' A.F.F. REFER TO FIRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH -IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC TIMER SWITCH IN -LINE WITH FIREPLACE IGNITION FURNISHED BY FIREPLACE MANUFACTURER. 11ME RANGE SHALL BE 0 -180 MINUTES FOR LIVING ROOM FIREPLACE AND 0 -60 MINUTES FOR BEDROOM FIREPLACES. VERIFY MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. 1 PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE MOTOR RATED DISCONNECT SWITCH FOR LAUNDRY EXHAUST FAN. VERIFY LOCATION WITH MECHANICAL DRAWINGS PRIOR TO ROUGH -IN. PROVIDE "DOOR JAMB" SWITCH FOR CLOSET LIGHTING. LUMINAIRE SHALL BE - ON - MEN DOOR IS OPEN AND "OFF" WHEN DOOR IS CLOSED. CEILING MOUNTED LUMINAIRE FURNISHED WITH FF &E PACKAGE, INSTALLED BY ELECTRICAL CONTRACTOR. PROVIDE HALF - SWITCHED DUPLEX RECEPTACLE. PROVIDE JUNCTION BOX FOR CONNECTION OF JET (JACUZZI) TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN AND MAKE ADJUSTMENTS AS NECESSARY. <a> PROVIDE 'MASTER SWITCH" FOR CONTROL OF GUEST ROOM LIGHTING AND SWITCHED RECEPTACLES (EXCLUDING BATHROOM AND BALCONY LIGHTING. REFER TO WIRING DIAGRAM, THIS SHEET. OWNER /DEVELOPER i' COMPANY AVON,COLORADO ARCHITECT OF RECORD ■ .l ARCHITECTURE Denver, Colorado MASTERPLANNER DESIGN ARCHITECT' Ht E HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIN., COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 111 PR 0094BC 03.03.06 130 PR 0094BC -R1 03.17.06 mojwr PROJECT KEYPLAN wr P: \ARRABELLE \CONDO OWNER REVS \2005 -310 UNIT 514 -5S \CAD \ELEC \P- QELEC5- C -S.DWG - E485 PLOT: 08/03/2006 0 11:10om REV: 03/17/2006 USER: jh ummmmmm P: \ARRABELLE \CONDO OWNER REVS \2005 -221 UNIT 655 -6K \CAD \ELEC \P- OELEC6- C -K_DWG F441 PLOT• 03/09!2006 0 A-07om RFV- 03 /07/9(106 IISFR- 1h s � 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. OPPOSING UNIT ELECTRICAL RECEPTACLE BOXES AND BOX PENETRATIONS SHALL BE SEPARATED LATERALLY BY NO LESS THAN 12" IN SEPARATE STUD CAVITIES SEPARATED BY A VERTICAL METAL STUD. EACH ELECTRICAL BOX SHALL BE 100% SEALED WITH A FIRE RATED (ASTME 814, UL 1479) PUTTY BACKING PAD HAVING A MINIMUM STC RATING OF 41 (STC -41). SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(8). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. 7. REFER TO REFERENCE ELECTRICAL PLANS FOR LOCATION OF CONDO UNIT PANELS. 8. WIRING DEVICE MOUNTING HEIGHTS SHALL BE TYPICAL AS FOLLOWS_ A. RECEPTACLES AT +12' A.F.F. TO CENTER, HORIZONTAL. B. SWITCHES AT +42' A.F.F. TO CENTER, EXCEPT WHERE ADJACENT TO BEDS. C. THERMOSTATS AT +54' A.F.F. TO CENTER. D. RECEPTACLE, SWITCH, AND THERMOSTAT MOUNTING HEIGHTS SHALL MEET ADA REQUIREMENTS IN ADA ACCESSIBLE ROOMS. E. WHEREVER POSSIBLE, LIGHT SWITCHES, RECEPTACLES, AND /OR THERMOSTATS SHALL BE STACKED VERTICALLY. F. REFER TO INTERIOR DESIGN DRAWINGS FOR MOUNTING HEIGHT OF SWITCHES LOCATED ADJACENT TO BEDS AND ANY OTHER SPECIAL CONDITIONS. p N t 4 6TH FLO ENLARGED - CO - NDO K LOAD CENTER NOTE: REFER T R EFE R ENCE . y F OR 110 ONDO ND UNIT LOAD CENTER LOCATIONS. 200 A 200 A TYPE: MTG.: SURFACE MAIN CIRCUIT BREAKER VOLTAGE 120 t 208 V BUS PHASE 3 PH WIRE 4 W 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) Panel Notes: 1. PROVIDE GFCI CIRCUIT BREAKER. 2. PROVIDE ARC FAULT TYPE CIRCUIT BREAKER PER NEC 210.12(B). on 3ENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF = GFCI ' ■ SHU liai - 111:20191KSIIAMKMR� =�� NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA). PROVIDE NUHEAT OR EQUAL ELECTRIC FLOOR MAT AND PROGRAMMABLE THERMOSTAT #NTG5110. REFER TO ELECTRIC FLOOR MAT DETAIL, SHEET E500.2 FOR ADDITIONAL INFORMATION. 2 PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI - SERVICE FLOOR BOX WITH FLUSH COVER DUPLEX RECEPTACLE AND VOICE/DATA OUTLETS. FLUSH COVER COLOR BY ARCHITECT. FLOORING INSET BY FLOORING CONTRACTOR. <3> PROVIDE JUNCTION BOX FOR SINGLE POINT CONNECTION OF GAS FIREPLACE (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WITH FIREPLACE MANUFACTURER PRIOR TO ROUGH -IN. <.: > PROVIDE 240V, 3OA2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS WITH SHOWER MANUFACTURER PRIOR TO ROUGH -IN. B , PROVIDE MEDIA CENTER AT +8' -6 A.F.F. TO BOTTOM AND (2) 2' C. TO TR ROOM DESIGNATED BY ZONES ON "T- 100" SERIES DRAWINGS THIS FLOOR. OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE DUPLEX RECEPTACLE FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. -� RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE CONTROL CONNECTION TO ASSOCIATED HVAC UNIT. REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH -IN. PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48" A.F.F. REFER TO FIRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH -IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FRCP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC TIMER SWITCH IN -LINE WITH FIREPLACE IGN111ON FURNISHED BY FIREPLACE MANUFACTURER. TIME RANGE SHALL BE 0 -180 MINUTES FOR LIVING ROOM FIREPLACE AND 0-60 MINUTES FOR BEDROOM FIREPLACES. VERIFY MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE MOTOR RATED DISCONNECT SWITCH FOR LAUNDRY EXHAUST FAN. VERIFY LOCATION WITH MECHANICAL DRAWINGS PRIOR TO ROUGH -IN. PROVIDE "DOOR JAMB" SWITCH FOR CLOSET LIGHTING. LUMINAIRE SHALL BE "ON' WHEN DOOR IS OPEN AND 'OFF' WHEN DOOR IS CLOSED. CEILING MOUNTED LUMINAIRE FURNISHED WITH FF&E PACKAGE, INSTALLED BY ELECTRICAL CONTRACTOR. PROVIDE HALF - SWITCHED DUPLEX RECEPTACLE. <a> PROVIDE JUNCTION BOX FOR CONNECTION OF JET (JACUZZI) TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN AND MAKE ADJUSTMENTS AS NECESSARY. <R> PROVIDE 'MASTER SWITCH" FOR CONTROL OF GUEST ROOM LIGHTING AND SWITCHED RECEPTACLES (EXCLUDING BATHROOM AND BALCONY LIGHTING. REFER TO WIRING DIAGRAM, THIS SHEET. PROVIDE LOCAL GUESTROOM SERVICE SYSTEM INCLUDING GUEST ROOM TOUCH - BUTTON SYSTEM INDICATING STATUS OF SERVICE REQUIRED( AND 'MAKE UP ROOM ") AND CORRIDOR INDICATOR FOR SERVICE STAFF. SYSTEM WILL BE BY INN -TOUCH OR APPROVED EQUAL. PROVIDE POWER SUPPLY AS REQUIRED FOR COMPLETE SYSTEM INSTALLATION - POWER SUPPLY SHALL BE CONCEALED AND WITHIN 20' -0" OF WIRING DEVICES. COORDINATE FACEPLATE REQUIREMENTS WITH INTERIOR DESIGNER. PROVIDE CLOCK TYPE RECEPTACLE HORIZONTALLY MOUNTED +6' ABOVE FIREPLACE MANTLE. COORDINATE EXACT LOCATION WITH INTERIOR ARCHITECT PRIOR TO ROUGH -IN. L LOCAL LOCAL SWITCHING SWITCHING CIRCUIT HOMERUN MASTER SWITCH Ak NO SCALE 2003 -237 Q 2003 42140 ARCHITECTURE, INC. OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD 1p A1C1I Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, PUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SUPER DESIGNS EDWARDS, COLORADO PROJECT' NUMBER 20826.01 ISSUE REVISION DATE 083 PR 0065BC 03.10.06 PROJECT KEYPIAN ENLARGED CONDO K IN "If GENERAL NOTES: DETAIL NOTES THIS SHEET: 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. DD PROG 2 NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE 06.21.04 PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CD PROG SET SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. -r CONCRETE SLAB (HATCHED AREA). 02.15.05 2 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW FLUSH DUPLEX FLOOR RECEPTACLE. VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. �J 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION DETAIL ON E- NEC 210.12(8). . 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL <�> PROVIDE MEDIA CENTER AND (2) 1" C. TO IDF ROOM THIS FLOOR. CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. � \v/ OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT WITH ARCHITECT PRIOR TO ROUGH -IN. MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. /' � NOT USED. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCHES) FOR CONTROL < ° RECEPTACLE MOUNTED HORIZONTALLY, 6" BELOW FINISHED COUNTER TOP. OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. .�g�j NOT USED. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET <g> 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. TO ROUGH -IN. <,% MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18 A.F.F. PROVIDE CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. <a> HALF SWITCHED RECEPTACLE. <.3> CEILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED DRAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) 1/2' C WITH PULLSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO MEDIA CENTER LOCATION. "a> FLUSH JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. > PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN. ,•�� © p REGI 1 g 81 oc E T •- Lis // ///I1111110 \\ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART i HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, PUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 6TH FLOOR ENLARGED CONDO L SCALE: 1/4"=V-0 643) LOWER LEVEL PLAN 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 PRO N PROJECT KEYPLAN ENLARGED CONDO L Cotor, Rumo & Assoc. FILENAME:P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- QELEC6- C -L.DWG - E492 PLOT: 02/10/2005 ®1:47pm REV: 02/10/2005 CAD: iro XREF: tb.dwg bg6- c -I.dwg 16- c -l.dwg MB- 02.dwg gelec6- c -l.dwg o- rcp- 16.dwg E492 - ----------- GENERAL NOTES: DETAIL NOTES THIS SHEET: 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. DD PROG 2 NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE ' PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CD PROG SET SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 006 CONCRETE SLAB (HATCHED AREA). 02.15.05 4 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW FLUSH DUPLEX FLOOR RECEPTACLE. VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. Q> �� GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION DETAIL ON E- 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(B). . 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL { 5J PROVIDE MEDIA CENTER AND (2) 1 C. TO IDF ROOM THIS FLOOR. CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. /�� \"/ OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT WITH ARCHITECT PRIOR TO ROUGH -IN. MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. <> NOT USED. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCH(ES) FOR CONTROL <� RECEPTACLE MOUNTED HORIZONTALLY, 6* BELOW FINISHED COUNTER TOP. OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. <9 NOT USED. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET <10 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. TO ROUGH -IN. MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18 A.F.F. PROVIDE CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. <� SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. <a> FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCA11ON NTH ARCHITECT PRIOR TO ROUGH -IN. I\ MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED IES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) WITH PULLSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO :ENTER LOCATION. JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM IN WITH ARCHITECT PRIOR TO ROUGH -IN. JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY TION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN. REG 81 c X/ ''' sSJONA\, \ //11111111 OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO ,MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 7TH FLOOR ENLARGED CONDO L b SCALE: 1 4" =1' -0" PRojw. N PROJECT KEYPLAN ENLARGED CONDO L E493 Cotor, Rumo & Assoc. FILENAME:P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- QELEC7 -L.DWG - E493 PLOT: 02/10/2005 @ 1:47pm REV: 02/10/2005 CAD: iro XREF: tb.dwg bg7-- c -I.dwg 17- c -Ldwg gelec7- c -I.dwg " `W{TCHED RECEPTACLE. GENERAL NOTES: DETAIL NOTES THIS SHEET: 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. \% CONCRETE SLAB (HATCHED AREA). 2 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW FLUSH DUPLEX FLOOR RECEPTACLE. VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. <�> PROVIDE ARC INTERRUPTING ^ GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION DETAIL ON E- 4. CIRCUITS IN ALL BEDROOMS PER NEC 210.12(8). . 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL �SJ PROVIDE MEDIA CENTER AND (2) 1 C. TO IDF ROOM THIS FLOOR. CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. Q OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE, CONFIRM EXACT LOCATION 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT WITH ARCHITECT PRIOR TO ROUGH —IN. MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY. `� NOT USED. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCH(ES) FOR CONTROL <g> RECEPTACLE MOUNTED HORIZONTALLY, 6" BELOW FINISHED COUNTER TOP. OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. C�9�� NOT USED. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET < > 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. TO ROUGH -IN. a> MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18 A.F.F. PROVIDE CONNECTION TO BUILDING FRCP FOR TROUBLE INDICATION AND UNIT POWER ONLY. SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. <> HALF SWITCHED RECEPTACLE. CEILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED DRAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) 1/2' C WITH PULLSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO MEDIA CENTER LOCATION. <a> FLUSH JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. <' PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN. 6TH FLOOR ENLARGED CONDO M (629 LOWER LEVEL PLAN b SCALE: 1/4"=V-0" Cotor, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- QELEC67- C -M.DWG - E494 PLOT: 02/10/2005 ©1: 47pm REV: 02/10/2005 CAD: iro XREF: tb.dwg gelec6 -c -m.dwg bg6- c -m.dwg 16- c -m.dwg geiec7 -c -m.dwg bg7 -c -m.dwg 17 -c -m.dwg 7TH FLOOR ENLARGED CONDO M (629) UPPER LEVEL PLAN SCALE: 1/4"=V-0" 1 RE,a�s'''% 781 ON o .e c� II I /IIIIIIII0 ENLARGED CONDO M l r -- — — — — — — — — — — — GENERAL NOTES: I- PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. OPPOSING UNIT ELECTRICAL RECEPTACLE BOXES AND BOX PENETRATIONS SHALL BE SEPARATED LATERALLY BY NO LESS THAN 12" IN SEPARATE STUD CAVITIES SEPARATED BY A VERTICAL METAL STUD. EACH ELECTRICAL BOX SHALL BE 100% SEALED WITH A FIRE RATED (ASTME 814, UL 1479) PUTTY BACKING PAD HAVING A MINIMUM STC RATING OF 41 (STC -41). SHALL BE SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER NEC 210.12(8)- 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNECTIONS AS NECESSARY 7. REFER TO REFERENCE ELECTRICAL PLANS FOR LOCATION OF CONDO UNIT PANELS. 8. WIRING DEVICE MOUNTING HEIGHTS SHALL BE TYPICAL AS FOLLOWS: A. RECEPTACLES AT +12" A.F.F. TO CENTER, HORIZONTAL. B. SWITCHES AT +42" A.F.F. TO CENTER, EXCEPT WHERE ADJACENT TO BEDS. C. THERMOSTATS AT +54" A.F.F. TO CENTER. D. RECEPTACLE, SWITCH, AND THERMOSTAT MOUNTING HEIGHTS SHALL MEET ADA REQUIREMENTS IN ADA ACCESSIBLE ROOMS. E. WHEREVER POSSIBLE, LIGHT SWITCHES, RECEPTACLES, AND /OR THERMOSTATS SHALL BE STACKED VERTICALLY F. REFER TO INTERIOR DESIGN DRAWINGS FOR MOUNTING HEIGHT OF SWITCHES LOCATED ADJACENT TO BEDS AND ANY OTHER SPECIAL CONDITIONS. NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CONCRETE SLAB (HATCHED AREA)- PROVIDE NUHEAT OR EQUAL ELECTRIC FLOOR MAT AND PROGRAMMABLE THERMOSTAT #NTG5110. REFER TO ELECTRIC FLOOR MAT DETAIL, SHEET E500.2 FOR ADDITIONAL INFORMATION. < > PROVIDE HUBBELL #3SFBSS OR EQUAL RECESSED METALLIC MULTI - SERVICE FLOOR BOX WITH FLUSH COVER DUPLEX RECEPTACLE AND VOICE /DATA OUTLETS. FLUSH COVER COLOR BY ARCHITECT. FLOORING INSET BY FLOORING CONTRACTOR. '3 PROVIDE JUNCTION BOX FOR SINGLE POINT CONNECTION OF GAS FIREPLACE (ELECTRONIC IGNITION AND BLOWER). VERIFY CONNECTION REQUIREMENTS WITH FIREPLACE MANUFACTURER PRIOR TO ROUGH -IN. PROVIDE 24OV, 3OA2P DISCONNECT SWITCH FOR CONNECTION OF STEAM SHOWER. VERIFY CONNECTION REQUIREMENTS WITH SHOWER MANUFACTURER PRIOR TO ROUGH -IN. \�--' PROVIDE MEDIA CENTER AT +8' -6" A.F.F. TO BOTTOM AND (2) 2" C. TO TR ROOM DESIGNATED BY ZONES ON "T -100" SERIES DRAWINGS THIS FLOOR. OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. �J PROVIDE DUPLEX RECEPTACLE FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. RECEPTACLE MOUNTED HORIZONTALLY, ABOVE FINISHED COUNTER TOP. VERIFY MOUNTING HEIGHT WITH ARCHITECTURAL AND INTERIORS DRAWINGS PRIOR TO ROUGH -IN. PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. PROVIDE CONTROL CONNECTION TO ASSOCIATED HVAC UNIT. REFER TO MECHANICAL PLANS FOR CONTROL WIRING CONNECTION. PROVIDE JUNCTION BOX AND 120V CONNECTION FOR RANGE EXHAUST HOOD. VERIFY MOUNTING HEIGHT WITH EXHAUST HOOD SUPPLIER PRIOR TO ROUGH -IN. PROVIDE CARBON MONOXIDE DETECTOR AND BACK BOX ON WALL AT +48" A.F.F. REFER TO FIRE ALARM PLANS FOR EXACT LOCATION AND CONNECTION REQUIREMENTS PRIOR TO ROUGH -IN. PROVIDE CONDUIT AS REQUIRED ON FIRE ALARM DRAWINGS AND CONNECTION TO BUILDING FRCP FOR TROUBLE INDICATION AND UNIT POWER ONLY. INSTALL ELECTRONIC 71MER SWITCH IN -LINE WITH FIREPLACE IGNITION FURNISHED BY FIREPLACE MANUFACTURER. TIME RANGE SHALL BE 0 -180 MINUTES FOR ...LIVING ROOM FIREPLACE AND 0 -60 MINUTES FOR BEDROOM FIREPLACES. VERIFY ; MOUNTING HEIGHT WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. ~> PROVIDE FLUSH JUNCTION BOX AND 120V CONNECTION TO LIGHTED MIRROR. VERIFY EXACT LOCATION WITH INTERIORS DRAWINGS PRIOR TO ROUGH -IN. <a> PROVIDE MOTOR RATED DISCONNECT SWITCH FOR LAUNDRY EXHAUST FAN. VERIFY LOCATION WITH MECHANICAL DRAWINGS PRIOR TO ROUGH -IN. PROVIDE "DOOR JAMB" SWITCH FOR CLOSET LIGHTING. LUMINAIRE SHALL BE "ON" WHEN DOOR 1S OPEN AND "OFF" WHEN DOOR IS CLOSED. 1� CEILING MOUNTED LUMINAIRE FURNISHED WITH FF &E PACKAGE, INSTALLED BY ELECTRICAL CONTRACTOR. PROVIDE HALF - SWITCHED DUPLEX RECEPTACLE. PROVIDE JUNCTION BOX FOR CONNECTION OF JET (JACUZZI) TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -1N AND MAKE ADJUSTMENTS AS NECESSARY. PROVIDE "MASTER SWITCH" FOR CONTROL OF GUEST ROOM LIGHTING AND SWITCHED RECEPTACLES (EXCLUDING BATHROOM AND BALCONY LIGHTING. REFER TO WIRING DIAGRAM, THIS SHEET. PROVIDE WEATHERPROOF JUNCTION BOX AT +1$" AFF FOR CONNECTION OF FUTURE HOT TUB. ROUTE 1" CONDUIT FROM JUNCTION BOX TO CONDO UNIT LOAD CENTER. PROVIDE BLANK COVER PLATE. Q 2003 42140 ARCHITECTURE INC. 97 ru 5 OW VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTERPLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER. MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 P: \ARRABELLE \CONDO OWNER REVS \2005 -313 UNIT 614 -6S \CAD \ELEC \P— QELE06— C —S.DWG — E497 PLOT: 08/03/2006 0 11 :11am REV: 03/17/2006 USER: 1jh 6 TH FLOOR ENLA RGED CONDO A s R EFER T REFE PL F OR C ONDO UNIT LOAD CENTER LOCA TIONS. 200 A 200 A TYPE: MTG.: FLUSH NEW MAIN CIRCUIT BREAKER VOLTAGE 120 1 240 BUS PHASE 1 PH WIRE 4 W 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) V PANEL 6S Panel Notes: 1. PROVIDE GFCI CIRCUIT BREAKER, 2. PROVIDE ARC FAULT TYPE CIRCUIT BREAKER PER NEC 210.12(6), NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE AMP / P AMP / P REC - LO. BATHROOM 0 20 / 1 1 A 2 20 / 1 0 REC - KITCHEN L.O. BATH LTG 0 20 l 1 3 B 4 20 / 1 0 DISPOSAL 2 REC - L.O. BEDROOM 0 20 1 1 5 A 6 20 1 1 0 DISHWASHER 2 LTG - L.O. BEDROOM 0 20 1 1 7 B 8 50 / 0 RANGE 2 REC /LTG- BEDROOM 0 2011 9 A 10 1 2 0 REC - BATHROOM 0 2011 11 B 12 2011 0 RANGEHOQD REC - MASTER BATHRM 0 2D 1 1 13 A 14 20 1 1 0 REFRIGERATOR 1 MASTER BATH LTGIMATS 0 20 1 1 15 B 16 30 1 0 DRYER 2 RECILTG - MASTER BED 0 2D / 1 17 A 18 / 2 0 STEAM SHOWER 0 30 / 19 6 20 20 1 1 0 WASHER 0 / 2 21 A 22 20 1 1 0 MICROWAVE i WHIRLPOOLTUB 0 201 23 B 24 20 / 1 0 LTG - GENERAL/DRY FAN ' 0 1 2 25 A 26 2011 0 REC - GENERAL SPARE 0 2011 27 B 28 2011 0 REC - GENERAL SPACE 0 1 29 A 30 2011 0 REC - GENERAL SPACE 0 1 31 B 32 2011 0 SPARE SPACE 0 1 33 A 34 20 1 1 0 SPARE SPACE 0 1 35 6 36 2011 0 SPARE SPACE 0 1 37 A 38 1 0 SPACE SPACE 0 1 39 B 40 1 0 SPACE SPACE 1 01 1 1 M A 42 1 0 ISPACE PANEL LOADING SUMMARY Refer to Drawing E600A for load summary based on NEC 220 (B) G ENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. BREAKER ACCESSORIES * = GFCI 1 ***SHUNTTRIP N O NEW LOAD a•! • TO THIS UNIT'S L OAD CENTER. PANELBOARD SCHED SH OWN •` INFORMATION ONLY - f TY LOAD CALCULATIO SHEET E 600 . 4 , ISSUED UNDER BA BUILDING C ONTRACT DO CUMENTS. REV PLM ISSUE REVISION DATE 111 PR 0094BC 03.03.06 130 PR 0094BC —R1 03.17.06 PR OJECT • wr ENLARGED CONDO S F-811M GENERAL NOTES: DETAIL NOTES THIS SHEET: 1. PROVIDE RECEPTACLE OUTLETS SPACED PER NEC 210 -52. DD PROG 2 NOTE: NOT ALL NOTES MAY BE USED ON EACH SHEET 2. BACK TO BACK RECEPTACLES SHALL NOT BE ALLOWED. RECEPTACLES SHALL BE 06.21.04 PROVIDE JUNCTION BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN CD PROG SET SEPARATED BY ONE STUD MINIMUM. REFER TO DETAIL ON E- 500.6. 006 CONCRETE SLAB (HATCHED AREA). 02.15.05 3. REFER TO (LOW VOLTAGE SYSTEM) DRAWINGS FOR CONDUIT ROUGH -IN FOR LOW FLUSH DUPLEX FLOOR RECEPTACLE. VOLTAGE SYSTEMS IN ALL HOTEL AND CONDO LOCK -OFF ROOMS. 4. PROVIDE ARC INTERRUPTING CIRCUITS IN ALL BEDROOMS PER GAS FIREPLACE IGNITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION DETAIL ON E- NEC 210.12(B). 5. REFER TO INTERIOR DESIGN DRAWINGS FOR EXACT LOCATIONS AND TYPES OF ALL 'S PROVIDE MEDIA CENTER AND (2) 1" C. TO OF ROOM THIS FLOOR. CONDO UNIT LIGHT FIXTURES AND LOCATIONS OF ALL FURNITURE. OWNER PROVIDED, CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION 6. REFEER TO MECHANICAL DRAWINGS FOR EXACT LOCATIONS OF ALL CONDO UNIT WITH ARCHITECT PRIOR TO ROUGH -IN. MECHANICAL EQUIPMENT AND ADJUST LOCATIONS OF ELECTRICAL CONNEC11ONS AS NECESSARY. ^ '� NOT USED. 7. PROVIDE SWITCH ON WALL ADJACENT TO RESTROOM LIGHT SWITCH(ES) FOR CONTROL <�> RECEPTACLE MOUNTED HORIZONTALLY, 6" BELOW FINISHED COUNTER TOP. OF RESTROOM EXHAUST FAN IN ALL CONDO UNIT RESTROOMS. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR ALL EXHAUST FANS. NOT USED. 8. PROVIDE MOTOR RATED DISCONNECT SWITCH AS NECESSARY FOR LAUNDRY CLOSET <g> 120V CONNECTION FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR EXHAUST FANS. VERIFY REQUIREMENTS WITH MECHANICAL DRAWINGS. TO ROUGH -IN. MOUNT CARBON MONOXIDE DETECTOR ON WALL AT 18 A.F.F. PROVIDE CONNECTION TO BUILDING FACP FOR TROUBLE INDICATION AND UNIT POWER ONLY. <L SWITCH FOR INDIVIDUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. < % FLUSH JUNCTION BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. HALF SWITCHED RECEPTACLE. <„ CEILING MOUNTED JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED DRAPERIES. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. PROVIDE (1) 1/2' C WITH PULLSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO MEDIA CENTER LOCATION. \% FLUSH JUNCTION BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM LOCATION WITH ARCHITECT PRIOR TO ROUGH -IN. Q PROVIDE JUNCTION BOX FOR 120V CONNECTION TO THERMOSTAT. <a> > PROVIDE JUNCTION BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY CONNECTION REQUIREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH -IN. \ ���tttsssllltlii i �� i 1971 w, ON / / OWNER/DEVELOPER ) CONDO W UPPER LEVEL PLAN VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 mo,wT N PROJECT KEYPLAN ENLARGED CONDO W Cotor, Rumo &Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSNEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- QELEC67 -W.OWG - E498 PLOT: 02/10/2005 @ 1:46pm REV: 02/10/2005 CAD: iro XREF: tb.dwg bg6- c -w.dwg 16- c -w.dwg bg7- c -w.dwg 17- c -w.dwg MB- Ot.dwg gelec7- c -w.dwg gelec6- c -w.dwg 11 E498 ENLAK(3ED GUNDU W LOWER LEVEL PLAN SCALE: 1/4"=V-0" CITES THIS SHEET: 40TES MAY BE USED ON EACH SHEET N BOX FOR 120V CONNECTION TO ELECTRIC FLOOR MAT IN (HATCHED AREA). _OOR RECEPTACLE. 3NITION. ELECTRIC SNOWMELT. REFER TO TYPICAL INSTALLATION ENTER AND (2) 1" C. TO IDF ROOM THIS FLOOR. , CONTRACTOR INSTALLED LUMINAIRE. CONFIRM EXACT LOCATION PRIOR TO ROUGH —IN, NTED HORIZONTALLY, 6 BELOW FINISHED COUNTER TOP. I FOR RANGE EXHAUST HOOD. CONFIRM MOUNTING HEIGHT PRIOR AONOXIDE DETECTOR ON WALL AT 18" A.F.F. PROVIDE CONNECTION FOR TROUBLE INDICATION AND UNIT POWER ONLY. ADUAL CONTROL OF FIREPLACE BLOWER RECEPTACLE. BOX FOR 120V CONNECTION TO LIGHTED MIRROR. CONFIRM RCHITECT PRIOR TO ROUGH —IN. tECEPTACLE. JUNCTION BOX FOR POWER CONNECTION TO MOTORIZED IRM LOCATION WITH ARCHITECT PRIOR TO ROUGH —IN. PROVIDE (1) LSTRING FOR POWER AND (1) 1/2" C FOR CONTROLS BACK TO )CATION. BOX FOR 120V CONNECTION TO FLAT SCREEN T.V. CONFIRM RCHITECT PRIOR TO ROUGH —IN. V BOX FOR 120V CONNECTION TO THERMOSTAT. V BOX FOR 120V CONNECTION TO WHIRLPOOL TUB. VERIFY AREMENTS WITH TUB MANUFACTURER PRIOR TO ROUGH —IN. \ ,,,�111iII1tI ;, ,�`��•\\`P�0 REjS•,,���i O Cr - OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON. COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL, ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 PRo wr N PROJECT KEYPLAN ENLARGED CONDO J Cotor, Ruma &Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P— QELEC7 —J.DWG — E499 PLOT: 02/10/2005 ©1: 46pm REV: 02/10/2005 CAD: iro XREF: tb.tlwg gelec7— c —j.dwg bg7— c —j.dwg I7— c —j.dwg II E499 Cator, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- DET.DWG - E500.1 PLOT: 02/10/2005 @ 1:46pm REV: 02/10/2005 CAD: iro XREF: tb.dwg © 2003 42140 ARCHITECTURE, IN>Z \\\` ����ttll►Itttttt tt �� /i P p� REGI ttt Utll {If11� \���� OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHTECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO =ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 CONDUIT FROM MOTOR STARTER } } 02.15.05 CONTAINING POWER AND GROUND WIRE I I TOP ( I TYPICAL 9' -0' CEILING OR HIGHER RI Q � s 6 EE FF D ? I DISCONNECT SWITCH WHERE SHOWN ADJACENT ON PLAN, SIZE PER MECHANICAL T OP TYPICAL 8' -0" CEILING R� Q c s 6 FE Q � MD i j i I I EQUIPMENT SCHEDULE -MOUNT SECURELY. BOTTOM OF DEVICE �H /S �S /S SZ� a F F F F {} I I I� If II EMT �� 2 PIPE SUPPORT OR TWO UNISTRUT HEAVY GUAGf CHANNELS. o TOP OF CABINET N II II II FLOOR SLAB C TOP OF CABINET FAC =CONTROL PANELSTPC W I i I I NOTE: ALL DEVICES INDICATED TO BE } } INSTALLE? AT DIFFERENT MOUNTING HEIGHTS AND LOCATED WITHIN ONE _ v TOP OF CABINET ANN OT TC � ZAM i STUD SP I A�E FROM EACH OTHER SHALL ALIGN VE �1CALLY SAME ON THE S1 DE OF THE STUD. WHERE WALL MOUNTED 6 MIN. O z w z s o E s CR F P F P I I M C TELEPHOEIS OCCUR OVER LIGHT OO�QQQ�Q�Pe4PQP00❑ RIGID STEEL PVC COATED -' R FF M S �S SWITCHES, VOLUME CONTROLS, ETC. I ! OFFSET C INE STUD SPACE. I W cFl m ! I (I I I PVC CONDUIT z z tO z z z z z Z FINISHED FLOOR o C o R II S II l l 1 v 1 1 # I v v ii iI if NOTE: PROVIDE LONG SWEEP ELBOWS FOR DATA AND COMMUNICATION CONDUIT INSTALLATION. FLANGES FASTENED TO FLOOR W Co �• 00 o ca C4 $o ao 0o P, r, is LO It FINISHED FLOOR PVC COVERED FLEXIBLE CONNECTION CONTAINING POWER CIRCUIT &GROUND WIRES, TYPICAL DEVICE MOUNTING HEIGHTS PROVIDE EXTRA SLACK TO ALLOW ROTATING MOTOR 90' FOR MAINTENANCE WITHOUT BREAKING ELECTRICAL CONNECTION. NO SCALE NOTES: CONDUIT RISER DETAIL OUTLET BOX SUPPORT DETAIL C TO 1. HEIGHTS SHOWN ARE TYPICAL TO CENTERUNE 2. WHERE EVER DEVICES ARE INDICATED TO BE ABOVE OF BOX UNLESS NOTED OTHERWISE. DOORS, DEVICE SHALL BE CENTERED BETWEEN TOP OF NO SCALE FLOOR MOUNTED MOTORS DOOR TRIM AND CEIUNG LINE. NO SCALE NO SCALE 3. MOUNTING HEIGHTS SHOWN ON ARCHITECTURAL ELEVATIONS SHALL GOVERN OVER THOSE SHOWN ABOVE. 5 - 23 - 02 16110.5 01 - 07 - 04 16135.2 NOTE: SEE SPECIFICATIONS FOR ADDITIONAL SUPPORT, SEISMIC AND OTHER 7 - 24 - 03 REQUIREMENTS. 16142.1 6 - 4 - 02 16143.1 120V RECEPTACLE WITH SEPARATE PROVIDE SUFFICIENT CHAIN CONDUIT SYSTEM PROVIDE UNISTRUT SUPPORTS POURED -IN OR MOUNTED ON ATTACHED TO STRUCTURE TO ATTACH TO CONDUCTOR. �- -- ROADWAY AND PARKING AREA LUMINAIRE, REFER TO PLAN AND CONCRETE STRUCTURAL CLG. (TYPICAL FOR TWO) AS REQUIRED 1/8' DIA. HOLE TO ACCEPT LUMINAIRE SCHEDULE FOR ADDITIONAL INFORMATION _._.. ----- AS REQUIRED FOR VIBRATION ISOLATOR 12 1/4" CHAIN FOR ATTACHMENT TO CONDUCTOR. o HANDHOLE WITH FLUSH COVER (TYP. OF 4) TRANSFORMER KVA STEEL AL THREAD CHRiSTY #D210 COVER MARKED DO NOT BOND TO GROUND WITHIN POLE PROVIDE ALL - THREAD AT ALL FOUR CORNERS PER SPECS 'ELECTRICAL DISCONNECT 2 DIA. WHITE CORE GREEN --- -CAST #4 GND BASE COVER -- "-- MIN. PHENOLIC GROUND TAG GROUNDING FIN ISH GRADE DRY TYPE TRANSFORMER. SEE = W 1/2 W RACEWAYS INSTALLED AS PART OF THIS CONTRACT CAULK COVER WITH SEALING COMPOUND TO RENDER COVER CONDUCTOR s �- ' 1- 1 PLANS FOR KVA RATING. SEE SCHEDULE FOR WEIGHT AND SHALL BE ATTACHED TO TOP OF STRUT WITH UNREMOVABLE 1 /4" HIGH LETTERING WITH MINIMUM OF 1 8 BETWEEN / " I ( - -( - # I -_s I } -_ 1 1 24" ;- I . DIMENSIONS APPROVED U- CHANNEL STRUT FASTENER CHR ISTY F14 CURB LINES. CENTERED IN TAG. ? _ ;r �- ANCHOR BOLTS INSTALLED PER { ; , . MANUFACTURERS BOLT TEMPLATE PROVIDE 1/8' METAL PLATE ABOVE AND BELOW KORFUND SPACE FOR FUTURE E VALVE BOX BRANCH CONDUIT PAD (TYP.) RACEWAYS i� 18" _....._ WELD 4 #4 REBAR TO ANCHOR BOLTS PROVIDE UNISTRUT TRAPEZE (TWO) TO SUPPORT TRANSFORMER. - _- - - _- - -_ - _- _- - _- - -_ _ - _- - - - � '� GROUND CONDUCTOR TAG DETAIL � - - #4 ¶£ ORES 0 12.O.C• DOUBLE NUT TO ALL THREAD I I FILL WITH EARTH NO COPPER GROUND WIRE WITH 4' L- - - - - - - - - - - - - - - - - U- CHANNEL STRUT COiL AT BOTTOM OF FOUNDATION 3/4' X 10' GNO ROD, PROVIDE FUTURE STRUT TO BE NOTE: ATTACHED TO EXISTING ALL GROUNDING WORK DONE UNDER THIS CONTRACT SHALL INCLUDE THE FOLLOWING UNLESS SPECIFICALLY EXCLUDED: GROUND RODS AND BOND TOGETHER '£LASTORIt3' TRAPEZE SHALL BE PROVIDED STRUT WHEREVER TWO OR MORE NOTE: UNTIL 10 OHM OR LESS RESISTANCE IS ACHIEVED. - - KORFUND :16RATION PADS. BOLT TRANSFORMER TO RACEWAYS ARE RUN ADJACENT. LOCATE AT TERMINATION OF CONDUIT STUB OUTS T G Al , GR OVNDtNG ELECTRODE CONDUCTORS Ai \0 ASSOCIAT€D BOI \DI :G CO, \DVCTORS AT , f ir R 11 .'T O p P " ' ^" ^" ATTACHMENT TO GROUND BUS AND GROUNDING ELECTRODE (WHERE POSSIBLE) WITH A ROUND WHITE CORE. I ROUND CONCRETE BASE CON. MIN. TRAPEZE THRU VIBRATION PAD (TYPICAL FOUR LOCATIONS) GREEN PHENOLIC NAMEPLATE AS SHOWN IN DETAIL 'A'. STRENGTH 3000LBS 028 DAYS. TRAPEZE DETAIL CONDUIT MARKER DETAIL B. IDENTIFY ABOVE REFERENCED CONDUCTORS WITH 6' BAND OF GREEN TAPE AT EACH END AND AT 10' INTERVALS WHERE RUN EXPOSED. STENCIL CONDUITS CONTAINING THESE CONDUCTORS "MAIN GROUND IN POLE BASE DETAIL-FLUSH TRANSFORMER MOUNTING DETAIL NO SCALE NO SCALE GREEN KROY LETTERS. 1/2 DIAMETER OF CONDUIT IN HEIGHT. C. SHOW GROUNDING ELECTRODE SYSTEM CONNECTIONS BY IDENTIFYING (ON THE RECORD DRAWING MARK - UPS) NO SCALE NO SCALE NOTE: SEE SPECIFICATIONS FOR ADDITIONAL SUPPORT, SEISMIC AND OTHER REQUIREMENTS. WHERE (ROOM NO. AND /OR NAME) AND TO WHAT (ROD, WATER PIPE, GROUND BUS, ETC.) THEY TERMINATE. NOTE: SEE SPECIFICATIONS FOR ADDITIONAL SUPPORT, SEISMIC AND OTHER REQUIREMENTS. 01 - 07 - 04 16190.1B 7 - 24 - 03 16190.2 9 - 8 - 98 16110.1 12 - 01 - 00 16195.8 9 - 8 - 98 16512.3 WIDTH AS REQUIRED � � WIDTH AS REQUIRED � WIDTH AS REQUIRED � ' /2� I WiOTH AS REQUIRED � - -- WIDTH AS REQUIRED ''16` 3/8 3 /8p PANEL � 1 A MAIN DISTRIBUTION CENTER 1/4' ;'4= EXHAUST FAN �1 ,,4. BREAKER 1 B 1/4' TRANSFORMER TlA /4p FED FROM MDC 3/16" � 1/4 3,8p , 4' / //((�� 277/480V 30 4W 3/16' 1/4' FED FROM H1 A 3/16' NON- ESSENTIAL BUS RISER "A" 3/16' FED FROM MDC 3/16' 2 1/2- (D @ 5/16 2 1/2" W 120/208V 3 4W (D 3/16" 2 1/2* ( 1 /4- 2 1/2- ( 5/16» 2 1/2* 1D (('� V1J 1 /4 - 1600A 3/16" ' 480V 30 3 / 16 " 1600A 3/16" 480- 120/208V 30 4W 3/16" 1 , 4 ' 2 2 5 A 3/1 & 1/4 ` 1 / 50 000 AI C 3/16" p t/4 13/16 " 277/480V 30 4W 3/16" FEEDS PANEL L1 A 22 000 AI C 3/16" 3/8 1/4" 3/gp 1/2' SUB - DISTRIBUTION CENTER MAIN DISTRIBUTION CENTER MAIN DISTRIBUTION CENTER AND BRANCH PANELBOARD UTILIZATION EQUIPMENT COMPARTMENT TRANSFORMER NAMEPLATE DETAIL NAMEPLATE DETAIL NAMEPLATE DETAIL NAMEPLATE DETAIL NAMEPLATE DETAIL SCALE: FULL SCALE: FULL SCALE: FULL SCALE: FULL SCALE: FULL NOTES: NOTES: NOTES: NOTES: NOTES: I. SEE SPECIFICATIONS FOR ADDITIONAL NAMEPLATE INFORMATION. I. SEE SPECIFICATIONS FOR ADDITIONAL NAMEPLATE INFORMATION. t. SEE SPECIFICATIONS FOR ADDITIONAL NAMEPLATE INFORMATION. 1. SEE SPECIFICATIONS FOR ADDITIONAL NAMEPLATE INFORMATION. I. SEE SPECIFICATIONS FOR ADDITIONAL NAMEPLATE INFORMATION. 2. REWORD NAMEPLATE FOR FIELD CONDITIONS. 2. REWORD NAMEPLATE FOR FIELD CONDITIONS. 2. REWORD NAMEPLATE FOR FIELD CONDITIONS. 2. REWORD NAMEPLATE FOR FIELD CONDITIONS. 2. REWORD NAMEPLATE FOR FIELD CONDITIONS. 9 -8 -98 16195.1 9 -8 -98 16195.2 9 -8 -98 16195.3 9 -8 -98 16195.4 9 -8 -98 16195.5 LUMINAIRE EM. BALLAST TEST SWITCH -- WIDTH AS REQUIRED WIDTH AS REQUIRED LIGHTING POLE �- AC HOT --►-- CONCRETE BASE i BALLAST MOTOR CONTROL CENTER 1/4' '' -� PRECAST � 1 4' / EXHAUST FAN # 1 1/4' PULL BOX / ,� .' ; � '/ f /. / ; / ' �/ ? EMERGENCY y f, ,> r y : ; . y ,<y ,. , v , n ,, :. FED FROM MDC 3/16" ' /4p BALLAST /v4 p ,,4 SI ZE 1 3 16' / -- CURB CURB \�',:'; , 'SURFACE JUNCTION .� , "•; BOX WITH SWIVEL COM 2 1 2" //'jj�� / 4 8 0 V 3 3 W W 3/16" 2 1 /2' ,,4 " LUMINAIRE ;� ; MOUNT >„ f UNSWITCHED LUMINAIRE 1/4' 48 0 V 3 3/16' ! ^ -' ' ROUTE CONDUIT h ((''�� 6 V 0 A 3/16' i > BETWEEN TEES TO ENO ! y , %• WALL i/4 " 13/16 " CONDUIT TO OTHER PULL BOXES, SEE SiTE PLAN X x ` " mil, 3 /4'C. PENDANT ?, EM. BALLAST TEST SWITCH - 42, 000 A I C 3/16" 3' PLAN VIEW HOT AC WALL BALLAST SWITCH I # PRECAST PULL BOX "�--- POLE AND BASE, SEE SITE PLAN FOR SEE DETAIL ON SEE LUMINAIRE i SIZES SHEET SCHEDULE FOR LUMINAIRE TYPE. EMERGENCY MOTOR CONTROL CENTER DRIVE CURB BALLAST C OM CURB MOTOR CONTROL CENTER STARTER COMPARTMENT _ DIRECTION OF TRAFFIC SWITCHED LUMINAIRE NAMEPLATE DETAIL NAMEPLATE DETAIL CONDUITS TO OTHER PUL BOXES .� s : WIRING DI AGRAM G GRAM SCALE: FULL SCALE: FULL Y <� 7; > ' `� GRAVEL SUMP PARKING STRUCTURE LUMINAIRE SECTION FLUORESCENT EMERGENCY BALLAST NOTES: NOTES: MOUNTING DETAIL NO SCALE I. SEE SPECIFICATIONS FOR ADDITIONAL NAMEPLATE INFORMATION. I. SEE SPECIFICATIONS FOR ADDITIONAL NAMEPLATE INFORMATION. PRECAST PULL B DETAI NO SCALE NOTE: 2. REWORD NAMEPLATE FOR FIELD CONDITIONS. 2. REWORD NAMEPLATE FOR FIELD CONDITIONS. NO SCALE NOTE: SEE SPECIFICATIONS FOR ADDITIONAL SUPPORT, SEISMIC AND OTHER REQUIREMENTS. LUMINAIRES SHOWN AS BEING SWITCHED ON PLAN DRAWINGS ARE TO HAVE EMERGENCY BALLAST SWITCHED. LUMINAIRES SHOWN AS BEING UNSWITCHED ON 9 -8 -98 16195.6 9 -8 -98 16195.7 9 -8 -98 16512.4 7 -24 -03 16515.1 9 -8 -98 PLAN DRAWINGS ARE TO HAVE EMERGENCY BALLAST UNSWITCHED. 16515.7 Cator, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- DET.DWG - E500.1 PLOT: 02/10/2005 @ 1:46pm REV: 02/10/2005 CAD: iro XREF: tb.dwg © 2003 42140 ARCHITECTURE, IN>Z \\\` ����ttll►Itttttt tt �� /i P p� REGI ttt Utll {If11� \���� OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHTECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO =ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 M PROJECT KEYPLAN ELECTRICAL D ETAI LS II E500.1 II Cator, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- DET.DWG - E500.2 PLOT: 05/24/2006 0 5: 47pm REV: 05/24 /2006 CAD: NJ XREF: tb.dwg tb -o.dwg DRAWING ISSUED AS REQUESTED BY TOWN OF VAIL 02003 42140 ARCHITECTURE, INC. v%0 RE OWNWDEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD ARCH]TECTURE Denver, Colorado MASTERPLANNER & DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL. ENGINEER. MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVTL ENGINEER ALPINE ENGINEERING, INC. VATI, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 023 ADDENDUM 14 0 147 QUAD B WEST TOWER QUAD C QUAD A EAST TOWER QUAD D 148 FACE OF WALL 04.11.06 119 ASI 093 INTERCONNECTIONS INTERCONNECTIONS BONNDING CONNECTOR BONNDING CONNECTOR R EFER TO ELECTRIC FLOOR MAT MANUFACTURER'S TO PANEL 7/8' x 5' STRUT DRILL BY INSTALLER AS CENTRAL OFFICE (C.O.) GROUND DETAIL NOTES THIS SHEET IN CONDUIT IN CONDUIT INSTALLATION INSTRUCTIONS FOR ADDITIONAL INFORMATION. INSTALL FLOOR MAT AND SENSORS CONDUIT AND BRANCH 0 4.17.06 REQUIRED. INSTALL WITH CADMIUM PLATED BOLTS, NUTS, BAR MOUNTED ON COLUMN. � \% CP1: 13622 -020 (20 "x4 OR ERICO ERITECH `�`/� '`�/ �✓'" �/ PER MANUFACTURER'S RECOMMENDATIONS. DETAIL CIRCUIT CONDUCTORS SHOWN FOR GENERAL INFORMATIONAL PURPOSES 1' TYPICAL SPACING WASHERS, AND LOCK WASHERS AS REQUIRED. CLEAN SURFACES TO BARE METAL AND IMMEDIATELY APPLY PENETROX -E TO BAR AND CONNECTOR. TMBG- A20L27PT (20x4 "). � 20"x4": 1. CP1 13622 -020 TGB TGB TGB TGB 5TH FLOOR ONLY AND IS NOT INTENDED AS A GUIDE FOR ELECTRIC FLOOR MAT PRODUCT INSTALLATION. FLOOR - SENSING THERMOSTAT 2 2 2 2 2. ERICO ERITECH TMGB- A20L27PT 10'x2 ": 1. CP1 13622 -010 TGB TGB TGB TGB 7 /16" DIAMETER, TYPICAL 2, ERICO ERITECH TGB- A14LO6PT 4TH FLOOR SENSING PROBE f 2 -HOLE COMPRESSION TERMINAL FOR 2/0 AWG CONDUCTOR USE WARE ELEC TRIC FLOOR BURNDY YA26L 2CT38. TGB TGB TGB L TGB MAT 0 O Q NYLON TIE -WRAP. INSULATED GROUND CONDUCTOR FROM SPLICE PLATE OR C.O. , 3RD FLOOR 2� GROUND BAR �✓` 0 0 0 0 0 0 GENERAL NOTES: TGB TGB TGB TGB PANDUIT MARKER PLATE MP250 - PRINT LABEL 1, REFER TO SPECIFICATION SECTION 16452, GROUNDING, FOR GROUND 2ND FLOOR ' '�.✓' NAILGUARD 9 gjx WITH MARKING MACHINE. CONDUCTOR SIZE BASED ON CONDUCTOR LENGTH. ALL GROU BONDING CONDUCTORS SHALL BE GREEN INSULATED TGB \`/ TGB TGB TGB SOLID COPPER. 1ST FLOOR 1 /4' x 4' x 12" COPPER NOTE: 1. AT GROUND BAR, PROVIDE LAMACOID GROUND BAR 2. LABEL GROUND BONDING CONDUCTORS WITH 'WARNING! TELECOMMUNICATIONS BONDING CONDUCTOR. DO NOT REMOVE OR - (TGB) TELECOMMUNICATIONS NAMEPLATE WITH 1/2" HIGH WHITE CORE ' DISCONNECT GROUNDING BUS BAR LETTERS READING "GROUND BAR ". MOUNT GLASTIC STAND -OFF ON WALL ADJACENT TO GROUND BAR. INSULATOR #1872 - HOTEL HOTEL MDF SERVER ELECTRIC FLOOR MAT FACTORY WATERPROOF CONNECTION 2 HOLE 2. REFER TO TYPICAL TELECOM GROUND BAR RISER FOR INFORMATION SPECIFIC TO TYPICAL GROUND LUG COMPRE COMMPRESSIONING ,. TEMPERATURE SENSING PROBE TELECOMMUNICATIONS GROUND BAR. 3. PROVIDE EQUIPMENT GROUND BAR IN ALL TRANSFORMER LOCATIONS TERMINAL CONNECTION DETAIL TO EAST ELEC RM. MAIN GROUND UPPER GARAGE BAR TMGB (MAIN GROUNDING BUS BAR) IN ENTRANCE FACILITY NO SCALE EQUIPMENT GROUND BAR DETAIL TYPICAL TELECOMMUNICATIONS GROUND BAR RISER ELECTRIC FLOOR MAT DETAIL - CONDO BATHROOOMS NO SCALE 5 -13 -05 2003 -237 3 -29 -99 16452.15 NO SCALE 5 -13 -05 2003 -237 NO SCALE 5 -11 -05 2003 -237 °' W C L TO MAIN GROUND BAR EXOTHERMIC WELD OR ROUTE BOTH CONDUCTORS TO --- c co MAIN GRNN BAR GRADE - SOFTSCAPE TO NEAREST COLD WATER PIPE do GROUND LUGS NEAREST GROUND BAR OR o z cn � 6 � � c a v t � b � � � � � z � Z � °' 6 6 PVC CONDUIT SLEEVE IV NEAREST GROUND ELECTRODE PER NEC 250 -66. EQUIPMENT GROUND _ z z CONDUIT ( TYPICAL ) � `w. � a 1~ z 1 w ;y N LIFER GROUND �� YELLOW WARNING TAPE 24' MINIMUM � - TRANSFORMER HOUSING - - - - - - E w.. 2 -HOLE COMPRESSION LUG 0 0 CONDUIT GROUNDING HUB (TYPICAL) a s TYPICAL o 0 0 a o 0 0 0 ,0- - 2" INSULATOR GRADE BEAM ` 4" PVC CONDUITS DIRECT BURIAL 4 ... .. . , . < . ..� ..:: ' ��... _. ..�.. .. ... ,. < .. ,r ... . (TYPICAL) SPACING EXOTHERMIC BOND (TYPICAL) 20 MINIMUMf40 MAXIMUM ... :. ... .. .. .. 4 oa mar. : ;ac. cY. 4 _: ,:.� a .,, �• ': - • fi °' n GROUND � GROUND ELEVATION VIEW .xr. s . ..•' .. •.:. : - •: '.. .. ... .. - ,. .. ... .� �.:. :.� ' � . ," •� .�. �- ; � . w�. �-.::. ; 0 0 0 0 0 0 4" MINIMUM GRADE ?"° -'"' � T p 7 1/2' SAND INFILL O � / �) f J �� FACE OF WALL �- ° t ` RUN UFER GROUND IN PVC CONDUIT SLEEVE FROM WHERE IT g lI Q EXITS THE GRADE BEAM. , '6 .'.. : y '. t . ::" a . a , o . • e ' . a , a . e . , r . . \ 12 GA. BACKPLATE 4 N a.t & x'. _ er.. �; �:: s ' `'�r. s, ' u� .. ,a , a a x �: .. , e .' �, . er.' e�:: Q a c . 4130V -3PH 120j208v -3PH i NEUTRAL CONCRETE GRADE BEAM L J ((� (�(`(�'�'/' O UFE BAR, UND LIFER GROUND - - - - - - - o /} O 4" 7 1/2" 7 1/2' 7 1/2' 7 1 j2" 7 1 j2' 7 1 f 2" 7 1 f 2' 7 1 j 2' 7 1 f2" 7 1 f2' 4" PRIMARY SECONDARY 2" MINIMUM COVER TO �4" VOID CONT. TYP. LIFER GROUND BONDING JUMPER AND SYSTEM GROUNDING ELECTRODE CONDUCTOR (� '`' (� CONDUCTOR SECTION VIEW NOTES: WEST DUCT BANK DETAIL - DIRECT BURIAL PER NEC 250 -66. 1. INSTALL 20' MINIMUM /40' MAXIMUM UFER GROUND CONDUCTOR IN EACH DIRECTION. PROVIDE BARE COPPER CONDUCTOR NO SCALE 0 0 0 0 0 a I`LQm "x4 "x2O' SIZED PER NEC TABLE 250 -94 OR AS INDICATED ON THE DRAWINGS (#4 AWG SHALL BE THE MINIMUN SIZE), PROVIDE LAMACOID NAMEPLATE WITH 1 /2' 1 f4 (MIN) COPPER GROUND BAR 2.ROUTE UFER GROUND CONDUCTOR, THROUGH PVC CONDUIT SLEEVE. NOTES: F3 HIGH WHITE CORE LETTERS READING 'MAIN ". 1. REFER TO SPECIFICATION SECTION 16010 FOR COMPLETE EXCAVATION AND BACKFILL REQUIREMENTS. T �N S F O R E R GROUNDING DETAIL GROUND BAR MOUNT ON WALL ABOVE GROUND BAR, 3. AVOID CONTACT WITH RE -BAR IN CONCRETE. DO NOT 71E DIRECTLY TO RE-BAR, USE SEPARATOR APPROVED BY STRUCTURAL 2. CONDUITS SHALL BE INSTALLED WITH A MAXIMUM OF TWO ROWS IN A SINGLE DUCT BANK, N S o z o N 4. COORDINATE ACTUAL UFER GROUND CONDUCTOR INSTALLATION WITH STRUCTURAL. 3. CONDUIT COVER SHALL CONFORM TO REQURRMENTS OF N.E.C. 300-5 FOR ALL BURIAL CONDITIONS. 0 g MAIN GROUND BAR DETAIL 0m USER GROUND DETAIL NO SCALE 01 -07 -04 16452.1 5 -13 -05 2003 -237 05 -08 -02 NO SCALE 16452.6 5 -11 -05 2003 -237 INCOMING -- PROVIDE DOUBLE SIZE FEEDER NEUTRAL CONDUCTOR GRADE - SOFTSCAPE � � �✓�•� SERVICE ENTRANCE RATED MAIN CIRCUIT GENERATOR MOUNTED �� / f`% CABLES do NEUTRAL BUS IN TOP OR BOTH SECTIONS -.. BREAKER OR MAIN CIRCUIT BREAKER _ d_G BOTTOM WHERE NOTED SECTION 1 SECTION 2 YELLOW WARNING TAPE STRUCTURE SWITCH GFP SENSOR GFP SENSOR PIANO HINGE FOR FLUSH MOUNTED PANELS 24" MINIMUM a PVC CONDUITS DIRECT BURIAL WHERE REQUIRED WHERE REQUIRED 4 POLE A TS Q NEUTRAL a� .�. , , Q .. a 4" MINIMUM Y � � 4 9 't *1' L1 - .^. � r . -. _ �� ,r. i UNISIRUT MOUNTING ASSEMBLY AS REQUIRED. •------ .__.._..,- MAIN y , q � . d . , � < , a SAND INFILL 4' na , ��: .. �" 4 dr ` �. ' ~. u f'"� f `� f'`� /''� f''`� {' J''' . - 0 MAIN , - ` 1 1 0 ' �,� CORD REEL MOUNTED TO OVE L OCK S DOOR OR MAIN -' ( ) ( j ( ) ( 1 ( t ( ) { ) � x `'`•./ '`✓ �,../ �.J \../ \../ �./ POWER N T I i NEUT SOURCE UNISTRUT ASSEMBLY AS REQUIRED. APPLETON IS 36' HIGH LUGS ONLY Qt 7 1 f2 i I I GND #RL103J- 123 -20 -ROTA _ FLUSH LATCH AND LOCK i WITH #BS632 BALL STOP 0 0 \ GEN OR EQUAL PANEL PANEL .a . 4 ... 4'. : 4, _ 7O LOAD 'Ti' TO LOAD 'T2' VARIES 4- ROLLER OUTLET CONCEALED HINGE (TYPICAL) 4" a' a ' .° "d .r.. d ` , m . .. i . ;{r4 ° Eck, ' 47 TO LOAD 'TY NEUT ALL STOP GROUND FEED- 4' 7 1 j2" 7 1 / 2" 7 1 7 i j2" 7 t /2' 7 1j2" 7 1 /2' 7 1j2' 4" I SYSTEM GROUNDING ELECTRODE THRU NEUTRAL LUGS CONDUCTORS PER NEC 250.94 - MAIN LUGS - � DANIEL WOODHEAD #3000 SERIES BACK - BACK WITH WIRE MESH CORD GRIP FOR 'SO' - EAST ELECTRICAL DUCT SANK DETAIL DIRECT BURIAL t"t CORD AND D FLIP LID COVER. HUBBELL #5362 RECEPTACLES. � Qa 1/4-20-LARGE HEAD SLOTTED SCREWS FEED -THRU LUGS NO SCALE GENERATOR GROUNDING DE '- t-J (TY PICAL} NOTES REFER TO SPECIFICATION SECTION 16014 FOR COMPLETE EXCAVATION AND BACKFILL REQUIREMENTS. 4 POLE TRANSFER SWITCH HINGED TRIM TO BOX PANEL FRONT FEED -THRU LUG PANELBOARD DETAIL 2. CONDUITS SHALL BE INSTALLED WITH A MAXIMUM OF TWO ROWS IN A SINGLE DUCT BANK. Na SCALE SURFACE MOUNTED CORD REEL D ETA I L 3. CONDUIT COVER SHALL CONFORM TO REQURRMENTS OF N.E.C. 300 -5 FOR ALL BURIAL CONDITIONS. NO SCALE Na SCALE NOTES: 1. ALL BOLTS SHALL HAVE LARGE (3/8') ROUND HEAD. NO WASHERS ALLOWED NOTE: 2- SECTION LAB PANELS STACKED VERTICALLY, MOUNT SECTION 2 BELOW NO SCALE 2. TYPICAL FOR ALL 120f208V BRANCH PANELBOARDS. SECTION 1 AND FEED THRU IN SAME MANNER. 10 -14 -98 16452.7A 9 -8 -98 16190.7 5 -11 -05 2003 -237 9 -8 -98 16470.2 5 -11 -05 2003 -237 A NOTES: 0 o b b b b b b RECEPTACLES NDICA71NG UNCTION.R ALL 8' 0 co .r w co a N .r N 7 7 7 c i `i `i I I CONDUITS FOR CIRCUIT SQUARED I CONDUCTORS TO RELAY PANEL CIRCUIT / t / CIA CN 14 04 C14 0*4 `� BREAKER I PANEL 1 I STRUG RE -- - --__� J J �' �; UNISTRUT FRAME (TYP) (208V,30) I I ( UNISTRUT FRAME SUND SEE SECTION I DOUGLAS ( ( I CONTROL I 8" JUNCTION BOX WP, GFI RECEPTACLES I RELAY I ` I PANEL I WP, GFI RECEPTACLES r ` .� SECURE HUBBELL KELLEMS MOUNTED TO UNISTRUT I I MOUNTED TO UNISTRUT p �. CORD GRIP TO STRUCTURE FRAME. SEE DRAWING I I I I FRAME. SEE DRAWING E003 AND THIS DETAIL FOR BRANCH CIRCUITING ( ( - - - - -- - - 4 4 - - - - -- E403 AND THIS DETAIL FOR BRANCH CIRCUITING Q a a b b b b b b a b b b b b I d��I I Q° ^b ((� I I I I I I I I ! 1 I I 1 I I t I I ((T} ((� Q � Q ((� 4 w PVC b b / �( I( I ' STUBBED INTO LANDSCAPE 30" 0 0 30' y Q ( 12 GAUGE -3 CONDUCTOR BLACK "SO' CORD I t I i i t i i i a N .r ,o CO 7 7 7 1 7 c tC*v ADJACENT TO INGRADE t I 1 BOX - STUB UP 4' IOOA3P N N N N -J J -1 J .} a ► i i i t Vs J J J r PROVIDE WEATHER- J ,J J t t t TIGHT THREADED CAP 208V b b PINfSLEEVE RECPEPTACLE b b - 2" DEEP BLOCK RING, 16" SINGLE GANG OR TWO DANIEL WOODHEAD #3000 � S i 9 � � � J J 4' SQ. X 1 5j8 "D BOX GANG RING, AS REQUIRED. SERIES BACK -TO -BACK BOX WITH WIRE MESH CORD GRIP GRADE ' a FOR "SO' CORD AND FLIP 0 HUBBELL #5362 EAST BUS STOP GENERAL STORE - - - -- 4' CONCRETE HOUSEKEEPING 4" SQ. x 1 5 "D � RECEPTACLES. ELEVATION PAD (COORDINATE SECTION A -A EXTENSION RING +2' -0" TD IN -GRADE ELECTRICAL UNDERGROUND STRUCTURAL SUPPORT WITH STRUCTURAL TOP OF LOCKERS NOTE: ALL BRANCH CIRCUITING TO RECEPTACLES SHOWN HERE ARE 2#12, #12G, 3 /e C BOX ENGINEER) BOX DETAIL FOR BLOCK UNLESS OTHERWISE NOTED IRRIGATION RECEPTACLE - NOT CIRCUITED THROUGH FLAY PANEL EXTERIOR TOV DISTRIBUTION CONTROL DIAGRAM WALL INSTALLATION SURFACE MOUNTED CORD DROP DETAIL b GENERAL PROPOSE RECEPTACLE - GITCUIT THROUGH RELAY PANEL NO SCALE SCALE: 3 " =1' -O" NO SCALE 07 -20 -05 2003 -237 9 -8 -98 16135.1 9 -8 -98 16190.8 Cator, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- DET.DWG - E500.2 PLOT: 05/24/2006 0 5: 47pm REV: 05/24 /2006 CAD: NJ XREF: tb.dwg tb -o.dwg DRAWING ISSUED AS REQUESTED BY TOWN OF VAIL 02003 42140 ARCHITECTURE, INC. v%0 RE OWNWDEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD ARCH]TECTURE Denver, Colorado MASTERPLANNER & DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL. ENGINEER. MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVTL ENGINEER ALPINE ENGINEERING, INC. VATI, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 023 ADDENDUM 14 0 147 ASI126 04.10.06 148 PR 124R1 04.11.06 119 ASI 093 04.11 A6 146 CCD 025 04,14.06 149 CCD 026 04.14.06 150 PR 134 0 4.17.06 1 PR 136 156 PR 13 I lSl i ` 04.17.06 177 CCD 033 05.1 7 1.06 RFI775 05.23,06 183 CCD 033R1 05.26.06 RE- INDEX SHEETS FOR PREVIOUS ISSUE LISTINGS P 'M i �► FEEDER FEEDER 2 112 AWG 120 Volt 15A FROM FROM FEEDER FROM #o- Dedicated Control "DP "DP "ESHWPI" Feed HWH9 HM9" (LIFE SAFTEY) LW LW ELM Dimmer Panel Link HDi HD2 HD3 D89 6 FOOT CABLE (provided b Lutron) Q Wailstation Link A Q User Interface Link RS485 2000' MAX. WQiistation Link 6 LUTRON GP60 LUTRON GP60 LUTRON GP60 DIMMER PANEL DIMMER PANEL DIMMER PANEL (120/208V, 60 (120/208V, 60 (120/208V, 60 NTOMX- 485J- WH- CPN2063 Walistation Link C FUTURE USE CKT, 22 A.I.0 ) CKT, 22 A.I.C) CKT, 22 A.I.0 } RS485 Wall Jack (Male DB9) (1) G7- AR- W000 -0 -120 three link processor (7) EL- SFT- ZLIC -64 - zone licenses POWER SUPPLY (1) EL- SFT -CON - design /config tool (PLUGS INTO (1) EL -SFT -DES - tabular control \ DUPLEX RECEPTACLE) EM- NWK -E -D -i 1 Port Ethernet Interface ETHERNET CABLE (provided by others) UP TO 200 FEET MAX. Provide Analog Phone Line for Remote Diagnostics NOTES: 1. OMX -AV Fire Alarm Interface - Under normal operating conditions, olorm system provides closed contact. in "Alarm Mode', the contact opens. The lighting areas lock into a predetermined preset level, and the wailstations and timeclock are disabled until the olorm event is over. * * *WALLSTATiONS AND PANELS DO NOT HAVE TO BE WIRED iN THE ORDER SHOWN AS LONG AS THE DAISY CHAIN WIRING LINK IS MAINTAINED. **PLEASE INDICATE IF THE DIMMING PANELS ARE TO BE "DMX READY". I-- U T 2 #12 AWG 120 Volt 15A Control Feed MX -RPTR (Not Required for Data Repeater Dimmer Panel Applications) General Notes: I. The maximum wire run on the walistotion link and dimmer panel link is 2000 feet. The MUX- Repeoter (MX -RPTR) shown above may be used to extend the distance on additional 2000 feet as necessary. Contact Lutron for max number of RPTRs allowed. 2. Lutron can provide all LV system wiring if needed; see models below. 3. The exact order of panels and /or walistotions may vary from this diagram in the actual installation. However, it is critical to maintain the daisy -chain wiring format (No Home -Runs, No T -taps) 4. All panels and all circuits will operate under both normal and emergency conditions. An upstream emergency transfer switch will be used to transfer power from normal to emergency feed. EM- A- CMP -L -O Laptop Computer For Setup Only GP series dimmer panel link requires 3 #18 plus one Belden #9461 or Alpha #2211 cable. Available as one cable. Lutron Part Number: GRX- CBL -46L -500 Control link requires Lutron Ail -in one cable GRX- CBL -46L -500 (5 Conductor) or 2 #12 (class 2) plus one Belden #9461 or Alpha #2211 cable. Lobby Lobby Bar Bar Bakery Bakery Restaurant Restaurant o ;N o o g o _E 0 0 19 0 Ea E3 0 12 #18 AWG SO- 4SN -WH -EGN NTOMX- HHPJ -WH SO- 4SN -WH -EGN SO- 4SN -WH -EGN SO- 48N -WH -EGN ®® Address: A2 Handheld Lighting Address: A3 Address: A4 SO- 4SN -WH -EGN To Fire Alarm Zones: X z X thru X z X Programmer Receptacle Zones: X z X thru X z X Zones: X z X thru X z X Address: A5, A6 Equipment OMX -AV Function: Scenes 1 -4 & Off Function: Scenes 1 -4 & Off Function: Scenes 1 -4 & Off Zones: XzX thru XzX By Others Closure Interface with Master Raise /Lower with Master Raise /Lower with Master Raise /Lower Function: Scenes 1 thru 4 & Off Address: Al w/Mostter g Raise /Lower T 0 Zones: XzX thru XzX NT 6 /C11 faceplate: WH Function: Fire Alarm Interface See note 1 Great Room Great Room TO ADDTIONAL T = WALLSTATIONS IF O D a REQUIRED (CONSULT THE FACTORY Ea ® FOR ADDRESS LIMITATIONS) SO- 4SN -WH -EGN NTOMX- HHPJ -WH AN MX -RPTR MAY BE Address: A7 Handheld Lighting GR6HHP REQUIRED. Zones: X z X thru X z X Programmer Receptacle Handheld Lighting Function: Scenes i -4 &Off Programmer with Master Raise /Lower Ballroom Partition Ballroom Ballroom Ballroom Ballroom Ballroom Status an I E u u u 1_ ...1 NTOMX- HHPJ -WH SO- 4SN -WH -EGN SO- 4SN -WH -EGN SO- 4SN -WH -EGN SO- 4SN -WH -EGN Sp- 4PS1- CF- WH- E- CPN1595 Handheld Lighting Address: 81 Address: 82 Address: 83 Address: 84 Address: Programmer Receptacle Zones: X z X thru X z X Zones: X z X thru X z X Zones: X z X thru X z X Zones: X z X thru X z X Function: Partition Status a sample only. Function: Scenes 1 -4 & Off Function: Scenes 1 -4 & Off Function: Scenes 1 -4 & Off Function: Scenes 1 -4 & Off (Engraving shown ti with Master Raise /Lower with Master Raise /Lower with Master Raise /Lower with Master Raise /Lower Required is an actual diagram l partitions Q with room names prior to shipment) Meeting Room Meeting Room Meeting Room Meeting Room Partitioning Meeting Room om tER E3 EEI _ Ea NTOMX- HHPJ -WH SO- 4SN -WH -EGN SO- 4SN -WH -EGN SO- CF -CF- PN1595 SO- 4SN -WH -EGN - Handheld Lighting Address: B9 Address: 88 Address: 85 Address: 86 Add Programmer Receptacle Zones: X z X thru X z X Zones: X z X thru X z X Zones: X z X thru X z X Function: Scenes 1 -4 & Off Function: Scenes 1-4 & Off (Eng function: Tess: 8 Status roving shown ti a sample only. with Master Raise /Lower with Master Raise /lower Requirod is an actual diagram of partitions with Master Raise /Lower with room names prior to shipment) Prof unction Grand Room Grand Room Prof unction Q D Q L\ TO ADDTIONAL WALLSTATIONS iF REQUIRED (CONSULT THE E3 E3 FACTORY FOR ADDRESS SO- 4SN -WH -EGN NTOMX- HHPJ -WH SO- 4SN -WH -EGN LIMITATIONS) AN MX -RPTR MAY BE REQUIRED. Address: 810 Handheld Lighting Address: 811 Zones: X z X thru X z X Programmer Receptacle Zones. X z X thru X z X Function: Scenes 1 -4 & Off Function: Scenes 1 -4 & Off with Master Raise /Lower with Master Raise /Lower T RO ��I�j COOPERSBURG, PA 18036 G CJ N C T P T a N LY ms� U 1`� FAX: "E• 610 282 -18 L 46 Arrabelle Vail Square Project Name: Arrabelle at Vail CONCEPT ONLY Location: Vail, CO Job Number: 97242.1.0 Drawn By: TBW Drawing: OC1 Date: January 7, 2005 Sheet: 1 of 1 Control Intent Schedule Lighting Design Alliance T he Arrabelle at Vail Square 1 - Feb - Rev: 7 —Feb -0 Zone Description Qty. Fixture Type(s) Unit Watts I Total Watts I Load Type Dim/ Non CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 Upp er Garage Level — Conference Center Prefunction Al jCF Down fight 7 RFF2 32 224 C. Fluor. Dim A2 JCF Downlight 3 1 RFF2 32 96 C. Fluor. Dim A3 CF Downlight 6 RFF2 32 192 C. Fluor. ! Dim A4 Decorative pendant 3 DP101 200 ? 600 Inc. Dim A5 CF Downlight 11 RFF1 18 198 C. Fluor. Dim A6 Cold Cathode 136 ft. SLN1 9 /ft. 1224 Cathode Dim A7 CF Downlight 16 RFF2 32 512 C. Fluor. Dim A8 Decorative pendant 1 DP 500 ? 500 Inc. Dim A9 CF Wall washer 4 RWF1 18 72 C. Fluor. ' Dim A10 Decorative pendant 3 DP123 200 ? 600 Inc. Dim All N Adjustable downlight 6 RAV2 75 450 L.V. Dim Al2 Garage Entrance Pendant 1 DP 200 ? 200 Inc. Dim A13 Garage Entrance Downlights 3 RFF2 32 96 . C. Fluor. Dim A14 Pendant @ Stairs 1 DP120 200 200 Inc. Dim A15 Decorative Sconces 7 DWI 13 100 700 Inc. Dim A16 Landing LV Accents 2 RAV2 50 100 L.V. Dim A17 Upper CF Downlights 4 RFF1 18 72 C. Fluor. Dim Upp Garage Level — Conference Center Ballroom B1 Downlight 21 1RFL3 150 3150 Inc. Dim B2 Decorative pendant 2 DP100 200 ? 400 Inc. Dim B3 Cold Cathode 140 ft. SLN1 9 /ft. 1260 Cathode Dim B4 Downlight 2 RFL1 100 200 Inc. Dim B5 Wall washer 16 RWL1 120 1920 Inc. Dim B6 lWall washer 11 RWL1 120 1320 Inc. Dim B7 Downlight 12 RFL3 150 1800 Inc. Dim B8 Cold Cathode 70 ft. SLN1 9 /ft. 630 Cathode Dim B9 Decorative pendant 1 DP100 200 ? 200 Inc. Dim B10 Decorative pendant DP101 200 ? 0 Inc. Dim Bl l Cold Cathode 70 ft. SLN1 9 /ft. 630 Cathode Dim B12 Downlight 9 RFL3 150 1350 Inc. Dim B13 Downlight 4 RFL1 100 400 Inc. Dim B14 Wall washer 5 RWL1 120 600 inc. Dim Upp er Garage Level — Conference Center Meeting Rooms 1, 2 & 3 Cl IDecorative pendant 1 DP100 200 ? 200 Inc. Dim C2 Downlight 4 RFL3 150 600 Inc. Dim C3 Cold Cathode 64 ft. SLN1 9 /ft. 576 Cathode Dim C4 Wall washer 8 RWL2 100 800 Inc. Dim C5 Decorative sconce 2 DW112 100 ? 200 Inc. Dim C6 Downlight 6 RFL1 100 600 Inc. Dim C7 Decorative pendant 1 DP100 200 ? 200 Inc. Dim C8 Downlight 4 RFL3 150 600 Inc. Dim C9 Cold Cathode 64 ft. SLN1 9 /ft. 576 Cathode Dim C10 Wail washer 4 RWL2 100 400 Inc. Dim C11 Downlight 8 RFL1 100 800 Inc. Dim C12 Decorative pendant 1 DP100 200 ? 200 Inc. Dim C13 IDownlight 8 RFL3 150 1200 Inc. Dim C14 lCold Cathode 84 ft. SLN1 9 /ft. 756 Cathode Dim C15 lWall washer 10 RWL2 100 1000 Inc. Dim C16 Decorative sconce 2 DWI 12 100 ? 200 Inc. Dim C17 Downlight 6 RFL1 100 600 Inc. Dim er Garage Level — Conference Center Meeting Room 4 D1 Decorative pendant 1 DP100 200 ? 200 Inc. Dim D2 Downlight 6 RFL3 150 900 Inc. Dim D3 CrAd r athnric R7 ft CI N1 Q !f± 783 Cathode Di- D4 1wall washer 18 RWL2 100 1800 Inc. Dim L evel 1 — Lobb E1 lCourtyard Pendant 1 DPI 19 200 200 Inc. Dim E2 lCourtyard Sconces 2 DWI 16 100 200 Inc. Dim E3 Accents 2 RAV2 75 150 LV. Dim E4 Sconces 6 DW100 100 600 Inc. Dim E5 Lg. Pendants 1 DP103 200 200 Inc. Dim E6 Reg. Desk Downlights 4 RAV1 75 30 LV. Dim E7 Reg. Desk Wallwashers 5 RWV1 75 375 LV. Dim E8 Reg, Desk Sconces 2 DW100 100 200 Inc. Dim E9 Sm. Pendants 2 DP104 200 400 Inc. Dim E10 Stair Downlights 2 RAV1 75 150 LV. Dim Ell Stair Accents 2 RAV1 75 150 LV. Dim E12 Stair Sconces 7 DW104 100 700 Inc. Dim E13 lBookshelf Linear SLV2 4 /ft. 0 LV. Dim E14 lBookshelf Accents 4 RAV2 75 300 LV. Dim E15 IDownlights 13 RFL2 250 3250 Inc. Dim E16 Seating Downlights 4 RFL2 250 1000 Inc. Dim E17 Seating Pendants 1 DP112 200 200 Inc. Dim E18 Seating Accents 5 RAV2 75 375 LV. Dim E19 FP. Accents 5 RAV2 75 375 LV. Dim E20 PC Vest Pendant 1 DP105 200 200 Inc. Dim E21 PC Vest Accents 4 RAV2 75 300 LV. Dim E22 PC Vest Accent Downlights 3 RAV2 75 225 LV. Dim E23 EL. Lobby Pendant 1 DP113 200 200 Inc. Dim E24 EL. Lobby Accents 6 RAV2 75 450 LV, Dim E25 Accents Hall 6 RWV1 50 300 LV. Dim E26 Sconce Hail 2 DW100 100 200 Inc. Dim E27 Van. Sconce 4 DW121 100 400 Inc. Dim E28 Van. Downlights 4 RAV1 50 200 LV. Dim E29 Decorative Downlights 6 DS101 150 900 inc. Dim E30 Stall Accents 8 RAV2 20 160 LV. Dim L evel 1 — Bakery, Bar, Restaurant F1 Ent. Pendants 3 DPI 17 200 600 Inc. Dim F2 Accents 3 RAV2 75 225 LV. Dim F3 Piano Accent 1 RAV2 75 75 LV. Dim F4 Table Accent 3 RAV2 75 225 LV. Dim F5 Doorway Accents 1 RAV4 75 75 LV. Dim F6 Bar Seat Pendant 1 DP110 200 200 Inc. Dim F7 Track 11 TT1 50 550 LV. Dim F8 Bar Tables 4 RAV2 75 300 LV. Dim F9 Bar Pendants 3 DP109 200 600 Inc. Dim F10 Bar Task 5 RAV2 75 375 LV. Dim F11 Bar Accents 3 RAV4 75 225 LV. Dim F12 Hall Sconces 5 DWI 14 100 1 500 Inc. Dim F13 Ext. Ent. Pendant 1 DP102 200 200 Inc. Dim F14 Glass & Iron Feature 1 200 200 Fluor. Dim F15 Downlights 4 RAV2 75 300 LV. Dim F16 Accents 6 RAV2 75 450 LV. Dim F17 DR. Lg. Pendants 6 50111 200 1200 Inc. Dim F18 Gen Downlights 24 RAV2 75 1800 LV. Dim F19 Comer Pendants 1 DP126 200 200 Inc. Dim F20 Sm. Pendants 18 DP133 200 3600 Inc. Dim F21 FP. Accents 3 RAV4 75 225 LV. Dim F22 Wail Ac vents 8 RAV2 75 600 LV. Dim L evel 2 — Great Room G1 Decorative Pendants 2 DP 200 400 Inc. Dim G2 Fireplace Accents 6 RAV4 50 300 L.V. Dim G3 Plant Uplights 4 LAV1 50 200 L.V. Dim G4 Bar Decorative 2 DT 100 200 Inc. Dim G5 Bar Downlights 13 RAV1 50 650 L.V. Dim Q 2003 42140 ARCHITECTURE, INk 0 RE G /S =0 J rnllll►�� OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER. & DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAII., COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 N PROJECT KEYPLAN ELECTRICAL DETAILS Cotor, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- DET.DWG - E500.3 PLOT: 02/10/2005 @ 1: 46pm REV: 02/10/2005 CAD: iro XREf: tb.dwg E500.3 Q 2003 42140 ARCHITECTURE, INC. R VD% =0.89 - lscA =4,355 i -- - - - --" 'NW4' nPANELSl 'NW5' IscA =4 : 138 20OA3P 200A3P 20O A3P VD% =1.13 CT 250.4G lscA =5, 750 z00. 'NW6" I F TO ' RETAIL I PANELS i ( I 7 -JAW METER SOCKET WITH LEVER BYPASS - TYPICAL OF RETAIL METERS UNLESS I OTHERWISE INDICATED VD% =0.83 f scA =5,492 200.4G 'NW3" Z" I TO RETAIL 1 PANELS I I I I t VD% =1.61 lscA =4,237 i 50.46 '3Y" I TO CONDO LOAD CENTERS I ( t I i VD% =0.53 VD% =0.89 VD% =0.85 IscA =8,160 IscA =5,224 lscA =7,548 VD% =0.77 VD% =1.54 175,3G ' IscA =5,927 175.36 "5T° IscA =4,709 150.4G "3M j3N" I I I 175.3G -- "5S' 175.3G -- 175.3G "5R' '6M /7M' 150.4G i 150.4G "5M /5N" 175.3G "3U" 175.36 '4T" 175.36 TO CONDO '6Lj7L" 150.46 TO CONDO t I I LOAD IscA =4,898 i I LOAD IscA =6,159 TO CONDO I I CENTERS SC =4,237 TO CONDO I VD% =0.95 I I CENTERS VD% =1.07 LOAD 175A2P 175A2P 175A2P 175A2P VD% =0.99 (scA =5,457 I 175A2P 175A2P 175A2P F175A2 TO CONDO 150A3P 15OA3P 15OA3P 150A3P LOAD IscA =2,528 LOAD CENTERS I TO CONDO VD% =0.84 CENTERS i I VD% =0.95 CENTERS I LOAD CENTERS M M M M AS I I I I M M M 3 M M M I M I I I ( I ( I I II �,�, .� 800A 'MBW1" - 800.0 'I BW2" 800A 'MBW3' - 30 IN /10 OUT I __i80aA TAP BOX 30 IN/10 OUT t T/23�: 00R TAP BOX 30 IN /30 OUT _F800A TAP BOX TO WEST MAIN L - L - L - GROUND BAR SS IscA= 37,644 lscA =37,644 ISC 37,644 7G 3 800.4G 800.4G 800.46 N _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - - - - - - - - 0 G i / S \ 100% RATED _ , _ 100% RATED - - � 100% RATED GFI LSI LSI I LSI I 80OA3P 800A3P 800A3P ?,4G - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - --- 100% RATED MDC -LWI IscA =41,800 LSIG 120/208V 30, 4W VD% =0.73 2000.03E 2000A ONE -LINE DIAGRAM NOTES; 1. PANELBOARDS INDICATED ON ONE -LINE DIAGRAMS DO NOT SHOW ALL BRANCH CIRCUITS. REFER TO PANELBOARD SCHEDULE(S). 2. EQUIPMENT SHOWN SHADED REPRESENTS STAND -BY POWERED SERVICES. 3. REFER TO E600.3 FOR FEEDER SCHEDULE AND TRANSFORMER SCHEDULE. 4. PROVIDE 20% SPARE BUSSED BREAKER SPACE IN ALL DISTRIBUTION EQUIPMENT. 5, SERVICE GROUND FAULT PROTECTION SHALL BE PERFORMANCE TESTED PER ARTICLE 230.95(C). DETAIL NOTES: CONNECT GROUND CONDUCTOR FROM SWITCHBOARD TO MAIN GROUND BAR IN ELECTRICAL ROOM. PROVIDE GROUND ELECTRODE CONDUCTORS FROM MAIN GROUND BAR TO GROUND ELECTRODES AS IDENTIFIED ON MAIN GROUND BAR DETAIL SHOWN ON DRAWING E- 500.2. MAIN GROUND BAR IN EAST ELECTRICAL ROOM WILL BE BONDED TO MAIN GROUND BAR IN WEST ELECTRICAL ROOM. <2, VFD IS PROVIDED BY DIVISION 15000 CONTRACTOR, INSTALLED BY DIVISION 16000 CONTRACTOR. COORDINATE CONTROLS WITH VERTICAL TRANSPORTATION CONTRACTOR. PROVIDE SELECTOR SWITCH TO OPERATE ONLY ONE ELEVATOR (ALL AVAILABLE FOR SELECTION) A WHEN FED FROM STAND -BY SOURCE. PANEL SHALL BE LOCATED IN FIRE CONTROL PRO 1 ROOM. COORDINATE WITH FIRE ALARM DRAWINGS AND SPECIFICATIONS. COORDINATE REQUIREMENTS FOR ROOF SNOWMELT WITH SYSTEM MANUFACTURER. PROVIDE CONTACTOR AND CONTROL WIRING AS REQUIRED. PROVIDE MANUAL OVERRIDE SWITCH TO EACH SYSTEM ADJACENT TO PANEL. <�> PROGRAMMABLE DIMMING PANEL WITH INTEGRAL CIRCUIT BREAKERS. REFER TO DIVISION 16000 SPECIFICATIONS AND SCHEMATIC DIAGRAM ON E500.2. PR n d 1 <:g> DOUGLAS CONTROLS PROGRAMMABLE RELAY PANEL. REFER TO RELAY PANEL SCHEDULES ON E700.12.INSTALL IN NEMA 3R ENCLOSURE. CIRCUITING TO ZONES WILL BE IDENTIFIED DURING THE SHOP DRAWING SUBMITTAL P297J PROCESS. QUANTITIES OF ZONES ARE LISTED. EACH ZONE SHALL BE PROVIDED WITH A SNOW SENSOR, LOCATIONS TO BE DETERMINED DURING SHOP DRAWING SUBMITTAL PROCESS. PROVIDE ADD- ALTERNATE PRICING TO INCLUDE A ECONOMIZER THERMOSTAT AT EACH BALCONY (LOCATION TO BE DETERMINED.) //�� �.-� PR124R1 'V' ELECTRICALLY HELD LIGHTING CONTACTOR FOR PANELBOARD. PROVIDE 3 -POLE ASTRONOMICAL TIME CLOCK FOR CONTACTOR CONTROL (1 SPARE POLE). PROVIDE HAND- OFF -AUTO SELECTOR SWITCH FOR EACH OF TWO LIGHTING CONTACTORS. 65,000 AIC MIN. 131 VD% =1.29 - - - - _ _ _ VD% =0.7 IscA =3,456 IscA =20,32: I WEST CONDO METER BAN K 'NE7' 200.4G 200.46 t "SE5" "NE6" 200.4G 200.4G 'SE6" SCALE: N.T.S. I (scA =3,520 TO RETAIL I 20OA3P 20OA3P 20OA3P 20pA3P TO RETAIL IscA =6,912 PANELS I I PANELS V {200.0, 42 CIRCUIT D% =1.26 I (400A, VD% =0.57 ) ( I 42 CIRCUIT) M M M M t I VD% =0.83 _ _ _ _ _ - _ VD% =1.66 VD% =0.84 iscA =5,147 IscA =2,747 IscA =5,034 VD% =0.90 VD% =11.04 � IscA =4,8 I 175.36 "2E' IscA =4,244 I fi75.3G "5J" 'NE2" 2O0.4G i 200.4G 'NE4' '3F' I 175.36 '2G" '4H' 175.36 175.36 "4J' "NE3' 20O.4G I I TO RETAIL PANE IscA =6,546 '3E' "' L TO CONDO 4E 175.36 TO CONDO E I VD% =0.61 D i LOAD lscA =4,303 LOA IscA =2,930 IscA =6,546 TO RETAIL 200A3P 20OA3P 20OA3P CENTERS VD% =1A2 TO CONDO CENTERS �% =1.55 VD% =0.6fi PANELS IscA =4,8LOAD I 175A2P 175A2P 175A2P 175A2P ( IscA =5,063 LOAD i 175A2P 175A2P 175A2P F175A2P VD% =0.88 CENTERS 3 I VD% =0.85 CENTERS t M M M M M M M I M M M I , i t VD% =1.07 VD% =1.10 VD% =1.25 IscA =4,126 IscA =4,026 - - - - - - ISCA =3,592 VD% =1.96 VD% =0.57 VD% =1.74 VD% =1.52 VD% =1.79 IscA =2,343 lscA =6,912 lscA =2,625 175.3G '3G' IscA =2,994 , 175.3G '4D' IscA =2,560 175.3G "6C' 6K I '2K' 175.3G ---- I 175.3G '3D' '46' 175.3G i .36 '4C' "6A' 175.3G {� I *4 150.4G 200.46 'SE2' � i 175`36 '2F' '6J" 175.36 , '3C' 175.3G TO CONDO "4A" 175.36 TO CONDO , 200.4G 'SE4" TO 175 CONDO TO CONDO LOAD I LOAD lSG =4,157 i LOAD IscA =3,300 t LOAD IscA =5,087 CENTERS I TO RETAIL TO CONDO 175.02E 175.02E 175.02E 175.02E I CENTERS VD% =1 175.02E 175.02E 175.02E 175.02E ,06 TO CONDO I CENTERS VD% =1 175.02E 175A2P 175.02E 175.02E .37 LOAD TO CONDO I CENTERS VD% =0.85 15wp 20OA3P 200A3P PANEL lscA =6,273 IscA =3,452 LOAD I I IscA =2,930 LOAD I lscA =2,647 VD% =0.61 � i I =1.30 CENTERS VD% =1.55 CENTERS I VD% =1.73 CENTERS I 3 i I 1 M M M M I I M M M M I M M M M I M M M I I I I 1 ( I VD% =1.45 VD% =1-64 VD% =0.99 IscA =3,127 IscA =2,788 IscA =4,414 VD% -1.54 VD% =1.21 VD% =1.80 VD% =1.28 VD% =0.95 lscA =2,950 175.36 '2J' IscA =3,689 175.36 "5B' IscA =2,554 175.36 '6E' lscA =2,568 f iscA=2,389 I '3B" 175.36 -- 175.36 '2D' . © . 17 5.3G ---f -- �175,3G 'SA" '3K 175.3G 1 75.3G - --1 175.36 5E' 7J" 150.46 , 150.46 5K ' "2C" 175.3G I TO CONDO i "5C' 175.36 i I TO CO 'SH" 175.36 I I TO COND '4F 1150.46 I 150,46 LOAD IVD = 11.0 7 IscA =2,747 'BAD IscA =4,580 TO CONDO I I CENTERS VD% =fi.01 TO CONDO I I CENTERS VD% =1. I I I 175.02E 175A2P 175.02E 175.02E 175.02E 175.02E 175A2P 1175.02E TO CONDO 175A2P 1175.02E 175.02E 175.02E CENTERS VD% =0.95 TO CONDO 70 CONDO 150.03E 150.03E 150A3P 150.03E lscA =3,575 LOAD ( (scA =3,061 LOAD I 66 IscA =4,599 LOAD I LOAD IscA =4,933 LOAD IscA =2,527 VD% =1.25 CENTERS I VD% =1.48 CENTERS i VD% =0.95 CENTERS I CENTERS VD% =0.87 I I CENTERS VD% -0.95 3 i 13\ M M M M I M M M M I M M M M I I lI I � � I A3 M M M M I i I I A I PAD MOUNTED - APPROX �� 800A "MBE1' I 800A "MBE2' 800A 'MBE3" 800A 'MBE4' 300KVA \'/ 30 IN /10 OUT �800A TAP BOX 30 IN /10 OUT i �800A TAP BOX I �80aA TAP BOX 30 IN/30 OUT _I - � - 800.0 TAP BOX 3 TO EAST MAIN L - L _ 30 IN j1 OUT L _ L - HCEA GROUND BAR TVSS TRANSFORMER IscA =27,941 IscA= 28,296 IscA= 28,296 IscA =26,925 7G 800.4G 8OO.4G 800.4G 800.4G lscA= 59.000 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - G , A 100% RATED 100% ED 100% RATED 100% RATED GF LS I LSI LS! LSI i 800A3P 800A3P 800A3P 80OA3P I 500.4 1 - - - - - - - _ - - - - - - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 100% RATED MDC -LE1 IscA =29,811 LSIG 120/208V 30, 4W VD% =11.90 2500A3P 3000A 35,000 AIC MIN. DRAWING ISSUED AS REQUESTED BY TOWN OF VAIL ENGINEERING FOR APPROVED RECORD OF CONSTRUCTION DOCUMENTS IN PUBLIC RIGHT -OF -WAY ACCESS AREAS ONLY. EAST CONDO METER BANK _�. -_- __. - -_ _ -- - -- SCALE: N.T.S. Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \GAD \DDS \ELEC \P- 1LINE.DWG _ E600.1 PLOT: 05/24/2006 0 5: 47pm REV: 05/24/2006 CAD: NJ XREF: tb.dwg tb- smoke- delsub1.dwg tb -a.dwg OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL. ENGINF.F.R ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS E.DWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 023 ADDEND 14 VD% =0.58 VD% =1.39 A PIMA1 ISCA =7,604 148 VD% =i.10 '2M' 2-- CONTROLLED ASI093 04. 11.06 CIRCUITS - - - - - - "2L' S-- lscA =3,440 CCD 026 _ - _ _ _ - - SCHEDULES A Isc=4,270 04.17.0 154 _ VD% =1.31 VD% =1.45 VD% =0.41 T.O.V. lscA =3,621 t G '4W' lscA =3,295 I 175.3G '4U' lscA =9 929 , , A3 '6U' 175.36 -- -- G ;TO "4S" "6Wj7W 175.36 - i 175.36 "5U' NW2 " 200.4G (TOV) M '4L' 175.3G ONDO PAD MOUNTED I TO CONDO 'NWi' 200.46 i LOAD lscA =6335 , HCEA IscA =50,700 I LOAD IscA =4,064 T O CONDO CENTERS VD% =0.71 TO CONDO I CENTERS VD% =1.16 TO RETAIL IscA =3,090 LOAD I 175A2P 175A2P 175A2P 17WP LOAD I 175A2P 175A2P 175A2P lscA= 19,310 12M PANELS 200.03E 200.03E VD% =1.55 CANTERS CENTERS I VD% =0.15 5-JAW METER SOCKET- M M M M 5 -JAW METER SOCKET- M M M M M TYPICAL OF THIS METER I TYPICAL OF THIS METER I BANK UNLESS OTHERWISE VD% =1 31 D% =1591 BANK UNLESS OTHERWISE VD% =O=0.72 INDICATED l INDICATED lscA =6,264 VD% =0.91 VD% =1.44 VD% =0.68 IscA =5,103 I 175.36 6T' IscA =3,325 I 175.36 6N iscA =6,602 '4R" 175.3G --- 1.5.3G '6S' '5W" 175.3G - 175.36 '5L" "4M /4N" 150.46 "3L' 1 75. 3G-- --� I TO CON DO . i 75.36 } TO CONDO I "2Y" r 150.4G _ L IscA =5568 , I LOAD lscA =3,217 TO CONDO IscA =3,275 175A2P 175 175A2P CENTERS VD% =0.83 TO CONDO IscA =4,669 I 175A2P 175A2P 175A2P CENTERS I VD% =1.49 (scA =4 425 TO CONDO I fi50A3P 150.03E LOAD i50A3P LOAD VD% =1.46 CENTERS J 175A2P J 175A2P I i LOAD VD% =1.0 CENTERS I I VD% =1.53 CENTERS i I M M ( I M M I I M M M CT 250.4G lscA =5, 750 z00. 'NW6" I F TO ' RETAIL I PANELS i ( I 7 -JAW METER SOCKET WITH LEVER BYPASS - TYPICAL OF RETAIL METERS UNLESS I OTHERWISE INDICATED VD% =0.83 f scA =5,492 200.4G 'NW3" Z" I TO RETAIL 1 PANELS I I I I t VD% =1.61 lscA =4,237 i 50.46 '3Y" I TO CONDO LOAD CENTERS I ( t I i VD% =0.53 VD% =0.89 VD% =0.85 IscA =8,160 IscA =5,224 lscA =7,548 VD% =0.77 VD% =1.54 175,3G ' IscA =5,927 175.36 "5T° IscA =4,709 150.4G "3M j3N" I I I 175.3G -- "5S' 175.3G -- 175.3G "5R' '6M /7M' 150.4G i 150.4G "5M /5N" 175.3G "3U" 175.36 '4T" 175.36 TO CONDO '6Lj7L" 150.46 TO CONDO t I I LOAD IscA =4,898 i I LOAD IscA =6,159 TO CONDO I I CENTERS SC =4,237 TO CONDO I VD% =0.95 I I CENTERS VD% =1.07 LOAD 175A2P 175A2P 175A2P 175A2P VD% =0.99 (scA =5,457 I 175A2P 175A2P 175A2P F175A2 TO CONDO 150A3P 15OA3P 15OA3P 150A3P LOAD IscA =2,528 LOAD CENTERS I TO CONDO VD% =0.84 CENTERS i I VD% =0.95 CENTERS I LOAD CENTERS M M M M AS I I I I M M M 3 M M M I M I I I ( I ( I I II �,�, .� 800A 'MBW1" - 800.0 'I BW2" 800A 'MBW3' - 30 IN /10 OUT I __i80aA TAP BOX 30 IN/10 OUT t T/23�: 00R TAP BOX 30 IN /30 OUT _F800A TAP BOX TO WEST MAIN L - L - L - GROUND BAR SS IscA= 37,644 lscA =37,644 ISC 37,644 7G 3 800.4G 800.4G 800.46 N _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - - - - - - - - 0 G i / S \ 100% RATED _ , _ 100% RATED - - � 100% RATED GFI LSI LSI I LSI I 80OA3P 800A3P 800A3P ?,4G - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - --- 100% RATED MDC -LWI IscA =41,800 LSIG 120/208V 30, 4W VD% =0.73 2000.03E 2000A ONE -LINE DIAGRAM NOTES; 1. PANELBOARDS INDICATED ON ONE -LINE DIAGRAMS DO NOT SHOW ALL BRANCH CIRCUITS. REFER TO PANELBOARD SCHEDULE(S). 2. EQUIPMENT SHOWN SHADED REPRESENTS STAND -BY POWERED SERVICES. 3. REFER TO E600.3 FOR FEEDER SCHEDULE AND TRANSFORMER SCHEDULE. 4. PROVIDE 20% SPARE BUSSED BREAKER SPACE IN ALL DISTRIBUTION EQUIPMENT. 5, SERVICE GROUND FAULT PROTECTION SHALL BE PERFORMANCE TESTED PER ARTICLE 230.95(C). DETAIL NOTES: CONNECT GROUND CONDUCTOR FROM SWITCHBOARD TO MAIN GROUND BAR IN ELECTRICAL ROOM. PROVIDE GROUND ELECTRODE CONDUCTORS FROM MAIN GROUND BAR TO GROUND ELECTRODES AS IDENTIFIED ON MAIN GROUND BAR DETAIL SHOWN ON DRAWING E- 500.2. MAIN GROUND BAR IN EAST ELECTRICAL ROOM WILL BE BONDED TO MAIN GROUND BAR IN WEST ELECTRICAL ROOM. <2, VFD IS PROVIDED BY DIVISION 15000 CONTRACTOR, INSTALLED BY DIVISION 16000 CONTRACTOR. COORDINATE CONTROLS WITH VERTICAL TRANSPORTATION CONTRACTOR. PROVIDE SELECTOR SWITCH TO OPERATE ONLY ONE ELEVATOR (ALL AVAILABLE FOR SELECTION) A WHEN FED FROM STAND -BY SOURCE. PANEL SHALL BE LOCATED IN FIRE CONTROL PRO 1 ROOM. COORDINATE WITH FIRE ALARM DRAWINGS AND SPECIFICATIONS. COORDINATE REQUIREMENTS FOR ROOF SNOWMELT WITH SYSTEM MANUFACTURER. PROVIDE CONTACTOR AND CONTROL WIRING AS REQUIRED. PROVIDE MANUAL OVERRIDE SWITCH TO EACH SYSTEM ADJACENT TO PANEL. <�> PROGRAMMABLE DIMMING PANEL WITH INTEGRAL CIRCUIT BREAKERS. REFER TO DIVISION 16000 SPECIFICATIONS AND SCHEMATIC DIAGRAM ON E500.2. PR n d 1 <:g> DOUGLAS CONTROLS PROGRAMMABLE RELAY PANEL. REFER TO RELAY PANEL SCHEDULES ON E700.12.INSTALL IN NEMA 3R ENCLOSURE. CIRCUITING TO ZONES WILL BE IDENTIFIED DURING THE SHOP DRAWING SUBMITTAL P297J PROCESS. QUANTITIES OF ZONES ARE LISTED. EACH ZONE SHALL BE PROVIDED WITH A SNOW SENSOR, LOCATIONS TO BE DETERMINED DURING SHOP DRAWING SUBMITTAL PROCESS. PROVIDE ADD- ALTERNATE PRICING TO INCLUDE A ECONOMIZER THERMOSTAT AT EACH BALCONY (LOCATION TO BE DETERMINED.) //�� �.-� PR124R1 'V' ELECTRICALLY HELD LIGHTING CONTACTOR FOR PANELBOARD. PROVIDE 3 -POLE ASTRONOMICAL TIME CLOCK FOR CONTACTOR CONTROL (1 SPARE POLE). PROVIDE HAND- OFF -AUTO SELECTOR SWITCH FOR EACH OF TWO LIGHTING CONTACTORS. 65,000 AIC MIN. 131 VD% =1.29 - - - - _ _ _ VD% =0.7 IscA =3,456 IscA =20,32: I WEST CONDO METER BAN K 'NE7' 200.4G 200.46 t "SE5" "NE6" 200.4G 200.4G 'SE6" SCALE: N.T.S. I (scA =3,520 TO RETAIL I 20OA3P 20OA3P 20OA3P 20pA3P TO RETAIL IscA =6,912 PANELS I I PANELS V {200.0, 42 CIRCUIT D% =1.26 I (400A, VD% =0.57 ) ( I 42 CIRCUIT) M M M M t I VD% =0.83 _ _ _ _ _ - _ VD% =1.66 VD% =0.84 iscA =5,147 IscA =2,747 IscA =5,034 VD% =0.90 VD% =11.04 � IscA =4,8 I 175.36 "2E' IscA =4,244 I fi75.3G "5J" 'NE2" 2O0.4G i 200.4G 'NE4' '3F' I 175.36 '2G" '4H' 175.36 175.36 "4J' "NE3' 20O.4G I I TO RETAIL PANE IscA =6,546 '3E' "' L TO CONDO 4E 175.36 TO CONDO E I VD% =0.61 D i LOAD lscA =4,303 LOA IscA =2,930 IscA =6,546 TO RETAIL 200A3P 20OA3P 20OA3P CENTERS VD% =1A2 TO CONDO CENTERS �% =1.55 VD% =0.6fi PANELS IscA =4,8LOAD I 175A2P 175A2P 175A2P 175A2P ( IscA =5,063 LOAD i 175A2P 175A2P 175A2P F175A2P VD% =0.88 CENTERS 3 I VD% =0.85 CENTERS t M M M M M M M I M M M I , i t VD% =1.07 VD% =1.10 VD% =1.25 IscA =4,126 IscA =4,026 - - - - - - ISCA =3,592 VD% =1.96 VD% =0.57 VD% =1.74 VD% =1.52 VD% =1.79 IscA =2,343 lscA =6,912 lscA =2,625 175.3G '3G' IscA =2,994 , 175.3G '4D' IscA =2,560 175.3G "6C' 6K I '2K' 175.3G ---- I 175.3G '3D' '46' 175.3G i .36 '4C' "6A' 175.3G {� I *4 150.4G 200.46 'SE2' � i 175`36 '2F' '6J" 175.36 , '3C' 175.3G TO CONDO "4A" 175.36 TO CONDO , 200.4G 'SE4" TO 175 CONDO TO CONDO LOAD I LOAD lSG =4,157 i LOAD IscA =3,300 t LOAD IscA =5,087 CENTERS I TO RETAIL TO CONDO 175.02E 175.02E 175.02E 175.02E I CENTERS VD% =1 175.02E 175.02E 175.02E 175.02E ,06 TO CONDO I CENTERS VD% =1 175.02E 175A2P 175.02E 175.02E .37 LOAD TO CONDO I CENTERS VD% =0.85 15wp 20OA3P 200A3P PANEL lscA =6,273 IscA =3,452 LOAD I I IscA =2,930 LOAD I lscA =2,647 VD% =0.61 � i I =1.30 CENTERS VD% =1.55 CENTERS I VD% =1.73 CENTERS I 3 i I 1 M M M M I I M M M M I M M M M I M M M I I I I 1 ( I VD% =1.45 VD% =1-64 VD% =0.99 IscA =3,127 IscA =2,788 IscA =4,414 VD% -1.54 VD% =1.21 VD% =1.80 VD% =1.28 VD% =0.95 lscA =2,950 175.36 '2J' IscA =3,689 175.36 "5B' IscA =2,554 175.36 '6E' lscA =2,568 f iscA=2,389 I '3B" 175.36 -- 175.36 '2D' . © . 17 5.3G ---f -- �175,3G 'SA" '3K 175.3G 1 75.3G - --1 175.36 5E' 7J" 150.46 , 150.46 5K ' "2C" 175.3G I TO CONDO i "5C' 175.36 i I TO CO 'SH" 175.36 I I TO COND '4F 1150.46 I 150,46 LOAD IVD = 11.0 7 IscA =2,747 'BAD IscA =4,580 TO CONDO I I CENTERS VD% =fi.01 TO CONDO I I CENTERS VD% =1. I I I 175.02E 175A2P 175.02E 175.02E 175.02E 175.02E 175A2P 1175.02E TO CONDO 175A2P 1175.02E 175.02E 175.02E CENTERS VD% =0.95 TO CONDO 70 CONDO 150.03E 150.03E 150A3P 150.03E lscA =3,575 LOAD ( (scA =3,061 LOAD I 66 IscA =4,599 LOAD I LOAD IscA =4,933 LOAD IscA =2,527 VD% =1.25 CENTERS I VD% =1.48 CENTERS i VD% =0.95 CENTERS I CENTERS VD% =0.87 I I CENTERS VD% -0.95 3 i 13\ M M M M I M M M M I M M M M I I lI I � � I A3 M M M M I i I I A I PAD MOUNTED - APPROX �� 800A "MBE1' I 800A "MBE2' 800A 'MBE3" 800A 'MBE4' 300KVA \'/ 30 IN /10 OUT �800A TAP BOX 30 IN /10 OUT i �800A TAP BOX I �80aA TAP BOX 30 IN/30 OUT _I - � - 800.0 TAP BOX 3 TO EAST MAIN L - L _ 30 IN j1 OUT L _ L - HCEA GROUND BAR TVSS TRANSFORMER IscA =27,941 IscA= 28,296 IscA= 28,296 IscA =26,925 7G 800.4G 8OO.4G 800.4G 800.4G lscA= 59.000 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - G , A 100% RATED 100% ED 100% RATED 100% RATED GF LS I LSI LS! LSI i 800A3P 800A3P 800A3P 80OA3P I 500.4 1 - - - - - - - _ - - - - - - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 100% RATED MDC -LE1 IscA =29,811 LSIG 120/208V 30, 4W VD% =11.90 2500A3P 3000A 35,000 AIC MIN. DRAWING ISSUED AS REQUESTED BY TOWN OF VAIL ENGINEERING FOR APPROVED RECORD OF CONSTRUCTION DOCUMENTS IN PUBLIC RIGHT -OF -WAY ACCESS AREAS ONLY. EAST CONDO METER BANK _�. -_- __. - -_ _ -- - -- SCALE: N.T.S. Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \GAD \DDS \ELEC \P- 1LINE.DWG _ E600.1 PLOT: 05/24/2006 0 5: 47pm REV: 05/24/2006 CAD: NJ XREF: tb.dwg tb- smoke- delsub1.dwg tb -a.dwg OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL. ENGINF.F.R ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS E.DWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 023 ADDEND 14 VD% =0.58 147 A PIMA1 ISCA =7,604 148 PR 124R1 '2M' 2-- CONTROLLED ASI093 04. 11.06 CIRCUITS - CCD 025 "2L' S-- REFER TO CCD 026 04.14.06 SCHEDULES PR 134 04.17.0 154 PR 136 IscA =2,857 T.O.V. SERVICE ENTRANCE VD% =1.68 (GENERAL STORE) RATED PANELBOARD- 04.26.06 EXTERIOR IN NEMA 3R ENCLOSURE 05.10.06 LTG ASI144 A3 � CONTACTOR ALSI09 CCD 033 UTILITY METER` - ' - COORD R -LC2 LC2- WITH HCEA WVt A LWVI 05.26.06 (TOV) M PAD MOUNTED APPROX 300KVA RE: LNDEX SHEETS FOR PREVIOUS ISSUE LISTINGS HCEA IscA =50,700 TRANSFORMER CT 250.4G lscA =5, 750 z00. 'NW6" I F TO ' RETAIL I PANELS i ( I 7 -JAW METER SOCKET WITH LEVER BYPASS - TYPICAL OF RETAIL METERS UNLESS I OTHERWISE INDICATED VD% =0.83 f scA =5,492 200.4G 'NW3" Z" I TO RETAIL 1 PANELS I I I I t VD% =1.61 lscA =4,237 i 50.46 '3Y" I TO CONDO LOAD CENTERS I ( t I i VD% =0.53 VD% =0.89 VD% =0.85 IscA =8,160 IscA =5,224 lscA =7,548 VD% =0.77 VD% =1.54 175,3G ' IscA =5,927 175.36 "5T° IscA =4,709 150.4G "3M j3N" I I I 175.3G -- "5S' 175.3G -- 175.3G "5R' '6M /7M' 150.4G i 150.4G "5M /5N" 175.3G "3U" 175.36 '4T" 175.36 TO CONDO '6Lj7L" 150.46 TO CONDO t I I LOAD IscA =4,898 i I LOAD IscA =6,159 TO CONDO I I CENTERS SC =4,237 TO CONDO I VD% =0.95 I I CENTERS VD% =1.07 LOAD 175A2P 175A2P 175A2P 175A2P VD% =0.99 (scA =5,457 I 175A2P 175A2P 175A2P F175A2 TO CONDO 150A3P 15OA3P 15OA3P 150A3P LOAD IscA =2,528 LOAD CENTERS I TO CONDO VD% =0.84 CENTERS i I VD% =0.95 CENTERS I LOAD CENTERS M M M M AS I I I I M M M 3 M M M I M I I I ( I ( I I II �,�, .� 800A 'MBW1" - 800.0 'I BW2" 800A 'MBW3' - 30 IN /10 OUT I __i80aA TAP BOX 30 IN/10 OUT t T/23�: 00R TAP BOX 30 IN /30 OUT _F800A TAP BOX TO WEST MAIN L - L - L - GROUND BAR SS IscA= 37,644 lscA =37,644 ISC 37,644 7G 3 800.4G 800.4G 800.46 N _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - - - - - - - - 0 G i / S \ 100% RATED _ , _ 100% RATED - - � 100% RATED GFI LSI LSI I LSI I 80OA3P 800A3P 800A3P ?,4G - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - --- 100% RATED MDC -LWI IscA =41,800 LSIG 120/208V 30, 4W VD% =0.73 2000.03E 2000A ONE -LINE DIAGRAM NOTES; 1. PANELBOARDS INDICATED ON ONE -LINE DIAGRAMS DO NOT SHOW ALL BRANCH CIRCUITS. REFER TO PANELBOARD SCHEDULE(S). 2. EQUIPMENT SHOWN SHADED REPRESENTS STAND -BY POWERED SERVICES. 3. REFER TO E600.3 FOR FEEDER SCHEDULE AND TRANSFORMER SCHEDULE. 4. PROVIDE 20% SPARE BUSSED BREAKER SPACE IN ALL DISTRIBUTION EQUIPMENT. 5, SERVICE GROUND FAULT PROTECTION SHALL BE PERFORMANCE TESTED PER ARTICLE 230.95(C). DETAIL NOTES: CONNECT GROUND CONDUCTOR FROM SWITCHBOARD TO MAIN GROUND BAR IN ELECTRICAL ROOM. PROVIDE GROUND ELECTRODE CONDUCTORS FROM MAIN GROUND BAR TO GROUND ELECTRODES AS IDENTIFIED ON MAIN GROUND BAR DETAIL SHOWN ON DRAWING E- 500.2. MAIN GROUND BAR IN EAST ELECTRICAL ROOM WILL BE BONDED TO MAIN GROUND BAR IN WEST ELECTRICAL ROOM. <2, VFD IS PROVIDED BY DIVISION 15000 CONTRACTOR, INSTALLED BY DIVISION 16000 CONTRACTOR. COORDINATE CONTROLS WITH VERTICAL TRANSPORTATION CONTRACTOR. PROVIDE SELECTOR SWITCH TO OPERATE ONLY ONE ELEVATOR (ALL AVAILABLE FOR SELECTION) A WHEN FED FROM STAND -BY SOURCE. PANEL SHALL BE LOCATED IN FIRE CONTROL PRO 1 ROOM. COORDINATE WITH FIRE ALARM DRAWINGS AND SPECIFICATIONS. COORDINATE REQUIREMENTS FOR ROOF SNOWMELT WITH SYSTEM MANUFACTURER. PROVIDE CONTACTOR AND CONTROL WIRING AS REQUIRED. PROVIDE MANUAL OVERRIDE SWITCH TO EACH SYSTEM ADJACENT TO PANEL. <�> PROGRAMMABLE DIMMING PANEL WITH INTEGRAL CIRCUIT BREAKERS. REFER TO DIVISION 16000 SPECIFICATIONS AND SCHEMATIC DIAGRAM ON E500.2. PR n d 1 <:g> DOUGLAS CONTROLS PROGRAMMABLE RELAY PANEL. REFER TO RELAY PANEL SCHEDULES ON E700.12.INSTALL IN NEMA 3R ENCLOSURE. CIRCUITING TO ZONES WILL BE IDENTIFIED DURING THE SHOP DRAWING SUBMITTAL P297J PROCESS. QUANTITIES OF ZONES ARE LISTED. EACH ZONE SHALL BE PROVIDED WITH A SNOW SENSOR, LOCATIONS TO BE DETERMINED DURING SHOP DRAWING SUBMITTAL PROCESS. PROVIDE ADD- ALTERNATE PRICING TO INCLUDE A ECONOMIZER THERMOSTAT AT EACH BALCONY (LOCATION TO BE DETERMINED.) //�� �.-� PR124R1 'V' ELECTRICALLY HELD LIGHTING CONTACTOR FOR PANELBOARD. PROVIDE 3 -POLE ASTRONOMICAL TIME CLOCK FOR CONTACTOR CONTROL (1 SPARE POLE). PROVIDE HAND- OFF -AUTO SELECTOR SWITCH FOR EACH OF TWO LIGHTING CONTACTORS. 65,000 AIC MIN. 131 VD% =1.29 - - - - _ _ _ VD% =0.7 IscA =3,456 IscA =20,32: I WEST CONDO METER BAN K 'NE7' 200.4G 200.46 t "SE5" "NE6" 200.4G 200.4G 'SE6" SCALE: N.T.S. I (scA =3,520 TO RETAIL I 20OA3P 20OA3P 20OA3P 20pA3P TO RETAIL IscA =6,912 PANELS I I PANELS V {200.0, 42 CIRCUIT D% =1.26 I (400A, VD% =0.57 ) ( I 42 CIRCUIT) M M M M t I VD% =0.83 _ _ _ _ _ - _ VD% =1.66 VD% =0.84 iscA =5,147 IscA =2,747 IscA =5,034 VD% =0.90 VD% =11.04 � IscA =4,8 I 175.36 "2E' IscA =4,244 I fi75.3G "5J" 'NE2" 2O0.4G i 200.4G 'NE4' '3F' I 175.36 '2G" '4H' 175.36 175.36 "4J' "NE3' 20O.4G I I TO RETAIL PANE IscA =6,546 '3E' "' L TO CONDO 4E 175.36 TO CONDO E I VD% =0.61 D i LOAD lscA =4,303 LOA IscA =2,930 IscA =6,546 TO RETAIL 200A3P 20OA3P 20OA3P CENTERS VD% =1A2 TO CONDO CENTERS �% =1.55 VD% =0.6fi PANELS IscA =4,8LOAD I 175A2P 175A2P 175A2P 175A2P ( IscA =5,063 LOAD i 175A2P 175A2P 175A2P F175A2P VD% =0.88 CENTERS 3 I VD% =0.85 CENTERS t M M M M M M M I M M M I , i t VD% =1.07 VD% =1.10 VD% =1.25 IscA =4,126 IscA =4,026 - - - - - - ISCA =3,592 VD% =1.96 VD% =0.57 VD% =1.74 VD% =1.52 VD% =1.79 IscA =2,343 lscA =6,912 lscA =2,625 175.3G '3G' IscA =2,994 , 175.3G '4D' IscA =2,560 175.3G "6C' 6K I '2K' 175.3G ---- I 175.3G '3D' '46' 175.3G i .36 '4C' "6A' 175.3G {� I *4 150.4G 200.46 'SE2' � i 175`36 '2F' '6J" 175.36 , '3C' 175.3G TO CONDO "4A" 175.36 TO CONDO , 200.4G 'SE4" TO 175 CONDO TO CONDO LOAD I LOAD lSG =4,157 i LOAD IscA =3,300 t LOAD IscA =5,087 CENTERS I TO RETAIL TO CONDO 175.02E 175.02E 175.02E 175.02E I CENTERS VD% =1 175.02E 175.02E 175.02E 175.02E ,06 TO CONDO I CENTERS VD% =1 175.02E 175A2P 175.02E 175.02E .37 LOAD TO CONDO I CENTERS VD% =0.85 15wp 20OA3P 200A3P PANEL lscA =6,273 IscA =3,452 LOAD I I IscA =2,930 LOAD I lscA =2,647 VD% =0.61 � i I =1.30 CENTERS VD% =1.55 CENTERS I VD% =1.73 CENTERS I 3 i I 1 M M M M I I M M M M I M M M M I M M M I I I I 1 ( I VD% =1.45 VD% =1-64 VD% =0.99 IscA =3,127 IscA =2,788 IscA =4,414 VD% -1.54 VD% =1.21 VD% =1.80 VD% =1.28 VD% =0.95 lscA =2,950 175.36 '2J' IscA =3,689 175.36 "5B' IscA =2,554 175.36 '6E' lscA =2,568 f iscA=2,389 I '3B" 175.36 -- 175.36 '2D' . © . 17 5.3G ---f -- �175,3G 'SA" '3K 175.3G 1 75.3G - --1 175.36 5E' 7J" 150.46 , 150.46 5K ' "2C" 175.3G I TO CONDO i "5C' 175.36 i I TO CO 'SH" 175.36 I I TO COND '4F 1150.46 I 150,46 LOAD IVD = 11.0 7 IscA =2,747 'BAD IscA =4,580 TO CONDO I I CENTERS VD% =fi.01 TO CONDO I I CENTERS VD% =1. I I I 175.02E 175A2P 175.02E 175.02E 175.02E 175.02E 175A2P 1175.02E TO CONDO 175A2P 1175.02E 175.02E 175.02E CENTERS VD% =0.95 TO CONDO 70 CONDO 150.03E 150.03E 150A3P 150.03E lscA =3,575 LOAD ( (scA =3,061 LOAD I 66 IscA =4,599 LOAD I LOAD IscA =4,933 LOAD IscA =2,527 VD% =1.25 CENTERS I VD% =1.48 CENTERS i VD% =0.95 CENTERS I CENTERS VD% =0.87 I I CENTERS VD% -0.95 3 i 13\ M M M M I M M M M I M M M M I I lI I � � I A3 M M M M I i I I A I PAD MOUNTED - APPROX �� 800A "MBE1' I 800A "MBE2' 800A 'MBE3" 800A 'MBE4' 300KVA \'/ 30 IN /10 OUT �800A TAP BOX 30 IN /10 OUT i �800A TAP BOX I �80aA TAP BOX 30 IN/30 OUT _I - � - 800.0 TAP BOX 3 TO EAST MAIN L - L _ 30 IN j1 OUT L _ L - HCEA GROUND BAR TVSS TRANSFORMER IscA =27,941 IscA= 28,296 IscA= 28,296 IscA =26,925 7G 800.4G 8OO.4G 800.4G 800.4G lscA= 59.000 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - G , A 100% RATED 100% ED 100% RATED 100% RATED GF LS I LSI LS! LSI i 800A3P 800A3P 800A3P 80OA3P I 500.4 1 - - - - - - - _ - - - - - - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 100% RATED MDC -LE1 IscA =29,811 LSIG 120/208V 30, 4W VD% =11.90 2500A3P 3000A 35,000 AIC MIN. DRAWING ISSUED AS REQUESTED BY TOWN OF VAIL ENGINEERING FOR APPROVED RECORD OF CONSTRUCTION DOCUMENTS IN PUBLIC RIGHT -OF -WAY ACCESS AREAS ONLY. EAST CONDO METER BANK _�. -_- __. - -_ _ -- - -- SCALE: N.T.S. Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \GAD \DDS \ELEC \P- 1LINE.DWG _ E600.1 PLOT: 05/24/2006 0 5: 47pm REV: 05/24/2006 CAD: NJ XREF: tb.dwg tb- smoke- delsub1.dwg tb -a.dwg OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL. ENGINF.F.R ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS E.DWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 023 ADDEND 14 07.29.05 147 ASI126 04.10.06 148 PR 124R1 04.11.06 119 ASI093 04. 11.06 146 CCD 025 04.14.06 149 CCD 026 04.14.06 150 PR 134 04.17.0 154 PR 136 0 156 PR 137 04. 158 CCD 029 04.26.06 171 CCD 031 05.10.06 173 ASI144 05.11.06 177 CCD 033 05.17.06 RPI775 05.23.06 183 CCD 033R1 05.26.06 RE: LNDEX SHEETS FOR PREVIOUS ISSUE LISTINGS PROJECT KEYPLAN i W�� © 2003 42140 ARCHITECTURE, IN%, I I GENERAL NOTES: 1. PANELBOARDS INDICATED ON ONE LINE DIAGRAMS DO NOT SHOW ALL BRANCH CIRCUITS. 2- EQUIPMENT SHOWN SHADED REPRESENTS STAND -BY POWERED SERVICES (NATURAL GAS GENERATOR IN GARAGE LEVEL 1). 3. REFER TO E600.3 FOR FEEDER SCHEDULE AND TRANSFORMER SCHEDULE. 4. PROVIDE 20% SPARE BUSSED BREAKER SPACE IN ALL DISTRIBUTION EQUIPMENT. 5. PROGRAMMABLE DIMMING /CONTROL PANELS FOR HOTEL AREAS ARE NOT SHOWN ON ONE -LINE DIAGRAM. REFER TO LIGHTING PLANS FOR QUANTITY OF DIMMING ZONES. REFER TO SPECIFICATION FOR DIMMING PANEL AND REMOTE CONTROL REQUIREMENTS. DETAIL N OTES THIS SHEET: G COORDINATE CONTROLS WITH ELEVATOR SPECIFICATION. PROVIDE SELECTOR PANEL TO OPERATE ONE ELEVATOR ONLY FROM THE EMERGENCY POWER SOURCE. PROVIDE FIRE DEPARTMENT SELECTOR PANEL TO ALLOW FIRE DEPARTMENT TO OPERATE (4) ELEVATORS FROM THE EMERGENCY POWER SOURCE. < 2 > VFD IS PROVIDED BY DIVISION 15000 CONTRACTOR. V PROVIDE ISOLATED GROUND BUS AND CONDUCTOR TO THIS PANEL. P ao REGJ S T% 1 ti1l111110 OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD A IECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ELECTRICAL ONE -LINE DIAGRAM - WEST WING 277/480V SCALE: NTS ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 ELECTRICAL ONE —LINE DIAGRAM Cotor, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P— I LINE. DWG — E600.2 PLOT: 02/10/2005 @ 1: 45pm REV: 02/10/2005 CAD: iro XREF: tb.dwg 11 E600.2 0 2003 42140 ARCHITECTURE, INC. DETAIL NOTES. ONE - LINE DIAGRAM NOTES: i CONNECT GROUND CONDUCTOR FROM SWITCHBOARD TO MAIN GROUND BAR IN I. PMELBOARDS INDICATED ON ONE LINE DIAGRAMS DO NOT SHOW ALL BRANCH CIRCUITS. ELECTRICAL ROOM. PROVIDE GROUND ELECTRODE CONDUCTORS FROM MAIN GROUND BAR REFER TO PANELBOARD SCHEDULE(S). TO GROUND ELECTRODES AS IDENTIFIED ON MAIN GROUND BAR DETAIL SHOWN ON DRAWING E-500.2. MAIN GROUND BAR IN EAST ELECTRICAL ROOM WILL BE BONDED TO 2. EQUIPMENT SHOWN SHADED REPRESENTS STAND-BY POWERED SERVICES. MAIN GROUND BAR IN WEST ELECTRICAL ROOM. 3. REFER TO E600.3 FOR FEEDER SCHEDULE AND TRANSFORMER SCHEDULE. VFD IS PROVIDED BY DIVISION 15000 CONTRACTOR, INSTALLED BY DIVISION 16000 CONTRACTOR. 4. PROVIDE 20% SPARE BUSSED BREAKER SPACE IN ALL DISTRIBUTION EQUIPMENT. COORDINATE CONTROLS WITH VER11CAL TRANSPORTATION CONTRACTOR. PROVIDE 5. SERVICE GROUND FAULT PROTECTION SHALL BE PERFORMANCE TESTED PER ARTICLE SELECTOR SWITCH TO OPERATE ONLY ONE ELEVATOR (ALL AVAILABLE FOR SELECTION) 230.95(C). A WHEN FED FROM STAND-BY SOURCE. PANEL SHALL BE LOCATED IN FIRE CONTROL pi ROOM. COORDINATE WITH FIRE ALARM DRAWINGS AND SPECIFICATIONS. <3> COORDINATE REQUIREMENTS FOR ROOF SNOWMELT WITH SYSTEM MANUFACTURER. PROVIDE CONTACTOR AND CONTROL WIRING AS REQUIRED. PROVIDE MANUAL OVERRIDE SWITCH TO EACH SYSTEM ADJACENT TO Pi PROGRAMMABLE DIMMING PANEL WITH INTEGRAL CIRCUIT BREAKERS. REFER TO DIVISION 16000 SPECIFICATIONS AND SCHEMATIC DIAGRAM ON E500.2. p DOUGLAS CONTROLS PROGRAMMABLE RELAY PANEL. REFER TO RELAY PANEL SCHEDULES A ON E700 A2.INSTALL IN NEMA 3R ENCLOSURE. PA7 �& 9W 3 ) A CIRCUITING TO ZONES WILL BE IDENTIFIED DURING THE SHOP DRAWING SUBMITTAL H,2 LWP2 Pp7p PROCESS. QUANTITIES OF ZONES ARE LISTED. EACH ZONE SHALL BE PROVIDED WITH A (61H FL) I FL) SNOW SENSOR, LOCATIONS TO BE DETERMINED DURING SHOP DRAWING SUBMITTAL 15OAi Li LWFDI LWP1 LEPI 10043P L XFMR i LEPIA T XFMR PROCESS. PROVIDE ADD-ALTERII PRICING TO INCLUDE A ECONOMIZER THERMOSTAT AT EACH BALCONY (LOCATION TO BE DETERMINED.) <> IscA=11.226 ,--�,' VD=0.93 A pAg pl& Mil VD33,5 A xFM R XFM R R Pp7p A TYPICAL IN-LINE MANUAL OVERRIDE TIMER A A A A QUANTITY OF �gM3 Rmi AS" HEP2 CONTACTS AS FOR EACH SNOYMELT ZONE, A DJACENT TO (67H FL) PANELBOARD IN ELECTRICAL ROOM. PROVIDE 45 PHENOLIC LABELING FOR ZONE CONTROL P CIRCUITING PER ELECTRICAL TYPICAL EASY HEAT SA-1 SNOW SENSOR PLANS (LOCATION TBD) - ONE PER DIRECTIONAL EGIX HscA=13,272 ZONE AT EACH QUADRANT, LOCATION TO BE R XFMR R R VD-1.71 *CSN-NE' DETERMINED ON SHOP DRAWINGS. A&3 P$A 7 =fMA-411 120V CCT HSMSE HSMSE HSMSW HS1l HSMNE HWPSI HEPSI (AREA A) AREA AREA 8 AREA C AREA R2 XFMR E E_ '11 SE _11 120V (7TH FL) (7TH FL) 58 OCTS SECTI S=ECII SECTI SECTI R 0 120V CCT TYP CIRCUITS PER, VENDOR SHOP AR2 DRAWINGS (20A - 30A BASED ON MCC-W2 MOC_WI HWPI HEPI B-1 B-2 B-3 MUA-9 CH-1 CP-1 CP-2 CWP-1 CWP-2 CT-1 CT-2 PHWP-1 PHWP-2 PHWPi SWII SWHP-2 HWP-1 HWP-2 SMP_1 SMP-2 EF-2 EF-3 19cA=35,989 IscA=18,22t i It CCT LOAD). PROVIDE CONTACTOR 1i R3 120V CCT ZONE QUANTITY AS REQUIRED FOR EACH 0-) " P . ISCA=13,272-4, scA-7,10_8 / @ 8 @ & 0 lscA=36,29 0 4 2 VFD VD-0.62 VD=1.56 D VFD VFD VFD VFD ( -0. 06 IscA=8.975 fsll: A=�21 ISCA=16,1 P.&I V 2 T<2 FOR I I PROVDE UNE ECO ADD-AL7 MATE PRICING I H, 61" 715 T ZONE CSN- CSN-N XFM XFM 91 19 4 ZONES H ]SE H 1i E ',]NW A REA S C [A A]D AREA A LARE S S r _ y T. <�> - ZER < R I I 40OAG VD=1.05 IscAi) VD=0.64 R THERMOSTAT - ONE PER BALCONY. 120V OCT (HIGH LIMIT SWITCH) vDi MECH MECH MECH MECH MECH M �H MECH M H MECH 100AG M H uri ur", T U TFf'f <4 VF <�> _ <*> MECH <g> r r- A . M H OOAG 400.40 400.40 D4G =.1 j ---tmn­- Irr= PAII P�A447 T A pml PAII A A p A g RA pml A§QJ3 Li 1m i pm 100% RAW 100X RAW VDi *WR 150A3P 125W 500Ai A&3 60.1 JMEC MEC MEC Mi MEC MEC MEC MEC MEC MEC MEC IOWP 10OA3P 2WA3P 200AI MEC MEC MEC MEC MEC MEC MEC MEC MEC MEC MEC 400A3P 400AI 40" 4OOA3P � IsCA= 39,304 PA A MCC­WP1 3500A PM 7 CEN7RALPLANT A 277/48OV, 3PH, 4W 7 77 Emptl F1lYi S 100.40 A A LL+j XFMR XFMR ELEVATORS I�i T T 75 45 4 X XFMR XFMR lscA=3Z971 VD-0.06 pmfii E1 0- •m F1&2 Li LAW* Li LWH78 ELEVATORS P�& SPA GRT RM LOWER LOWER BAR KITCHEN KITCHEN i. 47� EHEP4 ^ 150 AG pmi 1 16 101 150.40 200AG 15OAG A ZZ IscAil LWHI LWH2 LVIH3 LWH4 Li 1i LWH5A LWH6 Li LW1i6D Li LWH7 LWHS Iii VD=0.71 MECH ADMIN/ SPA CONF NORTH LOSS SOUTH UPPER UPPER UPPER BAR LOWER BAKERY POOL EQPT HSKP GUEST REST GUEST KITCHEN KITCHEN KITCHEN KITCHEN KITCHEN DECK XFM XFM XFM XFMR XFM XFMR XFMR LWH5B 150AG XFMR XFM XFM SOUTH GUEST A p XFMR A T T 45 45 112 75 75 30 75 2 2 4 30 XFMR A P& PRD91 XFMR XFki XFMR XFMR XFMR xFM XFM XFMR XFMR XFMR XFM IscAi 6,201 LWHDI LWHD2 LWHD3 LWHD4 VD=1.02 > A AS M3 HWH1 HWH2 HWH3 HWH4 HWH5 HWH6 HWH7 HWHS HWH9 lwA--z783 > IscA=3.614> IwA =2„541 IscA=2,406) HWHD4 MECH ADMIN/ SPA F/ Li x R ti LOWER BAKERY POOL LWC1 ' EQPT HSKP I REST KITCHEN KITCHEN KITCHEN DECK 600.40 (CONDO) XFM XFMR XFM XFMR IscA=16,178 IscA=29,924 lacA=27,207 lscA=14,076 oi ls(A=16,201 06 IscA=19,262 1scA=7,077 19cA=5,712 (-IscA=4, VD=0.12 VD-0. VD=0.66 VD-0.65 P, �0_47 V)=1.02 VD-.74 VD-1.67 VD-0.80 A IscA=7,429 l XFMR VD A A PAI A PRO91 4 75 3 4 ,� ��� �s�y,�,;��, �, T Pew+ .250.40 200.4E 200.40 200.40 400.40 200.40 100.40 45 EDP-W`1 VDm0,13 XFMR 277/48OV,30,4W IscA-35,193 1200A A CONTINUE ON A umillM XFMR XFMR XFM XFMR 60AG E600.3 TO 1200. 1 ­ --- --- --- --- ____ - TO EAST GENERATOR (CONDO) I PIRW - � MAIN GROUND GROUND DISTRIBUTION lscA=37,231 40OA3P 1501w 250AI 200AI 2010A3P T&I XFMR 20OW PRO 4OWP 200AI 100Al XFMR XFMR XFMR XFMR 60AI BAR ELECTRODES CONTINUE ON E600.3 TO PANEL *DP-EGI* 1200A A VDl GENERATOR r", A izx ZA , 400A, 4-POLE 4-POLE ITS-ESHWP1 ATS -EDPi DISTRIBUTION a LIFE SAFETY EMERGENCY IscA-33,736 �_ t 7G 7G PANEL 'DPi IL/12�1 EQUIPMENT VDi 2000A DISTRIBUTION PANEL HOTEL, lo^A-'%% tWd I.-A-'= rVt w PAD MOUNTED APPROX A pm&l COMMON UTILITY Vi 40OAG VD =0,10 CONDO ASSOC A HOTEL uf­HWH1 277/48OV, 3PHj 4W XFMR XFMR MDC-HW2 SWIT I CHBOARD 2 A ASA3 A IF AMA HCEA METER AI HCEA METER 1 4G HCEA METER 70 A XFMR XFMR 30 75 P 042 6 WEST T T XFMR XFMR 30 45 A PAW XFM XFMR LL+j XFMR XFMR ELEVATORS I�i T T 75 45 4 X XFMR XFMR lscA=3Z971 VD-0.06 pmfii E1 0- •m F1&2 Li LAW* Li LWH78 ELEVATORS P�& SPA GRT RM LOWER LOWER BAR KITCHEN KITCHEN i. 47� EHEP4 ^ 150 AG pmi 1 16 101 150.40 200AG 15OAG A ZZ IscAil LWHI LWH2 LVIH3 LWH4 Li 1i LWH5A LWH6 Li LW1i6D Li LWH7 LWHS Iii VD=0.71 MECH ADMIN/ SPA CONF NORTH LOSS SOUTH UPPER UPPER UPPER BAR LOWER BAKERY POOL EQPT HSKP GUEST REST GUEST KITCHEN KITCHEN KITCHEN KITCHEN KITCHEN DECK XFM XFM XFM XFMR XFM XFMR XFMR LWH5B 150AG XFMR XFM XFM SOUTH GUEST A p XFMR A T T 45 45 112 75 75 30 75 2 2 4 30 XFMR A P& PRD91 XFMR XFki XFMR XFMR XFMR xFM XFM XFMR XFMR XFMR XFM IscAi 6,201 LWHDI LWHD2 LWHD3 LWHD4 VD=1.02 > A AS M3 HWH1 HWH2 HWH3 HWH4 HWH5 HWH6 HWH7 HWHS HWH9 lwA--z783 > IscA=3.614> IwA =2„541 IscA=2,406) HWHD4 MECH ADMIN/ SPA F/ Li x R ti LOWER BAKERY POOL LWC1 ' EQPT HSKP I REST KITCHEN KITCHEN KITCHEN DECK 600.40 (CONDO) XFM XFMR XFM XFMR IscA=16,178 IscA=29,924 lacA=27,207 lscA=14,076 oi ls(A=16,201 06 IscA=19,262 1scA=7,077 19cA=5,712 (-IscA=4, VD=0.12 VD-0. VD=0.66 VD-0.65 P, �0_47 V)=1.02 VD-.74 VD-1.67 VD-0.80 A IscA=7,429 l XFMR VD A A PAI A PRO91 4 75 3 4 ,� ��� �s�y,�,;��, �, T Pew+ .250.40 200.4E 200.40 200.40 400.40 200.40 100.40 45 EDP-W`1 VDm0,13 XFMR 277/48OV,30,4W IscA-35,193 1200A A CONTINUE ON A umillM XFMR XFMR XFM XFMR 60AG E600.3 TO 1200. 1 ­ --- --- --- --- ____ - TO EAST GENERATOR (CONDO) I PIRW - � MAIN GROUND GROUND DISTRIBUTION lscA=37,231 40OA3P 1501w 250AI 200AI 2010A3P T&I XFMR 20OW PRO 4OWP 200AI 100Al XFMR XFMR XFMR XFMR 60AI BAR ELECTRODES CONTINUE ON E600.3 TO PANEL *DP-EGI* 1200A A VDl GENERATOR r", A izx ZA , 400A, 4-POLE 4-POLE ITS-ESHWP1 ATS -EDPi DISTRIBUTION a LIFE SAFETY EMERGENCY IscA-33,736 �_ t 7G 7G PANEL 'DPi IL/12�1 EQUIPMENT VDi 2000A DISTRIBUTION PANEL HOTEL, lo^A-'%% tWd I.-A-'= rVt w PAD MOUNTED APPROX TO WEST - COMMON UTILITY Vi 40OAG VD =0,10 CONDO ASSOC A HOTEL uf­HWH1 277/48OV, 3PHj 4W TO MAIN COMMON UTILITY GROUND BAR 15OOKVA MDC-HW2 SWIT I CHBOARD HCEA METER HCEA METER AI HCEA METER 1 4G HCEA METER 70 1200. A WEST 7G 7G m m M M 7G HCEA TRANSFORMER 70 WEST 120/208V SWITCHBOARD - - - Li 100% RATED G 40OW LSIG,1O= RATED IscA-41,5013 LW, I= RATED } 1 II II IS = 100% RATED VD--O.89 IscA-37,757 3w ur 150A3p GF1 LS1G � 350343P A GF1 � I GFI 160OW ! MDC-HWI C.T.S AND C AND Pi - C.T.S AND C.T.S AND' MDC-HW2 277/48OV, 30, 4W 30DOA Pi - TYPICAL TYPICAL P.T.S - TYPICAL Pi - 277/48OV, 30, 4W TYPICAL 35WA A ELECTRIC&'ONE-LINE DIAGRAM WEST WING 277/48OV, PA, SCALE: TS Cator, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT\CAD\DDS\ELEC\P-lLINE.DWG - E600.2 PLOT. 04/04/2006 07.07am REV- 04/03/2006 CAD: n XREF: tb.dwg tb-smoke-defsubl.dwg tb-a.dwg Pmt 1`01AY 2 3 2006 Ml OWNER /DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART IHOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL EN GINEER ALPINE EN GINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER, 20826.01 ISSUE REVISION DATE 001 DER SUB. 04.05.06 ELECTRICAL ONE-LINE DIAGRAM T R A N S F O R M E R S C H E D U L E RATED PANELBOARD- NEMA 3R IN NEMA 3R ENCLOSURE LTG (SUNDIAL) CONTACTOR UTILITY METER LC2- R -LC2 OCEA Rm LEVI WITH H (TOV) (TOV) �� WITH HCEA 154 PR 1 36 20.3 G KEY (6) HV FLA 480 V LV FLA 208 V HV PROT (1) CCT BRKR HV PROT (1) HIGH VOLTAGE FEEDER (3) G 05.10.06 LV PROT (2) CCT BRKR LV PROT (2) G I LOW VOLTAGE FEEDER (3) 10 , GROUNDING (4) DIMENSIONS (5) 3/4 WEIGHT 5 BTUH OTPT 5 REMARKS SWITCH FUSE CONDUCTORS "C , SWITCH FUSE CONDUCTORS "C CNDTRS "C HIGH WIDE DEEP T15 18.0 41.6 20 A 3 P 30 A 3 P FRS -R- 20 3 # 12 1 # 12 G 3/4 50 A 3 P 60 A 3 P FRN -R- 50 4 # 6 1 # 10 G I 1 , 1 # 8 3/4 1 23.00 22.25 ` 15.00 I 285 2526 1 T30 36.1 83.3 45 A 3 P 60 A 3 P FRS -R- 45 3 6, 1# 10 G 1 G 100 A 3 P 100 A 3 P FRN -R- 100 4# 2, 1# 3# 8 G 1 -1/4 1# 8 ; 3/4 26.00 24.00 15.00 369 5456 1 T45 54.1 124.9 70 A 3 P 100 A 3 P FRS -R- 70 3# 4, 1# 8 G 1 -1/4 150 A 3 PI 200 A 3 P FRN -R- 150 4# 1/0 , 1# G 6 G 2 1 1# 6 3/4 30.00 30.00 20.00 590 7443 1 T75 90.2 208.2 110 A 3 P 200 A 3 P FRS -R- 110 3# 1, 1# 6 G 1 -1/2 250 A 3 P 400 A 3 P FRN -R- 250 4# 250 , 1# 4 G 2 -1/2 1# 2 3/4 37.00 30.00 20.00 1 750 9167 = 12,635 T112.5 135.3 312.3 175 A 3 P 200 A 3 P FRS -R- 175 3 # 2/0 , 1 # 6 GI 2 i 400 A 3 P 400 A 3 P FRN -R- 400 4 # 500 1 # 3 G 3 -1 /2 1 # 1/0 3/4 42.00 36.00 24.00 1050 14830 2 T150 180.4 416.4 225 A 3 P 400 A 3 P FRS -R- 225 3 # 4/0 , 1 # 4 G 2 G 500 A 3 P 600 A 3 P FRN -R- 500 2 [ 4 # 250 , 1 # 2 G 3 ] 1 # 1/0 3/4 42.00 36.00 24.00 1350 18094 TO WEST T225 270.6 624.5 350 A 3 P 400 A 3 P FRS -R- 350 3 # 500 , 1 # 3 G 3 3# 750 A 3 P 800 A 3 P -C- 750 2 4 # 500 , 1 # 1/0 G 3 -1/2 ] 1 # 2/0 3/4 48.00 48.00 29.50 ` 2000 25417 1/2 ] T300 360.8 832.7 450 A 3 P 600 A 3 P FRS -R- 450 2 [ 3 # 4/0 , 1 # 2 G 2 ] 2 1000 A 3 P, 1000 A 3 P KRP -C- 1000 3 [ 4 # 400 , 1 # 2/0 G 3 -1/2 ] 1 # 3/0 3/4 48.00 48.00 29.50 2350 22f �T500 601.4 1138 7.9 750 A 3 P1 800 A 3 P KRP - 7 50 2[ 3 # 500 , 1 # 1/0 G! 3 1 600 A 3 P 1600 A 3 P KRP -C- 1600 5 4 # 400 , 1 # 250 G 3 -1 2 1 3 0 3 4 60.00 56.00 36.00 3450 4 5 NOTES: 1.) 2.) 3.) 4.) 5.) 6.) 7. PRIMARY O.C. PROTECTION PER NEC 450 -3 (b) (1) SECONDARY Q.C. PROTECTION PER NEC 450 -3 (b) (2) ALL CONDUCTORS ARE COPPER. SEE PLANS FOR INCREASED CONDUCTOR SIZES DUE TO VOLTAGE DROP ETC. BONDING AND GROUNDING CONDUCTOR PER NEC 250 -66 -1999 DIMENSIONS, WEIGHTS & BTUH OUTPUT SHOWN ARE FOR REFERENCE ONLY. ACTUAL DIMENSIONS MAY VARY FROM MANUFACTURER TO MANUFACTURER. BRANCH CIRCUITS TO HAVE A DEDICATED NEUTRAL FOR EACH CIRCUIT ON K -RATED TRANSFORMERS. FOR K -RATED TRANSFORMERS, PROVIDE PARALLEL NEUTRAL CONDUCTORS LUGS AT TRANSFORMERS, LOW VOLTAGE PANELBOARD, DISCONNECTS OR LOAD . 1 # 4/0 G 3 ] 2000.3 G 6 [ 3# 500 1# rte, LEV4A SKI TUNE •♦ r P 124 1 L£R3 RETAIL SIGNS LER2 I I LER1 RETAIL RETAIL MERCH MECH ZONE mE UI3 CAF] XFMR LEV3 SKI OP XFMR Pvl I 7G � 7G I M ,� . ,� 1 PAD MOUNTED - - APPROX - T.S AND 300KVA P.T.S - 7G 7G TYPICAL TO EAST EAST 120/208V N HCEA METER HCEA METER HCEA SWITCHBOARD I G TRANSFORMER M M IscA-17,100 ( GFl 1009 RATED 100% RATED 100% RATED II 140A3P 250AY 25OA3P � 16�IRAXn --eb-.40 G - i VDA - - - - - - - - - - -- 1600A COMMERCIAL METER BANK, MDC -HEW 277/48OV, 3PH, 4W XFMR HEV3 SKI OP RETAIL 'NEl' XFMR XFMR NEVI LTG/ Pal IFV2 ICE RINK iscA= 10,266 VD =1.22 XFMR XFMR ISCA =8,314 iscA =14,101 VD =0.93 VD =0.07 SCALE: N.T.S. T 250.4G 400.4G HCEA METER �_REVISION THAT NEEDS TO BE ISSUED!!! 05- 01- 06 +� ' . • ' I I mil l! 9 Cotor, Rumo & Assoc. FILENAME:P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- 1LINE.DWG - E600.3 PLOT: 05/24/2006 0 5:47pm REV: 05/24/2006 CAD: NJ XREF: tb.dwg tb- smoke- defsubl.dwg tb -o.dwg HEV2 s • - c; CAM 1. PANELBOARDS INDICATED ON ONE -LINE DIAGRAMS DO NOT SHOW ALL BRANCH CIRCUITS. REFER TO PANELBOARD SCHEDULE(S). 2. EQUIPMENT SHOWN SHADED REPRESENTS STAND -BY POWERED SERVICES. 3. REFER TO E600.3 FOR FEEDER SCHEDULE AND TRANSFORMER SCHEDULE. 4 - PROVIDE 209 SPARE BUSSED BREAKER SPACE IN ALL DISTRIBUTION EQUIPMENT. 5, SERVICE GROUND FAULT PROTECTION SHALL BE PERFORMANCE TESTED PER ARTICLE 230.95(C). DETAIL NOTES: <: Z> CONNECT GROUND CONDUCTOR FROM SWITCHBOARD TO MAIN GROUND BAR IN ELECTRICAL ROOM. PROVIDE GROUND ELECTRODE CONDUCTORS FROM MAIN GROUND BAR TO GROUND ELECTRODES AS IDENTIFIED ON MAIN GJRj,O,,..U,,,ND BAR DETAIL SHOWN ON DRAWING E- 500.2. MAIN GROUND BAR IN EAST Ej!E�FICAL ROOM WILL BE BONDED TO MAIN GROUND BAR IN WEST ELECTRICAL ROOM. VFD IS PROVIDED BY DIVISION 15000 CONTRACTOR, INSTALLED BY DIVISION 16000 CONTRACTOR. 3, COORDINATE CONTROLS WITH VERTICAL TRANSPORTATION CONTRACTOR. PROVIDE SELECTOR SWITCH TO OPERATE ONLY ONE ELEVATOR (ALL AVAILABLE FOR SELECTION) A WHEN FED FROM STAND -BY SOURCE. PANEL SHALL BE LOCATED IN FIRE CONTROL PRiO 1 ROOM. COORDINATE WITH FIRE ALARM DRAWINGS AND SPECIFICATIONS. COORDINATE REQUIREMENTS FOR ROOF SNOWMELT WITH SYSTEM MANUFACTURER. PROVIDE CONTACTOR AND CONTROL WIRING AS REQUIRED. PROVIDE MANUAL OVERRIDE SWITCH TO EACH SYSTEM ADJACENT TO PANEL. -� PROGRAMMABLE DIMMING PANEL WITH INTEGRAL CIRCUIT BREAKERS. REFER TO DIVISION 16000 SPECIFICATIONS AND SCHEMATIC DIAGRAM ON E500.2. A P5 DOUGLAS CONTROLS PROGRAMMABLE RELAY PANEL. REFER TO RELAY PANEL SCHEDULES ON E700.12.INSTALL IN NEMA 3R ENCLOSURE. / `�:. CIRCUITING TO ZONES WILL BE IDENTIFIED DURING THE SHOP DRAWING SUBMITTA1i" P A PROC QUANTITIES OF ZONES ARE LISTED. EACH ZONE SHALL BE PROVIDED WITH A SNOW SENSOR, LOCATIONS TO BE DETERMINED DURING SHOP DRAWING SUBMITTAL PROCESS. PROVIDE ADD - ALTERNATE PRICING TO INCLUDE A ECONOMIZER THERMOSTAT AT EACH BALCONY (LOCATION TO BE DETERMINED.) � PR 124 1 8� ELECTRICALLY HELD LIGHTING CONTACTOR FOR PANELBOARD. PROVIDE 3 -POLE ASTRONOMICAL TIME CLOCK FOR CONTACTOR CONTROL (1 SPARE POLE). PROVIDE HAND - OFF -AUTO SELECTOR SWITCH FOR EACH OF TWO LIGHTING CONTACTORS. A P,R09I, T_O.V. SERVICE ENTRANCE (SUNDIAL) RATED PANELBOARD- NEMA 3R IN NEMA 3R ENCLOSURE LTG (SUNDIAL) CONTACTOR UTILITY METER LC2- R -LC2 OCEA Rm LEVI WITH H (TOV) (TOV) �� WITH HCEA 154 PR 1 36 20.3 G PR 137 3 # 12 PR 1 # XFMR G 05.10.06 3/4 30.3 G I 177 3 # 10 , 1 10 G CCD 033R1 3/4 40.3 XFMR XFMR XFMR XFMR 1# T G 1 50.3 G 3# 6 , 30 10 G 1 60.3 G 3# 4 , 1# 10 G 1 70.3 �_- 3# 4 XFMR 8 HEC1 1 RETAIL RETAIL G HER1 3# 3 , 1# 8 G 1 CONDO 90.3 'SEW" 'NE!' 3# RETAIL 1# 8 G 1 1/4 HOUSE G 3 # 1 , MECH 8 G 1 1/2 110.3 G 3# 1 1# 6 G 1 1/2 125.3 7 3# 1/0 , 1# 6 G 1 1/2 150.3 A 3# 1/0 , 1# 6 G 1 1/2 175.3 G 3# PR09 , 1# ISC 13.425 G IsCA =9,893 IscA =8,734 G Is = 12,635 3/0 , 1# IScA= 14,062 G 2 VD =0.08 225.3 VD =0.6 VD =0.83 4/0 i VD =0.13 1# 4 G{ VD =0.11 250.3 G 3# 250 , 1# r G 2 • 300.3 G 3# 350 1# 4 G 2 1/2 350.3 G 3# 500 1# 3 G 3 400.3 G E TO WEST 1# 3 G 3 450.3 G 3# 4/0 i # MAIN GROUND GROUND G t40,4.G 250.4G 250.4G G 2 25 .4G 250 BAR ELECTRODES 2 G 2 1/2 ] 600.3 G 2 3# 350 1 # 1 G 2 1 /2 700.3 G 2 [ 3# HCEA METER 1# 1/0 G 3 ] HCEA METER 2 3# 500 1# 1/0 G 3 1000.3 G 3 3# 500 1# 2/0 I 7G � 7G I M ,� . ,� 1 PAD MOUNTED - - APPROX - T.S AND 300KVA P.T.S - 7G 7G TYPICAL TO EAST EAST 120/208V N HCEA METER HCEA METER HCEA SWITCHBOARD I G TRANSFORMER M M IscA-17,100 ( GFl 1009 RATED 100% RATED 100% RATED II 140A3P 250AY 25OA3P � 16�IRAXn --eb-.40 G - i VDA - - - - - - - - - - -- 1600A COMMERCIAL METER BANK, MDC -HEW 277/48OV, 3PH, 4W XFMR HEV3 SKI OP RETAIL 'NEl' XFMR XFMR NEVI LTG/ Pal IFV2 ICE RINK iscA= 10,266 VD =1.22 XFMR XFMR ISCA =8,314 iscA =14,101 VD =0.93 VD =0.07 SCALE: N.T.S. T 250.4G 400.4G HCEA METER �_REVISION THAT NEEDS TO BE ISSUED!!! 05- 01- 06 +� ' . • ' I I mil l! 9 Cotor, Rumo & Assoc. FILENAME:P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- 1LINE.DWG - E600.3 PLOT: 05/24/2006 0 5:47pm REV: 05/24/2006 CAD: NJ XREF: tb.dwg tb- smoke- defsubl.dwg tb -o.dwg HEV2 s • - c; CAM 1. PANELBOARDS INDICATED ON ONE -LINE DIAGRAMS DO NOT SHOW ALL BRANCH CIRCUITS. REFER TO PANELBOARD SCHEDULE(S). 2. EQUIPMENT SHOWN SHADED REPRESENTS STAND -BY POWERED SERVICES. 3. REFER TO E600.3 FOR FEEDER SCHEDULE AND TRANSFORMER SCHEDULE. 4 - PROVIDE 209 SPARE BUSSED BREAKER SPACE IN ALL DISTRIBUTION EQUIPMENT. 5, SERVICE GROUND FAULT PROTECTION SHALL BE PERFORMANCE TESTED PER ARTICLE 230.95(C). DETAIL NOTES: <: Z> CONNECT GROUND CONDUCTOR FROM SWITCHBOARD TO MAIN GROUND BAR IN ELECTRICAL ROOM. PROVIDE GROUND ELECTRODE CONDUCTORS FROM MAIN GROUND BAR TO GROUND ELECTRODES AS IDENTIFIED ON MAIN GJRj,O,,..U,,,ND BAR DETAIL SHOWN ON DRAWING E- 500.2. MAIN GROUND BAR IN EAST Ej!E�FICAL ROOM WILL BE BONDED TO MAIN GROUND BAR IN WEST ELECTRICAL ROOM. VFD IS PROVIDED BY DIVISION 15000 CONTRACTOR, INSTALLED BY DIVISION 16000 CONTRACTOR. 3, COORDINATE CONTROLS WITH VERTICAL TRANSPORTATION CONTRACTOR. PROVIDE SELECTOR SWITCH TO OPERATE ONLY ONE ELEVATOR (ALL AVAILABLE FOR SELECTION) A WHEN FED FROM STAND -BY SOURCE. PANEL SHALL BE LOCATED IN FIRE CONTROL PRiO 1 ROOM. COORDINATE WITH FIRE ALARM DRAWINGS AND SPECIFICATIONS. COORDINATE REQUIREMENTS FOR ROOF SNOWMELT WITH SYSTEM MANUFACTURER. PROVIDE CONTACTOR AND CONTROL WIRING AS REQUIRED. PROVIDE MANUAL OVERRIDE SWITCH TO EACH SYSTEM ADJACENT TO PANEL. -� PROGRAMMABLE DIMMING PANEL WITH INTEGRAL CIRCUIT BREAKERS. REFER TO DIVISION 16000 SPECIFICATIONS AND SCHEMATIC DIAGRAM ON E500.2. A P5 DOUGLAS CONTROLS PROGRAMMABLE RELAY PANEL. REFER TO RELAY PANEL SCHEDULES ON E700.12.INSTALL IN NEMA 3R ENCLOSURE. / `�:. CIRCUITING TO ZONES WILL BE IDENTIFIED DURING THE SHOP DRAWING SUBMITTA1i" P A PROC QUANTITIES OF ZONES ARE LISTED. EACH ZONE SHALL BE PROVIDED WITH A SNOW SENSOR, LOCATIONS TO BE DETERMINED DURING SHOP DRAWING SUBMITTAL PROCESS. PROVIDE ADD - ALTERNATE PRICING TO INCLUDE A ECONOMIZER THERMOSTAT AT EACH BALCONY (LOCATION TO BE DETERMINED.) � PR 124 1 8� ELECTRICALLY HELD LIGHTING CONTACTOR FOR PANELBOARD. PROVIDE 3 -POLE ASTRONOMICAL TIME CLOCK FOR CONTACTOR CONTROL (1 SPARE POLE). PROVIDE HAND - OFF -AUTO SELECTOR SWITCH FOR EACH OF TWO LIGHTING CONTACTORS. A P,R09I, IscA= 52,845 CONTROLLED CIRCUITS - REFER TO SCHEDULES T.O.V. T_O.V. SERVICE ENTRANCE (SUNDIAL) RATED PANELBOARD- NEMA 3R IN NEMA 3R ENCLOSURE LTG (SUNDIAL) CONTACTOR UTILITY METER LC2- R -LC2 OCEA Rm LEVI WITH H (TOV) (TOV) IscA= 52,845 CONTROLLED CIRCUITS - REFER TO SCHEDULES T.O.V. D (E. BUS STOP} SERVICE ENTRANCE NEMA 3R RATED PANELBOARD- LTG IN NEMA 3R ENCLOSURE CONTACTOR (E BUS STOP) R -LC2 LC - LEVI LEVI UTILITY METER I 04.14.06 (TOV) �� WITH HCEA t (SUNDIAL) (E BUS STOP) 25Q.4G EXISTING HCEA EXISTING HCEA 300 KVA 300 KVA TRANSFORMER TRANSFORMER IscA= APPROX 58,904 * IscA= APPROX 58,900 NOTE: REFER TO E003 FOR LOCATIONS OF EASITNG TRANSFORMERS IscA =52,845 imm"wowl- llm� illa 'Big Hwpl r_DPW1 I 1 570KW /72OKVA (DERATED TO 45OKW Q 8500 FT) NATURAL GAS GENERATOR, 277/480V 3PH, 4W ONE -LINE DIAC�RA� - STANDBY GENERATOR SCALE: N.T.S. Sq 09, DRAWING ISSUED AS REQUESTED BY TOWN OF 1 F E E D E R 148 S C H E D U L KEY CCD 025 CONDUCTORS 149 CCD 026 04.14.06 150 PR 134 I 154 PR 1 36 20.3 G PR 137 3 # 12 , 1 # 12 G 05.10.06 3/4 30.3 G I 177 3 # 10 , 1 10 G CCD 033R1 3/4 40.3 G 3# 8 1# 10 G 1 50.3 G 3# 6 , 1# 10 G 1 60.3 G 3# 4 , 1# 10 G 1 70.3 GI 3# 4 1# 8 G 1 1/4 80.3 G 3# 3 , 1# 8 G 1 1/4 90.3 G 3# 2 1# 8 G 1 1/4 100.3 G 3 # 1 , 1# 8 G 1 1/2 110.3 G 3# 1 1# 6 G 1 1/2 125.3 G 3# 1/0 , 1# 6 G 1 1/2 150.3 G 3# 1/0 , 1# 6 G 1 1/2 175.3 G 3# 2/0 , 1# 6 G 2 200.3 G 3# 3/0 , 1# 6 G 2 225.3 G 3# 4/0 , 1# 4 G{ 2 250.3 G 3# 250 , 1# 4 G 2 1/2 300.3 G 3# 350 1# 4 G 2 1/2 350.3 G 3# 500 1# 3 G 3 400.3 G 3# 500 1# 3 G 3 450.3 G 3# 4/0 i # 2 G 2 500.3 G 2 [ 3# 250 1# 2 G 2 1/2 ] 600.3 G 2 3# 350 1 # 1 G 2 1 /2 700.3 G 2 [ 3# 500 1# 1/0 G 3 ] 800.3 G 2 3# 500 1# 1/0 G 3 1000.3 G 3 3# 500 1# 2/0 G 3 1200.3 G 4 3# 350 1# 3/0 G 3 1600.3 G 5 [ 3 # 500 , 1 # 4/0 G 3 ] 2000.3 G 6 [ 3# 500 1# 250 G 3 ] 2500.3 G 7 3# 500 1# 350 G 3 1/2 2500.3 G 7 3# 500 1# 350 G 3 1/2 ] 3000.3 G 8 3# 500 1# 400 G 3 1/2 4000.3 G 11 [ 3 # 500 1 # 500 G 3 1/2 5000.3 G 15 [ 3 # 500 1 # 700 G 3 1/2 ] 6000.3 G 16 [ 3 # 500 1 # 800 G 3 1/2 ] 20.4 G 4 # 12 , 1 # 12 G 3/4 30.4 G 4 # 10 , 1 # 10 G 3/4 40.4 G 4# 8 1# 10 G 1 50.4 G 4# 6 1# 10 G 1 1/4 60.4 G 4# 4 , 1 # 10 G 1 1/4 70.4 GI 4# 4 , 1# 8 G 1 1/4 80.4 GI 4# 3 , 1# $ G 1 1/4 90.4 G 4 # 2 1# 8 G 1 1/2 100.4 G 4# 1 1# 8 G 1 1/2 110.4 G 4# 1 1# 6 G 2 125.4 G 4# 1/0 , 1# 6 G 2 150.4 G 4# 1/0 1# 6 G 2 175.4 G 4# 2/0 1# 6 G 2 200.4 G 4# 3/0 , 1# 6 G 2 1/2 225.4 G 4 # 4/0 , 1# 4 G 2 1/2 250.4 GI 4# 250 1# 4 G 1 3 300.4 G 4# 350 , 1# 4 G 3 350.4 G 4# 500 , 1# 3 GI 3 1 /2 400.4 G 4# 500 , 1# 3 G 3 1/2 450.4 G 2 [ 4# 4/0 , 1# 2 G 2 1/2 ] 500.4 G 2 [ 4# 250 , 1# 2 G 3 ] 600.4 G 2 4# 350 , 1# 1 G 3 700.4 G 2 4# 500 1# 1/0 G 3 1/2 800.4 G 2 [ 4# 500 , 1# 1/0 G 3 1/2 1000.4 G 3 4# 500 , 1# 2/0 G 3 1/2 1200.4 G 4 [ 4 # 350 , 1 # 3/0 G 3 ] 1600.4 G 5 4# 500 , 1 # 4/0 GI 3 1/2 2000.4 G 6 [ 4 # 500 , 1 # 250 G 3 1/2 ] 2500.4 G 7 4# 500 , 1# 350 G 3 /2 A2500.4 G 12 4# 500 1# 350 G 4 3000.4 G 8 [ 4# 500 1# 400 G 4 ] 3500.4 G 10 4# 500 1# 400 131 4 4000.4 G 11 [ 4 # 500 , 1 # 500 G 4 ] 5000.4 G 15 [ 4 # 500 1 # 700 Gi 4 ] 6000.4 G 16 [ 4 # 500 , 1 # 800 G 4 ] 1 G 1# 8 G 3/4 2 G 1# 6 G 3/4 3 G 1# 4 GI 3/4 4 G 1# 2 GI 3/4 5 G 1 # 1/0 GI 3/4 6 G 1 # 2/0 G 3/4 7 GI 1 # 3/0 G 3/4 MEC I SEE MECH'L EQUIPMENT SCHEDULE XFMR ISEE TRANSFORMER SCHEDULE P! OWNWDEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTERPLANNER DESIGN ARCHITECT HART j HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 023 ADDENDUM 14 07.29.05 147 ASI126 04.10.06 148 PR 124R1 04.11.06 119 ASI093 04.11.06 146 CCD 025 04.14.06 149 CCD 026 04.14.06 150 PR 134 04.17.06 154 PR 1 36 0 4. 17 .06 156 PR 137 04.24.06 158 CCD 029 04.26.06 I 171 CCD 031 05.10.06 173 ASI144 05.11.06 I 177 CCD 033 05.17.06 RF1 05.23.06 183 CCD 033R1 05.26.06 RE- INDEX SHEETS FOR PREVIOUS ISSUE LISTINGS \ P ROJECT �\ 1 ' "' mill © 2003 42140 ARCHITECTURE, INIL GENERAL NOTES: 1. PANELBOARDS INDICATED ON ONE LINE DIAGRAMS DO NOT SHOW ALL BRANCH CIRCUITS. 2 . EQUIPMENT SHOWN SHADED REPRESENTS STAND -BY POWERED SERVICES (NATURAL GAS GENERATOR IN GARAGE LEVEL 1). 3- REFER TO E600.3 FOR FEEDER SCHEDULE AND TRANSFORMER SCHEDULE. 4. PROVIDE 20% SPARE BUSSED BREAKER SPACE IN ALL DISTRIBUTION EQUIPMENT. 5. PROGRAMMABLE DIMMING /CONTROL PANELS FOR HOTEL AREAS ARE NOT SHOWN ON ONE -LINE DIAGRAM. REFER TO LIGHTING PLANS FOR QUANTITY OF DIMMING ZONES. E01X REFER TO SPECIFICATION FOR DIMMING PANEL AND REMOTE CONTROL REQUIREMENTS. GENSET AUX EQ H ,p 1 XFMR DETAIL NOTES THIS SHEET; T 30 __DP < 1 > COORDINATE CONTROLS WITH ELEVATOR SPECIFICATION. PROVIDE SELECTOR PANEL TO OPERATE ONE ELEVATOR ONLY FROM THE EMERGENCY POWER SOURCE. PROVIDE FIRE DEPARTMENT SELECTOR PANEL TO ALLOW FIRE DEPARTMENT TO OPERATE (4) ELEVATORS FROM THE EMERGENCY POWER SOURCE. TO "MCC -WP1" < 2 VFD IS PROVIDED BY DIVISION 15000 CONTRACTOR. <> PROVIDE ISOLATED GROUND BUS AND CONDUCTOR TO THIS PANEL. ONE -LINE DIAGRAM - STANDBY GENERATOR SCALE: N.T.S. IscA 1600A COMMERCIAL METER BANK, MDC -HE1 277/48OV, 3PH, 4W ONE -LINE DIAGRAM - EAST WING 277/480V SCALE: N.T.S. F E E D A N R_ S C H E D U L E KEY CD PROG SET _E CONDUCTORS HV FLA LV FLA nC HIGH VOLTAGE FEEDER (3) _ 20.3 G v 3 # 12 , 1 # 12 G / 30.3 G 3 # 10 1 # 10 G /4 40.3 G. 'C 3 # 8 1 # 10 G' 1 WIDE DEEP T15 18.0 3 # 6 1 # 10 G ; 1 60 A 3 P 60.3 G 10 G 3# 1 # 8 _ 4 1# _ 10 G 1 2526 70.3 G? 36.1 3# 45 A 3 P 4 1# 8 G 1 1/4 _80.3 Ga 8 G 3# 1 8 3 1# 8 G 1 1/4 90.3 G 54.1 3# 70 A 3 P 2 1 8 G 1 1/4 100.3 110.3 G_ G 6 G 3# 3# 1 6 1 1 1# 1# 8 6 _ G G 1 1/2 1 1 125.3 GT T75 3 # 1/0 , 1 # 6 G 1 1/2 150.3 G 4 # 25 0 , 1 # 3# 2 -1/2 1/0 1# 6 G 1 1/2 175.3 G T112.5 T150 1 - 3# 400 A 3 P 3 P m _ 2/0 1# 6 G 2 36.00 24.00 105 14830 3 6A0 24.00 I 1 350 18094 ._ 0 200.3 G PRIMARY O.C. PROTECTION PER NEC 450 -3 (b) (1) 3# 3/0 1 # 6 G 2 _ _ 225.3 G 2.) 3# 4/0 1# 4 G 2 250.3 G 3# ALL CONDUCTORS ARE COPPER. SEE PLANS FOR INCREASED CONDUCTOR SIZES DUE TO VOLTAGE DROP 250 1# 4 G 2 1/2 300.3 G 3# 4.) 350 1# 4 G 2 1/2 350.3 G 3# 500 1# 3 G 3 400.3 G 1 3 # 6.) 500 1# 3 G j 3 450.3 G 2 [ 3# 4/0 1# 2 G 2 ] 500.3 G 2 [ 3# 250 1# 2 G 2 1/2 ] 600.3 G 2 [ 3# 350 1# 1 G 2 1/2 ] 700.3 G 2 [ 3# 500 , 1# 1/0 G 3 ] 800.3 G 2 [ 3# 500 1# 1/0 G 3 ] 10 00.3 G 3 [ 3# 500 1# 2/0 G 3 ] 1200.3 G 4 [ 3 350 1#310 G 3 ] 1600.3 G 5 [ 3# 500 1# 4/0 G 3 ] 2000 G 6 [ 3 #` 500 1# 250 G 3 ] 2500.3 G 7 [ 3 # 500 1 # 350 G 3_ 1 /2 ] 3000.3 G 8 [ 3# 500 1# 400 G 3 1/2 ] 4000.3 G 11 [ 3 # 500 1 # 500 G 3 1/2 ] 5000.3 G 6 000.3 �G 15 [ 3 # 16 [ 3 #5001 500 1 # # 700 800 G G 3 1/2 ] 3 1/2 ] 20.4 G 4 # 12 1 # 12 G 3/ 4 30.4 G 4 # 10 1 # 10 3/4 40.4 G 4# 8 1# 10 _G G _ 1 50.4 G 4 # 6 1 # 10 G j 1 1/ 4 60. G 4# 4 . 1# 10 G 1 1/4 70.4 G 4# 4 1# 8 G 1 1/4 s 80.4 G 4# 3 1# 8 G 1 1/4 90.4 G 4# 2 1# 8 G 1 1/2 100.4 G 4 # 1 1# 8 G 1 1/2 110.4 G 4# 1 1# 6 G 2 125.4 G 4# 1/0 1# 6 G 2 150.4 G 4 1/0 1# 6 G 2 175.4 G 4# 2/0 1 # 6 G 2 200.4 4# 3/0 1# 6 G 2 1/2 225.4 G 4# 4/0 1# 4 G 2 1/2 250.4 G 4# 250 1 # 4 G 3 300.4 G 4# 350 1# 4 G 3 350.4 G 4# _ 500 _ 1# 3 G 3 1/2 400.4 G 1 4# 500 , 1 3 G 3 1/2 450.4 G 2 4 #_- 1 # 2 G 2 1/2 ] 500.4 G 2 _ [ 4 _ # _ 4/0 -, 250 1 # 2 G 3 ] 600.4 G 2 [ 4# 35 0_ , 1# 1 G 3 ] 700.4 G 2 [ 4 # 500 , 1 # 1/0 G 3 1/2 _ ] 800.4 G 2 [ 4 # 500 1 # 1 /0 G 3 1/2 ] 1000.4 _ _G 3 [ 4 # 500 _ 1 # 2/0 G 3 1/2 ] 1200.4 G 4 [ 4 # 350 , 1 # 3/0 G 3 ] 1600.4 G 5 [ 4 # 500 1 # G_ __ 3 1/2 ] 2000.4 G 9 [ 4 # 500 1 # �4 250 GE 3 1/2 ] 2500.4 G 7 [ 4 # 500 1# 350 G 3 1 ] 3000.4 G 18 [ 4# 500 1# 400 G 4 ] 4000.4 G 11 [ 4 # 500 1 # 500 5000.4 G 15 [ 4 # 500 1 # 700 G 4 ] 6000.4 G ;1 [ 4 # 50 , 1 # 800 G 4 ] 1 G1 _ 1 # 8 G 3/4 __ G G 3/4 3 G 1 # 4 G� 3/4 4 G 1# 2 G 3/4 5 G I 1# 1/0 G 3/4 6 G _ 1 # 2/0 G 3/4 7 G 1 # 3/0 G 3/4 MEC SEE MECH'L EQUIPMENT SC HEDULE XFMR ISEE TRANSFORMER SCHEDULE { T R A N S F O R M E R S C H E D U_ E 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 KEY (6) HV FLA LV FLA HV PROT (1) HV PROT (1) HIGH VOLTAGE FEEDER (3) _ LV PROT (2) LV PROT (2) v ILOW VOLTAGE FEEDER (3) I GROUNDING (4) DIMENSIONS (5) WEIGHT _ BTUH ! REMARKS 480 V 208 V CCT BRKR CCT BRKR 5 OTPT 5 SWITCH FUSE CONDUCTORS 'C SWIT FUSE ICONDUCTORS "C CNDTRS I "C HIGH WIDE DEEP T15 18.0 41.6 20 A 3 P 30 A 3 P FRS -R- 24 3 # 12 , 1 # 12 G j/4 50 A3 P 60 A 3 P FRN -R- 50 4 # 6, 1 # 10 G 1 1 # 8 3/4 23.00 22.25 15.00 285 2526 T30 36.1 83.3 45 A 3 P 60 A 3 P FRS -R- 45 3 # 6 1 # 10 G 1 100 A 3 P 100 A 3 P FRN -R- 100 4 # 2, 1 # 8 G 1-1/4 1 8 3/4 26.00 24.00 15700 369 T45 54.1 124.9 70 A 3 P 100 A 3 P FRS -R- 70 3# 4 1# 8 G 1 -1 j4 150 A 3 P 200 A 3 P FRN -R- 150 4 1/0 , 1# 6 G 2 1 6 3/4 30.00 30.00 20.00 590 _5_456 7443 T75 90.2 208.2 110 A 3 P' 200 A 3 P FRS -R- 110 3 # 1 , 1 # 6 G 1 -1/2 250 A 3 P 400 A 3 P FRN -R- 250 4 # 25 0 , 1 # 4 G 2 -1/2 1 # 2 3/4 ; 37.00 30.00 20.00 750 9167 ' T112.5 T150 1 - 135.3 1 312.3 175 A 3 PI 200 A 3 P FRS -R 175 , 3 # 2/0 1 # 6 GI 2 1 400 A 3 P 180.4 416.4 225 A 3 PI FRS -R- A 3 P FR-R- 225 M 3# 4/0 i � 400 A 3 P 3 P m _ F RN -R- 400 4 # 500 , 1 # FRN -R- 500 2 4 250 1 o_ e rg 3 G 3-1/2 2 G 3 1 # 1/0 1 1 0 3/4 3 4 42.00 42.00 36.00 24.00 105 14830 3 6A0 24.00 I 1 350 18094 ._ 0 NOTES: 1.) PRIMARY O.C. PROTECTION PER NEC 450 -3 (b) (1) _ _ 2.) SECONDARY O.C. PROTECTION PER NEC 450 -3 (b) (2) 3.) ALL CONDUCTORS ARE COPPER. SEE PLANS FOR INCREASED CONDUCTOR SIZES DUE TO VOLTAGE DROP ETC. 4.) BONDING AND GROUNDING CONDUCTOR PER NEC 250 -66 -1999 5.) DIMENSIONS, WEIGHTS & BTUH OUTPUT SHOWN ARE FOR REFERENCE ONLY. ACTUAL DIMENSIONS MAY VARY FROM MANUFACTURER TO MANUFACTURER. 6.) BRANCH CIRCUITS TO HAVE A DEDICATED NEUTRAL FOR EACH CIRCUIT ON K -RATED TRANSFORMERS. 7. FOR K -RATED TRANSFORMERS PROVIDE PARALLEL NEUTRAL CONDUCTORS LUGS AT TRANSFORMERS LOW VOLTAGE PANELBOARD, DISCONNECTS OR LOAD . \ \ \ \ \lllifli(i / / REG s�; %� F + •s 0 /11111111\\ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCH ITECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL. ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SL IFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 PRo,Wr N PROJECT KEYPILAN ELECTRICAL ONE -LINE DIAGRAM Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- 1LINE.DWG - E600.3 PLOT: 02/10/2005 ®1: 45pm REV: 02/10/2005 CAD: iro XREF: tb.dwg 1 E 600.3 u \ J 570KW /720KVA (DERATED TO 45OKW 0 8500 FT) NATURAL GAS GENERATOR, 277/480V 3PH, 4W Optional Calculation for Condominium Dwelling Unit ( Per N.E.C. Article 220) 27116 Unit area 1500 - 2000 square feet Quantity of Units VA = 32 Condimunium Unit # Condimunium Unit # 2C, 2D, 2J, 4A, 4H, 5A, 5H, 6J, 6S 4R, 4S, 51, 6E, 6R, Unit Square Footage 2000 4T, 4W, 5B, SC, 5D, 5J, 5R, 5S, 5T, 5W, 6N, 6T 4473 A Application of Demand Factor (N.E.C. 220 -30 Optional Calculation) 2500 Quantity Unit Quantity Unit A Application of Demand Factor ( N.E.C. 220-30 Optionai Calculation) General Lighting /Power 2000 sq.ft. x 3 VA = 6000 Small appliance cots 2 acts x 1500 VA = 3000 Laundry cot 1 acts x 1500 VA = 1500 Dishwasher act 1 cots x 1200 VA = 1200 Garbage Disposer act 1 each x 1020 VA = 1020 Gas Range 1 each x 6100 VA = 6100 Electric Dryer (nameplate) 1 each x 5300 V = 5300 Wosher 1 each x 1500 VA = 1500 Whirlpool Both 1 each x 1600 VA = 1600 Steam Shower (Future) 1 each x 8500 VA = 8500 Snowmelt 1 each x 800 VA = 800 Microwave i each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Exhaust hood 1 each x 400 VA. = 400 400 each Sub -total VA. = 39770 40470 Exhaust hood i Sub -totol KVA = 40 First 10 KVA of 100% First 10 KVA at 100% = 1059169 VA KVA = 10 Remaining KVA at 40% Remaining KVA of 40% 41970 KVA = 12 12 Sub -totol A. Sub -iotol KVA = 22 Unit loads at 100% Unit loads at 100% i each KVA = 10 Fan Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq. ft. x 0.005 KVA = 2 2 23 B. Total Unit KVA = 24 Total unit (120/24OV, IPH, 3W) AMPS = 117 Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appiionce /laundry branch circuits 3 Special appliances (per typical plan) 14 Total quantity of branch circuits 21 Ponelboord feeder size 2#'3/0, 1 #2 /ON, #6G, 2 "c Optional Colculotion for Condominium Dwelling Unit ( Per N.E.C. Article 220) 27116 Unit area 2001 - 2500 square feet Quantity of Units VA = 32 Condimunium Unit # 2L, 2N, 3B. 3C. 3D, 3L, 46, 4C, 4D, 4J, 4R, 4S, 51, 6E, 6R, 6U 4T, 4W, 5B, SC, 5D, 5J, 5R, 5S, 5T, 5W, 6N, 6T 4473 Unit Square Footage 2500 Quantity A. Application of Demand Factor ( N.E.C. 220 Optional Calculation) Quantity Unit A Application of Demand Factor ( N.E.C. 220-30 Optionai Calculation) 70283 General Lighting /Power Quantity Unit x 3 General Lighting /Power 3000 sq.ft. General Lighting /Power 2500 sq.fL x 3 VA = 7500 Small appliance cots 2 cots x 1500 VA = 3000 Laundry cot 1 cots x 1500 VA = 1500 Dishwasher cot 1 cots x 1200 VA = 1200 Garbage Disposer cot i each x 1020 VA = 1020 Gas Range 1 each x 6100 VA = 6100 Electric Dryer 1 each x 5300 VA = 5300 Wosher 1 each x 1500 VA = 1500 Whirlpool Both i each x 1600 VA = 1600 Steam Shower (future) 1 each x 8500 VA = 8500 Microwave 1 each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Exhaust hood 1 each x 400 VA = 400 each x Sub -totol VA = 40470 Exhaust hood i each Sub -total KVA = 40 First 10 KVA at 100% = 1059169 VA KVA = KVA = 10 Remaining KVA of 40% 41970 A. Sub -total KVA = 12 Sub -totol KVA = A. Sub -totol KVA = 22 Unit loads at 100% i each KVA = 10 Remaining KVA at 40% Fan Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq. ft. x 0.005 KVA = 2 23 Unit loads at 100% B. Total Unit KVA = 25 Total unit (120/24OV, iPH, 3W) AMPS = 119 Optional Calculation for Condominium Dwelling Unit ( Per N.E.C. Article 220) 27116 Unit area 2501 - 3000 square feet Quantity of Units VA = 32 VA Condimunium Unit # Condimunium Unit # 2G, 2K, 21Y, 3G, 4E, 4L, 5E, 51, 6E, 6R, 6U Unit Square Footage Unit Square Footage 3000 Unit Square Footage 4473 A Application of Demand Factor ( N.E.C. 220 - 30 Optional Calculation) A Application of Demand Fodor ( N.E.C. 220 Optional Calculation) Quantity A. Application of Demand Factor ( N.E.C. 220 Optional Calculation) Quantity Unit Quantity Unit 70283 General Lighting /Power 4473 sq.ft. x 3 General Lighting /Power 3000 sq.ft. x 3 VA = 9000 Small appiionce cots 2 cots x 1500 VA = 3000 Loundry cot i cots x 1500 VA = 1500 Dishwasher cot i acts x 1200 VA = 1200 Garbage Disposer eat 1 each x 1020 VA = 1020 Gas Range 1 each x 6100 VA = 6100 Electric Dryer 1 each x 5300 VA = 5300 Washer 1 each x 1500 VA = 1500 Whirlpool Both 1 each x 1600 VA = 1600 Steam Shower (future) i each x 8500 VA = 8500 Microwave 1 each x 1650 VA = 1650 Refrigerator each x 1200 VA = 1200 Exhaust hood i each x 400 VA = 400 = 1059169 VA KVA = KVA = Sub - totoi VA = 41970 A. Sub -total KVA = 25 Sub -totol KVA = 42 First 10 KVA at 100% First 10 KVA of 100% Fan Coil Units i each KVA = 10 Remaining KVA at 40% Balcony Snowmelt 400 sq. ft. x 0.005 KVA = 13 15 B. Total Unit A. Sub - totol KVA = 23 Unit loads at 100% Unit loods at 100% = 7950 VA Meter Bonk Total VA Retail Unit NE3 - SHELL Fan Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq. ft. x 0.005 KVA = 2 2 x 5 B. Total Unit KVA = 25 Total unit (120/24OV, 1PH, 3W) AMPS = 122 Minimum quantity of 15A branch circuits (general power and lighting) 4 Smolt appliance branch circuits 3 Special appliances (per typical plan) 14 Total quantity of branch circuits 21 Ponelboord feeder size 2 #3 /0, 1 #2 /ON, #6G, 2 "c Optional Calculation for Condominium Dwelling Unit ( Per N.E.C. Article 220) 27116 Unit area 4473 square feet Quantity of Units VA = 32 VA Condimunium Unit # 4M /4N 70,283 3000 Unit Square Footage 3500 Unit Square Footage 4473 Unit Square Footage 4473 A Application of Demand Factor ( N.E.C. 220 - 30 Optional Calculation) A Application of Demand Fodor ( N.E.C. 220 Optional Calculation) Quantity Unit Quantity Unit Dishwasher act General Lighting /Power 70283 General Lighting /Power 4473 sq.ft. x 3 VA = 13419 Small appliance cots 2 cots x 1500 VA = 3000 Laundry cot 1 acts x 1500 VA = 1500 Dishwasher cat 1 cots x 1200 VA = 1200 Garbage Disposer cot 1 each x 1020 VA = 1020 Gas Range 1 each x 6100 VA = 6100 Electric Dryer i each x 5300 VA = 5300 Washer 1 each x 1500 VA = 1500 Whirlpool Both 1 each x 1600 VA = 1600 Steam Shower (future) 1 each x 8500 VA = 8500 Microwave 1 each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Exhaust hood 1 each x 400 VA = 400 VA = 265272 Sub -total VA = 46389 VA = 169600 VA Sub -total KVA = 46 First 10 KVA at 100% = 50880 VA Total Meter Bank VA KVA = 10 Remaining KVA at 40% = 1059169 VA KVA = KVA = 15 4W = 2942 A. Sub -total KVA = 25 Unit loads at IODX Sub - totoi KVA = 46 First 10 KVA of 100% Fan Coil Units i each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq. ft. x 0.005 KVA = 2 15 B. Total Unit B. Total Unit KVA = 27 Total unit (120/208V, 3PH, 4W) AMPS = 75 Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appliance branch circuits 3 Special appliances (per typical pion) 14 Total quantity of branch circuits 21 Ponelboord feeder size 2 #3/0, 1 #2 /ON, #6G, 2 "c Multi-family Dwelling MDC Service ( Per N E.C. Article 2203) - 'MDC -LE1 27116 Unit area 4473 square feet Quantity of Units VA = 32 VA Condimunium Unit # 2E, 2F, 3E, 3F, Unit Square Footage 70,283 3000 Unit Square Footage 3500 Application of Demand Factor per 220.11 4695 Unit Square Footage 4473 A Application of Demand Factor ( N.E.C. 220 - 30 Optional Calculation) A. Application of Demand Factor ( N.E.C. 220 -30 Optional Calculotion) Quantity Unit A. Application of Demand Factor ( N.E.C. 220-30 Optional Calculation) Dishwasher act General Lighting /Power 70283 sq.ft. x 3 VA = 210849 VA (2) sm. Appl. @1.5KVA eo 32 cots x 3000 VA = 96000 VA Loundry cot 32 acts x 1500 VA = 48000 VA Dishwasher cot 32 cots x 1200 VA = 38400 VA Garbage Disposer cat 32 each x 1020 VA = 32640 VA Gas Range 32 each x 6100 VA = 195200 VA Whirlpool Both (2 per unit) 64 each x 1600 VA = 102400 VA Steam Shower (future) 32 each x 8500 VA = 272000 VA Range hood 32 each x 400 VA = 12800 VA 5300 VA = Sub - totol VA = 1008289 x 1500 (3000 VA) 100% VA = 3000 VA 1 each (3001 VA - 120,000 VA) 35% VA = 40950 VA 1600 Steam Shower (future) (OVER 120,000 VA) 25% VA = 221322 VA VA = 8500 Sub - totoi VA = 265272 Electric Dryer Demand Factor (220.18) 32 each x 5300 VA = 169600 VA x 1200 30% VA = 50880 VA Total Meter Bank VA x 400 VA = = 1059169 VA KVA = 13 AMPS E 120/208V 3ph, 4W = 2942 Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appliance branch circuits 3 Special appliances (per typical plan) 14 Total quantity of branch circuits 21 Ponelboord feeder size 2 #3/0, 1 #2 /ON, #6G, 2 "c Options! Calculation for Condominium Dwell Unit ( Per N.E.C. Article 220) 27116 Unit area 4473 square feet 3 VA = 81348 VA Condimunium Unit # 2E, 2F, 3E, 3F, Condimunium Unit # 5M /5N 3000 Unit Square Footage 3500 Unit Square Footage 4695 Unit Square Footage 4473 A Application of Demand Factor ( N.E.C. 220 - 30 Optional Calculation) A. Application of Demand Factor ( N.E.C. 220 -30 Optional Calculotion) Quantity Unit A. Application of Demand Factor ( N.E.C. 220-30 Optional Calculation) Dishwasher act 12 Quantity Unit sq.ft. x 3 VA = 10500 General Lighting /Power 4473 sq.ft. x 3 VA = 13419 Small appliance cots 2 cots x 1500 VA = 3000 Laundry cot 1 cots x 1500 VA = 1500 Dishwasher cct 1 cots x 1200 VA = 1200 Garbage Disposer cot 1 each x 1020 VA = 1020 Gas Range 1 each x 6100 VA = 6100 Electric Dryer 1 each x 5300 VA = 5300 Wosher 1 each x 1500 VA = 1500 Whirlpool Both 1 each x 1600 VA = 1600 Steam Shower (future) 1 each x 8500 VA = 8500 Microwave 1 each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Exhaust hood 1 each x 400 VA = 400 KVA = 13 15 Sub -totai VA = 46389 23 Unit loads at 100% Unit loads at 100% Sub - totoi KVA = 46 First 10 KVA of 100% each x 0.5 KVA = KVA = 10 Remaining KVA at 40% x 0.005 KVA = 2 KVA = 15 B. Total Unit KVA = A. Sub -totoi KVA = 25 Unit loods at 100% = 7950 VA Meter Bonk Total VA Retail Unit NE3 - SHELL 1500 sq ft Fan Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq. ft. x 0.005 KVA = 2 x 5 VA = B, Total Unit KVA = 27 Total unit (120/208V, 3PH, 4W) AMPS = 75 Optional Calculation for Condominium Dwelling Unit ( Per N.E.C. Article 220) 27116 Unit area 3001 - 3500 square feet 3 VA = 81348 VA Condimunium Unit # 2E, 2F, 3E, 3F, 3K, 4U, 5U, 6A, 6C, 6W /7W 3000 Unit Square Footage 3500 Unit Square Footage 4695 Laundry cat 12 A Application of Demand Factor ( N.E.C. 220 - 30 Optional Calculation) A. Application of Demand Factor ( N.E.C. 220 -30 Optional Calculotion) Quantity Unit Quantity Unit Dishwasher act 12 General Lighting /Power 3500 sq.ft. x 3 VA = 10500 Small appliance acts 2 cots x 1500 VA = 3000 Laundry act 1 cots x 1500 VA = 1500 Dishwasher cct 1 cots x 1200 VA = 1200 Garbage Disposer cot 1 each x 1020 VA = 1020 Gas Range 1 each x 6100 VA = 6100 Electric Dryer 1 each x 5300 VA = 5300 Wosher 1 each x 1500 VA = 1500 Whirlpool Both 1 each x 1600 VA = 1600 Steam Shower (future) 1 each x 8500 VA = 8500 Microwave 1 each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Exhaust hood 1 each x 400 VA = 400 400 64347 Sub -total VA = 43470 47055 Sub -totot Sub -total KVA = 43 First 10 KVA at 100% First 10 KVA at 100% each x KVA = 10 Remaining KVA at 40% Remaining KVA at 40% 26235 KVA = 13 15 VA = A. Sub - totol KVA = 23 Unit loads at 100% Unit loads at 100% 300 sq ft x 5 = 409008 Fan Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq. ft. x 0.005 KVA = 2 2 Retail Unit NW5 - SHELL B. Total Unit KVA = 26 Total unit (120/208V, 3PH, 4W) AMPS = 72 Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appliance branch circuits 3 Special appliances (per typical plan) 14 Total quantity of branch circuits 21 Ponelboord feeder size 2 #3/0, 1 #2 /ON, #6G, 2 "c Optional Calculation for Condominium Dwelling Unit ( Per N.E.C. Article 220) 27116 Unit area 4695 square feet 3 VA = 81348 VA Condimunium Unit # 3M /3N cots x 3000 VA = Unit Square Footage 4695 Laundry cat 12 cots x A. Application of Demand Factor ( N.E.C. 220 -30 Optional Calculotion) VA = 18000 Quantity Unit Dishwasher act 12 cats x General Lighting /Power 4695 sq.ft. x 3 VA = 14085 Small appliance cots 2 cots x 1500 VA = 3000 Laundry cot 1 cots x 1500 VA = 1500 Dishwasher act 1 cots x 1200 VA = 1200 Garbage Disposer cot 1 each x 1020 VA = 1020 Gas Range 1 each x 6100 VA = 6100 Electric Dryer 1 each x 5300 VA = 5300 Washer 1 each x 1500 VA = 1500 Whirlpool Both 1 each x 1600 VA = 1600 Steam Shower (future) 1 each x 8500 VA = 8500 Microwave 1 each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Exhaust hood 1 each x 400 VA = 400 64347 VA Sub -total VA = 47055 Sub -totot VA = Sub - totol KVA = 47 First 10 KVA at 100% each x 5300 KVA = 10 Remaining KVA at 40% 26235 VA KVA = 15 VA = 28620 A. Sub - totoi KVA = 25 Unit loads at 100% 300 sq ft x 5 = 409008 VA Fon Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq. ft. x 0.005 KVA = 2 Retail Unit NW5 - SHELL 1590 sq ft x 5 B. Total Unit KVA = 27 Total unit (120/208V, 3PH, 4W) AMPS = 76 Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appliance branch circuits 3 Special appliances (per typical pion) 14 Total quantity of branch circuits 21 I Ponelboord feeder size 2 #3/0, 1 #2 /ON, #60, 2 "c Multi - family Dwelling Unit Feeder and Service ( Per N.E.C. Article 220.8) - METER BANK MBEI Units 2C, 2E, 2D, 2G. 2,1 2K 3C, 3D, 3E, 3F, 3G Quantity of Units 12 Unit Square Footage 27,116 Application of Demand Foctar per 220.11 Quantity Unit General Lighting /Power 27116 sq.ft. x 3 VA = 81348 VA (2) sm. Appl. ®1.5KVA eo 12 cots x 3000 VA = 36000 VA Laundry cat 12 cots x 1500 VA = 18000 VA Dishwasher act 12 cats x 1200 VA = 14400 VA Garbage Disposer cot 12 each x 1020 VA = 12240 VA Gas Range 12 each x 6100 VA = 73200 VA Whirlpool Both (2 per unit) 24 each x 1600 VA = 38400 VA Steam Shower (future) 12 each x 8500 VA = 102000 VA Range hood 12 each x 400 VA = 4600 VA VA Range hood 28 each x 400 Sub -total VA = 380388 VA = Sub -totol VA (3000 VA) 100% VA = 3000 VA = 3000 (3001 VA - 120,000 VA) 35% VA = 40950 VA VA = (OVER 120,000 VA) 25% (OVER 120,000 VA) 25% VA = 64347 VA VA = 250357 Sub -total Sub -totot VA = 108297 = 148400 Electric Dryer Demand Factor (220.18) 12 each x 5300 VA = 63600 VA 26235 VA = 994633 45% VA = 28620 VA Total Meter Bank VA VA Retail Unit NW2 - SHELL 300 sq ft x 5 = 409008 VA Retail Unit NW3 - SHELL 150 sq ft x 5 AMPS © 120/208V 3ph, 4W = 1136 Retail Unit NW4 - SHELL Multi - family Dwelling MDC Service ( Per N.EC. Article 220.6) - 'MDC -LW1' 24182 sq.ft. x 3 Quantity of Units 28 VA (2) sm. Appl. ®1.5KVA eo 12 Unit Square Footage 83,623 VA = 36000 VA Application of Demand Factor per 220.11 12 cots x 1500 VA = 18000 Quantity Unit Dishwasher cot 12 cots x General Lighting /Power 83623 sq.ft. x 3 VA = 250869 VA (2) sm. Appl. ®1.5KVA ea 28 cots x 3000 VA = 84000 VA Loundry cot 28 cots x 1500 VA = 42000 VA Dishwasher cc, 28 cots x 1200 VA = 33600 VA Garbage Disposer cot 28 each x 1020 VA = 28560 VA Gas Range 28 each x 6100 VA = 170800 VA Whirlpool Both (2 per unit) 56 each x 1600 VA = 89600 VA Steam Shower (future) 28 each x 8500 VA = 238000 VA Range hood 28 each x 400 VA = 11200 VA VA = Sub -totol VA = 948629 VA) 100% VA = (3000 VA) 100% VA = 3000 VA VA - 120,000 (3001 VA - 120,000 VA) 35% VA = 40950 VA VA = (OVER 120,000 VA) 25% VA = 206407 VA 62147 Sub -totol VA = 250357 Sub -total Electric Dryer Demand Factor (220.18) 28 each x 5300 VA = 148400 VA 12 31% VA = 46004 VA Condo Meter Bank VA - Subtotal 26235 VA = 994633 VA Retail Unit NW1 - SHELL 500 sq ft x 5 VA = 2500 VA Retail Unit NW2 - SHELL 300 sq ft x 5 VA = 1500 VA Retail Unit NW3 - SHELL 150 sq ft x 5 VA = 750 VA Retail Unit NW4 - SHELL 1590 sq ft x 5 VA = 7950 VA Retail Unit NW5 - SHELL 1590 sq ft x 5 VA = 7950 VA Retail Unit NW6 - SHELL 1590 sq ft x 5 VA = 7950 VA Meter Bonk Total VA Retail Unit NE3 - SHELL 1500 sq ft = 1023233 VA x AMPS @ 120/208V 3ph, 4W = 2842 Balcony Snowmelt Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appliance branch circuits 3 Special appliances (per typical pion) 14 Total quantity of branch circuits 21 Ponelboord feeder size 2 #3/0, 1 #2 /ON, #6G, 2 "c Multi - family Dwelling Unit Feeder and Service ( Per N.E.C. Article 220.8) - METER BANK MBE2 Units 4A, 4B, 4C, 4D, 4E, 4H, 4J, 5A, 5B, 5C, 50, 51 Quantity of Units 12 Unit Square Footage 24,182 Application of Demand Factor per 220.11 Quantity Unit General Lighting /Power 24182 sq.ft. x 3 VA = 72546 VA (2) sm. Appl. ®1.5KVA eo 12 acts x 3000 VA = 36000 VA Laundry cot 12 cots x 1500 VA = 18000 VA Dishwasher cot 12 cots x 1200 VA = 14400 VA Garbage Disposer cot 12 each x 1020 VA = 12240 VA Gas Range 12 each x 6100 VA = 73200 VA Whirlpool Both (2 per unit) 24 each x 1600 VA = 38400 VA Steam Shower (future) 12 each x 8500 VA = 102000 VA Range hood 12 each x 400 VA = 4800 VA 11 each x 8500 VA = 93500 Sub - totol VA = 371586 VA = 4400 VA (3000 VA) 100% VA = 3000 VA VA = (3001 VA - 120,000 VA) 35% VA = 40950 VA VA = 40950 (OVER 120,000 VA) 25% VA = 62147 VA VA VA = Sub -total Sub -total VA = 106097 Electric Dryer Demand Factor (220.18) Electric Dryer Demand Factor (220.18) 12 each x 5300 VA = 63600 VA 26235 VA Total Meter Bank VA 45% VA = 28620 VA Total Meter Bank VA AMPS D 120/208V 3ph, 4W = 1053 Electric Dryer Demand Factor (220.18) = 400206 VA Fan Coil Units 1 each x AMPS (� 120/208V 3ph, 4W = 1112 Balcony Snowmelt 400 Multi -family Dwelling Unit Feeder and Service ( Per N.E.C. Article 220.6) - METER BANK MBWt Unit ores 3501 -4000 square feet Units 2L, 2M, 2N, 31, 4L, 4R, 4S, 4W, 6S, 6T, 6U DD PROG 2 05.21.04 Quantity of Units Quantity of Units 11 10 8 Unit Square Footage Unit Square Footage 26,223 Unit Square Footage 18,985 Application of Demand Factor per 220.11 Application of Demand Factor per 220.11 Quantity Unit Quantity Unit Quantity Unit General Lighting /Power 4000 sq.ft. x 3 General Lighting /Power 26223 sq.ft. x 3 VA = 78669 VA (2) sm. Appl. ®1.5KVA eo 11 cots x 3000 VA = 33000 VA Laundry cot 11 acts x 1500 VA = 16500 VA Dishwasher cot it cots x 1200 VA = 13200 VA Garbage Disposer act i1 each x 1020 VA = 11220 VA Gas Range 11 each x 6100 VA = 67100 VA Whirlpool Bath (2 per unit) 22 each x 1600 VA = 35200 VA Steam Shower (future) 11 each x 8500 VA = 93500 VA Range hood 11 each x 400 VA = 4400 VA VA = Sub -totol VA = 352789 1650 VA = (3000 VA) 100% VA = 3000 VA VA = (3001 VA - 120,000 VA) 35% VA = 40950 VA VA = (OVER 120,000 VA) 25% VA = 57447 VA VA = Sub -total VA = 101397 Sub - totoi Electric Dryer Demand Factor (220.18) 11 each x 5300 VA = 58300 VA KVA = 45% VA = 26235 VA Total Meter Bank VA 14 = 379024 VA KVA = AMPS D 120/208V 3ph, 4W = 1053 Electric Dryer Demand Factor (220.18) Optional Calculation for Condominium Dwelling Unit ( Per N.E.C. Article 220) DD PROG 1 Unit ores 3501 -4000 square feet 003 DD PROG 2 05.21.04 Quantity of Units Condimunium Unit # 2Y, 3Y, 4K, 5K, 6K, 6L /7L 10 8 Unit Square Footage Unit Square Footage 4000 5765 Unit Square Footage 18,985 Application of Demand Factor per 220.11 A Application of Demand Factor ( N.E.C. 220 Optional Calculation) Quantity Unit Quantity Unit Quantity Unit General Lighting /Power 4000 sq.ft. x 3 VA = 12000 Small appliance cots 2 cots x 1500 VA = 3000 Loundry cot i cots x 1500 VA = 1500 Dishwasher cot i cots x 1200 VA = 1200 Garbage Disposer cot 1 each x 1020 VA = 1020 Gas Range I each x 6100 VA = 6100 Electric Dryer 1 each x 5300 VA = 5300 Washer 1 each x 1500 VA = 1500 Whirlpool Both 1 each x 1600 VA = 1600 Steam Shower (future) 1 each x 8500 VA = 8500 Microwave 1 each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Exhoust hood 1 each x 400 VA = 400 256315 x Sub -total VA = 44970 VA = 3000 Sub - totoi KVA = 45 First 10 KVA at 100% VA = 40950 KVA = 10 Remaining KVA at 40% (OVER 120,000 VA) 25% VA = KVA = 14 Sub - totoi A. Sub -total KVA = 24 Unit loads at 100% Electric Dryer Demand Factor (220.18) 8 each x 5300 VA = Fan Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq, ft. x 0.005 KVA = 2 = B. Total Unit KVA = 26 Total unit (120/208V, 3PH, 4W) AMPS = 74 Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appliance branch circuits 3 Special appliances (per typical pion) 14 Total quantity of branch circuits 21 Ponelboord feeder size 2 #3/0, 1 #2 /0N, #6G, 2 "c Optional Calculation for Condominium Dwelling Unit ( Per N.E.C. Artide 220) DD PROG 1 Unit area 5765 square feet 003 DD PROG 2 05.21.04 Quantity of Units Condimunium Unit # 71 10 8 Unit Square Footage Unit Square Footage 5765 Unit Square Footage 18,985 Application of Demand Factor per 220.11 A Application of Demand Factor ( N.E.C. 220-30 Optional Calculation) Application of Demand Factor per 220.11 Quantity Unit Quantity Unit Quantity Unit General Lighting /Power 5765 sq.ft. x 3 VA = 17295 Small appliance cots 2 cots x 1500 VA = 3000 Loundry cot 1 cots x 1500 VA = 1500 Dishwasher cot I cots x 1200 VA = 1200 Garbage Disposer cot 1 each x 1020 VA = 1020 Gas Range 1 each x 6100 VA = 6100 Electric Dryer 1 each x 5300 VA = 5300 Wosher 1 each x 1500 VA = 1500 Whirlpool Both 1 each x 1600 VA = 1600 Steam Shower (future) 1 each x 8500 VA = 8500 Microwave 1 each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Exhaust hood 1 each x 400 VA = 400 256315 x Sub - totoi VA = 50265 VA = 3000 Sub -total KVA = 50 First 10 KVA at 100% VA = 40950 KVA = 10 Remaining KVA at 40% (OVER 120,000 VA) 25% VA = KVA = 16 Sub - totoi Sub -total A. Sub - totoi KVA = 26 Unit loods at 100% Electric Dryer Demand Factor (220.18) 8 each x 5300 VA = Fan Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq. ft, x 0.005 KVA = 2 = = B. Total Unit KVA = 29 Total unit (120/208V, 3PH, 4W) AMPS = 79 Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appliance branch circuits 3 Special appliances (per typical pion) 14 Total quantity of branch circuits 21 Ponelboord feeder size 2 #3/0, 1 #2 /ON, #6G, 2 "c Multi -family Dwelling Unit Feeder and Service ( Per N.E C. Article 220.6) - METER BANK MBE3 DD PROG 1 Units 2F, 3K, 5E, 5H, 6A, 6C, 6E, 61 003 DD PROG 2 05.21.04 Quantity of Units Quantity of Units Quantity of Units 10 8 Unit Square Footage Unit Square Footage Unit Square Footage Unit Square Footage 18,985 Application of Demand Factor per 220.11 A Application of Demand Factor ( N.E.C. 220 -30 Optional Calculation) Application of Demand Factor per 220.11 A Application of Demand Factor ( N.E.C. 220 -30 Optional Calculation) Quantity Unit Quantity Unit General Lighting /Power 7678 sq.ft. Quantity Unit General Lighting /Power 4149 soft. x General Lighting /Power 18985 sq.ft. x 3 VA = 56955 VA (2) sm. Appl. ®1.5KVA ea 8 cots x 3000 VA = 24000 VA Loundry cot 8 cots x 1500 VA = 12000 VA Dishwasher cot 8 cots x 1200 VA = 9600 VA Garbage Disposer cot 8 each x 1020 VA = 8160 VA Gas Range 8 each x 6100 VA = 48800 VA Whirlpool Both (2 per unit) 16 each x 1600 VA = 25600 VA Steom Shower (future) 8 each x 8500 VA = 68000 VA Range hood 8 each x 400 VA = 3200 VA 8500 VA = Sub -total VA = 256315 x 1650 VA = (3000 VA) 100% VA = 3000 VA 1200 (3001 VA - 120,000 VA) 35% VA = 40950 VA 400 (OVER 120,000 VA) 25% (OVER 120,000 VA) 25% VA = 33329 VA Sub - totoi Sub -total Sub -totol VA = 77279 Electric Dryer Demand Factor (220.18) Electric Dryer Demand Factor (220.18) 8 each x 5300 VA = 42400 VA x 0.5 50% 60% VA = 25440 VA Total Meter Bank VA KVA = = = 281755 VA Sub -total AMPS ® 120/208V 3ph, 4W = AMPS @ 120/208V 3ph, 4W = 783 2650 Multi - fomily Dwelling Unit Feeder and Service ( Per N.E.C. Article 220.8) - METER BANK MBW2 DD PROG 1 Units 41, 4U, 5L, 5R, 5S, 5T, 5W, 6N, 6R, 6W /7W 003 DD PROG 2 05.21.04 Quantity of Units Quantity of Units Condimunium Unit # 10 CD PROG SET Unit Square Footage Unit Square Footage Unit Square Footage 28,187 4149 Application of Demand Factor per 220.11 A Application of Demand Factor ( N.E.C. 220 -30 Optional Calculation) Application of Demand Factor per 220.11 A Application of Demand Factor ( N.E.C. 220 -30 Optional Calculation) Quantity Unit Quantity Unit General Lighting /Power 7678 sq.ft. Quantity Unit General Lighting /Power 4149 soft. x General Lighting /Power 28187 sq.ft. x 3 VA = 84561 VA (2) sm. Appl. 91.5KVA eo 10 cats x 3000 VA = 30000 VA Loundry cot 10 cots x 1500 VA = 15000 VA Dishwasher cct 10 acts x 1200 VA = 12000 VA Garbage Disposer eat 10 each x 1020 VA = 10200 VA Gas Range 10 each x 6100 VA = 61000 VA Whirlpool Bath (2 per unit) 20 each x 1600 VA = 32000 VA Steam Shower (future) 10 each x 8500 VA = 85000 VA Range hood 10 each x 400 VA = 4000 VA 8500 VA = Sub -total VA = 333761 x 1650 VA = (3000 VA) 100% VA = 3000 VA 1200 (3001 VA - 120,000 VA) 35% VA = 40950 VA x 400 (OVER 120,000 VA) 25% VA = 52690 VA 18 Sub - totoi Sub -total VA = 96640 28 Electric Dryer Demand Factor (220.18) 10 each x 5300 VA = 53000 VA 1 each x 0.5 50% VA = 26500 VA Total Meter Bank VA KVA = KVA = = 360261 VA A. Sub -total AMPS ® 120/208V 3ph, 4W = 1001 Unit loads at 100% Optional Calculation for Condominium Dwelling Unit ( Per N.E.C. Article 220) DD PROG 1 Unit area 4149 square feet 003 DD PROG 2 05.21.04 Quantity of Units Condimunium Unit # Condimunium Unit # 6M /7M CD PROG SET Unit Square Footage Unit Square Footage 7678 Unit Square Footage 4149 Application of Demand Factor per 220.11 A Application of Demand Factor ( N.E.C. 220 -30 Optional Calculation) A Application of Demand Factor ( N.E.C. 220 -30 Optional Calculation) Quantity Unit Quantity Unit General Lighting /Power 7678 sq.ft. x 3 VA = General Lighting /Power 4149 soft. x 3 VA. = 12447 Small appliance cots 2 cots x 1500 VA = 3000 Loundry cot , cots x 1500 VA = 1500 Dishwasher cot 1 cots x 1200 VA = 1200 Garbage Disposer act i each x 1020 VA = 1020 Gas Range i each x 6100 VA = 6100 Electric Dryer I each x 5300 VA = 5300 Washer 1 eoch x 1500 VA = 1500 Whirlpool Bath 1 each x 1600 VA = 1600 Steam Shower (future) i each x 8500 VA = 8500 Microwave 1 each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Exhaust hood each x 400 VA = 400 VA) 25% KVA = 18 Sub - totoi VA = 45417 KVA = 28 Unit loods at 100% Sub -total KVA = 45 First 10 KVA at 100% Fon Coil Units 1 each x 0.5 KVA = 10 Remaining KVA at 40% 400 sq. ft. x 0.005 KVA = KVA = 14 VA B. Total Unit A. Sub -total KVA = 24 Unit loads at 100% VA = 2650 VA Retail Unit NE3 - SHELL 1500 sq ft Fan Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq. ft. x 0.005 KVA = 2 x 5 VA = B. Total Unit KVA = 27 Total unit (120/208V, 3PH, 4W) AMPS = 74 Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appliance branch circuits 3 Special appliances (per typical plop) 14 Total quantity of branch circuits 21 Ponelboord feeder size 2 #3/0, 1 #2 /ON, #6G, 2 "c Optional Calculation for Condominium Dwelling Unit ( Per KE.C. Article 220) DD PROG 1 Unit oreo 7678 square feet 003 DD PROG 2 05.21.04 Quantity of Units Condimunium Unit # 4F /5F 4 CD PROG SET Unit Square Footage Unit Square Footage 7678 Unit Square Footage 20,767 Application of Demand Factor per 220.11 A Application of Demand Factor ( N.E.C. 220 -30 Optional Calculation) Quantity Unit Quantity Unit General Lighting /Power 7678 sq.ft. x 3 VA = 23034 Small appliance cots 2 cots x 1500 VA = 3000 Laundry cot i cots x 1500 VA = 1500 Dishwasher cot 1 acts x 1200 VA = 1200 Garbage Disposer cot 1 each x 1020 VA = 1020 Gas Range 1 each x 6100 VA = 6100 Electric Dryer 1 each x 5300 VA = 5300 Washer i each x 1500 VA = 1500 Whirlpool Both 1 each x 1600 VA = 1600 Steam Shower (future) i each x 8500 VA = 8500 Microwave 1 each x 1650 VA = 1650 Refrigerator 1 each x 1200 VA = 1200 Exhaust hood 1 each x 400 VA = 400 VA = 161981 Sub -total VA = 56004 (3000 VA) 100% VA = Sub - totoi KVA = 56 First 10 KVA at 100% VA) 35% VA = KVA = 10 Remaining KVA at 40% (OVER 120,000 VA) 25% KVA = 18 VA VA A. Sub -total KVA = 28 Unit loods at 100% VA Electric Dryer Demand Factor (220.18) 4 each x 5300 Fon Coil Units 1 each x 0.5 KVA = 0.5 Balcony Snowmelt 400 sq. ft. x 0.005 KVA = 2 7950 VA B. Total Unit KVA = 31 Total unit (120/208V, 3PH, 4W) AMPS = 86 Minimum quantity of 15A branch circuits (general power and lighting) 4 Small appliance branch circuits 3 Special appliances (per typical pion) 14 Total quantity of branch circuits 21 Ponelboord feeder size 2 #3/0, 1 #2 /ON, #6G, 2 "c Multi- fomily Dwelling Unit Feeder and Service ( Per N.E.C, Article 220,8) - METER BANK MBE4 DD PROG 1 Units 4F /5F, 4K, 5K, 7J 003 DD PROG 2 05.21.04 Quantity of Units 7 Quantity of Units 4 CD PROG SET Unit Square Footage 29,213 PERMIT /BID Unit Square Footage 20,767 Application of Demand Factor per 220.11 Application of Demand Factor per 220.11 Quantity Unit General Lighting /Power Quontity Unit VA = 87639 VA (2) sm. Appi. ®1.5KVA ea General Lighting /Power 20767 sq.ft. x 3 VA = 62301 VA (2) sm. Appl. 01.5KVA eo 4 acts x 3000 VA = 12000 VA Laundry cot 4 cots x 1500 VA = 6000 VA Dishwasher cot 4 cots x 1200 VA = 4800 VA Garbage Disposer cot 4 each x 1020 VA = 4080 VA Cos Range 4 each x 6100 VA = 24400 VA Whirlpool Both (2 per unit) 8 each x 1600 VA = 12800 VA Steam Shower (future) 4 each x 8500 VA = 34000 VA Range hood 4 each x 400 VA = 1600 VA (OVER 120,000 VA) 25% Sub -total VA = 161981 Sub -total VA (3000 VA) 100% VA = 3000 VA VA (3001 VA - 120,000 VA) 35% VA = 40950 VA 24115 (OVER 120,000 VA) 25% VA = 9745 VA VA Retail Unit NW1 - SHELL Sub - totol VA = 53695 VA Electric Dryer Demand Factor (220.18) 4 each x 5300 VA = 21200 VA 150 sq ft x 5 VA = 100% VA = 21200 VA Condo Meter Bonk VA - Subtotal 7950 VA = 183181 VA Retail Unit NE2 - SHELL 530 sq ft x 5 VA = 2650 VA Retail Unit NE3 - SHELL 1500 sq ft x 5 VA = 7500 VA Retail Unit NE4 - SHELL 2288 sq ft x 5 VA = 11440 VA Retail Unit NE6 - SHELL 600 sq ft x 5 VA = 3000 VA Retail Unit NE7 - SHELL 700 sq ft x 5 VA = 3500 VA Retail Unit SE2 - SHELL 650 sq ft x 5 VA = 3250 VA Retail Unit SE4 - SHELL 300 sq ft x 5 VA = 1500 VA Retail Unit SE5 - SHELL 270 sq ft x 5 VA = 1350 VA Retail Unit SE6 - SHELL 625 sq ft x 5 VA = 3125 VA Meter Bank Total VA = 211271 VA AMPS 120/208V 3ph, 4W = 587 Multi -family Dwelling Unit Feeder and Service ( Per N.E.C. Article 220.6) - METER BANK MBW3 DD PROG 1 Units 2Y, 3Y, 3M /3N, 4M /4N, 5M/54, 6L /7L, 6M /7M 003 DD PROG 2 05.21.04 Quantity of Units 7 06.21.04 005 CD PROG SET Unit Square Footage 29,213 PERMIT /BID 02,15.05 Application of Demand Factor per 220.11 Quantity Unit General Lighting /Power 29213 sq.ft. x 3 VA = 87639 VA (2) sm. Appi. ®1.5KVA ea 7 acts x 3000 VA = 21000 VA Laundry cot 7 cots x 1500 VA = 10500 VA Dishwasher eat 7 cots x 1200 VA = 8400 VA Garbage Disposer cot 7 each x 1020 VA = 7140 VA Gas Range 7 each x 6100 VA = 42700 VA Whirlpool Both (2 per unit) 14 each x 160D VA = 22400 VA Steam Shower (future) 7 each x 8500 VA = 59500 VA Range hood 7 each x 400 VA = 2800 VA Sub -total VA = 262079 (3000 VA) 100% VA = 3000 VA (3001 VA - 120,000 VA) 35% VA = 40950 VA (OVER 120,000 VA) 25% VA = 34770 VA Sub -total VA = 78720 Electric Dryer Demand Factor (220.18) 7 each x 5300 VA = 37100 VA 65% VA = 24115 VA Condo Meter Bank VA - Subtotal = 286194 VA Retail Unit NW1 - SHELL 500 sq ft x 5 VA = 2500 VA Retoil Unit NW2 - SHELL 300 sq ft x 5 VA = 1500 VA Retail Unit NW3 - SHELL 150 sq ft x 5 VA = 750 VA Retail Unit NW4 - SHELL 1590 sq ft x 5 VA = 7950 VA Retail Unit NW5 - SHELL 1590 sq ft r. 5 VA = 7950 VA Retail Unit NW6 - SHELL 1590 sq ft x 5 VA = 7950 VA Meter Bank Total VA = 314794 VA AMPS @ 120/208V 3ph, 4W = 874 © 2003 42140 ARCHITECTURE, IN& 0` f RE GAS $� w ltd' tL SION �/l111I1111 OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, PUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02,15.05 �N 1 � PROJECT KEYPLAN ELECTRICAL LOAD CALCULATIONS Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- ECALCS.DWG - E600.4 PLOT: 02/10/2005 ©1: 44pm REV: 02/10/2005 CAD: iro XREF: tb.dwg E600.4 NEW MCC -WP1 25MA M.L.O. VOLTAGE 277 / 480 V 3000A BUS PHASE 3 PH WARE 4 W NEW MDC "MDC --HW1" NEW MDC Notes: LIGHTING RECEPTACLES 3000 MAIN CIRCUIT BREAKER VOLTAGE 277 / 480 V Pones Notes Panel Notes PH C PH A 3000A BUS M.L.O. PHASE 120/208 3 PH 150 A MI-0. 7590 7090 VOLTAGE 200 A BUS 277/480 V WIRE 3 PH 4 W 2696 1236 i 1200 200 A BUS 65,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) WARE 3 PH WiRE 4 W 0 i 360 DESCRIPTION OF -- TYPE : TYPE : CONNECTED LOADS (IN VA) BY CATEGORY AND PHASE 0 0 WIRE - _ 0 4 W 18845 - LIGHTING tCEPTACLES !MOTOR MTG.: SURFACE MTG.: SURFACE AMPERE SHORT CIRCUIT RATING (FULLY RATED) _ O TH ER 5850 SUB - LOAD OR PANE 3500 9180 8280 - - ( PH A PH B PH C PH A - -- PH B I _ PH C PH A_T PH B W LARGEST -- PH A PH B PH C REMARKS DISTRIB. BOARD "EDP -Wi' PANEL 'HWYC1' OIS1T86 PANEL 'DP -HWHi' - - NOTE v 00 0 I 56594 - 0 I 0 48419 0 4680 0 11820 7- 43845 516 60 - ( 360 10680 546080 3420 1 1 0560 j 46980 202965 10638 ! 54143 202965 10638 50690 202965 _10 46686 }� _ ! 4400 i 0 264848 4500 0 237998 2500 0 256998 - ' ®- - PANEL 'ESHWPI' RECEPT LTG DESCRIPTIO 54537 49575 40454 j 0 WEST EXTER. LTS 720 0 1500 1200 ( 900 i DESCRIPTION 0 0 500 OTHER TVSS NO LOAD CCT PH CCT TOTAL OTHER MOTORS RECEPT I LTG DESCRIPTION NOTE 1200 MUA -t ��- - 9422 20 1 3 I _ 50 1 _ A 2 20 1 1200 a 0 G1 PUBLIC TOILET LTG 1200 2tl 1 MECH RM LTG 1200 SPARE - - 120Q , - 20 1 5 9422 6 20 1 9422 IN B VEND G 3 B 4 20 i 20 1 0 EF -28 8 � 20 1 ; .. _ _ _ ..__ S 20 7 PHASE LOADING SUMM 8 20 1 9422 1200 LOADING SUMMARY 9422 3 5 C 6 20 1 _ LOAD TYPE (VA) PH A PH B PH C . ... LOAD TYPE _ CONNECTED NEC CALCULATED 10 POWER DEMAND ' I 1200 ? 20 /1 SPARE 0 LOAD KVA DEMAND LOAD A 8 FACTOR LOAD KW 3 11 C 12 20 /1 SPARE 2 _ SPARE _- -_ 13 SPARE - ! �20 /1 CONNECTED PF= LIGHTING 111,131 97,594 84,299 10 LIGHTING 293.0 KVA x 125% = 366.3 KVA x 95% = 3480 KW 95% RECEPTACLES K160 61,080 60,960 SPARE RECEPTACLES MUA -9 720 200 0 20 /1 11 C MOTORS 269,246 265,493 261,189 20 /t FIRST 10 KVA 10.0 KVA x 100%- 10.0 KVA x 100% 10.0 KW CONNECTED OTHER 269,248 242,498 259,998 17 REMAINDER 180.2 KVA x 50% = 90.1 KVA x 100% = 90.1 KW AMPACITY = SPARE 27 _180 - _ - -_ MOTORS 58 COMM RECEPT ( -- SPARE 78 RECEPT 180 2,481.1 TOTAL 717,785 666,665 666,446 B LARGEST 608.9 KVA x 125% = 761.1 KVA x 90% = 685.0 KW ) PHASE BALANCE A - 8 B - C - A SPARE REMAINDER 198.8 KVA x 100% 198.8 KVA x 90% - 179.0 KW NEC DEMAND C - 20 18 ^ 20 /1 _ STAIR RECEPT 7 0 OTHER 771.7 KVA x 100% = 771.7 KVA x 100% = 771.7 KW AMPACITY = 0 8% O% 8% 900 0 20 /i 19 A� TELECOM 2C RECEPT (1 20 %1 - -- 2,643.9 �- 20 1 23 C ^� TOTAL 20627 KVA 2198.1 KVA - 2083.8 KW 1 NEW MCC -WP1 25MA M.L.O. VOLTAGE 277 / 480 V 3000A BUS PHASE 3 PH WARE 4 W NEW NEW NEW PANEL "HWC1" LIGHTING RECEPTACLES MO TORS � OTHER PERMIT /BID BREAKER PH_ A _ PH C Pones Notes Panel Notes PH C PH A PH B Panel Notes M.L.O. VOLTAGE 120/208 VOLTAGE 277/480 150 A MI-0. 7590 7090 VOLTAGE 200 A BUS 277/480 V PHASE 3 PH PHASE 3 PH 2696 1236 i 1200 200 A BUS 0 0 PHASE WARE 3 PH WiRE 4 W 0 i 360 EXTERIOR RECEIPT 2 ) TYPE : TYPE : 0 0 0 WIRE - _ 0 4 W 18845 1884 1884 MTG.: SURFACE MTG.: SURFACE AMPERE SHORT CIRCUIT RATING (FULLY RATED) 3,000 TYPE : 5850 7100 3500 9180 8280 8280 ( 29455 301 20 /1 - -- BREAKER 1200 BREAKER MTG.: SURFACE BREAKER -- 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 0 0 0 0 7 NOTE DESCRIPTION LTG N OTE DESCRIPTI LTG RECEPT -- OTHER TOTAL AMP /P CCT BREAKER CCT TOTAL OTHER BREAKER RECEPT LTG DESCRIPTIO NOTE AMP P CH -1 WEST EXTER. LTS 600 j 20 /i i AMP P AMP P NOTE i DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL CCT PH CCT TOTAL OTHER MOTORS RECEPT I LTG DESCRIPTION NOTE 1200 MUA -t ��- - 9422 20 1 3 9422 _ 50 1 _ A 2 20 1 1200 a 0 G1 PUBLIC TOILET LTG 1200 2tl 1 MECH RM LTG 1200 SPARE - - 120Q , - 20 1 5 9422 6 20 1 9422 IN B VEND G 3 B 4 20 i 20 1 0 EF -28 8 � 20 1 ; .. _ _ _ ..__ S 20 7 -- 8 20 1 9422 1200 ! 9422 3 5 C 6 20 1 _ 0 _4 - 497 __J_497 _ . ... 9 SPARE 10 - SPARE ' I 1200 ? 20 /1 SPARE 0 20 i ' 7 A 8 20 i 1260 o 3 11 C 12 20 /1 SPARE 2 _ SPARE _- -_ 13 SPARE - ! �20 /1 SPARE 0 20 1 1 9 8 10 20 /1 13 A _ 0 20 1 ' _ -- 1 20 11 SPARE SPARE 16 SPARE SPARE 25 A 26 MUA -9 720 200 0 20 /1 11 C 12 20 1 1 0 20 /t 17 C SPARE ! SPARE (SPARE 4 - SPARE _ 58 CORRIDOR RECEPT 0 20 1 17 0 1 20 1 13 A 14 20 1 A 0 SPARE 27 _180 - _ - -_ SPARE 58 COMM RECEPT ( -- SPARE 78 RECEPT 180 PHWP -3 i 180 0 1 20 1 15 B 16 I 20 1 %20 0 SPA - 68 CQRRIDOR RECEIPT ( ) 2 SPARE 20 1 19 SPARE 20 20 /1 0 C 24 0 20 1 17 C - 20 18 ^ 20 /1 _ STAIR RECEPT 7 0 - -- _ 0 _ _ SPAR - B 22 SP 0 26 I - 20 /1 . _ 1260 900 0 20 /i 19 A� TELECOM 2C RECEPT (1 20 %1 - -- 0_ �- 20 1 23 C ^� SPA 0 20 /1 SPARE - 1 SPARE 1 12C CORRIDOR RECEPT Q) 0 i 20 1 21 B 22 1 = 20 /1 20 /1 0 A 26 20 /1 0 900 SPARE - ISPARE SPARE -- i3C CORR IDOR RECEPT _ SPARE - -- ! 0 20 /1 23 C 24 20 /1 28 0 0 21339 - j 720 ! -_ SPARE SPARE 497 20 1 497 0. 0 20 1 25 A 26 20 1 �- 0 - 4C COR RIDOR R ECEPT ( SP 180 SPARE _ SPARE 200 �.___ 1800 SPARE - 3040 8969 70 / {- 20 1 0 20 1 27 B 28 20 1 180 0 SPARE 942 - -- j 3240 SPARE 2696 9329 SPARE 20 /1 _A 8 _ 34 _ 20 11 0 0 20 1 29 C 30 20 /1 0 200 3060 l 10266 SPARE _.._ C SPARE 1 20 1 0 SPARE 51 B 52 24 1 ~ 0 20 /1 31 A 32 20 1 7020 0 0 12860 70 / 37 A SPARE 20 { 0 SPARE _ PHASE LOADING SUMMARY ( - 540 . SPARE 0 - 20 1 3 3 B 34 20 1 10190 0 ! 39 B 40 20 1 i 0 SPARE DEMAND SPARE SPARE 7482 7482 XFM { 4800 0 20 1 35 C 36 20 1 C 0 20 1 0 { SPARE _ SPARE _ 36010 PANEL 1WC1' 0 _ 11820 12 15 0 __._. 13035 45 37 A 38 20 i _ PH A 0 PH C LOAD TYPE OONNECTED _ _ NEC CALCULATED SPARE DEMAND 0.0 KVA ViA 30 KYA 0 10680 1215 0 LOAD KVA 11895 DEMAND LOAD 39 8 40 20 J1 u 0 CONNECTED MOTORS 1,215 - - _ SPARE ILI 10.0 KVA X FMR 1 0 1 10560 1215 0 AMPACITY = 11775 3 41 C 42 20 1 95% 0 9,840 7,590 7,090 LIGHTING 24.5 KVA SPARE x 125% = PHASE LOADING SUMMARY x 95% = 29.1 KW LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL. LOADING SUMMARY 8,820 8,640 10,260 RECEPTACLES TOTAL 13,035 11,895 11,775 LARGEST LOAD TYPE (VA) PH A PH B PH C LOAD TYPE 1690 CONNECTED FIRST 10 KVA NEC CALCULATED POWER x 100% = DEMAND - 10.0 KW AMPACITY = OTHER 3,040 2 ,696 1,236 J. REMAINDER LOAD KVA DEMAND LOAD FACTOR x 100% = LOAD KW 88.5 PANEL x 100% 0.0 KW 71 C 72 71.4 10% i% 11% -� SPARE 2 TELECOM 1B RECEIPT 1 CONNECTED PF= MOTORS 180 20 /1 TOTAL 36. K VA 0 TOTAL 26,126 22,616 24,853 LARGEST 17.3 KVA 94% LIGHTING 0 0 0 LIGHTING PHASE BALANCE 0.0 KVA B-C x 125% = 0.0 KVA x 95% FOR PANELS THAT ARE 0.0 KW x 90% _ RECEPTACLES 11,820 10,680 10,560 RECEPTACLES i� OTHER 7.0 KVA 77 C 78 x 100% = 7.0 KVA x 100% = 7.0 KW _ 90.4 CONNECTED MOTORS 10,638 10,638 10.638 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% 79 A 80 10.0 KW AMPACITY = OTHER 0 0 0 - REMAINDER 75.2 KVA - 211 KVA 71.8 KW _ x 50% = 11.5 KVA x 100% 0 T O 11.5 KW 78.2 0 - _ - -� -_ { RECEPTACLES CONNECTED MOTORS BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF _ } - ' = GFCl NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCE REMAINDER 10.2 KVA x 100% = 10.2 KVA x 90% = 9.2 KW AMPACITY = 20 1 TOTAL 22,458 21,318 21,198 LARGEST '• = SHUNT TRIP 28.3 KVA SPARE x 125% = 35.3 KVA x 90% LOAD TYPE (VA) PH A PH 8 PH C 31.8 KW NEC DEMAND PHASE BALANCE A -B B-C C -A REMAINDER LIGHTING 15.4 KVA x 125% - 19.3 KVA x 95% 18.3 KW 3.6 KVA RECEPTACLES CONNECTED x 100% = 3.6 KVA x 90% REMAINDER 9.6 KVA x 50% = 4.8 KVA x 100% 4.8 KW 97.3 13 KW AMPACITY = LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B 8 -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 94% 0.0 KW AMPACITY - OTHER 26% i 6% 7% - - L 0.0 KVA GENERAL NOTES: �_- x 100% = 0.0 KVA x 100% ffi 0.0 KW 72.8 5 % 1% 6% I TOTAL 65.0 KVA - 60.5 KVA 5 6.6 KW GENERAL NOTES -� -- BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF ' = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES iN PENCIL_ " = SHUNT TRIP NEW MCC -WP1 25MA M.L.O. VOLTAGE 277 / 480 V 3000A BUS PHASE 3 PH WARE 4 W NEW NEW PANEL "HWP1" SUB -LOAD OR PANEL LIGHTING RECEPTACLES MO TORS � OTHER PERMIT /BID BREAKER PH_ A _ PH C Pones Notes Panel Notes PH C PH A PH B 200 A M.L.O. VOLTAGE 120/208 VOLTAGE 277/480 V 9840 i 7590 7090 8820 200 A BUS 200 A 8US PHASE 3 PH PHASE 3 PH 2696 1236 i 1200 PANEL "HWP2" 0 0 0 0 WARE 4 W WiRE 4 W 0 i 360 EXTERIOR RECEIPT 2 ) TYPE : TYPE : 0 0 0 _ 0 - _ 0 0 18845 1884 1884 MTG.: SURFACE MTG.: SURFACE AMPERE SHORT CIRCUIT RATING (FULLY RATED) 3,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 5850 7100 3500 9180 8280 8280 ( 29455 301 20 /1 - -- BREAKER 1200 BREAKER PANEL 'HEPS1' BREAKER -- i ! 0 0 0 0 7 NOTE DESCRIPTION LTG N OTE DESCRIPTI LTG RECEPT MOTORS OTHER TOTAL AMP /P CCT PH CCT TOTAL OTHER MOTORS RECEPT LTG DESCRIPTIO NOTE AMP P CH -1 WEST EXTER. LTS 600 j 20 /i i 1 A 2 600 20 1 i 1 A 2 20 1 1800 i 1200 138 CORRIDOR RECEPT 1800 G1 GEN LTG i 1260 MECH RM LTG - 1200 B ��- - 1200 20 1 3 B - _4 G 2011 1400 -- - - 1200 a 1400 G1 PUBLIC TOILET LTG 1200 2tl 1 MECH RM LTG 1200 6 2 0 1 120Q , 1200 20 1 5 C 6 20 1 890 IN B VEND G 1 20 0 t 890 N PUMP RM LTG 20 1 7 EF -28 8 � 20 1 ; .. _ _ _ ..__ 497 20 7 A 8 20 1 1400 1200 ! i 1400 S PUMP RM LTG 9 B - -� _ - _4 - 497 __J_497 1260 . ... 9 B 10 20 1 0 ' I 1200 ? 20 /1 SPARE C 12 - -- 1260 5820 497 1260 497 3 11 C 12 20 /1 1 0 2 1200 20 /1 13 SPARE 14 �20 /1 SPARE 20 1 23 C 24 1080 ! 360 ! 0 24 i 13 A _ 14 20 1 0 _ -- 1 20 11 15 SPARE 16 20 11 SPARE 25 A 26 MUA -9 720 200 0 20 1 15 8 16 20 1 1 1200 20 /t 17 C SPARE ! 1 1080 0 (SPARE 4 - 1080 ! _ 58 CORRIDOR RECEPT 0 20 1 17 C 18 I 20 1 _0 0 2 0 /1 19 A 20 SPARE 27 _180 - _ - -_ -1 9422 58 COMM RECEPT ( -- ~ 78 RECEPT 180 PHWP -3 i 180 20 /i 21 B 22 - �T %20 5820 SPA - 68 CQRRIDOR RECEIPT ( ) 2 0 20 1 19 A 20 20 /1 0 C 24 20 1 1260 SPARE 900 1260 SPARE STAIR RECEPT 7 2 TELECOM 2C RECEPT 1 -- _ 0 20 1 21 B 22 20 1 0 26 I - 20 /1 . _ 1260 900 SPARE 1260 j SPARE TELECOM 2C RECEPT (1 -- 18013 0 20 1 23 C 24 20 1 0 20 /1 1260 - 1 SPARE 1 12C CORRIDOR RECEPT Q) SPARE - 18013 CWCP -1� - 497 0 20 /1 25 A 26 20 /1 0 900 BLDG MANAGER - ISPARE 21339 i3C CORR IDOR RECEPT _ SPARE - -- ! 497 SMP -2 -- 0 20 1 27 B 28 20 1 0 21339 - j 720 ! -_ SPARE SP AR£ 497 20 1 497 0. 20 /1 _ 29 C 30 X 0/1 - 0 �- 1260 - 4C COR RIDOR R ECEPT ( SP 180 SPARE _ (PANEL 'LYWPtA' 200 �.___ 1800 3929 3040 8969 70 / i 31 20 1 32 20 / 1 0 1260 5C Ci�OR RECEIPT 180 SPARE SPARE 942 iVIA 45 KVA 200 3240 3193 2696 9329 i - 20 /1 _A 8 _ 34 _ 20 11 0 j 6C CORRIDOR RECEPT ( 1 942 SPARE i XFMR _ 200 3060 5770 1236 10266 3 35 C 36 1 20 1 0 SPARE 51 B 52 24 1 ~ SPARE SPARE I DHCP -6 PANEL 1WPt' _ -- 5840 7020 0 0 12860 70 / 37 A 38 20 { 0 20 1 PHASE LOADING SUMMARY ( - 540 . SPARE SPARE ViA 45 KVA i 4790 1 5400 0 0 10190 PH 8 39 B 40 20 1 i 0 POWER DEMAND - SPARE 7482 7482 XFM { 4800 7200 0 0 12000 3 41 C 42 20 1 0 { SPARE _ 36010 PHA LOADING S UMMARY - - P ANEL LOADING SUMMARY __._. 59 C 60 . _ .._ 0 _ - - -- __ - -_ _ . _ _ _ _ . - __ __.._. _ LOAD TYPE (VA) _ PH A - PH B PH C LOAD TYPE OONNECTED _ _ NEC CALCULATED POWER DEMAND 0.0 KVA x 95% = 0.0 KW 20 1 9820 RECEPTACLES 11,820 LOAD KVA 10,560 DEMAND LOAD FACTOR LOAD KW PANEL CT -2 180 CONNECTED MOTORS 1,215 1,215 1,215 FIRST 10 KVA 10.0 KVA CONNECTED PF= 10.0 KVA x 100% = 10.0 KW AMPACITY = OTHER 0 0 0 REMAINDER 23.1 KVA 180 95% LIGHTING 9,840 7,590 7,090 LIGHTING 24.5 KVA PHASE LOADING SUMMARY x 125% = 30.7 KVA x 95% = 29.1 KW LOAD KVA DEMAND LOAD FACTOR LOAD KW RECEPTACLES 8,820 8,640 10,260 RECEPTACLES TOTAL 13,035 11,895 11,775 LARGEST 2.2 KVA CONNECTED MOTORS 4,426 1690 6,267 FIRST 10 KVA 10.0 KVA B -C x 100% = 10.0 KVA x 100% = 10.0 KW AMPACITY = OTHER 3,040 2 ,696 1,236 J. REMAINDER 17.7 KVA x 50% = 8.9 KVA x 100% = 8.9 KW 88.5 0.0 KVA �- x 100% 0.0 KW 71 C 72 71.4 10% i% 11% -� SPARE 2 TELECOM 1B RECEIPT 1 180 MOTORS 180 20 /1 TOTAL 36. K VA 0 TOTAL 26,126 22,616 24,853 LARGEST 17.3 KVA SPARE _ x 125% = 21.6 KVA x 909 = 19.5 KW NEC DEMAND PHASE BALANCE A -B B-C C -A REMAINDER -Z.9 KVA FOR PANELS THAT ARE x 100% _ -2.9 KVA x 90% _ -2.6 KW AMPACITY = NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. i� OTHER 7.0 KVA 77 C 78 x 100% = 7.0 KVA x 100% = 7.0 KW _ 90.4 16% 10% 5% SPARE ; _ I 0 20 1 79 A 80 20 1 1 0 ---- - - - --� TOTAL _ _____ - -- 73.6 KVA - - 75.2 KVA - SPARE 71.8 KW _ LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND - GENERAL NOTES: 0 T O 20 1 =� _ 0 - _ - -� -_ { RECEPTACLES CONNECTED - BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF _ } - ' = GFCl NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCE REMAINDER 10.2 KVA x 100% = 10.2 KVA x 90% = 9.2 KW AMPACITY = 20 1 83 C 84 20 1 0 1 TOTAL 28.6 KVA 29.4 KV 28.0 KW '• = SHUNT TRIP NEW MCC -WP1 25MA M.L.O. VOLTAGE 277 / 480 V 3000A BUS PHASE 3 PH WARE 4 W NEW PANEL "LWC1" _ _- SUB -LOAD OR PANEL LIGHTING RECEPTACLES MO TORS � OTHER PERMIT /BID BREAKER PH_ A _ PH C Pones Notes f P H B PH C PH A PH B 150 A MAiN CIRCUIT BREAKER LARGEST VOLTAGE 120/208 V REMARKS PANEL "HWPI' 9840 i 7590 7090 8820 200 A BUS 10260 4426 PHASE 3 PH AMP / P 3040 2696 1236 i 1200 PANEL "HWP2" 0 0 0 0 WARE 4 W 0 0 0 i 360 EXTERIOR RECEIPT 2 ) TYPE : PANEL 'HEP2 0 0 0 _ 0 - _ 0 0 18845 1884 1884 MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) - PANEL "HEPi" I 5850 7100 3500 9180 8280 8280 ( 29455 301 20 /1 - -- BREAKER 1200 1 PANEL 'HEPS1' BREAKER -- i ! 0 0 0 0 0 NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL CCT PH CCT TOTAL OTHER MOTORS RECEPT LTG i DESCRIPTION NOTE AMP P AMP / P 31449 38 CORRIDOR RECEPT (} 1080 ' CH -1 ' : 1080 j 20 /i i 1 A 2 20 1 1080 78982 78982 1080 176 12B CORRIDOR RECEPT i 1200 138 CORRIDOR RECEPT 1260 72-0 i 1260 20 1 3 B 4 20 1 1080 1200 i 1080 12B CORRIDOR RECEPT i 13 A 14 38 VENDING 1200 a E -- 1200 2tl 1 5 C 6 2 0 1 120Q , CP -2 t 200 1200 2B VENDIN i 15 B 16 1 3 8 IN B VEND G 1 20 0 { ( 1200 20 1 7 A 8 � 20 1 _ 1200 .. _ _ _ ..__ . _ 1200 20 /1 _. 28 VENDING 14411 ( 14411 ; 46 VENDING ( 1200 ! _ 1200 1 20 /1 9 B 10 20 /1 1 1260 1200 1260 ,_ STAIR #8 RECEIPT ( 360 200 48 VENDI i 1200 ' BLR -1 1200 ? 20 /1 ( 11 C 12 j 24 1 1260 5820 5820 1260 ( STAIR RECEPT 7 j - 5B VENDING I� 120 -__ 2 1200 20 /1 13 A 14 �20 /1 1080 20 1 23 C 24 1080 ! 360 4B CORRIDOR RECEPT ( ) _ _ 56 VENDING -- 1200 1 _ 1200 1 20 11 15 B 16 20 11 720 25 A 26 MUA -9 720 200 148 CORRIDOR RECEPT 360 6B VENDING 1200 7482 7482 1200 20 /t 17 C 18 20 1 1 1080 0 20 1 - 1080 ! _ 58 CORRIDOR RECEPT ) 9422 68 VENDING 1200 I - 1200 2 0 /1 19 A 20 20 /1 27 _180 - _ 7 20 -1 9422 58 COMM RECEPT ( ) 78 RECEPT 180 PHWP -3 i 180 20 /i 21 B 22 20 /1 1260 %20 5820 1260 - 68 CQRRIDOR RECEIPT ( ) 2 HWCP -1 718 �� 718 20 23 C 24 20 1 1260 900 1260 BLDG ENGINEERING STAIR RECEPT 7 2 TELECOM 2C RECEPT 1 -- _ 180 718 718 2133 25 A - 26 I - 20 /1 . _ 1260 900 WHP -i - 1260 j STAIR RECEIPT 7) TELECOM 2C RECEPT (1 -- 18013 718 18013 , i 13 27 B 28 20 /1 1260 - 1260 1 12C CORRIDOR RECEPT Q) 18013 - 18013 CWCP -1� - 497 20 1 - 718 1 497 20 29 C 30 ! 20 Z1 900 BLDG MANAGER - i 900 21339 i3C CORR IDOR RECEPT ) -- ! 497 SMP -2 -- 1 497 1 31 A 32 20 1 720 21339 - j 720 ! -_ 13C BRIDG RECEP 4 OHCP -1 20 1 497 20 1 497 1 � f3 33 B 34 20 /i __.126Q 2 �- 1260 - 4C COR RIDOR R ECEPT ( ) 180 SPARE _ - _. 720 0 2O / 1 35 C 36 20 1 1260 - OHCP -3 - -- �- 1260 5C Ci�OR RECEIPT 180 20/1 SPARE 942 i 942 0 i 20 /1 37 A_ 3 8 20 /1 1080 180 1080 j 6C CORRIDOR RECEPT ( ) 942 SPARE -� D 540 0 1 20 1 39 B 40 20 1 0 180 i 1330 ' 1330 SPARE 51 B 52 24 1 ~ SPARE 540 I DHCP -6 0 20 Z1 41 C 42 20 1 0 1330 ( 180 - 'SPARE 20 1 PHASE LOADING SUMMARY EF -2 - 540 . i PANEL LOADING SUMMARY SPARE 2 7482 7482 7482 LOAD TYPE (VA) PH A PH 8 PH C I LOAD TYPE OONNECTED - -- - -- EF -3 NEC CALCULATED POWER DEMAND SPARE SPARE 7482 7482 7482 LOAD KVA 180 DEMAND LOAD FACTOR LOAD KW PANEL 'MCC -Wi' (LOADS BY STO) -­_ - - - -- PANEL 20 /1 _ 0 - SPARE 2 _ 36010 36010 CONNECTED PF= PANEL 'MCC -WZ' LOADS BY STD) 180 20 1 59 C 60 20 1 0 98% LIGHTING 0 0 0 j LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW 20 1 9820 RECEPTACLES 11,820 10,680 10,560 RECEPTACLES SPARE 2 CT -2 180 CONNECTED MOTORS 1,215 1,215 1,215 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW AMPACITY = OTHER 0 0 0 REMAINDER 23.1 KVA 180 x 50% - 11.5 KVA x 100% 11.5 KW 101.9 PHASE LOADING SUMMARY LOADING SUMMARY_ MOTORS - LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND TELECOM 6C RECEPT 1 LOAD KVA DEMAND LOAD FACTOR LOAD KW 180 CONNECTED PF= LIGHTING 15,690 14,690 10,590 LIGHTING 41.0 KVA x 125% = 51.2 KVA x 95% = 48.7 KW 92% RECEPTACLES 18,000 16.920 18,540 TOTAL 13,035 11,895 11,775 LARGEST 2.2 KVA x 125% - 2.7 KVA x 90% = 2.4 KW REMAINDER 1224.1 KVA x 100%- 1224.1 KVA x 90% - 1101.7 KW NEC DEMAND NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 1.5 KVA 69 6 70 x 100% = 1.5 KVA x 90x 1.3 KW AMPACITY = SPARE 2 OTHER 0.0 KVA 180 x 100% a 0.0 KVA �- x 100% 0.0 KW 71 C 72 71.4 10% i% 11% -� SPARE 2 TELECOM 1B RECEIPT 1 180 .._ �_. 180 20 /1 TOTAL 36. K VA 0 25.7 KVA _ 25.3 KW SPARE �- - GENERAL NOTES: SPARE _ _ 0 20 1 75 B 76 20 1 0 BREAKER ACCESSORIES - PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF SPARE - ' = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. i� 0 20 77 C 78 20 1 0 " = SHUNT TRIP NEW MCC -WP1 25MA M.L.O. VOLTAGE 277 / 480 V 3000A BUS PHASE 3 PH WARE 4 W 65,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) DESCRIPTION OF C LOADS (IN VA ) BY CATEGORY AND PHASE - _ _- SUB -LOAD OR PANEL LIGHTING RECEPTACLES MO TORS � OTHER PERMIT /BID BREAKER PH_ A _ PH C PH A f P H B PH C PH A PH B PH C LARGEST PH A PH B PH C REMARKS PANEL "HWPI' 9840 i 7590 7090 8820 8640 10260 4426 3690 6267 AMP / P 3040 2696 1236 i 1200 PANEL "HWP2" 0 0 0 0 0 0 0 0 0 i 360 EXTERIOR RECEIPT 2 ) 1 PANEL 'HEP2 0 0 0 _ 0 - _ 0 0 18845 1884 1884 0 0 0 - PANEL "HEPi" I 5850 7100 3500 9180 8280 8280 28915 29455 301 20 /1 740 540 1200 1 PANEL 'HEPS1' 0 0 ! 0 0 0 0 0 - _ 0 20 /1 43312 40312 40312 PANEL 'HWPS1' 0 0 _0 0 _ 0 0 0 0 0 0 90 0 34449 31449 31449 { 20 /1 CH -1 400 -- ! 360 1BRIDGE CLG RECEPT (2 78982 78982 78982 1 - 176 i i 1200 20 Z1 CH -2 - - -- -- S ZO 1 72-0 �-- -_ 720 -- 78982 78982 78982 'RETAIL SIGNAGE 1200 i 176 CP -1 i 13 A 14 1 20 /1 900 E -- 18013 18013 18013 j 1 RETAIL SIGNAGE 1200 CP -2 1200 20 1 i 15 B 16 20 1 364 18013 18013 18013 1TELECOM G1C RECEPT 2 i RETAIL SIGNAGE CWP -1 497 1200 20 /1 i 17 C 18 14411 ( 14411 ; 14411 _ I 360 _ i TELECOM G1C RECEPT 2 CWP -2 RETAIL SIGNAGE _ _ 497 1200 1441 14411 14411 360 200 360 BLR -1 2 RETAIL EXTERIOR LTS 150 ( 5820 5820 5820 j 21 B 22 i _ 20 /1 360 j 8LR -2 f TELECOM G}B RECEIPT () 2 - 1200 5820 5820 5820 1200 20 1 23 C 24 20 1 ! 360 BLR -3 _ TELECOM GIB RECEPT I _ 5820 5820 5820 1040 20 1 25 A 26 MUA -9 360 200 360 _ 7482 7482 7482 1040 1080 y � �- 1 1040 PHWP -i v � _- j 20 1 _- � _ _- 9422 9422 9422 GARAGE RECEIPT (6� - 1080 i PHWP -2 10$0 20 1 _ _180 - _ 942 -1 9422 9422 ELEV 16 CONTR. RM 2 TELECOM 28 RECEPT 1 PHWP -3 1276 _ 180 1 31 A 32 20 1 %20 %20 5820 900 BLDG ENGINEERING 2 SHWP -1 180 �� ? - - 21339 21339 21339 ; 900 BLDG ENGINEERING SH WP -2 2 TELECOM 2C RECEPT 1 180 900 21339 2133 21339 I 900 1656 900 WHP -i - BLDG MANAGER i 2 TELECOM 2C RECEPT (1 180 18013 18013 18013 , 37 A 38 20 /i 900 - WHP -2_ 9DO - I � TELECOM 3B RECEPT 1 18013 - 18013 18013 - 180 20 1 39 B 40 20 1 SMP -i 900 - BLDG MANAGER - 21339 21339 21339 180 -' _ 180 20 /1 SMP -2 -- 20 /1 -v I 1440 100 21339 21339 21339 TELECOM 3C RECEIPT 1 ! -_ 180 OHCP -1 20 1 43 A 4 4 20 1 1440 _ 942 942 942 - 2 �- 1 180 OHCP -2 180 1 20 1 45 B 46 720 942 942 942 1 MECH RM RECEPT (4 2 - OHCP -3 - -- �- ! 180 180 20/1 j 942 942 942 540 540 7TH ROOF RECEPT 3 OHCP -4 _ 180 ; j 180 942 942 942 D 540 1 OHCP -5 2 TELECOM 4C RECEPT 1 180 i 1330 ' 1330 1330 51 B 52 24 1 ~ 0 540 I DHCP -6 SPARE 2 TELECOM 4C RECEPT 1 _ 7_ 1330 1330 1330 180 - 53 C 54 20 1 0 EF -2 - 540 . - -- SPARE 2 7482 7482 7482 4i 180 2011 55 A 56 - -- - -- EF -3 0 SPARE SPARE 7482 7482 7482 180 180 PANEL 'MCC -Wi' (LOADS BY STO) -­_ - - - -- _ 20 /1 _ 0 - SPARE 2 _ 36010 36010 36010 PANEL 'MCC -WZ' LOADS BY STD) 180 20 1 59 C 60 20 1 0 SPARE 26315 26315 2 6315 - CT -t 180 20 /1 61 A 62 20 1 9820 9820 9820 SPARE 2 CT -2 180 180 20 1 9820 1 9820 9820 SPARE 2 TELECOM 68 RECEPT 1 180 - 180 20 1 65 C 66 20 1 0 ! PHASE LOADING SUMMARY LOADING SUMMARY_ LOAD TYPE (VA) PH A PH B PH C - LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND TELECOM 6C RECEPT 1 LOAD KVA DEMAND LOAD FACTOR LOAD KW 180 CONNECTED PF= LIGHTING 15,690 14,690 10,590 LIGHTING 41.0 KVA x 125% = 51.2 KVA x 95% = 48.7 KW 92% RECEPTACLES 18,000 16.920 18,540 RECEPTACLES MOTORS 487,019 486,823 490,136 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW CONNECTED OTHER 143,866 137,322 136,522 _ REMAINDER 43.5 KVA x 50% = 21.7 KVA x 100% = 21.7 KW AMPACITY = MOTORS 2,373.4 TOTAL 664,575 655,755 655,788 LARGEST 236.9 KVA x 1252 = 2962 KVA x 90% = 266.6 KW PHASE BALANCE A -B B -C C -A REMAINDER 1224.1 KVA x 100%- 1224.1 KVA x 90% - 1101.7 KW NEC DEMAND - -___ OTHER 417.7 KVA x 100% = 417.7 KVA x 100% = 417.7 KW AMPACITY = - 1% 0% i% 2,430.8 180 TOTAL 1973.2 KVA 2020.9 KVA 1866.4 KW NEW PANEL "LWP1 " Panel Notes 150 A MAiN CIRCUIT BREAKER VOLTAGE 120/208 V 1. CIRCUIT VIA LIGHTING CONTACTOR 225 A BUS PHASE 3 PH 2. ISOLATED GROUND CIRCUIT_ WARE 4 W TYPE: MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID BREAKER BREAKER { i NO - 1 DESCRIPTION -- LTG - - R ECEPT ! MOTORS OTHER TOTAL__' CCT PH CCT TOTA OTHER ( MOTORS " RECEPT '' LTG DESCRIPTiON NOTE AMP / P AMP / P RETAIL SIGNAGE - i 1200 3 + 1200 2_0 /1 - 1 A 2 20 j1 360 -�� i 360 EXTERIOR RECEIPT 2 ) 1 i RETAIL SIGNAGE 12 12 0 280 1200 20 1 3 B 4 20 1 360 - 360 100 BRIDGE CLG RECEPT 2 _ 1 RET AIL SIGNAGE 1200 i 336 1200 20 1 5 C - 6 20 /1 360 ( 360 100 BRIDGE CLG RECEPT 2) 1 RETAIL SIGNAGE 1200 _ _ _ 336 ( 1200 20 /1 j 7 A 8 20 1 _j 360 1 360 s _ BRIDGE CLG RECEPT' (2) 1 RETAIL SIGNAGE 1200 i _ - 176 90 0 1200 20 1 9 B 10 { 20 /1 360 400 ! 360 1BRIDGE CLG RECEPT (2 1 RETAIL SIGNAGE 1200 1 - 176 i i 1200 20 Z1 11 C 12 S ZO 1 72-0 �-- -_ 720 -- EX TERIOR RE 4 i 'RETAIL SIGNAGE 1200 i 176 1200 1 20 /1 13 A 14 1 20 /1 900 E -- 9 ( - 1 6TH ROOF RECEPT( j 1 RETAIL SIGNAGE 1200 497 1200 20 1 i 15 B 16 20 1 364 36` 0 1TELECOM G1C RECEPT 2 i RETAIL SIGNAGE 1200 497 1200 20 /1 i 17 C 18 20 /1 I 360 I 360 i TELECOM G1C RECEPT 2 I RETAIL SIGNAGE _ _ 497 1200 20 /1 - € 19 A 20 _ ; - 20 /i 360 200 360 TELECOM GiB RECEIPT () 2 RETAIL EXTERIOR LTS 150 280 150 20 /1 j 21 B 22 i _ 20 /1 360 j 360 f TELECOM G}B RECEIPT () 2 RETAIL EXTERIOR LTS 1200 900 1200 20 1 23 C 24 20 1 ! 360 360 TELECOM GIB RECEPT 2 _ BRIDGE LIGHTING 1040 900 1040 20 1 25 A 26 20 /1 360 200 360 TELECOM G18 RECEIPT ) 2 T BRIDGE LIGHTING 1040 1080 y � �- 1 1040 20 Ll 27 B 28 20 1 180 200 180 ! ELEV 13/14 OQN1R RM - GARAGE RECEIPT (6� - 1080 i r 10$0 20 1 29 C 30 20 1 - _180 - _ . 185 180 ( ELEV 16 CONTR. RM 2 TELECOM 28 RECEPT 1 180 1276 i 180 20 1 31 A 32 20 1 900 1060 i - 900 BLDG ENGINEERING 2 TELECOM 28 RECEPT (i 180 180 20 /1 33 34 20 /1 900 1680 900 BLDG ENGINEERING 2 TELECOM 2C RECEPT 1 180 900 180 20 1 _B 35 C 36 20 11 900 1656 900 BLDG MANAGER i 2 TELECOM 2C RECEPT (1 180 900 180 20 1 37 A 38 20 /i 900 540 9DO - BLDG MANAGER 2 TELECOM 3B RECEPT 1 180 540 180 20 1 39 B 40 20 1 900 900 - BLDG MANAGER - 2 TELECOM 38 RECEPT (1 180 -' _ 180 20 /1 41 C 42 20 /1 1440 -v 1440 100 STAIR 8 RECEPT I 2 TELECOM 3C RECEIPT 1 ! -_ 180 180 20 1 43 A 4 4 20 1 1440 _ 360 STAIR 5 RECEIPT - 2 TELECOM 3C RECEIPT 1 1 180 180 1 20 1 45 B 46 20 /1 720 540 i 720 1 MECH RM RECEPT (4 2 TELECOM 49 RECEIPT {1 ! 180 180 20/1 47 C 48 } 20 /1 540 540 540 7TH ROOF RECEPT 3 2 TELECOM 4B RECEPT 1 180 ; j 180 20 /1 49 A 50 20 Li D 540 1 SPARE 2 TELECOM 4C RECEPT 1 180 i 180 20 1 51 B 52 24 1 ~ 0 540 I SPARE 2 TELECOM 4C RECEPT 1 _ 7_ 180 180 20/1 53 C 54 20 1 0 - 540 . - -- SPARE 2 TELECOM 5B RECEPT 1 180 4i 180 2011 55 A 56 2011 0 SPARE SPARE 2 TELECOM 58 RECEPT 1 180 180 20 /1 57 B 58 20 /1 _ 0 - SPARE 2 TELECOM 5C RECEPT 1 180 180 20 1 59 C 60 20 1 0 SPARE 2 TELECOM 5C RECEPT 1 180 180 20 /1 61 A 62 20 1 0 SPARE 2 TELECOM 6 RECEPT 1 180 180 20 1 63 B 64 20 11 0 SPARE 2 TELECOM 68 RECEPT 1 180 180 20 1 65 C 66 20 1 0 ! SPARE -- 2 TELECOM 6C RECEPT 1 - _ 180 I 180 20 1 67 A 68 20 1 0 - - SPARE 2 TELECOM 6C RECEPT 1 - -___ 180 1 _ 180 20 /1 69 6 70 20 Ll 0 ��� i �'- SPARE 2 TELECOM 18 RECEP 1 -- 180 ( 180 20 1 71 C 72 - 20 1 - 0 1 ( _� - ( -� SPARE 2 TELECOM 1B RECEIPT 1 180 .._ �_. 180 20 /1 73 A 72 20 1 0 - _ - SPARE �- - SPARE _ _ 0 20 1 75 B 76 20 1 0 1 SPARE - SP - - - -� i� 0 20 77 C 78 20 1 0 ' SPARE SPARE ; _ I 0 20 1 79 A 80 20 1 1 0 SPARE PHASE LOAD SU MMARY _ SPARE LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND - -_ LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL 0 T O 20 1 81 B 82 20 1 0 - _ - -� -_ { RECEPTACLES CONNECTED MOTORS 3,929 3,193 5,770 SPARE _ _ - REMAINDER 0.0 KVA x 509 = 0.0 KVA x 1002 = 0.0 KW 79.3 SPARE _ } - ! LARGEST 2.7 KVA x 125%= 3.4 KVA x 90% = 3.0 KW NEC DEMAND PHASE BALANCE A -8 B -C C -A REMAINDER 10.2 KVA x 100% = 10.2 KVA x 90% = 9.2 KW AMPACITY = 20 1 83 C 84 20 1 0 1 TOTAL 28.6 KVA 29.4 KV 28.0 KW GENERAL NOTES: _ BREAKER ACCESSORIES - SPARE • = GFCi PHASE LOADING SUMMARY PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 97% LIGHTING 5,840 4,790 4,800 1 LIGHTING 15.4 KVA x 125% - 19.3 KVA x 95% 18.3 KW RECEPTACLES 7,020 5,400 7,200 RECEPTACLES CONNECTED MOTORS 0 0 0 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW AMPACITY = OTHER 0 - 0 0 _ -- REMAINDER 9.6 KVA x 50% = 4.8 KVA x 100% 4.8 KW 97.3 MOTORS TOTAL 12,860 10,190 12,000 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B 8 -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 94% 0.0 KW AMPACITY - OTHER 0.0 KVA x 1002 = 0.0 KVA x 100% = 0.0 KW 94.6 26% i 6% 7% - - L T OTAL 35.1 34.1 KVA 33.1 KW _ � GENERAL NOTES: �_- BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCI I NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. (" = SHUNT TRIP NEW PANEL "LWP1 A" Panel Notes 150 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 225 A BUS PHASE 3 PH WIRE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) �7 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID BREAKER BREAKER AMP P AMP P NOTE I DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL OCT PH CCT TOTAL OTHER ; MOTORS RECEPT ' LTG DES CRIPTIO N NOTE GLYCOL FEEDER 280 280 20 1 1 A 2 20J1 _ 280 - 180 100 ELEV 14 PIT REC EP�T _ WH -1, WH -2 336 336 20 1 3 8 4 20 1 280 180 100 ELEV 13 PIT RECEPT T WWH -3, WH -4 _ _ _ 336 _ 336 20 /1 41 -^ 5 C 6 20 1 280 180 100 ELEY 16 PIT R ECEPT/LT WS -1, _WS-2 HWCP -9 "- - i _ - 176 90 0 900 �. 7s 1 2 1 20 7 A 8 T 9 - 8_ 8 20C 20/1 40D 720 400 720. ODC BOILER RM RECEIPT 1 - 176 176 I 11 - C 12 20 1 720 �- -_ 720 _ _ !GARAGE [ GARAGE RECEPT 176 176 3 13 A 14 20 1 280 _ 180 loo ELEV 12 PiT RECEIPT T CWCP -9 497 497 20 15 B 16 20 ,1 280 180 _ 100 EL 12 MACH RM RE T T ' 497 497 17 C 18 20 1 1440 1440 STAIR 7 RECEPT 497 497 3 19 A 20 20 1 200 200 ENTRY GATE GLYCOL FEEDER - 280 280 20 1 21 B 22 ZO 1 ^ 200 200 _ ENTRY CARD READER CHEM TREATMENT 900 900 20 1 23 C 24 20 1 540 540 GARAGE RAMP RECEPT _ BOILER RM RECEPT 900 900 20 1 25 A 26 20 1 200 200 ENTRY GATE MECHANICA R M_RECEP - 1080 y � �- _ 1080 ( 20 1 27 _ B 28 Y 20 1 - 200 200 ENTRY C R EADE R - - ELEV PIT SUMP 1276 ' 1276 20 1� 29 C 30 20 1 _ 18 5 - _ . 185 BOILER RM MOTOR D ODO ELEV PIT SUMP 1276 i 12 20 1 31 A 32 m 20 1 1060 1060 i - BOILER RM UNIT HTRS FCU -2 CGi -02 900 20 / 33 B 34 20 1 1680 1680 LOWER GAR UNIT HTRS 900 900 35 C - 36 20 1 1656 1656 FCU -1, FCU -9, FCU -9 i _ 900 900 3 37 A 38 20 1 720 540 180 GARAGE RECEPT, UN FCU -9 CG1 -03 540 540 20 1 39 B 40 20 1 1080 1080 - STAIR 6 RECEIPT SPARE 0 20 1 41 C 42 20 1 280 180 100 ELEV 10 PiT RCPT AT SPARE _ -_ 0 20 fi ___. _43_ A 44 20 1 360 _ 360 GARAGE RECEPT 2 - SPARE 0 20 1 ( 45 B 46 20 1 540 540 GARAGE UH SPARE 0 20 1 47 C 48 20 /1 540 540 ' GARAGE UH SPARE j - 0 20 1 ! 49 A 50 20 1 540 540 1 GARAGE UH SPARE _ 0 20 1 51 8 52 _ A _ l 1 540 540 I I GARAGE UH SPARE -� 0 20 (1 53 C 54 20 1 540 - 540 . - -- 'GARAGE UH SPARE - 0 20 1 55 A 56 20 1 0 SPARE SPARE - 0 20-Li 57 8 j �58 20 1 0 - SPARE SP 0 20 /1 59 C 60 20 1 0 �- SPARE SPARE 0 20 1 61 A 62 20 1 1 0 SPARE SPARE 0 - ?op - 63 8 64 20 1 - _ 0 SPARE_ - - SPARE 0 2 1 0 i 65 C 66 _ 20 t i 0 - SPARE -- SPARE - _ I 0 20 1 67 A 68 20 1 0 .SPARE -_ SPARE - SPARE - -___ _- - 0 0 20 1 20 1 - 69 - B _ 70 71 C 72 20 1 20 1 0 0 ��� i �'- - SPARE SPARE -- SPARE SPARE ( 0 20 1 20 1 73 A 74 75 B 76 20 /1 24 1 0 0 1 ( SPARE SPARE _ SPARE .._ �_. 0 20 1 77 C 78 20 1 - - o � - _ }(-- I ! FARE - SPARE 0 20 Ll 79 A 80 I 20 /1 0 1 SP _ -� -- - SPARE- i� } 0 20 /1 81 ' 2 i 0 ' SPARE - -____- SPARE ; _ I o I 2 /1 _ 1 83 C 84 {_ _ _zo /1 0 PHASE LOAD SU MMARY _ PANE LOADING SUMMARY LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND - LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 95% LIGHTING 200 200 200 LIGHTING 0.6 KVA x 125% = 0.8 KVA x 95% = 0.7 KW RECEPTACLES 1,800 3,240 3,060 RECEPTACLES CONNECTED MOTORS 3,929 3,193 5,770 FIRST 10 KVA &I KVA x 100% = &I KVA x 100% = 8.1 KW AMPACITY = OTHER 3,040 2,696 1,236 _ � ..__ REMAINDER 0.0 KVA x 509 = 0.0 KVA x 1002 = 0.0 KW 79.3 MOTORS TOTAL 8,969 9,329 10,266 ! LARGEST 2.7 KVA x 125%= 3.4 KVA x 90% = 3.0 KW NEC DEMAND PHASE BALANCE A -8 B -C C -A REMAINDER 10.2 KVA x 100% = 10.2 KVA x 90% = 9.2 KW AMPACITY = OTHER 7.0 KVA x 100% =- 7.0 KVA x 100% = 7.0 KW 81.6 4% 10% 14% 1 TOTAL 28.6 KVA 29.4 KV 28.0 KW GENERAL NOTES: _ BREAKER ACCESSORIES - PROViDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCi NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL *• = SHUNT TRIP © 2003 42140 ARCHITECTURE, INIL 0 0�11111fill /, // FiEGj %,, .d' r to w ' •••. / OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD J ARCHITEECI LIRE Denver, Colorado MASTERPLANNER & DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & INC AVON,COLORADO MBP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SUPER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 molEcr N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LiONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P -PAN i -W.DWG - E700.1 PLOT: 02/10/2005 ©2:06pm REV: 02/10/2005 CAD: WES XREF: tb.dwg 11 E 7 00.1 Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P -PAN T -W.DWG - E700.2 PLOT: 02/10/2005 Q 2:06pm REV: 02/10/2005 CAD: WES XREF: tb.dwg NOTE DESCRIPTION NEW PANEL "HEP1" PANEL PANEL "HEP2" CCT PH CCT BREAKER Panel Notes: OTHER MOTORS - RECEPT Panel Notes MAiN CIRCUIT BREAKER VOLTAGE NOTE 120/208 V 300 A WLO. VOLTAGE 277/480 V BUS PHASE 1. VIA EXTERIOR LIGHTING CONTACTOR. 3 PH 277/480 400 A BUS PHASE 3 PH 277/480 V 2. VIA INTERIOR LIGHTING CONTACTOR. 200 A BUS 1 _ RE TAIL SIGNAGE WIRE 4 W 200 A BUS 400 ZO 1 PHASE 3 PH TYPE : 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) j 1 A 2 1440 �� WIRE ? 1 ; BREAKER -�- - BREAKER MTG.: SURFACE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) WIRE 4 W TOTAL AMP P CCT PH CCT AMP P / TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE _ (GARAGE RCPT goo _ 900 TYPE : 2 20 1 360 - - 360 L OADING DOCK RE CEP T _- GARAGE UH, RCPT 720 18,000 20 /1 3 B 4 20 /1 540 I i BREAKER 540 LOADING DOCK RECEPT - MTG.: SURFACE 1 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 1 180 20 1 5 C 6 NOTE I DESCRIPTION j LTG { RECEPT MOTORS OTHER ? TOTAL AMP / P CCT PH CCT TOTAL ( OTHER MOTORS RE CEPT LTG DESCRI NOTE AMP / P IEF -4 7 A 7482 j � - 7482 j 45 / 1 A 2 i 30 1 -- 1500 1500 1 ELEV 4 5 PIT RCPT 140 DOCK LEVELER ( -_ 1' 280 y 20 1 7482 10 7482 I / 3 B 4 / 1500 ( 1500 LTG RECEPT ( j' TOTAL CCT PH CC T - TOTAL ' _ - ( 7482 LTG 7482 3 5 C_ -- 6 1 13 15 00 _ - 1500 1500 -_ - -- �- ' A - 2 20 1 EF - 0 7482 20 1 7482 1- 45-/,.-.-- 7 A g- 30 / ( 1500 j 7482 19 A 20 21 B 22 23 C 24 DOCK LEVELER 7482 3 B I 7482 900 7482 ; B 9 B 10 - 0 1540 ? 1500 -1 -- SPARE 1 7482 LOADING DOCK TOIL SPARE 7482 3 7482 C - -_ _ 7482 _ /3 11 C 12 13 i ? 1500 - 1500 0 j T B 10 » -- 20 t !SPARE J EF -5 I 3880 540 3880 20 13 A 14 i 45 497 497 1 0 11 SP -1C 12 RETA SIGNAGE ISPARE ` 0 1 3880 too oo 3m 880 / 115 8 i6 _ - 497. ( 497 1 w w ` 2V �1 1 0 4 13 A ;TRASH ` COMPACTOR { 3880 1 1800 j_ 1 MCI 13 1800 30 / 17 19 C A 1 20 _ 45 / - 497 j 497 7482 3 11 _ Sp -10 12 20 1 i` 0 B 1800 1 1800 's LOADING DOCK RCPT 21 B 22 EF -5 497 49 7 3880 25 A 26 ' 20 13 - A - 14 20 1 - 1800 _ i 1800 i _ /3 23 C 24 /3 497 497 -- 20 /1 27 B -_- , 20 /1 20 /1 3880 - D OCK LEVELER 15 1500 ; _ 1500 _ 30 / 1 25 A 26 20 1 j I 1 1276 1350 SE FA AD£ 1 20 1 /_ - ` ! 1500 1500 3880 1500 1500 I / 3 27 1 29 B C 28 30 20 /1 20 1 -� ._- 1800 __. 600 - - i _ i } 1800 600 EXTERIOR ENTRY ISE LIGHTING SE 1 2 32 DOCK LEVELER SPARE SPARE 1500 1- 1500 30 / 31 A _ _ 32 ( 20 /1 1200 i 24 1 ; 0 ( 1200 G1 LTG 1276 1 20 1 33 B - SPARE - 20 1 15M ( 1500 / 33 B 34 20 /1 19 4Q�� 21 B 22 1900 Gi L 0 1276 I 20 1 ' 36 1500 SPARE 1500 I /3 35 C 36 ( 20 /1 0 0 0 - 20 i -- 'SPARE _ L 24 20 1 - _ PANEL `LEP1" 3200 1 5760 0 740 9700 J 701 37 A�38 20 1 20 1 0 { 1200 ELEV 4/5 MACH RECEP SPARE 0 20 1 25 VIA 45 KVA - -- 3200 1 4500 540 540 8780 i / 39 B 40 20 1 0 _ (SPARE SPARE 0 SPARE v 20 1 B �p XFMR 2800 1 5580 0 1200 - 9580 13 41 C 42 2O 1 0 -- ISPARE UH - GARA 20 1 SPARE SPARE - I PANEL LOADING SUMMARY - 33 35 PANEL 'LEP1A' 1 100 1 3420 1276 1 0 4796 45 / , 43 A 44 , 20 /1 0 ! SPPARE 2 2 - - 1 2 {TELECOM 5D RECEPTSi TELECOM 6A RECEPT11 ITELECOM 6A RECEPT (1 SPARE SPARE 33 PANEL ViA 30 KVA 1 200 , 3780 1276 1 0 5256 / 1 45 B 46 T 20 /1 _ 0 _ j - -� - - 1 -� - - - - SPA SPARE 96% LIGHTING XFMR 1Q0 2700 2552 1 0 5352 13 47 C 48 y 20 /1 0 I B 34 20 1 SPARE 0 r - SP - 9.9 KVA SPARE _ 0 _ 20 /1 49 A 50 20 Z1 0 - 0 20 1 1 35 SPARE 36 20 1 0 SP - ®- _ SPARE 0 _20 /t 51 B 52 I 20 1 0 i KW NEC DEMAND PHASE BALANCE -- SPARE 20 1 37 A SPARE 20 1 w 0 �0. 20 /1 53 C 54 20 1 0 KW S'� ____ FACTOR 10% 2% 12% SPARE PANEL 0 0 SPARE - - 39 B 40 200 1 0 20 1 55 A 56 20 1 0 SPARE 4 - SPARE SPARE �- - ( BREAKER ACCESSORIES SPARE 0 Lii 41 C 0 20 1 57 B 58 20 1 •• = SHUNT TRIP j x 95% 1PPARE 1 SPARE RECEPTACLES 0 0 SPARE RECEPTACLES 20 1 81 B 82 0 __ IL LL 59 C 60 - 20 11 _0 -- 0 i - _ PH C LOAD TYPE CONNECTED SPARE -- POWER PHASE LOADING SUMMARY _ DEMAND PANEL LOADING SUMMA 0.0 KW AMPACITY = OTHER 0 0 j LOAD TYPE (VA) PH A PH B PH C - LOAD TYPE CONNECTED FACTOR -- NEC CALCULATED POWER DEMAND = PANEL 0.0 0.0 KVA LOAD KVA x 125% = DEMAND LOAD FACTOR LOAD KW PANEL KW 0 RECEPTACLES 0 0 CONNECTED PF= TOTAL 0 CONNECTED PF= 0 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW 92% 90% LIGHTING 5,850 7,100 3,500 LIGHTING 16.5 KVA LIGHTING x 125% = 20.6 KVA x 95% = 19.5 KW 0.0 KVA x 95% RECEPTACLES 9,180 8,280 8,280 RECEPTACLES 40,312 ___ RECEPTACLES 0 0 0 CONNECTED x 100% = MOTORS 28,915 29,455 30,191 I FIRST 10 KVA 10.0 KVA 0.0 x 100% = 10.0 KVA x 100% = 10.0 KW AMPACITY = 18,845 OTHER 740 540 1,200 REMAINDER 15.7 KVA x 100% = x 50% = 7.9 KVA x 100% = 7.9 KW 160.3 KW AMPACITY = -i ( MOTORS 0 0 _ f REMAINDER 0.0 KVA 0.0 KVA x 50% = 0.0 KVA TOTAL 44,685 45,375 43,171 LARGEST 22.4 KVA 68.0 x 125% = 28.1 KVA x 90% = 25.3 KW NEC DEMAND 1 MOTORS PHASE BALANCE A -B B -C C -A REMAINDER 66.1 KVA PROVIDE NEW UPDATED PAM DIRECTORIES x 100% = 66.1 KVA x 90% = 59.5 KW AMPACITY = TOTAL 18,845 18,845 OTHER 2.5 KVA 224 KVA x 100%- -� 2.5 KVA x 100% 15 KW 162.5 = 25.3 2% 5% 4% NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 34.1 KVA 7% x 100% = 34.1 KVA TO TAL 133.2 KVA 30.7 KW 135.1 KV 124.6 KW GENERAL NOTES: 1 OTHER 0.0 KVA x 100% = 0.0 KVA x 100% = (BREAKER ACCESSORIES - 74.8 PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF Ox I • = GFCI GENERAL NOTES: NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL '• = SHUNT TRIP Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P -PAN T -W.DWG - E700.2 PLOT: 02/10/2005 Q 2:06pm REV: 02/10/2005 CAD: WES XREF: tb.dwg NOTE DESCRIPTION NEW PANEL "LEP1A" NEW PANEL PANEL "HEP2" CCT PH CCT BREAKER Panel Notes: OTHER MOTORS - RECEPT 100 A MAiN CIRCUIT BREAKER VOLTAGE NOTE 120/208 V Panel Notes: i RETAIL SIGNAGE Panel Notes 100 A BUS PHASE , AMP / P 3 PH 277/480 200 A MAIN CIRCUIT BREAKER 1260 VOLTAGE 277/480 V 4 W 200 A BUS 1 _ RE TAIL SIGNAGE TYPE : 3 PH 200 A BUS 400 ZO 1 PHASE 3 PH MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) j 1 A 2 1440 �� WIRE ? 1 ; BREAKER -�- - BREAKER t WIRE 4 W TOTAL AMP P CCT PH CCT AMP P / TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE _ (GARAGE RCPT goo _ 900 TYPE : 2 20 1 360 - - 360 L OADING DOCK RE CEP T _- GARAGE UH, RCPT 720 18,000 20 /1 3 B 4 20 /1 540 I i 20 ZI 540 LOADING DOCK RECEPT - MTG.: SURFACE 1 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 1 180 20 1 5 C 6 20 1 1080 " 9 B 10 BREAKER 1080 1 50 / ISTAIR 2 RECEPT I I 0 BREAKER DESCRIPTION 360 - BREAKER - 360 j 20 /1 7 A 8 20 1 ;CCT PH CCT ( 0 � LTG DESCRIPTION NOTE SPARE { - 1 ELEV 4 5 PIT RCPT 140 180 ( -_ 20 /1 280 y 20 1 1 9 8 10 ( 2 1 I RECEPT 0 I - 400 AMP / P - - _ AMP P NOTE _ DES - LTG RECEPT MO TORS OTHER TOTAL CCT PH CC T - TOTAL OT MOTORS 2011 LTG DESCRIPTION NOTE 20 1 EF -i Q __ 7482 i SPAR 7482 45 1 A - 2 20 1 ( 0 280 20 1 j 13 A 14 20 1 SPARE 1 180 180 180 -- -- _ - _ j 7482 19 A 20 21 B 22 23 C 24 SPARE 7482 3 B 4 20 /1 900 0 ; B 16 20 /1 A - 0 SPARE 20 /1 -1 -- SPARE 1 7482 LOADING DOCK TOIL SPARE 7482 3 5 C 6 20 1 i 17 C 0 1 20 %1 20 1 0 j T B 10 SPARE 20 t !SPARE O __. LOA DOCK OFFICE 540 4TH & 5111 FUR 15M i 7 A 8 20 1 20 1 0 0 11 C 12 RETA SIGNAGE ISPARE ROOF HEAT TRACE 0 1 ELEV 1 PIT RCPT too oo 180 1 SPARE 540 20 1 14 1 z o 1 w w ` 2V �1 1 0 4 13 A 14 SPARE 20 1 SPARE STAIR 1 RCPT 180 -- _ SPARE 7482 1080 20 /1 7482 3 11 C 12 20 1 20 /1 0 B ISPARE -- 20 /1 LOADING DOCK RCPT 0 i goo - EF -5 ;SPARE 900 3880 25 A 26 3880 20 13 - A - 14 20 1 1 17 0 18 ' DOCK LEVELER RCPT !ROOF HEAT TRACE 1080 SPARE RETAIL SIGNAGE 1 -- 20 /1 27 B 3880 , 20 /1 20 /1 3880 � 15 B 16 20 1 A 0 ELEV PIT SUMP - -- -_ -__ -- i _ 1276 TELECOM 30 RECEPT f SPARE 1276 20 1 -- 30 20 1 /_ 3880 _ _ 0 -- - - V 3880 3 ( 17 C 18 20 1 IELE PIT SUMP 0 2 0_x - 180 i - 1 2 7 6 SPARE 31 A 32 SPARE SPARE SPARE 0 1- 21 ELEV 1 MACHINE ROOM 0 20 1 19 A 20 i 24 1 ; 0 1 _ 1276 1 20 1 33 B - SPARE - 20 1 1500 SPARE - 1 - C SPARE 0 20 1 21 B 22 20 1 _ _ 0 1276 I 20 1 35 C 36 20 /1 SPARE 0 SPARE SPARE 20 1 _ SPARE 26 j 0 0 - 20 i 23 C 24 20 1 - 180 0 37 A 38 20 /1 ;SPARE 0 SPARE - 20 1 SPARE _ SPARE 1200 1200 ELEV 4/5 MACH RECEP 1 0 20 1 25 A 2 6 20 1 39 B 0 24 1 180 0 _ 24 1 SPARE _ (SPARE SPARE 0 SPARE v 20 1 B �p 0 20 2 7 B 28 24 1 J 20 1 0 0 i 540 SPARE - - - -- ISPARE UH - GARA 20 1 PHASE LO ADING SUMMARY SPARE - I PANEL LOADING SUMMARY - 33 35 - - - 0 ( 20 /1 29 C - 30 20 1 SPARE 0 UPPER GARAGE RECEPT SPPARE 2 2 - - 1 2 {TELECOM 5D RECEPTSi TELECOM 6A RECEPT11 ITELECOM 6A RECEPT (1 LOAD KVA DEMAND LOAD SPARE 33 PANEL SPARE _ 37 A - 38 360 180 180 20 1 0 1 20 /1 31 A 32 20 1 ( 0 ) 180 (SPARE SPARE 96% LIGHTING SPARE LIGHTING 0 SPARE 0.5 KVA x 95% - 0.5 KW SPARE RECEPTACLES 0 20 1 33 B 34 20 1 - 0 r 1,276 1,276 2,552 FIRST 10 KVA - 9.9 KVA SPARE KW AMPACITY - SPARE 0 0 0 _ REMAINDER 0.0 KVA x 50% = 0.0 KVA 0 20 1 1 35 C 36 20 1 0 0 _ SPARE PANEL LOADING SUMMARY - SPARE LARGEST 180 SPARE 1.6 KVA - -_ KW NEC DEMAND PHASE BALANCE 0 -1 20 1 37 A 38 20 1 w 0 TELECOM 70 RECEPT t 3 OTHER C 0.0 KVA x 100% = SPARE x 100% = 0.0 KW S'� ____ FACTOR 10% 2% 12% PANEL 0 0 RECEPTACLES 39 B 40 200 1 TOTAL 0 15.4 KVA _ KVA - - 15.3 KW CONNECTED PF= 0 SPARE 4 - SPARE _ =_15.8 - �- - ( BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS 0 Lii 41 C 42 20 1 0 0 0.0 KVA 71 C 72 •• = SHUNT TRIP j x 95% 1PPARE 1 PHASE LOADING SUMMARY - RECEPTACLES 0 0 PANEL LOADING SUMMARY RECEPTACLES 20 1 81 B 82 20 1 0 73 A TOTAL LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED 0.0 KVA NEC CALCULATED POWER 0.0 KVA _ DEMAND - - -__ 0.0 KW AMPACITY = OTHER 0 0 j LOAD KVA 0.0 KVA DEMAND LOAD FACTOR 0.0 KVA LOAD KW = PANEL 0.0 0.0 KVA OTHER x 125% = 0.0 KVA MOTORS 0.0 KW 0 RECEPTACLES 0 0 CONNECTED PF= TOTAL 0 0 0 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND 90% LIGHTING 0 0 0 LIGHTING 0.0 KVA x 100% = x 125% = 0.0 KVA x 95% = 0.0 KW 40,312 ___ RECEPTACLES 0 0 0 RECEPTACLES x 100% = 0.0 KVA x 100% = 0.0 KW 0.0 ox CONNECTED MOTORS 18,845 18.845 18,845 FIRST 10 KVA 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW AMPACITY = OTHER 0 0 0 _ f REMAINDER 0.0 KVA 0.0 KVA x 50% = 0.0 KVA x 100% GENERAL NOTES- OA KW 68.0 REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 109.9 PHASE BALANCE A -B B -C 1 MOTORS REMAINDER REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = 0.0 KVA BREAKER ACCESSORIES PROVIDE NEW UPDATED PAM DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF KW TOTAL 18,845 18,845 18,845 I LARGEST 224 KVA OTHER x 125%- 28.1 KVA x 90% = 25.3 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 34.1 KVA 7% x 100% = 34.1 KVA x 94% 30.7 KW - AMPACITY = 1 OTHER 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW 74.8 Ox Ox ox j GENERAL NOTES: TOTAL 5 6.5 _ KVA PROVIDE NEW UPDATED PANEL DIRECTORIES 62.1 KVA INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 55.9 KW GENERAL NOTES: NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL _ _ v BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF ' = GFCI NEW CIRCUITS BEiNG INSTALLED. INDICATE NEW SPARES IN PENCIL. •' = SHUNT TRIP Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P -PAN T -W.DWG - E700.2 PLOT: 02/10/2005 Q 2:06pm REV: 02/10/2005 CAD: WES XREF: tb.dwg NOTE DESCRIPTION NEW PANEL "LEP1A" NEW PANEL "HWP2" BREAKER CCT PH CCT BREAKER Panel Notes: OTHER MOTORS - RECEPT 100 A MAiN CIRCUIT BREAKER VOLTAGE NOTE 120/208 V Panel Notes: i RETAIL SIGNAGE _400 100 A BUS PHASE , AMP / P 3 PH 277/480 V 20 f 1260 OTHER WIRE 1260 4 W 200 A BUS 1 _ RE TAIL SIGNAGE TYPE : 3 PH 400 A BUS 400 ZO 1 3 B - 4 20 1 MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) j 1 A 2 1440 �� WIRE ? 1 ; BREAKER -�- - BREAKER t NOTE DESCRIPTION LTG RECEPT M0� OTHER ( TOTAL AMP P CCT PH CCT AMP P / TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE _ (GARAGE RCPT goo _ 900 20 1 1 A 2 20 1 360 - - 360 L OADING DOCK RE CEP T _- GARAGE UH, RCPT 720 18,000 20 /1 3 B 4 20 /1 540 I i 20 ZI 540 LOADING DOCK RECEPT - E LEV 8/9 PIT RCPT 1 180 ( 1 1 180 20 1 5 C 6 20 1 1080 " 9 B 10 BREAKER 1080 1 50 / ISTAIR 2 RECEPT I I 0 ELEV 8/9 LOBBY RCPT DESCRIPTION 360 - - - 360 j 20 /1 7 A 8 20 1 ;CCT PH CCT ( 0 i MOTORS I, RECEPT LTG DESCRIPTION NOTE SPARE { - 1 ELEV 4 5 PIT RCPT 140 180 ( -_ 20 /1 280 y 20 1 1 9 8 10 ( 2 1 I RECEPT 0 I - 400 RETAIL SIGNAGE 1 1SPARE SPARE 400 R ELEV 3 PVT RCPT 100 r 180 - - 0 280 2011 11 __ 12 20 /1 20 1 0 Q __ 400 i SPAR ; 400 ELEV 6 PIT RCPT too I 180 400 -_ -__ 280 20 1 j 13 A 14 20 1 RETAIL STOREFRONT RE RETAIL STOREFRONT RECEPT RETAIL STOREFRONT RECEPT 1 180 180 180 0 - _ - _ _ SP 19 A 20 21 B 22 23 C 24 SPARE LOADING DOCK RCPT 900 - - -- - 400 400 RETAIL SiGNA - - RETAIL SIGNAGE RETAIL SIGNAGE 900 i 20 1 ; B 16 20 /1 A - 0 180 IW 1 20 /1 -1 - - SPARE 1 , LOADING DOCK TOIL SPARE 180 i 4 , SPARE RETAIL STOREFRONT RE 180 1 20 1 i 17 C 18 1 20 %1 20 1 0 j T B 10 _ 20 t !SPARE O __. LOA DOCK OFFICE 540 4TH & 5111 FUR 15M i 540 20 / 1 1 9 A 20 20 1 0 0 11 C 12 RETA SIGNAGE SPARE ROOF HEAT TRACE 0 1 ELEV 1 PIT RCPT too oo 180 1 SPARE 540 20 1 280 1 21 B 22 20 1 12 1 0 I 13 A 14 SPARE 20 1 j STAIR 1 RCPT 180 ! 1080 _ SPARE 400 1080 20 /1 23 C 24 1 20 /1 i ( 0 0 20 /1 1 15 B ISPARE -- 20 /1 LOADING DOCK RCPT 0 i goo ROOF HEAT TRACE - 1 ;SPARE 900 20 1 25 A 26 ; 20 1 15 0 i6 0 20 1 1 17 ISPARE 18 ' DOCK LEVELER RCPT !ROOF HEAT TRACE 1080 4Q0 RETAIL SIGNAGE 1 1080 20 /1 27 B 28 , 20 /1 20 /1 0 1 41 C - 42 0 20 /1 - � SPARE A 20 ELEV PIT SUMP - -- -_ -__ -- i _ 1276 TELECOM 30 RECEPT f j 1276 20 1 29 C 30 20 1 /_ _ _ 0 -- - - V -- 0 SPARE 21 B IELE PIT SUMP TELECOM 3D RECEPT 1 2 0_x - 180 i - 1 2 7 6 20 /1 31 A 32 20 /t SPARE SPARE 0 1- 21 ELEV 1 MACHINE ROOM ( SPARE 20 / 1 20 11 23 25 ELEV_ SUMP -__ _ ; - 1276 1276 1 0 i 1276 1 20 1 33 B - 34 - 20 1 1500 0 (- 15M 1 TELECOM 4A RECEPT 1 C SPARE I 1500 V P17 SUMP B 28 20 1 _ _ _ ROOF HEAT TRACE 1276 I 20 1 35 C 36 20 /1 2 0 SPARE 180 20 1 _ SPARE 26 j 0 ELEV 9 MACH RECEPT 29 180_ _ 180 20 1 180 20 1 37 A 38 20 /1 ;SPARE 0 SPARE SPARE 20 1 53 C 54 SPARE 1200 1200 ELEV 4/5 MACH RECEP 1 j 180 A 32 2 180 20 1 39 B 40 24 1 180 0 SPARE 24 1 540 540 (SPARE __.... 0 SPARE v 20 1 B �p SPARE -__ 0 20 1 41 C 42 20 1 j SPARE 0 i 540 SPARE - - - -- _____ - BARE UH - GARA 20 1 PHASE LO ADING SUMMARY 0 I PANEL LOADING SUMMARY - 33 35 C 36 - _- LOAD TYPE (VA) PH A PH B PH C LOAD TYPE -- CONNECTED NEC CALCULATED POWER DEMAND SPARE 0 UPPER GARAGE RECEPT SPPARE 2 2 - - 1 2 {TELECOM 5D RECEPTSi TELECOM 6A RECEPT11 ITELECOM 6A RECEPT (1 LOAD KVA DEMAND LOAD FACTOR LOAD KW 33 PANEL 20 1 37 A - 38 360 180 180 20 1 57 8 58 0 CONNECTED PF- TELECOM G1 tz£CEPT TELECOM iD RECEPT 1 TELECOM iD RECEPT 1 2 2 2 2 - SPARE SPARE - ) 180 (SPARE SPARE 96% LIGHTING 100 200 too LIGHTING 0 0.4 KVA x 125% - 0.5 KVA x 95% - 0.5 KW SPARE RECEPTACLES 3, 420 3,780 2,700 RECEPTACLES - 180 PANEL `LEPS1' SPARE CONNECTED MOTORS 1,276 1,276 2,552 FIRST 10 KVA 9.9 KVA x 100% = 9.9 KVA x 100% - 9.9 KW AMPACITY - OTHER 0 0 0 _ REMAINDER 42 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 42.8 71 C 72 j MOTORS 0 PHASE LOADING SUMMARY _ SPARE PANEL LOADING SUMMARY TOTAL 4,796 5,256 5.352 LARGEST 180 1.3 KVA x 125% = 1.6 KVA x 90% = 1.4 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER CONNECTED - 3.8 KVA x 100% = 3.8 KVA x 90% = 14 KW AMPACITY = TELECOM 70 RECEPT t 3 OTHER C 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW 43.9 FACTOR 10% 2% 12% LOAD KW PANEL 0 SPARE RECEPTACLES 2 TELECOM 7D RECEPT 1 PANEL_ L SU MMARY -- - 180 TOTAL SPARE 15.4 KVA _ KVA - - 15.3 KW CONNECTED PF= 0 GENERAL NOTES 4 - _ _- _ _ =_15.8 - �- - CONNECTED BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF DEMAND 0% • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 0 0 LIGHTING 0.0 KVA 71 C 72 •• = SHUNT TRIP Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P -PAN T -W.DWG - E700.2 PLOT: 02/10/2005 Q 2:06pm REV: 02/10/2005 CAD: WES XREF: tb.dwg NEW PANEL "LEP1" Panel Notes: 150 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. VIA LIGHTING CONTACTOR 225 A BUS PHASE 3 PH 2 ISOLATED GROUND CIRCUIT. WIRE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) -- NOTE DESCRIPTION LTG RECEPT NEW PANEL "HWP2" BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS - RECEPT LTG DESCRIPTION NOTE AMP P Panel Notes: i RETAIL SIGNAGE _400 200 A MAIN CIRCUIT BREAKER , AMP / P VOLTAGE 277/480 V 20 f 1260 OTHER TOTAL 1260 j TOTAL 200 A BUS 1 _ RE TAIL SIGNAGE PHASE 3 PH 400 A BUS 400 ZO 1 3 B - 4 20 1 1440 ( 20 / j 1 A 2 1440 �� WIRE 4 W 1 RETAIL SIGNAGE 400 t SNOWMELT & 400 TYPE : 5 C 6 20 1 0 ( j 3 B 4 q7 S PARE 1 RETAIL SiGNAGE 400 MTG.: SURFACE - 18,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 20 /1 7 A 8 20 ZI - 0 3 5 C 6 -(_ /3 S PARE 1 RETAIL SIGNAGE 400 A_- i BREAKER - - 9 B 10 BREAKER 900 1 50 / { 7 A 8 900 I 0 CORRIDOR RECEPT (5) DESCRIPTION AMP / P NOTE DESCRIPTION LTG ( RECEPT MOTORS OTHER TOTAL AMP P ;CCT PH CCT TOTAL ( OTHER i MOTORS I, RECEPT LTG DESCRIPTION NOTE EXTERIOR RECEPT 2) �PPARE 1 RETAIL SIGNAGE 400 j ( 0 20 /1 ( t A 2 1 20 11 I RECEPT O 400 RETAIL SIGNAGE 1 1SPARE RETA SIGNAGE 400 (SPARE 1500 SNOWMELT & 400 20 i_ 15 B 16 0 20 /1 3 B 4 400 20 1 1 Q __ 400 i !SPARE ; 400 SPARE j _ -� -. 400 -_ -__ 0 20 /1 ( 5 C 6 RETAIL STOREFRONT RE RETAIL STOREFRONT RECEPT RETAIL STOREFRONT RECEPT 20 / t 180 180 180 0 - _ - _ 180 1 180 t- 180 _ 20 1 20 1 20 1 19 A 20 21 B 22 23 C 24 SPARE - 400 400 I 400 SPARE - - -- - 400 400 RETAIL SiGNA - - RETAIL SIGNAGE RETAIL SIGNAGE 1 1 1 -- 0 20 /1 7 A $ _; 180 IW 1 20 /1 2 5_ A 26 A'f D •f � c, o A: 0 j 400 IAA Tw 1 , r - SPARE RETAIL SIGNAGE TALI IGNA i 4 , SPARE RETAIL STOREFRONT RE PT 180 - A 6 0 20 1 9 T B 10 _ 20 t ROOF HEAT TRACE O RETAIL SIGNAGE �- SPARE 4TH & 5111 FUR 15M SPARE 200 j 20 1 31 A 32 20 1 0 20 /1 11 C 12 RETA SIGNAGE 20 /1 ROOF HEAT TRACE 0 1 � ROOF HEAT TRACE 540 SPARE 540 20 1 SPARE 20 1 400 it C 12 0 1 20 1 13 A 14 SNOWMELT &' 20 1 j 0 j - 180 2 0 1 j SPARE 400 ! 1500 SPARE -- 400 1 i 2 0 20 /1 1 15 B 16 ? 20 /1 ( 0 i 400 ROOF HEAT TRACE - 1 ;SPARE 400 RETAIL SIGNAGE SPARE 2 TELECOM 3A RECEPT 1 15 180 i6 0 20 1 1 17 C 18 ' 20 1 !ROOF HEAT TRACE 0 4Q0 RETAIL SIGNAGE 1 SPARE 3A RECEPT 1 1500 ,SPARE 1500 20 /1 i� 20 1 41 C - 42 0 20 /1 - � 19 A 20 } 0 20 /1 IROOF HEAT TRACE 0 TELECOM 30 RECEPT f j 180 SPARE SPARE 180 SPARE 43 A 44 �^ - - -' 20 0 2 0 /1 _ 21 B 22 TELECOM 3D RECEPT 1 2 0_x - 180 0 j - _ -� _ 20 1 SPARE Z O 1 180 SPARE SPARE I 1- 21 ELEV 1 MACHINE ROOM ( 0 0 20 / 1 20 11 23 25 C A 24 26 ; 20 / 1 20 1 __ 0 i 20 1 -j _ ;S [ 1440 1500 SPARE 15M 1 TELECOM 4A RECEPT 1 C 180 20 /1 1500 27 B 28 20 1 _ 20 /1 ROOF HEAT TRACE 0 1 1440 j 1 STAIR 2 RECEPT (SPARE 2 TEL ECOM 4D RECEPT 1 SPARE 180 20 1 _ 180 26 j 0 1 20 1 29 C 30 180 20 1 ELEC ROOM 0 1 2 I - ;SPARE ; SPARE SPARE 20 1 53 C 54 20 1 1200 1200 0 20 /1 31 A 32 2 20 1 0 i 840 SPARE 180 20 1 SPARE 24 1 540 540 I 29 0 1 2 0 /1 v 20 1 B 34 - SPARE 20 L_� 0 180 i 57 6 58 j SPARE 5 40 540 SPARE - - - -- -_ -- UH - GARA 20 1 2 0 _ j 20 /1 - 33 35 C 36 - 20 /1 59 C 60 0 1080 _ C 55 A 56 SPARE 0 UPPER GARAGE RECEPT SPPARE 2 2 - - 1 2 {TELECOM 5D RECEPTSi TELECOM 6A RECEPT11 ITELECOM 6A RECEPT (1 0 1 180 i _ 180 33 0 20 1 37 A - 38 360 180 180 20 1 57 8 58 0 I - TELECOM G1 tz£CEPT TELECOM iD RECEPT 1 TELECOM iD RECEPT 1 2 2 2 2 - SPARE SPARE - ) 180 (SPARE SPARE 180 20 1 67 A 68 20 1 0 20 /1 39 B 40 SPARE 20 /1 2 0 - 180 PANEL `LEPS1' SPARE _ 69 B 70 SPARE - 0 I - A I 0 20 1 41 C 42 - 18 0_ 20 1 i =0 - 180 - 20 1 71 C 72 j SPARE 0 PHASE LOADING SUMMARY _ SPARE PANEL LOADING SUMMARY 2 TELECOM 2D RECEPT 1 SPARE 180 15117 SPARE 180 LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED - 0 NEC CALCULATED POWER 13195 DEMAND TELECOM 70 RECEPT t 3 180 C 42 180 LOAD KVA 75 B 76 DEMAND LOAD FACTOR 0 LOAD KW PANEL 0 SPARE RECEPTACLES 2 TELECOM 7D RECEPT 1 PANEL_ L SU MMARY -- - 180 I SPARE 180 20 1 77 C 78 CONNECTED PF= 0 LOAD TYPE (VA) PH A PH B PH C SPARE x 100% = CONNECTED SPARE NEC CALCULATED - POWER DEMAND 0% LIGHTING 0 0 0 LIGHTING 0.0 KVA 71 C 72 x 125% = 0.0 KVA x 95% = 0.0 KW SPARE RECEPTACLES 0 0 0 RECEPTACLES 20 1 81 B 82 20 1 0 73 A TOTAL CONNECTED MOTORS 0 0 0 FiRST 10 KVA 0.0 KVA x 90% = x 100% - 0.0 KVA x 100% = 0.0 KW AMPACITY = OTHER 0 0 0 REMAINDER 0.0 KVA PHASE LOADING SUMMARY x 50% = 0.0 KVA x 100% = 0.0 KW 0.0 0.0 KVA OTHER x 125% = 0.0 KVA MOTORS 0.0 KW 0 RECEPTACLES 0 0 0 TOTAL 0 0 0 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA 0.0 KVA x 100% = 0.0 KVA x 90% AMPACITY = 0.0 KW AMPACITY - - 43,312 40,312 ___ 40,312 � ___� REMAINDER OTHER 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW 0.0 ox 0% ox 83 C 84 MOTORS 0 ISPARE PHASE LOADING SUMMARY PANEL LOADI SUMMARY - T - - -- LOAD TYPE (VA) PH A PH B PH C IOTA( TOTAL 0.0 KVA 40,312 j LARGEST 0.0 KVA 0.0 KVA LIGHTING 0 0 0 0.0 KW 0.0 KVA GENERAL NOTES- 0.0 KW NEC DEMAND REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 109.9 PHASE BALANCE A -B B -C C -A I REMAINDER REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = 0.0 KVA BREAKER ACCESSORIES PROVIDE NEW UPDATED PAM DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF KW AMPACITY = PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL •• = SHUNT TRIP OTHER 123.9 KVA x 125% _ 154.9 KVA '• = SHUNT TRIP NEW PANEL "LEP1" Panel Notes: 150 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. VIA LIGHTING CONTACTOR 225 A BUS PHASE 3 PH 2 ISOLATED GROUND CIRCUIT. WIRE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) -- NOTE DESCRIPTION LTG RECEPT MOTORS i OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS - RECEPT LTG DESCRIPTION NOTE AMP P AMP P i RETAIL SIGNAGE _400 Panel Notes: AMP / P , AMP / P 400 20 ZI 1 A_ 2 20 f 1260 OTHER TOTAL 1260 j TOTAL EXTERIOR RECEPT 7 V 1 _ RE TAIL SIGNAGE 400 NOTE 400 A BUS 400 ZO 1 3 B - 4 20 1 1440 ( 20 / j 1 A 2 1440 �� LEVEL 1 RECEPT 8 4 W 1 RETAIL SIGNAGE 400 t SNOWMELT & 400 20 /1 5 C 6 20 1 0 ( j 3 B 4 q7 S PARE 1 RETAIL SiGNAGE 400 MTG.: SURFACE - - 400 20 /1 7 A 8 20 ZI - 0 3 5 C 6 -(_ /3 S PARE 1 RETAIL SIGNAGE 400 i ; CONDO '2E' 400 20 1 i / 9 B 10 2 t 0 _ �_ 900 1 50 / { 7 A 8 900 I 0 CORRIDOR RECEPT (5) DESCRIPTION 1 RETAIL SIGNAGE 400 ( 1 _ _ 1 400 20 /1 11 C 12 __. - 20 /1 360 / __. 13 - 360 NOTE EXTERIOR RECEPT 2) LTG 1 RETAIL SIGNAGE 400 TOTAL AMP - P -- 400 20 1 13 A 14 20 /1 400 MOTORS I RECEPT LTG_ 400 RETAIL SIGNAGE 1 1 _ RETA SIGNAGE 400 1 1500 SNOWMELT & 400 20 i_ 15 B 16 20 ZI 400 _p 20 1 1500 400 RETAIL SIGNAGE 1 1 RETAIL SIGNAGE 400 i ; ; 400 20 /1 _ 17 C 18 20 1 400 -_ -__ 3 B 400 RETAIL SIGNAGE i 15M RETAIL STOREFRONT RE RETAIL STOREFRONT RECEPT RETAIL STOREFRONT RECEPT PT 180 180 180 - _ - _ 180 1 180 t- 180 _ 20 1 20 1 20 1 19 A 20 21 B 22 23 C 24 20 1 20 1 20 1 - 400 400 I 400 j 1500 - - -- - 400 400 RETAIL SiGNA - - RETAIL SIGNAGE RETAIL SIGNAGE 1 1 1 C RETAIL STOREFRONT RE WT fit'T411 S T VREF7"'vN T AIL Il RE PT T PI 180 fOA Iw 1 1500 -- -� -� -� 180 IW 1 20 /i - A !• 2 v i 2 5_ A 26 A'f D •f � c, o A: 20_ 1 - ��fA �1 -�- cw i 400 IAA Tw 1 , / 400 AAA Tw RETAIL SIGNAGE TALI IGNA i 4 , 1I RETAIL STOREFRONT RE PT 180 - A 6 180 20 1 29 C 30 20 1 400 _ 23 C 24 ROOF HEAT TRACE 400 RETAIL SIGNAGE 1 IRRIGATION CONTROLLER 4TH & 5111 FUR 15M ; 200 200 20 1 31 A 32 20 1 400 -_ 25 A 26 -6 _- 40 40 RETA SIGNAGE 1 ROOF HEAT TRACE FAN COIL UNIT (FCU- 3 1 ROOF HEAT TRACE 540 }------- T 540 20 1 33 8 34 20 1 400 it C 12 400 RETAIL SIGNAGE i 2 TELECOM 2A RECEPT 1 SNOWMELT &' 180 ROOF H EA T TRAC - 180 2 0 1 35 C 36 2 0 ZI 400 ! 1500 129 C 30 -- 400 RETAIL SIGNAGE i 2 TELECOM 2A RECEPT f 15 180 1 CONDO '3C 180 20 1 _3 A _ 38 _ 20 1 - 400 ROOF HEAT TRACE - 1 (� -�� 400 RETAIL SIGNAGE i 2 TELECOM 3A RECEPT 1 15 180 i6 20 1 180 20,1 39 B 4 20 1 400 Im !ROOF HEAT TRACE 1 4Q0 RETAIL SIGNAGE 1 2 17ELECOM 3A RECEPT 1 1500 180 1500 20 /1 180 20 1 41 C - 42 20 /1 720 1500 _ 720 } 0 6TH ROOF RECEPT 4 IROOF HEAT TRACE 2 TELECOM 30 RECEPT f ROOF HEAT TRACE 180 2639 SPARE 180 20 1 43 A 44 20/1 1080 1 20 1080 1500 7TH ROOF RECEPT 6 ( 2 TELECOM 3D RECEPT 1 _ ( HOTEL '3X, 3Y, & 3AA' 180 _ - - 180 20 1 45 8 46 Z O 1 180 �- 1500 180 21 ELEV 1 MACHINE ROOM 22 2 TELECOM 4A RECEPT 1 1500 180 B 28 180 20 1 47 C 48 20 1 1440 - -- -- -- 1440 1500 STAIR 1 RECEPT 15M 2 TELECOM 4A RECEPT 1 C 180 20 /1 1500 180 20 1 49 A 50 20 1 _ 14 40 ROOF HEAT TRACE 1 1440 IROOF HEAT TRACE STAIR 2 RECEPT 2 TEL ECOM 4D RECEPT 1 SPARE SPARE 180 20 1 _ 180 26 j 51 B 52 20 1 180 I - ��- 47 C 48 180 0 ELEC ROOM 1 2 TELECOM 4 RECEP LI - 180 840 SPARE 180 20 1 53 C 54 20 1 1200 1200 - -- - -- - y - CUH -01 2 TELECOM 5A RECEPT 1 SPARE_ � 180 840 SPARE 180 20 1 55 A 56 24 1 540 540 I 29 _C_ UH - GARAGE v 20 1 2 _ (TEL ECOM 5A RECEPT 1 SPARE 180 1 180 20 1 57 6 58 20 1 5 40 540 - / -_ -- UH - GARA 20 1 2 TELECOM 50 RECEPT i 32 180 0 SPARE - 180 20 1 59 C 60 20 1 1080 - 55 A 56 1080 0 UPPER GARAGE RECEPT - 2 2 - - 1 2 {TELECOM 5D RECEPTSi TELECOM 6A RECEPT11 ITELECOM 6A RECEPT (1 0 1 180 i _ 180 33 i 180 180 180 20 1 20 1 -r 63 20 /i 61 A 62 8 64 65 C _ 66� 20 1 - 20 1 20 1 360 180 180 ' 57 8 58 360 j 180 0 I - TELECOM G1 tz£CEPT TELECOM iD RECEPT 1 TELECOM iD RECEPT 1 2 2 2 2 - TELECOM 6D RECEPT 1 SPARE - ) 180 _ SPARE 180 20 1 67 A 68 20 1 0 ( 20 1 0 _ 0 SPARE PHA 2 TELECOM 6D RECEPT 1 - 180 PANEL `LEPS1' 180 20 /1 69 B 70 20 1 - 0 - - A I SPARE 15117 2 TELECOM 2D RECEPT 1 0 - 18 0_ _ - - 'LEPS2" - 180 - 20 1 71 C 72 20 1 0 0 13195 13195 SPARE - 2 TELECOM 2D RECEPT 1 SPARE 180 15117 SPARE 180 20 /1 73 A 74 _ 20 1 0 / )F _ 0 0 SPARE 13195 2 TELECOM 70 RECEPT t 3 180 C 42 180 20 1 75 B 76 20 1 0 0 0 XFM 0 SPARE RECEPTACLES 2 TELECOM 7D RECEPT 1 PANEL_ L SU MMARY -- - 180 I SPARE 180 20 1 77 C 78 20 1 0 LOAD TYPE (VA) PH A PH B PH C SPARE x 100% = CONNECTED SPARE NEC CALCULATED - POWER DEMAND SPAR 0 20 1 79 A 80 20 1 0 1 71 C 72 0.0 KW LOAD KVA SPARE - - FACTOR SPARE SPARE - - -- PANEL MOTORS SPARE 0 20 1 81 B 82 20 1 0 73 A TOTAL _ SPARE 15,117 LARGEST CONNECTED PF= SPARE x 125% = 0.0 KVA x 90% = SPARE NEC DEMAND 1 -- 84 20 i - - -_ = 1- I _7 _ 75 B 76 0.0 KVA 0 SPARE 100% PHASE LOADING SUMMARY _ - _ PANEL LOADING SUMMARY _ -- LOAD TYPE (VA) PH A PH B PH C LIGHTING 3,200 3,200 2,800 RECEPTACLES 5,760 4,500 5,580 MOTORS 0 540 0 OTHER 740 540 1,200 TOTAL 9,700 8,780 9,580 PHASE BALANCE A -B B -C C -A lox 9% i % _ LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 98% LIGHTING 9.2 KVA x 125% = 11.5 KVA x 959 = 10.9 KW RECEPTACLES CONNECTED FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW AMPACITY = REMAINDER 5.8 KVA x 50% = 2.9 KVA x 100% = 2.9 KW 77.9 MOTORS LARGEST 0.5 KVA x 125% = 0.7 KVA x 90% = 0.6 KW NEC DEMAND REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = OTHER 2.5 KVA x 100% = 2.5 KVA x 100% = 2.5 KW 76.5 TOTAL 28.1 KVA 27.6 KVA 26.9 KW GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL BREAKER ACCESSORIES • = GFCi •' = SHUNT TRIP NEW PANEL "LEPS1" Panel Notes 250 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V i. PROVIDE GR EQUIPMENT PROTECTION TYPE CIRCUIT BREAKER. 400 A BUS PHASE 3 PH WiRE 4 W TYPE : NEW PANEL "HEPS1" 005 CD PROG SET 01.14.05 006 PERMIT /BID BREAKER �_ BREAKER P6nei note. Panel Notes: AMP / P , AMP / P NOTE _ DESCRIPTION LTG 300 A M.LO. OTHER TOTAL VOLTAGE j TOTAL 277/480 V RECEPT i. PROVIDE GFI, EQUIPMENT PROTECTION TYPE CIRCUIT BREAKER. NOTE 400 A BUS PHASE 960 3 PH ( 20 / j 1 A 2 20 / �� WIRE 4 W { ;DECK GRAIN HEAT t SNOWMELT & WiRE j 4 W ( 960 960 ( j 3 B 4 q7 TYPE : I I TRACE - AREA D MTG.: SURFACE - GRAIN HEAT TRACE AMPERE SHORT CIRCUIT RATING (FULLY RATED) -- 960 960 3 5 C 6 -(_ /3 �� 0 MTG.: SURFACE 22,000 AMPERE SHORT CIRCLAT RATING (FULLY RATED) 2ND &,W RR i ; CONDO '2E' j BREAKER 4198 1 4198 1 50 / { 7 A 8 20 / I 0 NOTE DESCRIPTION LTG BREAKER IDECK DRAIN HEAT ( 1 _ _ [BRE C I AMP 4198 4i 98 4198 4198 / __. 13 - - NOTE DESCRIPTION LTG RECEPT MOTORS OTHER - TOTAL AMP - P CCT PH CCT AMP TOTAL j OTHER_( MOTORS I RECEPT LTG_ DESCRIPTION NOTE 1 ROOF HEAT TRACE 1 DECK DRAIN HEAT 1 1500 SNOWMELT & 1500 20 1 1 A 2 _p 20 1 1500 1500 ~ � -- - � - � m ROOF HEAT TRACE i i ROOF HEAT TRACE ; --- ` - - - j 1 1500. 960 1500 20 1 3 B 4 20 1 _ , 15M 15M _ _ i ROOF HEAT TRACE j 1 1 ROOF HEAT TRACE ( 2159 2159 j 1500 84 0 1500 f 20 /1 C 6 20 1 1500 1 1500 SNOWMELT & ( i i ROOF HEAT TRACE 1 1 ROOF HEAT TRACE / L 0 840 1 0 1I 1500 I 201 7 - A 6 20 1 1500 1504 2159 2159 3 _ 23 C 24 ROOF HEAT TRACE 1 i ROOF HEAT TRACE j 4TH & 5111 FUR 15M ; 1500 s 20 1 9 B 10 20 1 ( 1500 25 A 26 -6 _- 40 2 879 2 _ - 20 j ROOF HEAT TRACE 1 1 ROOF HEAT TRACE CON DO }------- T ._.___ { 1500 ; 150 _ _ 20 /1 m -- it C 12 i _ 20 /1 _1 _. 1500 1500 - -_ - SNOWMELT &' - IRO OF ROOF H EA T TRAC 1 i ROOF HEAT TRA - DRAIN HEAT TRACE 840: 840 ! 1500 129 C 30 1500 _ - 20 /i 13 A 14 j 20 � 15 1 CONDO '3C -~ HEAT TRACE 1 1 ROOF HEAT TRACE - 1 (� -�� 0 1500 L.__1500 I 20 1 15 B i6 20 1 1500 i 1500 1 2039 2039 Im !ROOF HEAT TRACE 1 1 ROOF HEAT TRACE • _ - 21 B 22 1500 2639 1500 20 /1 17 C 18 20 /1 15M 1500 35 C 36 /3 } 0 1800 IROOF HEAT TRACE 1 1 ROOF HEAT TRACE 3 2639 SPARE 1500 1500 20 1 19 A 20 j 24 1 1500 1500 ( - 20 / _ ( HOTEL '3X, 3Y, & 3AA' R OOF HEAT TRACE 1 i ROOF HEAT TRACE 1500 1 1500 20 1_ 21 B 22 20 1 1500 1500 27 B 28 ROOF HEAT TRACE 1 1 IROOF HEAT TRACE 1 41 C 42 /3 1500 2039 15M 20 1 23 C 24 20 /1 1500 1500 2879 j 0 0 ROOF HEAT TRACE 1 1 IROOF HEAT TRACE CONDO '6C 1500 SPARE SPARE 1500 20 1 25 A 26 j 20 1 1500 1500 I - ��- 47 C 48 ��� 0 ROOF HEAT TRACE 1 j (SPARE _ SPARE _ ^ j 840 SPARE 33 0 20 1 27 B 28 20 1 Q 0 1 _ i SPARE_ 840 SPARE Y - C 36 3 0 0 20 1 29 _C_ 30_ v 20 1 0 CONDO '6E' SPARE ISPARE 840 20 v SPARE �- / 53 C 54 / 0 Q 20 1 31 A 32 20 1 0 SPARE - 840 �_- 840 i 39 SPARE / - 55 A 56 SPARE 0 - - - 0 20 ji 33 B 34 j 20 /1 0 3 0 C 42 57 8 58 / SPARE SPARE _ SPARE - - _ SPARE 0 20 1 35 C 36 ( 20 1 0 j 0 i PHA PH 8 SPARE__ - -___ - CONNECTED PANEL `LEPS1' 0 0 0 13195 13195 110 37 A 38 1 110 15117 15117 DEMAND LOAD 0 0 0 IPANEL 'LEPS2" VI 7 5 KVA - 0 1 0 0 13195 13195 _ / 39 B 40 SPARE 15117 15117 SPARE 0 0 0 1 VIA 75KVA 0 / )F _ 0 0 1 0 13195 0 1319 3 41 C 42 3 15117 15117 0 0 0 XFM 0 PHASE LOAD SU MMARY - l _- RECEPTACLES -� PANEL_ L SU MMARY -- I SPARE - MOTORS 0 0 LOAD TYPE (VA) PH A PH B PH C LOAD TYPE x 100% = CONNECTED 1 NEC CALCULATED - POWER DEMAND SPAR 15,117 15,117 REMAINDER 0.0 KVA 0 x50% = 0.0 KVA 71 C 72 0.0 KW LOAD KVA DEMAND LOAD FACTOR LOAD KW SPARE - - -- PANEL MOTORS SPARE 0 73 A TOTAL 0 15,117 15,117 LARGEST CONNECTED PF= SPARE x 125% = 0.0 KVA x 90% = SPARE NEC DEMAND 1 PHASE BALANCE A -B 0 C -A _7 _ 75 B 76 0.0 KVA 0 x 100% = 0.0 KVA 100% 0.0 KW LIGHTING 0 0 0 LIGHTING 0.0 KVA OTHER x 125% = 0.0 KVA x 95% = 0.0 KW 0 RECEPTACLES 0 0 0 RECEPTACLES SPARE 0 -- CONNECTED _- MOTORS 0 0 0 I FIRST 10 KVA 0.0 KVA 56.7 KVA x 100% = 0.0 KVA x 100% = 0.0 KW AMPACITY = 0 OTHER - 43,312 40,312 ___ 40,312 � ___� REMAINDER - 0.0 KVA x 50% = 0.0 KVA x 1002 = 0.0 KW 149.1 0 • = GFCl 83 C 84 MOTORS 0 ISPARE PHASE LOADING SUMMARY PANEL LOADI SUMMARY - T - - -- LOAD TYPE (VA) PH A PH B PH C IOTA( 43,312 40,312 40,312 j LARGEST 0.0 KVA LIGHTING 0 0 0 x 125% = 0.0 KVA x 902 = 0.0 KW NEC DEMAND REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 109.9 PHASE BALANCE A -B B -C C -A I REMAINDER REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = 0.0 KVA OTHER 39.6 KVA x 125% = 49.5 KVA x 100% = 49.5 KW 137.3 x 100% = 0.0 KVA x 94% = 0.0 KW AMPACITY = PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCI NEW CIRCUITS BONG INSTALLED. INDICATE NEW SPARES IN PENCIL •• = SHUNT TRIP OTHER 123.9 KVA x 125% _ 154.9 KVA x 100% = 154.9 KW 186.3 7% O% 7% TOTAL 1_219 _ KVA 154.9 K VA 154.9 KW GENERAL NOTES: _ fBREA KER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF = G FCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL •; = SHUNT TRIP NEW PANEL "LEPS1" Panel Notes 250 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V i. PROVIDE GR EQUIPMENT PROTECTION TYPE CIRCUIT BREAKER. 400 A BUS PHASE 3 PH WiRE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CiRCUIT RATING (FULLY RATED) - PRICING PKG I 005 CD PROG SET 01.14.05 006 PERMIT /BID BREAKER �_ BREAKER P6nei note. AMP / P , AMP / P NOTE _ DESCRIPTION LTG I RECEP MOTORS OTHER TOTAL ;CCT PH CCT j TOTAL OTHER MOT ORS RECEPT ( LTG i DESCRIPTION NOTE 1 (CONDO '20' 960 960 ( 20 / j 1 A 2 20 / �� WIRE 4 W { ;DECK GRAIN HEAT t SNOWMELT & j ( 960 960 ( j 3 B 4 q7 I I TRACE - AREA D MTG.: SURFACE - GRAIN HEAT TRACE AMPERE SHORT CIRCUIT RATING (FULLY RATED) -- 960 960 3 5 C 6 -(_ /3 �� 0 j 2ND &,W RR i ; CONDO '2E' j BREAKER 4198 1 4198 1 50 / { 7 A 8 20 / I 0 NOTE DESCRIPTION LTG RECEPT IDECK DRAIN HEAT ( 1 _ _ I SNOWMELT - & DRAIN HEAT TRACE - C PH CCT AMP 4198 4i 98 4198 4198 / __. 13 9 B 10 11 C 12 - - / 3 0 v a' i _. _ - j - - - 2ND TRACE - AREA A & M FIR _ i 1 CONDO '2J & 2K' j 1 j ( 960 { 960 1 20 / 13 A 14 -��/ 0 j 1 1 1 DECK DRAIN HEAT 1 SNOWMELT & _ L� i 960 t 960 -- / 15 B 16 j 0 -- 1 1. TRACE - AREA D DRAIN HEAT TRACE --- ` - - - j 1 3 960 t- 960 /3 17 C 18 P /3 0 - -- i 14TH, 5TH. & 6TH - i HOTEL '3F _._ j 360 ( 2159 2159 ( 30 / 19 A 20 84 0 0 CONDO '50' DECK DRAIN HE 1 SNOWMELT & SNOWMELT & ( i 360 2159 1 2159 j / 21 B 22 / L 0 840 { 1 7RAC E - AREA C DRAIN HEAT TRACE 1 2159 2159 3 _ 23 C 24 3 i 0 840 8 40 j 4TH & 5111 FUR i 1 CONDO '3G' CONDO '5A & 5C' 840 840 20 25 A 26 -6 _- 40 2 879 2 _ - 20 j _ ^ C ONDO ' 3K € i CON DO SNOWMELT & SNOWMELT & ; 840 ; 840 720 27 28 879 � � _ - - SNOWMELT &' DRAIN HEAT TRACE DRAIN HEAT TRACE 840: 840 j /3 129 C 30 /3 2879 17 C 18 j3 480 DRAIN HEAT TRACE 1 CONDO '3C -~ j 2039 2039 30 31 A 32 20 - 0 30 19 I 40 SPARE _ - SNOWMELT & CONDO '6K' 1 2039 2039 / 33 B 34 / 0 1800 • _ - 21 B 22 ; / 2639 2639 (DRAIN HEAT TRACE j SNOWMELT & 1 2039 2039 /3 35 C 36 /3 } 0 1800 1 1800 _ __L3 � 23 - - 3 2639 SPARE DRAIN HEAT TRACE 0 30 / 37 A 38 30 / - 1681 2039 120 - 20 / _ ( HOTEL '3X, 3Y, & 3AA' 1 40 2879 287 0 1 39 B 40 SNOWM & 1681 2039 �- - - 1 200 - -- - SNOWMELT & 27 B 28 2879 _ 2879 0 1 41 C 42 /3 1681 2039 - -- GRAIN HEAT TRACE_ 3 29 SPARE SPARE 3 - 2879 j 0 0 / 43 _A 44 45 B T 46 --�------- / 0 I 0 CONDO '6C ( SPARE SPARE 840 20 / SPARE A 32 20 0 0 I - ��- 47 C 48 ��� 0 SNOWMELT & j SPARE 840 840 SPARE 33 B 34 j { 0 _ 49 A 50 0 1 _ �_ SPARE 840 SPARE 3 35 C 36 3 0 51 B 52 0 i _ - -_ J i CONDO '6E' SPARE SPARE - 840 20 37 -� 0 / 53 C 54 / 0 -- SPARE - SPARE _ SPARE - 840 �_- 840 i 39 0 / - 55 A 56 - / 0 - - - SPARE DRAIN HEAT TRACE SPARE 840 { 840 3 0 C 42 57 8 58 / 0 _ SPARE - - _ SPARE PANEL LOADING SUMMARY ( 0 59 C _ 60 j 0 LOAD TYPE (VA) PHA PH 8 !SPARE - CONNECTED SPARE POWER DEMAND - 0 61 A 62 / _ 0 LOAD KVA DEMAND LOAD SPARE i:= LOAD KW PANEL SPARE j 0 63 8 64 0 PF= SPARE SPARE 0 / _65 C 66 - 1 ( 0 I LIGHTING 0 0 SPARE LIGHTING 0.0 KVA SPARE x 125% = 0.0 KVA x 95% = 0.0 KW - - 0 / 67 A 68 / ( 0 0 RECEPTACLES SPARE I SPARE - MOTORS 0 0 / 69 B 70 ( 0.0 KVA 0 x 100% = 0.0 KVA x 100% = 0.0 KW 1 SPARE _ SPAR 15,117 15,117 REMAINDER 0.0 KVA 0 x50% = 0.0 KVA 71 C 72 0.0 KW 0 1 SPARE - - -- MOTORS SPARE 0 73 A TOTAL 0 15,117 15,117 LARGEST 1 SPARE x 125% = 0.0 KVA x 90% = SPARE NEC DEMAND PHASE BALANCE A -B 0 C -A _7 _ 75 B 76 0.0 KVA 0 x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY SPARE_ SPARE OTHER _ 0 x 125% = 56.7 KVA - 77 C -- 78 56.7 KW 0 O% SPARE - Ox SPARE 0 -- 79 A 80 _ _- 0 ( - 45.4 KVA SPARE 56.7 KVA SPARE GENERAL NOTES. 0 - - 81 B 82 0 - SPARE BREAKER ACCESSORIES SPARE FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIP1IONS OF 0 • = GFCl 83 C 84 / 0 ISPARE PHASE LOADING SUMMARY PANEL LOADI SUMMARY - T - - -- LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED _ NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 100% LIGHTING 0 0 0 LIGHTING 0.0 KVA x 125% - 0.0 KVA x 95% - 0.0 KW RECEPTACLES 0 0 0 RECEPTACLES CONNECTED MOTORS 0 0 0 1 FIRST 10 KVA 0.0 KVA x 100% - 0.0 KVA x 100% - 0.0 KW AMPACITY - 07HER 13,195 13,195 13,19 REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 109.9 MOTORS TOTAL 13,195 13,195 13,195 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = i OTHER 39.6 KVA x 125% = 49.5 KVA x 100% = 49.5 KW 137.3 Ox O% O% 39.6 T KVA 49.5 KVA 49.5 KW _____ _ GENERAL NOTES: MEAICER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCI NEW CIRCUITS BONG INSTALLED. INDICATE NEW SPARES IN PENCIL •• = SHUNT TRIP 11 © 2003 42140 ARCHITECTURE, INI& i 0 \1, ttII U U II /I // R EO / j''� c.> 81 w N� 1 111111111 0`\ OWNER /DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 NEW PANEL "LEPS2" PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 P6nei note. 250 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V i. PROVIDE GFI, EQUIPMENT PROTECTION TYPE CIRCUIT BREAKER 400 A BUS PHASE 3 PH WIRE 4 W TYPE : MTG.: SURFACE - 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER T-- BREAKER �- NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL AMP P C PH CCT AMP TOTAL OTHER MOTORS RECE LTG DESC RIPTION NOTE _ 1 CONDO '41 _ 20 39 A 2039 30 - 1 A 20 480 480 CONDO 'SH' 1 1 SNOWMELT & 2039 2039 L� 3 B 4 480 480 _ -- SNOWMELT & - -- 1. DRAIN HEAT TRACE 2039 2039 3 5 C 6 3 480 480 ORNN HEAT TRACE 1 COND '4H' 360 360 20 7 A 8 20 84 0 840 CONDO '50' 1 SNOWMELT & 360 360 9 B 10 1 840 840 { S NOWMELT & DRA HEAT TRACE 360 360 3 1 C 12 3 840 8 40 I DRAIN HEAT TRACE 1 - _ - CONDO '5A & 5C' 72 0 72 0 20 � - 13 A 14 _ - 20 480 48 0 _ l_ _ A j CON DO SNOWMELT & j 720 720 15 B 16 480 480 SNOWMELT & DRAIN HEAT TRACE _ 7 20 720 __ 3 ____L3 17 C 18 j3 480 480 DRAIN HEAT TRACE - 1 800 30 19 A 20 40 2639 - 2639 - ! CONDO '6K' 1 SNOWMO.T & I 1800 1800 • _ - 21 B 22 ; / 2639 2639 SNOWMELT & DRAIN HEAT TRACE 1800 1 1800 _ __L3 � 23 C 24 3 2639 2 639 DRAIN HEAT TRACE 1 CONDO '6A' 120 { 1200 20 / 25 A - 26 40 2879 287 CONDO '7J' 1 SNOWM & I 1 200 i 1200 ( 27 B 28 2879 _ 2879 SNOWM & GRAIN HEAT TRACE 1200 1200 3 29 C_ 30 3 - 2879 2879 ORAIN HEAT TRACE 1 CONDO '6C 840 840 20 / 31 A 32 20 0 1 SPARE - SNOWMELT & -- 840 840 _ 33 B 34 0 - -- DRAIN HEAT TRACE 840 840 3 35 C 36 3 _ 0 _ - i CONDO '6E' 840 840 20 37 A 38 I - 0 - SPARE - SNOWMELT & 840 �_- 840 i 39 B - 0 0 - DRAIN HEAT TRACE 840 { 840 3 41 C 42 3 1 0 - -- - -- PHASE LOADING SUMMARY _ T PANEL LOADING SUMMARY LOAD TYPE (VA) PHA PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND - LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 100% LIGHTING 0 0 0 LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES 0 0 0 RECEPTACLES CONNECTED MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW AMPACITY = OTHER 15,117 15,117 15,117 REMAINDER 0.0 KVA x50% = 0.0 KVA x 100% = 0.0 KW 125.9 MOTORS TOTAL 15,117 15,117 15,117 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B-C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = OTHER 45.4 KVA x 125% = 56.7 KVA - x 100% = 56.7 KW 157.4 O% Ox Ox _- ( TOTAL 45.4 KVA 56.7 KVA 56.7 KW GENERAL NOTES. BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIP1IONS OF • = GFCl NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL I" = SHUNT TRIP 11 © 2003 42140 ARCHITECTURE, INI& i 0 \1, ttII U U II /I // R EO / j''� c.> 81 w N� 1 111111111 0`\ OWNER /DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 mo)wr N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES E700.2 n 2003 42140 ARCHITECTURE, INIZ \`00 0tt1 1 it�tflti! / /// • l • UG z:C EE /1111111/ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD *AIC.IT Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVIS DA TE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 NEW NEW PANEL "HWPS 1 " MDC Notes: PERMIT /BID 02.15.05 1000 A M.L.O. Panel Notes: VOLTAGE 277 / 480 Panel Notes Panel Notes Pond Notes 250 A MAIN CIRCUIT BREAKER 1000 A 200 A M.L.O. 120/208 VOLTAGE 120/208 277/480 V 400 A 1. PROVIDE GFi, EQUIPMENT PROTECTION TYPE CIRCUIT BREAKER. BUS 200 A BUS 3 PH PHASE 225 A 3 PH WARE PHASE 3 PH PHASE WIRE 35,000 4 W WARE TYPE : WiRE 4 W TYPE : 4 W 4 W TYPE : CONNECTED LOADS IN VA BY CATEGO AND PHASE MSG.: SURFACE TYPE : TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG.: SURFACE �- NOTE T� DESCRIPTION LTG RECEPT MOTORS OTHER _ I MTG.: SURFACE MTG.: SURFACE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) PH CCT BREAKER - - � ( TOTAL MOTORS RECEPT BREAKER ._._.__ -_ - DESCRIPTION NOTE AMP P AMP P 1 -- - - - � - PH C REMARKS AMP P BREAKER NOTE DESCRIPTION _ 1BREAKER MOTORS OTHER TOTAL OCT PH OCT TOTAL t ( ^ -- AMP P AMP P NOTE I DESCRIPTION = LTG RECEPT MOTORS OTHER TOTAL O CT PH OC TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE 1 jROOF HEAT TRACE ( { i HEAT TRACE 1500 ( 1500 20 1 1 1 A 2 j 1 20 1 1500 I 1500 2 3598 5 3 ROOF HEAT TRACE 1 I (ROOF HEAT TRACE -`' HEAT TRACE E 720 1500 -}l- ORI AIN HE TR 1500 20 /1 3 B 4 B 20 /1 1500 1500 - 200 3598 3 5 ROOF HEA TRACE i 1 ROOF HEAT TRACE ( 1 360 1500 I r - -I 1500 20 /1 5 C 6 6 20 /1 ` 1500 1500 8 1200 20 7 ROOF HEAT TRACE 1 1 IROOF HEAT TRACE I I 900 700 i 1500 ! 1500 20 1 ( 7 A 8 20 1 20 1 1500 1500 I 13 1200 ' 11 9 RO OF HEAT TRACE i 1 ROOF HEAT TRACE 1320 49 7 _ - 1500 497 1500 20 1 9 8 10 200 20 1 1500 1500 1200 /3 it C - _ IROOF HEAT TRAC 1 1 ROOF HEAT TRACE _ i 497 - � - - 1500 1 1500 20 /1 it C 12 1 20 1 1500 1500 480 ( 20 13 j ROOF HEAT TRACE i i ROOF HEAT TRACE 480 - 497 1500 DECK DRAIN HEAT 1500 20 /1 - 13 A 14 202,965 20 1 1500 1500 _ -_ 15 B (ROOF HEAT TRACE i 1 ROOF HEAT TRACE 480 497 20 1500 TRACE - AREA 8 15 00 20 /1 ( 15 B 16 497 20 /1 1500 1500 480 3 17 C (ROOF HEAT TRACE i 1 ROOF HEAT TRACE 497 1 17 1500 4TH & 5TH FLR 1500 20 /1 17 C 18 i 20 /1 1500 1500 i 20 19 A ( ROOF HEAT TRACE 1 1 IROO HEAT TRACE 3 19 _ 150 DECK DRAIN HEAT 1500 20 1 1 19 A 20 300 20 /1 1500 1500 1333 x 100% - 21 B R OOF HEAT TRACE 1 i IROOF HEAT TRACE 21� 8 22 1500 r 1500 20 1 21 B 22 t;�F-ll SMOKE EXH 20 1 1500 1500 ' 3 23 C ROOF HEAT TRACE 1 1 IROOF HEAT TRACE C 24 - i 1500 47H & 5TH FLR 1500 ; 20 /1 23 C 24 20 1 ( 1500 ' 1500 840 20 i j ROOF HEAT TRACE 1 0 - 26 3 - - A SPARE 497 0 SNOWM & - -- -� SMF -9 SMOKE EXH 840 - 840 20 1 27 B 28 27 1 IROOF HEAT TRACE 20 1 0 8 I 1500 -- - -- 1500 20 /1 ( 25 A 26 31 20 { ( 1500 1500 840 _ 13 29 C ROOF HEAT TRACE t 1 ROOF HEAT TRACE E C 20 1 1500 - -- - 1500 1 1 27 8 28 _ 20 1 I 1500 1 1500 0 20 31 A ROOF HEAT TRACE I 1 1 IROOF HEAT TRACE 1 _ > i G 1500 _ 1500 __IL 20 /1 1 29 C 30 6074 20 1 1500 1500 0 0 33 33 ROOF HEAT TRACE 1 1 IROOF HEAT TRACE 900 i 12750 { 1500 SPA 1500 20 /1 31 A 32 f 20 /1 1500 1500 0 02 1 0 3 35 ROOF HEAT TRAC 1 3 SPARE 0 0 - ' _ BA T 40 � 0 20 /1 1 33 8 34 , 20 /1 0 _ 20 1 1 37 A 20 37 SP 3 88 � SPARE 2039 - -�_- _ -- 3 , SP� - 0 20 1 35 C 36 'ESHEPI' 20 1 0 39 B 40 ( 20 /1 - SPARE 40 1 �- PANEL 'LWPS1' 0 0 0 I 9490 - 9490 110 37 A 38 0 110 / I 6959 6959 42 20 1 0 0 PANEL ' LPWS2' 42 3 VIA 75 KVA 0 +_ 0 0 0 9490 _9490 & DRAIN HEAT TRACE ' 39 8 40 } PANEL LOAD _iN_G SUMMARY �� 6959 695 _0 - 0 0 0 1 ViA 75KV PH C I LOAD TYPE IXFMR CONNECTED 0 1 0 9490 NEC CALCULATED 9490 3 1 41 C 42 LOAD KVA 13 6959 6959 LOAD KW 0 0 IXFMR 171.7 KW PHASE LOADING SUMMARY RECEPTACLES 0 PANEL LOADING SUMMARY UGHTING 0 0 0 LIGHTING CONNECTED PF= 0.0 KVA CONNECTED PF= 0.0 KVA LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE RECEPTACLES CONNECTED 0 0 NEC CALCULATED LIGHTING POWER DEMAND LIGHTING 94% 0.0 KVA LIGHTING x 125% = 0.0 KVA x 95% = 0.0 KW LOAD KVA RECEPTACLES DEMAND LOAD 0 FACTOR LOAD KW KW PANEL 0.0 KW RECEPTACLES 900 0 360 CONNECTED MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 CONNECTED PF= AMPACITY = OTHER 9,490 9,490 9,490 REMAINDER x 100% = 0.0 KVA KVA x SOX = 0.0 KVA x 100% 0.0 KW 79.0 OTHER 100% 1,900 400 LIGHTING 0 0 0 UGH71NG 0.0 0.0 KVA x 100% = x 125% - 0.0 KVA TOTAL x 95% = 0.0 KW REMAINDER 0.0 KVA RECEPTACLES 0 0 0 RECEPTACLES KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER TOTAL 0.0 KVA 4,883 3,743 CONNECTED 0.0 KVA x 90% = MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA 1.7 x 1009 = 0.0 KVA 28.5 KVA x 100% = 0.0 KW AMPACITY = KW OTHER 34,449 31,449 31,449 REMAINDER x 90% = 0.0 KVA KW x 50% = 0.0 KVA B -C x 100% = 0.0 KW 117.1 x 125% = I _TOTAL KVA MOTORS 5.5 - KW 35.6 KVA - 35. KW - NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL _ _ GENERAL NOTES: - OTHER 0.5 KVA BREAKER ACCESSORIES TOTAL 34,449 31,449 31,449 LARGEST 0.5 KW 0.0 KVA BREAKER ACCESSORIES - - -- x 125% = 0.0 KVA 9% x 90% = 0.0 KW NEC DEMAND 16.1 PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA •' = SHUNT TRIP x 100% = OA KVA x 90% = 0.0 KW AMPACITY = 51.0 KVA 42.1 KVA OTHER 40.0 KW 97.3 KVA FOR PANELS THAT ARE x 125% = 121.7 KVA _ GENERAL NOTES: x 100% = 121.7 - -- KW 146.4 NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL -- lox o2 lox _ - BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF •• = SHUNT TRiP FOR PANELS THAT ARE -� • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL • = GFCl TOTAL 97.3 KVA 121.7 KVA 121.7 KW •• = SHUNT TRIP GENERAL NOTES: BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL *• = SHUNT TRIP \`00 0tt1 1 it�tflti! / /// • l • UG z:C EE /1111111/ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD *AIC.IT Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVIS DA TE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 NEW NEW PANEL "LWPS1" MDC Notes: PERMIT /BID 02.15.05 1000 A M.L.O. Panel Notes: VOLTAGE 277 / 480 Panel Notes 250 A Pond Notes 250 A MAIN CIRCUIT BREAKER 1000 A VOLTAGE 100 A 120/208 V 120/208 1. PROVIDE GFI, EQUIPMENT PROTECTION TYPE CIRCUIT BREAKER 3 PH 400 A BUS BUS PHASE 3 PH 3 PH 225 A BUS WARE PHASE 3 PH PHASE WIRE 35,000 4 W WARE TYPE : WIRE 4 W TYPE : 4 W 4 W TYPE : CONNECTED LOADS IN VA BY CATEGO AND PHASE MSG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG.: SURFACE �- NOTE T� DESCRIPTION LTG RECEPT MOTORS OTHER _ I TOTAL MTG.: SURFACE MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) PH CCT BREAKER - - � ( TOTAL MOTORS RECEPT BREAKER ._._.__ -_ - DESCRIPTION NOTE AMP P AMP P 1 -- - - - � - PH C REMARKS AMP P AMP P NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL OCT PH OCT TOTAL OTHER MOTORS ^ -- RECEPT LTG DESCRIPTION NOTE 1 CONDO '2L' OTHER TOTAL OCT PH 3598 TOTAL 3598 44 _ 1 _ A 2 20_( 0 AMP P i HEAT TRACE 0 SN�OWMEL do D ECK D RAIN HEAT 1 DRAIN HEAT TRACE SNOWMELT & 20 1 j 1 A 2 3598 2 3598 5 3 B 4 M OKE DAMPERS 0 1320 HEAT TRACE E 720 400 -}l- ORI AIN HE TR TRACE - AREA B i 1500 DRAIN HEAT TRACE - B 4 20 1 - 3598 - 200 3598 3 5 C 6 3 0 FIRE CONTR RM RECEPT 1 360 I r - -I 2ND & 3RD FLR 36 0 i C ONDO '2M' C 6 ( 20 1 200 1200 8 1200 20 7 A g _ 20 - 0 I I 900 700 i G1 CORRIDOR LTG - DECK DRAIN HEAT 1 - SNOWMEL _& 8 20 1 200 ! 200 1200 I 13 1200 ' 11 9 8 10 _ 0 1320 49 7 _ - 2600 497 TRACE - AREA C 9 8 DRAIN HEAT TRACE 20 1 200 200 2600 1200_ 1200 /3 it C - _ 12 3 0 480 _ i 497 - - -- 497 2ND & 3RD FLR 11 1 CONDO '2N' 20 1 200 ! 200 840 480 840 480 ( 20 13 A 14 L - 0 497 480 - 497 t /3 DECK DRAIN HEAT i 14 SNOWMELT & 1 200 200 202,965 840 480 840 480 KVA 15 B 16 _ 0 480 480 497 20 15 TRACE - AREA 8 i6 20 DRAIN HEAT TRACE 0.9 , 497 I 480 SMF -10 (SMOKE EXH 480 3 17 C 18 3 0 840 497 1 17 C 4TH & 5TH FLR j 1 HOTEL '3A, 3B, 3C, & 497 i x 90% = 1333 0 1333 20 19 A 20 20 0 497 3 19 A 20 DECK DRAIN HEAT 1 _ 30' SNO WMELT & 497 i 300 - 1333 0 1333 x 100% - 21 B 22 C 0 + 200w _ 21� 8 22 20 TR - AREA C B SPARE DRAIN HEAT TRACE `- 0 - � t;�F-ll SMOKE EXH 1 1333 - -- -- 1333 3 23 C 24 3 - 0 23 C 24 - 497 47H & 5TH FLR i 1 CONDO '3Y 300 - -- ELEV 16 CA LTS/FAN 840 0 840 20 25 A 26 20 0 - 26 3 - - A SPARE 497 0 SNOWM & - -- -� SMF -9 SMOKE EXH 840 - 840 20 1 27 B 28 27 0 28 20 1 0 8 S PARE _ - -- - -- - DRAIN HEAT TRACE _ 0 _ 31 A 32 840 _ 497 840 _ 13 29 C 30 3 0 0 - E C 20 1 1 - -- - - _ SPARE 8 34 20 /1 497 j 0 0 20 31 A 32 20 __ 0 32 1 _ > i 0 !SPARE i C - F ARE 20 1 6074 ( j 0 0 0 33 33 8 34 0 _ 0 900 0 12750 70 / SPA - -- 38 SPARE -J}- � �_�_�_- --- 0 f 1 0 173 00 0 02 1 0 3 35 C 36 3 E 0 0 0 - ' _ BA T 40 � - -- SPARE 0 j S PARE 900 ---� � 17200 _ _ 20 1 1 37 A 20 37 A �B 3 88 � 2039 2039 - -�_- _ -- 3 , SP� - HOTEL '30, 3R, 3S, 3T, 1 1 600 i --- ' 14400 'ESHEPI' 0 20 1 39 B 40 ( 20 /1 39 C 40 1 �- 9 2039 SPARE LOAD TYPE (VA) PH A - 3_Y, 3W SNOW MELT - � PHASE LOADING SUMMARY - NEC CALCULATED 0 20 1 41 C 42 20 1 3 41 C 42 3 2039 2039 CONNECTED PH ASE LOADING SUMMARY _ DEMAND LOAD & DRAIN HEAT TRACE DEMAND PHASE LOA SUMMARY - ' -�� _ } PANEL LOAD _iN_G SUMMARY PA LOADI S UMMARY - LOAD KVA - PH A LOAD TYPE (VA) PH A PH 8 PH C I LOAD TYPE NEC CALCULATED CONNECTED POWER NEC CALCULATED POWER DEMAND NEC CALCULATED POWER 95% LIGHTING i LOAD KVA LOAD KVA DEMAND LOAD DEMAND LOAD FACTOR LOAD KW LOAD KW PANEL PANEL 171.7 KW i RECEPTACLES 0 100% UGHTING 0 0 0 LIGHTING CONNECTED PF= 0.0 KVA CONNECTED PF= 0.0 KVA CONNECTED X95% 0.0 KW 1,200 RECEPTACLES 0 0 0 100% LIGHTING 0 0 0 LIGHTING 94% 0.0 KVA LIGHTING x 125% = 0.0 KVA x 95% = 0.0 KW 0 0 RECEPTACLES 0 0 0 RECEPTACLES 0.0 KW x 1002 = 0.0 KW RECEPTACLES 900 0 360 CONNECTED MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW AMPACITY = OTHER 9,490 9,490 9,490 REMAINDER x 100% = 0.0 KVA KVA x SOX = 0.0 KVA x 100% 0.0 KW 79.0 OTHER 2,100 1,900 400 MOTORS 0.0 KVA 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW TOTAL 9,490 9,490 9,490 LARGEST REMAINDER 0.0 KVA 0.0 KVA x 125% = 0,0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER TOTAL 0.0 KVA 4,883 3,743 x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = KVA x 90% = 1.7 OTHER NEC DEMAND 28.5 KVA PHASE BALANCE x 125% 35.6 KVA x 100% = 35.6 KW 98.8 x 100% = OX OX 4x x 90% = 6.7 KW AMPACITY = TOTAL B -C 20.9 KVA REMAINDER OTHER 4.4 KVA - __ x 125% = I _TOTAL KVA 28.5 KVA 5.5 - KW 35.6 KVA - 35. KW - NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL _ _ GENERAL NOTES: - OTHER 0.5 KVA BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THiS PROJECT. PROVIDE TYPED DESCRIPTIONS OF x 1Q0% = 0.5 KW 116.9 BREAKER ACCESSORIES - - -- PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANES THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 9% TOTAL • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 16.1 KVA •' = SHUNT TRIP - 15.1 K I •' = SHUNT TRIP \`00 0tt1 1 it�tflti! / /// • l • UG z:C EE /1111111/ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD *AIC.IT Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVIS DA TE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 NEW PANEL "EDP -W1" "ELWP1" MDC Notes: PERMIT /BID 02.15.05 1000 A M.L.O. Panel Notes: VOLTAGE 277 / 480 V 250 A Pond Notes 120 / 208 V 1000 A 1. PROVIDE GFI, EQUIPMENT PROTECTION TYPE CIRCUIT BREAKER 100 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 3 PH V 400 A BUS PHASE 3 PH 225 A BUS WARE PHASE 3 PH PHASE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) WARE TYPE : WIRE 4 W WIRE 4 W 4 W TYPE : CONNECTED LOADS IN VA BY CATEGO AND PHASE MSG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : SUB -LOAD OR PANEL MTG.: SURFACE �- NOTE T� DESCRIPTION LTG RECEPT MOTORS OTHER _ I TOTAL MTG.: SURFACE MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) PH CCT BREAKER -: � - - � ( TOTAL I OTHER MOTORS RECEPT LTG - DESCRIPTION NOTE AMP P AMP P 1 -- - - - � - PH C REMARKS PANEL 'EHWP1 720 B REAKER 720 20 0 BREAKER - A 2 1 20 - 1320 ^ -- � NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL OCT PH OCT TOTAL T i MOTORS RECEPT LTG DESCRIP NOTE AMP / P AMP P i HEAT TRACE 0 SN�OWMEL do PANEL 'EHEP4 1500 DRAIN HEAT TRACE 1500 20 1 j 1 A 2 20 1 2 200 5 C 6 1 M OKE DAMPERS 1320 1320 HEAT TRACE E 720 400 -}l- ORI AIN HE TR 1500 i 1500 20 1 3 B 4 20 1 - - 200 - 200 - 7 A 8 FlREjSMOKE DAMPERS 20 1320 FIRE CONTR RM RECEPT 1 360 800 1 I r - -I i 36 0 - 20�� 5 C 6 ( 20 1 200 i 200 8 20 1 9 _ 148 FIRE OKE DAM S 5TH FUR N. CORR. LTS BUS CENTER RECEPT I I 900 700 i G1 CORRIDOR LTG - 900 20 1_ 7 - A - 10 8 20 1 200 ! 200 1439 I 13 NEC CALCULATED 11 150 Fl DAM 12 2600 SMF -6 SMOKE EXH 1320 1320 49 7 _ - 2600 497 20 �_..__ 9 8 FACTOR 20 1 200 200 2600 840 ! 6B FIRE SMOKE D AM S 14 - -- 20 / 480 _ i 497 - - -- 497 C ONDO '6N' 11 C SNOWMELT & 20 1 200 ! 200 840 x 95% 840 i 12C FIRE/ DAM PERS 15 _ 16 3,420 / 497 480 - 497 t /3 13 - 12 , A 14 20 1 1 200 200 202,965 840 FIRST 10 KVA 840 13C FIRE/SMO DAMP KVA 17 I SMF-7 SMOKE 18 _ 497 480 480 497 20 15 6 i6 20 497 0.9 , 497 I G2 PKG LTG - -- SMF -10 (SMOKE EXH 3 20 Gt PKG LTG - -- A 20 I 497 20 840 497 1 17 C 18 j 4 97 - -- 310.8 497 i x 90% = - - - 0 1300 - -- 21 ; - 497 20 /i I REMAINDER 497 3 19 A 20 3 497 _ - -- 497 i 300 - 11. 0 SMF -8 SMOKE EXH x 100% - 23 497 24 C 497 + 200w _ 21� 8 22 20 497 B SPARE 497 `- 0 - � t;�F-ll SMOKE EXH 1 ELEV 14 CAB LTS AN - -- -- i TOTAL 497 A 26 497 20 / 23 C 24 - 497 S PARE i 497 - -- 300 - -- i 120 ELEV 16 CA LTS/FAN - 0 0 27 497 27 8 497 3 25 A 26 3 491 A - 497 0 --- - -- -_ 1 24 0 0 SMF -9 SMOKE EXH 29 0 497 20 1 29 497 20 27 B 28 20 1 0 8 S PARE _ - - - _ !SPARE _ 0 _ 31 A 32 20 /1 i 497 1 1 20 /1 497 �� 29 C 30 20 /1 0 - SPA C 20 1 1 SPARE ISPARE 20 1 - -- 8 34 20 /1 497 0 0 491 3 31 A 32 20 / 1 -- FARE 32 1 _ > i 0 !SPARE i C - F ARE 20 1 6074 ( j 0 0 , 20 /1 33 8 34 20 /1 0 j 900 0 12750 70 / SPA A 38 SPARE -J}- � �_�_�_- SPARE 0 1 1 0 173 00 0 02 1 35 -- C -- 36 20 1 0 300 _ 0 0 - ' _ BA T 40 � SPARE SPARE 0 j I 900 I � 17200 0 _ 20 1 1 37 A 38 20 f 0 40 1 � ___ _3___.___ I -� SPARE _ -- 3 , SP� - I i_ -.�. 1 600 i --- ' 14400 'ESHEPI' 0 20 1 39 B 40 ( 20 /1 0 C 42 1 � . _ _� ( 0 SPARE LOAD TYPE (VA) PH A FARE 1� - -- LOAD TYPE PHASE LOADING SUMMARY 1200 NEC CALCULATED 0 20 1 41 C 42 20 1 0 _ _ LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE FARE CONNECTED PH ASE LOADING SUMMARY _ DEMAND LOAD j PANEL LOADING SUMMARY DEMAND PH LOADING SUMMARY PANEL LOADING SUMMARY PA LOADI S UMMARY - LOAD KVA LOAD TYPE (VA) PH A PH B PH C I LOAD TYPE CONNECTED PH 8 NEC CALCULATED LOAD TYPE POWER DEMAND NEC CALCULATED POWER 95% LIGHTING 54,537 LOAD KVA 40,454 DEMAND LOAD 144.6 KVA FACTOR LOAD KW 180.7 KVA PANEL 171.7 KW FACTOR RECEPTACLES 0 100% UGHTING 0 0 0 LIGHTING 0 0.0 KVA CONNECTED PF= 0.0 KVA CONNECTED X95% 0.0 KW 1,200 RECEPTACLES 0 0 0 RECEPTACLES x 100% = 0.7 KVA x 100% = 0.7 94% AMPACITY = LIGHTING 0 0 0 LIGHTING 0.0 KVA 0 0 x 125% = 0.0 KVA x 95% = 0.0 KW x 1002 = 0.0 KW RECEPTACLES 900 0 360 RECEPTACLES REMAINDER X0 KW 0.0 KVA KW x 50% = 0.0 KVA 0 x 100% = CONNECTED 57.9 MOTORS 2,983 2,983 2,983 FIRST 10 KVA 1.3 KVA 8,300 x 100% = 1.3 KVA x 100% = 1.3 KW AMPACITY = A -B OTHER 2,100 1,900 400 REMAINDER 0.0 KVA 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 40.6 PHASE BALANCE A -B B -C C -A I REMAINDER MOTORS 0.0 KVA 0.5 KVA x 100% = 0.0 KVA KW x 90% = 0.0 KW AMPACiTY = 23% 34% TOTAL 5,983 4,883 3,743 LARGEST 1.5 KVA x 125% = x 125% = 1.9 KVA x 90% = 1.7 KW NEC DEMAND 0% 02 PHASE BALANCE A -B B -C C -A REMAINDER 7.5 KVA 176.5 KW x 100% = 7.5 KVA x 90% = 6.7 KW AMPACITY = TOTAL B -C 20.9 KVA REMAINDER OTHER 4.4 KVA - __ x 125% = 5.5 KVA x 100% = 5.5 - KW 44.6 - -- NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 23% 30% 60% OTHER 0.5 KVA BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THiS PROJECT. PROVIDE TYPED DESCRIPTIONS OF x 1Q0% = 0.5 KW 116.9 • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 15 9% TOTAL 14.6 KVA 19% 16.1 KVA •' = SHUNT TRIP - 15.1 K GENERAL NOTES _ TOTAL _ - 34.0 KVA 51.0 KVA 42.1 KVA _ BREAKER ACCESSORIES 40.0 KW PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF GENERAL NOTES: = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL -- _ - BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF •• = SHUNT TRiP FOR PANELS THAT ARE \`00 0tt1 1 it�tflti! / /// • l • UG z:C EE /1111111/ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD *AIC.IT Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVIS DA TE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 NEW PANEL "LWPS2" "EDP -W1" "ESHWP1 MDC Notes: PERMIT /BID 02.15.05 1000 A M.L.O. Panel Notes: VOLTAGE 277 / 480 V 250 A MAIN CIRCUIT BREAKER VOLTAGE 120 / 208 V 1000 A 1. PROVIDE GFI, EQUIPMENT PROTECTION TYPE CIRCUIT BREAKER VOLTAGE 400 A BUS PHASE PH 3 PH V 400 A BUS PHASE 3 PH WARE WARE W 4 W PHASE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) WARE TYPE : WIRE 4 W WARE DESCRIPTION OF 4 W TYPE : CONNECTED LOADS IN VA BY CATEGO AND PHASE MSG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : SUB -LOAD OR PANEL MTG.: SURFACE �- NOTE T� DESCRIPTION LTG RECEPT MOTORS OTHER _ I TOTAL BREAKER MTG.: SURFACE E CCT PH CCT BREAKER -: � - - � ( TOTAL I OTHER MOTORS RECEPT LTG - DESCRIPTION NOTE AMP P AMP P 1 CONDO '517 & 5U' PH C REMARKS PANEL 'EHWP1 720 -� 720 20 0 1 - A 2 3420 20 ! 1320 1320 ^ -- � COND_0 '6 L 7l' 1 2500 SNOWMELT & PANEL 'EHWP3' - _____r 1 720 0 _ 720 / 0 ' 3 B 4 5 9813 / 1320 1320 i _4500 0 0 SN�OWMEL do PANEL 'EHEP4 I CHH SKI SCHOOL LTS DRAIN HEAT TRACE i 0 0 720 0 720 j 13 103600 5 C 6 1 13 1320 1320 1400 E 720 400 -}l- ORI AIN HE TR E - i CONDO '6S, 6T, & 6U' 1200 1100 1 20 /i i 1439 1200 1439 20 - 7 A 8 20 1 20 1320 1 320 1 LMT ALLR E RTS 800 1 CONDO '6M 7M' i - SNOWMELT & - EAT 1 1 20 /1 1200 1439 7 1439 8 20 1 9 B 10 900 5TH FUR N. CORR. LTS 1320 1320 �- 700 i G1 CORRIDOR LTG SNOWMELT do 1 DRA� TRACE LOAD TYPE (VA) PH A PH B 1439 10 1439 I 13 NEC CALCULATED 11 C 12 2600 13 1320 1320 KITCHEN LT - LOWER - _ - 2600 DRAIN HEAT TRACE I 1 CONDO '6W/7W FACTOR LOAD KW 12 840 2600 840 20 / - 13 A 14 i 20 / 480 480 - CONNECTED PF= LIGHTING C ONDO '6N' i 0 SNOWMELT & LIGHTING 0.0 KVA x 125% = 0.0 840 x 95% 840 I 26 15 B 16 3,420 / 480 480 - 2600 _ ) SNOWMELT & B 16 DRAIN HEAT TRACE 202,965 202,965 202,965 840 FIRST 10 KVA 840 /3 KVA 17 C 18 1 /3 480 480 2,500 1 17 REMAINDER DRAIN HEAT TRA _ KVA SPARE 0.9 KW AMPACITY = 2600 G2 PKG LTG - -- 0 3 20 Gt PKG LTG 19 A 20 800 20 840 840 1 TOTAL 212,045 CONDO '6R 1 18 - -- 310.8 KYA x 125% = 388.5 KVA x 90% = 349.6 0 1300 PHASE BALANCE 21 B 22 20 /i I REMAINDER 840 I 84 0 KVA x 90% = 268.3 SNOWMELT & NEC DEMAND _ - -- ___ 0 300 OTHER 11. 0 /3 x 100% - 23 C 24 C /3 840 ! 840 20 1 21 1 B DRAIN HEAT TRACE B SPARE SPARE `- 0 - � 1200 �� ELEV 14 CAB LTS AN 0 20 / TOTAL 25 A 26 20 1 20 / 0 20 /1 2 - 1 S PARE i 1500 - -- 300 SPARE i 120 ELEV 16 CA LTS/FAN - 0 0 27 B 27 8 28 2 0 1 600 0 25 A (SPARE A - SPARE -_ - 0 --- -_ 1 24 0 0 20 t 29 0 3 20 1 29 C 30 800 3 0' SPARE _ 8 S PARE _ - - -- 0 SPARE _ 0 i 31 A 32 20 /1 i 0 - 20 / 1 20 /1 31 A 32 f 20 0 j SPA C 20 1 1 SPARE 0 20 1 - -- 8 34 20 /1 8875 0 0 / - 13 0 33 B 34 I 31 -- FARE 32 1 _ > i 0 - -- 35 C - --- 20 1 6074 - 0 _9_00 0 0 - 6074 (X 35 C 36 11850 0 900 0 12750 70 / 1 37 A 38 150 SPARE 0 1 600 1 0 173 00 0 20 1100 37 A 38 300 20 / 0 0 0 B 40 � SPARE 18100 0 j SPARE 900 r� 0 0 � 17200 PANEL 1 0 900 ' 39 8 40 1 tOf_80 ___ _3___.___ 0 ._ C __ 42 _ _ -- 3 -- 15000 - -- _ 600 i --- ' 14400 'ESHEPI' 99 0_ PHASE LOADING SUMMARY 900 0 13 PANEL LOADING SUMM 41 C 42 1 � . _ _� 3 0 _ _ -,.. LOAD TYPE (VA) PH A PH 8 - -- LOAD TYPE PHASE LOADING SUMMARY 1200 NEC CALCULATED PANEL LOADING SUMMARY DEMAND � 1200 1 20 1 1 41 C 42 LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE FACTOR CONNECTED LOAD KVA NEC CALCULATED DEMAND LOAD POWER DEMAND PH LOADING SUMMARY PANEL LOADING SUMMARY PA LOADI S UMMARY - LOAD KVA DEMAND LOAD CONNECTED PF= FACTOR LOAD KW PANEL PH 8 PH C LOAD TYPE PH C CONNECTED NEC CALCULATED POWER 95% LIGHTING 54,537 CONNECTED PF= 40,454 LIGHTING 144.6 KVA 9,500 9,900 x 125% = 180.7 KVA X95% = 171.7 KW FACTOR RECEPTACLES 0 100% UGHTING 0 0 0 LIGHTING 0 0.0 KVA x 125% - 0.0 KVA CONNECTED X95% 0.0 KW 1,200 RECEPTACLES 0 0 0 RECEPTACLES x 100% = 0.7 KVA x 100% = 0.7 KW AMPACITY = OTHER 0 CONNECTED MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA 0.0 KVA x 100% = 0.0 KVA KW x 1002 = 0.0 KW AMPACITY = OTHER 6,959 6,959 6,959 REMAINDER X0 KW 0.0 KVA KW x 50% = 0.0 KVA 0 x 100% = 0.0 KW 57.9 51,495 41,854 LARGEST MOTORS 8,300 x 125% = 2.3 KVA x 90% = 2.0 KW NEC DEMAND PHASE BALANCE A -B TOTAL 6,959 6,959 6,959 LARGEST 0.0 KVA 0.0 KVA 1.8 KVA x 125% = 0.0 KVA KW x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A I REMAINDER OTHER 0.0 KVA 0.5 KVA x 100% = 0.0 KVA KW x 90% = 0.0 KW AMPACiTY = 23% 34% j OTHER 20.9 KVA x 125% = 261 KVA x 100% = 26.1 KW 72.4 0% 0% 02 1 49.4 _ KVA - i LARGEST 186.0 KVA 0.3 KVA 176.5 KW x 125% = 0.4 KVA GENERAL NOTES x 90% - 0.3 KW NEC DEMAND PHASE BALANCE TOTAL B -C 20.9 KVA REMAINDER C -A 26.1 KVA BREAKER ACCESSORIES - 26.1 KW FOR PANELS THAT ARE GENERAL NOTES 1.1 KW AMPACITY = - -- NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL • = GFCi OTHER 0.5 KVA BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THiS PROJECT. PROVIDE TYPED DESCRIPTIONS OF x 1Q0% = 0.5 KW 116.9 • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 15 9% 25% 212 19% •' = SHUNT TRIP \`00 0tt1 1 it�tflti! / /// • l • UG z:C EE /1111111/ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD *AIC.IT Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVIS DA TE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 NEW MDC "EDP -W1" "ESHWP1 MDC Notes: PERMIT /BID 02.15.05 1000 A M.L.O. VOLTAGE 277 / 480 V Panel Notes Panel Notes 400 A 1000 A BUS VOLTAGE 277 / 480 PHASE 3 PH 120/208 V 400 A BUS PHASE 3 PH WARE 4 W 3 PH PHASE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) WARE 4 W WIRE 4 W WARE DESCRIPTION OF 4 W TYPE : CONNECTED LOADS IN VA BY CATEGO AND PHASE 4 W TYPE : SUB -LOAD OR PANEL MTG.: SURFACE LI RECEPTACLES MOTORS AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG_ : SURFACE OTHER AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG.: SURFACE - PH A _ T_PH 8 PH C t A PH B PH C PHA _ PH B PH C LARGEST BREAK PH A PH B PH C REMARKS PANEL 'EHWP1 -� BREAKER 0 0 0 80 3600 3420 39553 39553 3955 , TOTAL 4400 MOTORS 2500 - LTG PANEL 'EHWP3' - _____r 1 EAST PORTI LTS 0 0 -v 0 0 0 0 59813 5 9813 5981 3 2200 0 _4500 0 0 ELEV 12 CAB LTS AN PANEL 'EHEP4 I CHH SKI SCHOOL LTS 300 i 0 0 0 0 0 0 103600 10.3600 103600 4 20 /1 O . 1200 _ 0 1400 E 720 400 ;ESCALATOR PIT LTS G2 PKG LTS i WEST PORTICO LTS 1200 1100 1 20 /i ;, 3 1200 20 1 5 C 6 20 /1 400 20 1 - 5TH FLR S. CORR, LTS 1 400 LMT ALLR E RTS 800 1 G2 PKG LIS KITCHEN LTS - UPPER 1200 3RD FLR. S. CORR. LT 1 1 20 /1 1200 20 1 7 A 8 20 1 2600 2fl 1 PHASE LOADING SUMMARY 900 5TH FUR N. CORR. LTS 2600 LOADING SUMMARY 2ND FLR S CORK LTS 700 i G1 CORRIDOR LTG 2000 1 700 LOAD TYPE (VA) PH A PH B PH C 10 LOAD TYPE CONNECTED NEC CALCULATED - -.__- POWER DEMAND 2600 PKG LTG G1 CHILD SIG SCHOOL L 2ND FLR. S. CORK LTS KITCHEN LT - LOWER - 1200 2600 LOAD KVA DEMAND LOAD - 20 1 FACTOR LOAD KW 12 20 2600 1 400 0 - 1 - 2 60 0_ (G2 PKG LTG i SPARE G1 PKG LTG 2300 G2 LOADING DOCK LTG CONNECTED PF= LIGHTING 0 0 0 A LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% 0.0 KW 26 RECEPTACLES 4,680 3,600 3,420 2600 RECEPTACLES - -- - 2600 20 1 15 B 16 MOTORS 202,965 202,965 202,965 1000 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW CONNECTED OTHER - 4,40 -� 4,500 _ 2,500 1 17 REMAINDER 1.7 KVA x 50% = 0.9 KVA x 100% 0.9 KW AMPACITY = 2600 G2 PKG LTG - -- 900 Gt PKG LTG MOTORS SP 13RD FLR. S. CORK. LTS' 800 2200 20 19 760.2 TOTAL 212,045 211,065 208 18 LARGEST 310.8 KYA x 125% = 388.5 KVA x 90% = 349.6 KW 1300 PHASE BALANCE A -B B -C C -A 20 /i I REMAINDER 298.1 KVA x 100% = 298.1 KVA x 90% = 268.3 KW NEC DEMAND _ 20 /1 SPARE - 0 300 OTHER 11. KVA x 100%- 11.4 KVA x 100% - - 11.4 KW AMPACITY - C ox i % 2% 20 1 21 1 B B SPARE 1500 `- 0 852.6 1200 �� ELEV 14 CAB LTS AN 1200 TOTAL 632.0 KVA 708.8 KVA 20 1 640.2 KW 20 /1 \`00 0tt1 1 it�tflti! / /// • l • UG z:C EE /1111111/ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD *AIC.IT Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVIS DA TE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG NEW PANEL "ESHWP1 "ESLWPI" "ESHEPI" PERMIT /BID 02.15.05 Panel Notes Panel Notes Panel Notes 400 A MAIN CIRCUIT BREAKER 150 A VOLTAGE 277 / 480 V VOLTAGE 1. CIRCUIT VIA UGH71NG CONTACTOR 120/208 V 400 A BUS PHASE 3 PH PHASE PHASE 200 A 3 PH PHASE 3 PH WARE 4 W WIRE 4 W WARE 4 W TYPE : WARE 4 W TYPE : MTG.: SURFACE 18,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG_ : SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG.: SURFACE 18,000 BREAKER BREAK - BREAKER -� BREAKER AMP P AM� P NOTE DESCRI ( LTG RECEPT MOTORS OTHER TOTAL CCT PH CCT TOTAL OTHER MOTORS ; RECEPT - - LTG DESCRIPTION NOTE 1 EAST PORTI LTS 900 PCT PH CCT goo - 20 1 1 A 2 20 2200 AMP P AMP P DESCRIPTION ELEV 12 CAB LTS AN 2200 I CHH SKI SCHOOL LTS 300 i EAST PORTICO LTS 1200 ' 20 /1 1 A 1200 20 1 3 B 4 20 /1 1120 1200 5TH FLR S. CORP, LTS 1400 E 720 400 ;ESCALATOR PIT LTS G2 PKG LTS i WEST PORTICO LTS 1200 1100 1 20 /i ;, 3 1200 20 1 5 C 6 20 /1 400 20 1 1100 5TH FLR S. CORR, LTS 1 400 LMT ALLR E RTS 800 1 G2 PKG LIS KITCHEN LTS - UPPER 1200 3RD FLR. S. CORR. LT 1 1 20 /1 1200 20 1 7 A 8 20 1 2600 2fl 1 i 7 900 5TH FUR N. CORR. LTS 2600 PKG LTG k G2 2ND FLR S CORK LTS 700 i G1 CORRIDOR LTG 2000 1 700 2000 20 1 9 8 10 20 /1 2600 -- - -.__- ! , 2600 PKG LTG G1 CHILD SIG SCHOOL L 2ND FLR. S. CORK LTS KITCHEN LT - LOWER - 1200 2600 - 12 00 - 20 1 it C 12 20 2600 1 400 0 - 1 - 2 60 0_ (G2 PKG LTG i SPARE G1 PKG LTG 2300 G2 LOADING DOCK LTG i 2300 20 1 13 A 14 20 /1 2600 20 /1 900 i _ j 26 1G2 PKG LTG 6TH FLR S. CORR LTS Gi PKG LTG 2600 -^ - i T - -- - 2600 20 1 15 B 16 20 /1 2600 A 20 /1 1000 0 2600 G2 PKG LTG 1000 67H FLR N. CORK LTS Gi PKG LTG 12 ! SPARE 1200 20 /1 1 17 __. _ 18 - 20 1 2600 16 ) 20 j 1 _ 2600 G2 PKG LTG - -- 900 Gt PKG LTG 2200 SP 13RD FLR. S. CORK. LTS' 800 2200 20 19 A 20 20 /i 0 , 18 C 20 /1 500 SPARE � GI PKG LTG _ 1300 1 - _- - _ SPARE_ ;3RD RR. S CORR LTS 1 1300 20 /i 21 B 22 _p1 0 F _ A 20 _ 20 /1 SPARE - 0 300 G1 PKG LTG _ - 1400 J - SPARE 1400 20 1 ! 23 C 24 20 /1 0 20 1 21 1 B B SPARE 1500 `- 0 Gi NE LTG 1200 �� ELEV 14 CAB LTS AN 1200 20 1 25 A 26 20 1 0 1000 20 /1 2 C 1 -_. SPARE 20 /i 1500 SPARE 300 SPARE i 120 ELEV 16 CA LTS/FAN - 0 20 _1 27 B 28 20 1 p 2 0 1 600 20 /1 25 A (SPARE A 2 1 SPARE -_ - 0 300 -_ 1 24 0 0 20 t 29 C 30 20 1 0 29 800 _ 27 SPARE _ 8 S PARE _ - p 0 _ 0 � i 31 A 32 20 /1 i 10187 0 1 20 /1 0 _! 0 10187 PA NEL 'ELWHD3` 1 29 C SPA C 20 1 0 0 0 20 1 33 8 34 20 /1 8875 0 ( SPARE 0 0 8875 VIA 45 KVA 1 20 /1 31 -- FARE 32 1 _ > i 0 20 1 35 C - 36 - 20 1 6074 - 0 _9_00 0 - 0 - 6074 (X _ 1 20 /1 PANEL 'ESLWPI' 11850 0 900 0 12750 70 / 1 37 A 38 150 17900 0 1 600 1 0 173 00 JSUBFEED FOR 0 1100 VI 45 KVA tow 0 300 0 1 11100 0 0 B 40 � -- 18100 0 j SPARE 900 r� 0 0 � 17200 PANEL 1 -_ - 900 938 0 ` _ 304 500 tOf_80 ___ _3___.___ 41 ._ C __ 42 _ _ -- 3 -- 15000 - 0 _ 600 i 0 14400 'ESHEPI' 99 0_ PHASE LOADING SUMMARY 900 900 I 20 1 ' PANEL LOADING SUMM 8 40 -20 1 � . _ _� 0 - _ _ _ -,.. LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED 1200 NEC CALCULATED POWER DEMAND � 1200 1 20 1 1 41 C 42 C LOAD KVA 0 DEMAND LOAD FACTOR LOAD KW LOAD KVA PANEL DEMAND LOAD PHASE LOADING SUMMARY LOAD KW PH LOADING SUMMARY PANEL LOADING SUMMARY PA LOADI S UMMARY - CONNECTED PF= LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE PH C CONNECTED NEC CALCULATED POWER 95% LIGHTING 54,537 49,575 40,454 LIGHTING 144.6 KVA 9,500 9,900 x 125% = 180.7 KVA X95% = 171.7 KW FACTOR RECEPTACLES 0 720 0 RECEPTACLES RECEPTACLES 0 0 0 RECEPTACLES CONNECTED MOTORS 1,500 1,200 goo FIRST 10 KVA 03 KVA PF= x 100% = 0.7 KVA x 100% = 0.7 KW AMPACITY = OTHER 0 0 500 REMAINDER 0.0 KVA 0 x 50% = 0.0 KVA x t00% = 0,0 KW 179.7 32.0 KVA 0.0 KW x 125% - 40.0 KVA MOTORS x 95% X0 KW 58.1 KW RECEPTACLES 0 0 0 TOTAL 56,037 51,495 41,854 LARGEST 1.8 KVA 8,300 x 125% = 2.3 KVA x 90% = 2.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 1.8 KVA 0.0 KVA x 100% = 1.8 KVA x 90% = 1.6 KW AMPACITY = 0 0 500 REMAINDER OTHER 0.5 KVA OTHER x 100% = 0.5 KVA x 1002 = 0.5 KW 223.7 KW 9% 23% 34% j MOTORS MOTORS - TOTAL I TOTAL 1 49.4 _ KVA - i LARGEST 186.0 KVA 0.3 KVA 176.5 KW x 125% = 0.4 KVA GENERAL NOTES x 90% - 0.3 KW NEC DEMAND PHASE BALANCE A -B B -C -�- REMAINDER C -A 1.2 KVA BREAKER ACCESSORIES - PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 1.1 KW AMPACITY = • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL • = GFCi OTHER 0.5 KVA x 100% = I •• = SHUNT TRIP \`00 0tt1 1 it�tflti! / /// • l • UG z:C EE /1111111/ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD *AIC.IT Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVIS DA TE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG NEW NEW PANEL "ESLWPI" "ESHEPI" PERMIT /BID 02.15.05 Panel Notes Panel Notes 150 A 150 A MAIN CIRCUIT BREAKER 150 A VOLTAGE V 120/208 V 277/480 i. CIRCUIT NA WEST PLAZA LIGHTING CONTACTOR 200 A BUS PHASE PHASE 200 A 3 PH PHASE 3 PH WIRE 4 W WARE 4 W WARE 4 W TYPE : TYPE : MTG_ : SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG.: SURFACE 18,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) � �- - BREAKER BREAKER - -- (BREAKER BRE DESCRIPTION LTG RECEPT BREA OTHER TOTAL CCT NOTE DESCRIPTION LTG RECEPT MOTORS OTHER AMP / P TOTAL PCT PH CCT TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION - NOTE AMP P AMP P DESCRIPTION ELEV 12 CAB LTS AN 1 1200 1 TUNNEL LIGHTS 300 1500 ' 20 /1 1 A 2 A 20 1 1200 1400 1500 1200 5TH FLR S. CORP, LTS 1400 G1 SKI INSTRUCTOR LTG 2ND FLR S. CORK LTS 1100 I G2 PKG LTS 2600 900 1100 1 20 /i ;, 3 B 4 B 20 /1 1100 �® 1504 20 1 1100 5TH FLR S. CORR, LTS 2100 Gi EAST CORR LTG 1 2ND FLR. S. CORK LIS 800 1 G2 PKG LIS 2600 1200 3RD FLR. S. CORR. LT 800 1 20 /1 1 5 C 6 C 20 /1 900 1500 2fl 1 i 7 900 5TH FUR N. CORR. LTS _ 01 CON DO STORAGE LT 2ND FLR S CORK LTS 700 i G2 PKG LTS 2600 700 1 20 1 ( 7 A 8 A 20 1 1100 ' - -.__- ! 1100 15TH FLR N. CORK LTS - 800 G1 CHILD SIG SCHOOL L 2ND FLR. S. CORK LTS 600 I G2 PKG LIS 2600 - 600 1 1 9 B 10 B 20 1 1 400 0 M C 12 i 1400 6T FLR S. CORR. LTS i SPARE 2ND FLR N. CORK LIS 700 I G2 LOADING DOCK LTG 2600 3RD FLR. N. CORR. LTS 700 20 /1 11 C _1 C 20 /1 900 i 14 - i6 24 _ Ll 900 6TH FLR S. CORR LTS SPARE 2ND FLR. N. CORK LTS 800 i LOADING DOCK L 1800 3RD FLR N. CORK. LTS FUR. s 800 20 /1 13 A 14 A 20 /1 1000 0 20 1 1000 1000 67H FLR N. CORK LTS - 2ND FLR RESTRM LTS 1200 SPARE 47H N. CORK LTS' -� 1200 1 20 /1 15 8 16 ) 20 j 1 9Q0 0 700 900 6TH FLR N. CORK LTS 700 SP 13RD FLR. S. CORK. LTS' 800 SPARE 1000 800 1 20 /1 17 _ C 18 C 20 /1 500 1 500 � 1 EFIRE ALARM CONTR PNI. 1 - _- - _ SPARE_ ;3RD RR. S CORR LTS 11 00 SPARE I - 1100 1 20 /1 19 A 20 1 20 /1 i 1500 0 300 1200 (ELEV 13 CAB LTS/FAN SPARE 3RD FLR S. CORK LTS FLR _ 700 ( SPARE _ 1 _ -_ 800 700 20 1 21 1 B 22 B 20 1 1500 `- 0 300 - ^ 1200 ELEV 14 CAB LTS AN SPARE 3RD N. CORR LIS__ 1000 SPARE I 1000 20 /1 2 C 24 C 20 /i 1500 0 300 SPARE i 120 ELEV 16 CA LTS/FAN 67H FLR. N. CORR. ITS SPA - __ 3RD FLR. N. CORR. LIS 600 SPARE 1000 2 0 1 600 20 /1 25 A 26 A 2 1 1500 0 300 -_ 1 24 0 ELEV 10 C LT S/FAN _ SPARE 1 3M FLR N. CORK LTS 800 SPARE 1500 29 800 20 1 27 B 28 8 24 1� p 0 ELEV 4 CAB LTS AN SPARE SPARE 3RD FLR BRIDGE LTS 780 SPARE 1 20 /1 31 A 780 20 29 C 30 C 20 1 0 0 ELEV 5 CAB ITS AN ISPARE 300 1 4TH FLR POOL DECK L1 S 850 ( SPARE - ! 34 850 1 20 /1 31 A 32 A 20 /1 0 0 FARE SPARE SPARE 47H FUR S. C ORR. _9_00 - - - - - 36 I 20 1 900 1 20 /1 33 8 34 8 20 /1 0 0 _ SPARE - SPARE 4TH FLR S. CORK LIS) 1100 SPARE ( 20 ji 0 1100 20 1 35 C 36 C 20 1 0 0 -- -� -- SPARE 0 SPARE 4TH FUR. S. CORK LTS 900 PANEL 'ESL PI 9500 1 600 900 20/1 137 10100 A 38 - A - ® B 20 /1 0 0 - SPARE 20 1 SPARE 4TH FLR. N. CORK. LTS 900 i 99 0_ 1 900 900 I 20 1 ' 39 8 40 -20 1 � . _ _� 0 0 - _ - -__ -- SPARE 1_ SPARE 41H FLR N. CORK. LTS 1200 XFMR 770D 1 � 1200 1 20 1 1 41 C 42 C 20 1 0 0 , LOAD KVA SPAR DEMAND LOAD PHASE LOADING SUMMARY LOAD KW PH LOADING SUMMARY PANEL LOADING SUMMARY PA LOADI S UMMARY - LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE PH C CONNECTED NEC CALCULATED POWER DEMAND DEMAND 95% LIGHTING 9,500 9,900 7,700 LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL 32.2 KW PANEL RECEPTACLES 0 0 0 RECEPTACLES CONNECTED PF= CONNECTED PF= 600 FIRST 10 KVA 0.0 KVA x 100%- 0.0 KVA x 100% 0.0 KW AMPACITY - OTHER 95% 0 LIGHTING 11,850 10,800 9,380 LIGHTING 14,400 32.0 KVA 0.0 KW x 125% - 40.0 KVA x 1252 = x 95% X0 KW 58.1 KW RECEPTACLES 0 0 0 RECEPTACLES 0 RECEPTACLES TOTAL 10,100 10,800 8,300 LARGEST CONNECTED MOTORS 9DO 300 300 FIRST id KVA 0.0 KVA FIRST 10 KVA x 100% = 0.0 KVA x 100%- x 100% = 0.0 KW AMPACITY = OTHER 0 0 500 REMAINDER 0 0.0 KVA OTHER x 50% = 0.0 KVA x 50% = x 100% = 0.0 KW 94.5 KW 61.3 7% 309 MOTORS MOTORS - TOTAL 12.750 11,100 10,180 LARGEST 15,000 0.3 KVA x 125% = 0.4 KVA x 125% = x 90% - 0.3 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER C -A 1.2 KVA x 100% = 1.2 KVA x 100%- x 90% = 1.1 KW AMPACITY = AMPACITY - • = GFCi OTHER 0.5 KVA x 100% = 0.5 KVA x 100% = x 1Q0% = 0.5 KW 116.9 KW 76.6 15 9% 25% 212 19% _ TOTAL _ - 34.0 KVA 51.0 KVA 42.1 KVA 63.7 KVA 40.0 KW 60.4 KW GENERAL NOTES: GENERAL NOTES: _. -- _ - BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED iN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL • = GFCl NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL *• =SHUNT TRIP \`00 0tt1 1 it�tflti! / /// • l • UG z:C EE /1111111/ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD *AIC.IT Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVIS DA TE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG NEW NEW CD FROG SET PANEL "ESHEPI" PERMIT /BID 02.15.05 Pones Notes Panel Notes 150 A MAIN CIRCUIT BREAKER VOLTAGE 150 A MAIN CIRCUIT BREAKER V VOLTAGE 277/480 V 200 A BUS PHASE 200 A BUS PHASE 3 PH WIRE 4 W WARE 4 W TYPE : MTG_ : SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG.: SURFACE 18,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) � BREAKER -- - -- AMP / P BRE DESCRIPTION LTG RECEPT BREA OTHER TOTAL CCT PH CCT AMP P TOTAL OTHER AM Z - AMP / P NOTE DESCRIPTION -� I LTG ' j RECEPT MOTORS OTHER - TOTAL CCT P OCT TOTAL OT MOTORS RECEPT LTG DESCRIPTION NOTE 20 1 TUNNEL LIGHTS 1200_ 1100 2ND FLR S. C LTS 1200 __Loll 1 A 2 _ - 20 1 1400 1500 20 L 3 1400 G1 SKI INSTRUCTOR LTG 20 1 - 900 G2 PKG LTS 2600 900 2ND FLR. S. CORK LTS 2600 20 1 3 B 4 20 1 2100 1504 20 1 5 _ _ 2100 Gi EAST CORR LTG 1200 G2 PKG LIS 2600 1200 3RD FLR. S. CORR. LT 26 0_0 - 2C1 1 5 C 6 20 1 1500 2fl 1 i 7 150 01 CON DO STORAGE LT G2 PKG LTS 2600 2ND FLR N. CORK LTS 2600 20 1 7 A 8 20 1 BOO - -.__- B 10 - - 800 G1 CHILD SIG SCHOOL L � G2 PKG LIS 2600 - ( 3R FLR. N. CORR. _LTS - 1000 2600 ( 20 1 9 B 10 _ - 20 1 0 M C 12 _ 600 i SPARE 600 G2 LOADING DOCK LTG 2600 3RD FLR. N. CORR. LTS 740 2600 20 1 it C 12 20 1 0 14 - i6 24 _ Ll _ _ - SPARE 1100 57H FLR_ S CO LTS LOADING DOCK L 1800 3RD FLR N. CORK. LTS FUR. s 1800 20 f 13 A 14 20 1 0 20 1 1000 SPARE 5TH FLR S. COR LTS _ SPARE 47H N. CORK LTS' -� -� 0 __M / 1 _ 15 8 16 20 1 0 700 700 SP -- SPARE 1000 �- 0 20 1 17 C 18 20 1 -- 0 � -� - 500 1 - _- - _ SPARE_ 57H FLR. N. CORK LTS SPARE � - 800 0 - 20 t 19 A 20 20 11 0 300 1200 -�- SPARE 51H FL N. CORK LTS - 1000 SPARE _ -_� _ -_ 800 1 ( 20 /1 0 20 1 21 B 22 p `- 0 - ^ ' VEST P ilo SPARE 80 0 SPARE -- E 20 1 25 0 20 Zl 23 C 24 _ A ( 20 1 0 SPARE 67H FLR. N. CORR. ITS SPA - __ I SPARE 1000 2 0 1 27 B 0 20.1 25 A 26 20 1 i 0 SPARE ELEV 9 CAB LTS AN 1200 SPARE - SPARE 1500 29 C 30 0 , 20/1 27 8 28 20 1 0 ELEV 4 CAB LTS AN i 1200 SPARE SPARE 1 20 /1 31 A 32 20 /1 0 20 1 29 C 30 20 1 0 ELEV 5 CAB ITS AN 1200 300 SPARE 1500 ( SPARE 33 B 34 1 0 0 20 1 3 1 A 32 - �20 1 0 FARE SPARE 0 20 /1 SPARE - - - 36 I 20 1 0 0 20 _ 33 8 34 20 1 0 - SPARE 20 1 37 SPARE ( 20 ji 0 0 20 1 35 C 36 20 1 0 -- -� -- 0 SPARE 39 8 PANEL 'ESL PI 9500 0 600 0 1 10100 70 37 - A - ® B 38 20 /1 0 - 0 20 1 SPARE C 42 VIA 45 KVA _ 99 0_ 0 1 900 0 10800 39 40 20 1_ 0 SPARE LOAD TYPE (VA) PH A PH B XFMR 770D 00 � 0 NEC CALCULATED 8300 13 41 C 42 ( 24 1 0 , LOAD KVA DEMAND LOAD SPARE LOAD KW PH LOADING SUMMARY PA LOADI S UMMARY - LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND 95% LIGHTING 9,500 9,900 7,700 ' UGH In; LOAD KVA DEMAND LOAD FACTOR LOAD KW 32.2 KW PANEL RECEPTACLES 0 0 0 RECEPTACLES CONNECTED CONNECTED PF= 600 FIRST 10 KVA 0.0 KVA x 100%- 0.0 KVA x 100% 0.0 KW AMPACITY - OTHER 0 0 0 952 LIGHTING 17,300 17.200 14,400 LIGHTING 0.0 KW 48.9 KVA x 1252 = 61.1 KVA x 95% = 58.1 KW RECEPTACLES 0 0 0 RECEPTACLES TOTAL 10,100 10,800 8,300 LARGEST 0.3 KVA CONNECTED 0.4 MOTORS 600 900 600 FIRST 10 KVA 0.0 KVA REMAINDER x 100%- 0.0 KVA x 100% 0.0 KW AMPACITY - OTHER 0 0 0 REMAINDER OTHER 0.0 KVA 0.0 KVA -- x 50% = 0.0 KVA x 104% = 0.0 KW 61.3 7% 309 229 MOTORS - TOTAL 17,900 WOO 15,000 LARGEST 1.8 KVA KVA x 125% = 2.3 KVA x 90% = 2.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.3 KVA x 100%- 0.3 KVA x 90% = 0.3 KW AMPACITY - • = GFCi NEW CIRCUITS BEiNG INSTALLED. INDICATE NEW SPARES IN PENCIL OTHER 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW 76.6 1% 212 19% TOTAL 51.0 KVA 63.7 KVA 60.4 KW GENERAL NOTES: _. -- _ BREAKER ACCESSORIES ~- PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED iN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCl NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL •• = SHUNT TRIP \`00 0tt1 1 it�tflti! / /// • l • UG z:C EE /1111111/ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD *AIC.IT Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVIS DA TE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG NEW PANEL CD FROG SET "ESLEPI" 006 PERMIT /BID 02.15.05 Pones Notes 150 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 200 A BUS PHASE 3 PH WIRE 4 W TYPE : MTG_ : SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER -- - -- AMP / P NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL CCT PH CCT AMP P TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE ELEV 3 LIS" 1200 300 1500 20 1 1 A 2 20 1 1100 1100 2ND FLR S. C LTS ELEV b LTS AN 1200 300 1500 20 L 3 - B 4 20 1 - 900 900 2ND FLR. S. CORK LTS ELEV 9 LTS AN 1200 300 1504 20 1 5 C _ 6 20 1 1200 --{-- 1200 3RD FLR. S. CORR. LT 2ND FLR. N. CORK LTS 1104 I 110 2fl 1 i 7 2ND FLR N. CORK LTS 6 00 - - 600 20 �9 B 10 20 1 1300 j � 1300 +TN FLR S CORK LTS - ( 3R FLR. N. CORR. _LTS - 1000 1000 20 1 11 M C 12 2a / 1 600 i 600 4 7H FUR S. CORR. LTS 3RD FLR. N. CORR. LTS 740 700 _2 / '/ (13 A 14 - i6 24 _ Ll 1100 1100 57H FLR_ S CO LTS 3RD FLR N. CORK. LTS FUR. 700 700 _ 20 1 15 B 20 1 1000 10 00 5TH FLR S. COR LTS _ 47H N. CORK LTS' 800 800 20 1 17 C 18 1 20 /1 700 700 1 6TH FLR. S. CORR. LTS _ 41H FLR. N. CORK LTS 1000 1000 20 /1 (19 A 20 20 /f 500 � -� - 500 6TH FUt S. CORR, LTS i 57H FLR. N. CORK LTS Soo � - 800 20 1 f 21 8 22 20 f 1500 j 300 1200 JELEV i CAB LTS AN 51H FL N. CORK LTS - 1000 _ -_� _ -_ 800 1 ( 20 /1 23 C 24 20 /1 0 i 1 - ^ ' VEST P ilo 67H FLR RR N. CO LTS 80 0 -- E 20 1 25 A 26 20 1 �- -- 0 _ SPARE 67H FLR. N. CORR. ITS 1000 I 1000 2 0 1 27 B 28 20 /1 0 SPARE ELEV 9 CAB LTS AN 1200 ; 300 1500 29 C 30 20 1 _ p - - SPARE ELEV 4 CAB LTS AN i 1200 300 1500 1 20 /1 31 A 32 20 /1 0 SPARE ELEV 5 CAB ITS AN 1200 300 1500 20 1 33 B 34 20 1 0 SPARE FARE 0 20 /1 35 - - - 36 I 20 1 0 SPARE SPARE 0 20 1 37 A 38 20 ji 0 - _ SPARE j SP - ___ - -� -- 0 20 /1 39 8 40 20 /1 0 _ �� SPARE SPARE 0 20 1 41 C 42 20 f ( 0 SPARE PHASE LOADING SUMMARY PANEL LOADING SUMM LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND - - LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 95% LIGHTING 9,500 9,900 7,700 ' UGH In; 27.1 KVA x 125% = 33.9 KVA x 95% = 32.2 KW RECEPTACLES 0 0 0 RECEPTACLES CONNECTED MOTORS 600 900 600 FIRST 10 KVA 0.0 KVA x 100%- 0.0 KVA x 100% 0.0 KW AMPACITY - OTHER 0 0 0 REMAINDER 0.0 KVA x 502 = 0.0 KVA x 1009 = 0.0 KW 81.1 MOTORS TOTAL 10,100 10,800 8,300 LARGEST 0.3 KVA x 125% = 0.4 KVA x 90% = 0.3 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 1.8 KVA x 100%- 1.8 KVA x 9ox = 1.6 KW AMPACITY - OTHER 0.0 KVA -- x 100% = -� 0.0 KVA x 100% = 0.0 KW 100.1 7% 309 229 - TOTAL 29.2 KV 36.1 KVA 34.1 KW GENERAL NOTES - BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCi NEW CIRCUITS BEiNG INSTALLED. INDICATE NEW SPARES IN PENCIL •: = SHUNT TRIP \`00 0tt1 1 it�tflti! / /// • l • UG z:C EE /1111111/ OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD *AIC.IT Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVIS DA TE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD FROG SET 01.14.05 006 PERMIT /BID 02.15.05 n0jSCr N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cator, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P - PAN T -W.DWG - E700.3 PLOT: 02/10/2005 @ 2:05pm REV: 02/10/2005 CAD: WES XREF: tb.dwg E700.3 ® 2003 42140 ARCHITECTURE, INC. i I P1@ NEW MDC 12WA M.L.O VOLTAGE 12MA BUS PHASE WIRE 65 AMPERE SNORT' LRCM RATING (FCI1Y RATED) 3:i•,• i i a a s a r •. ►a• « a. f a' # I• « "EDP -W1 "- MDC Notes: 277/ 480 V 3 PH 4W mmiam m7 mm MINI PH A PH B PH C LOAD TYPE CONNECTED NEW NEW PANEL "HWPS1" NOTE 7 A 8 2 D7 1 OTHER LOAD KVA DEMAND LOAD SPARE Pond Notes: FACTOR LOAD KW 40D A Panel Notes: Pcnal Notes: C;t CORRIDOR LTG 277 / 48D V LTG 200 A M.L.O. 1800 250 A VOLTAGE 9 277/480 Y V I. PROVIDE GFI EGLULPMENT PROTECTION TYPE CIRCUIT BREAKER iF SNO WMELT CABLE IS NOT MINERAL. INSUTA LIGHTING 200 A BUS 0.3 KVA PHASE 0.2 3 PH 90% tl A PER N.E.C. 426.28. 12,380 RECEPTACLES PHASE 3 PH 700 2011 NEC CALCULATED SEE EM3 FOR SCHEMATIC DIAGRAM. WIRE 12 4 W 271,641 271,641 FI 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 TYPE : CONNECTED 5,700 5,600 3.500 REMAINDER 25.2 KVA x 50% = 116 KVA x 100% = 116 TYPE AMPACITY _ Ll ' MM: SURFACE �y0 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 2600 G2 GARAGE Ttkfa 2 C 01 PKG LTG /y 289,361 288,201 287,521 NOTE DESCRIPTION LTC RECEPT MOTORS OTHER TOTAL BREAKER COT PH OCT BREAKER REMAINDER TOTAL OTHER MOTORS RECEPT LTG DESCRP71ON NOTE NEC DO" ANAL P AMP P 1 ROOF HEAT TRACE 14.8 KVA x 100% = ia• 15M x 100% = 1500 20/1 1 A 2 2011 REMAINDER 1500 1500 20 1 a: ♦`o• t ® ROOF HEAT TRACE 1 t i 1 ROOF HEAT TRACE ♦ TOTAL r 1500 852.6 1500 20 Ll 3 B # 20 1 1500 1500 1 6TH #w►# G2 LTG « 24 ROOF NEAT TRACT= i 441 1 ROOF HEAT TRACE Z1 1300 20 1500 21 1500 20/1 5 C 6 20 1 1500 1500 2890 NW G2 LTG .. •�,,;� +„ �_ ROOF HEAT TRACE 1 1400 1 ROOF HEAT TRACE t t 1400 1500 ,# 1500 20/1 7 A 8 . 20/1 2 15M 1500 -.-.. 2670 NNW Of LTG 1ROOF HEAT TRACE 1 STAIR 5 1 ROOF HEAT TRACT= 15 B 16 15M 20/1 1500 20 t 9 B 10 20 1 1500 150D PROVIDE NEW UPDATED PANES. DIRECTORIES 2 2 1890 }ROOF HEAT TRACE 1 3 1 ROOF HEAT TRACE 20 f 117 15M 1390 1500 20 1 11 C 12 20 1 1500 1500 180 ROOF HEAT TRACT= 1 ► # a, 1 ROOF HEAT TRACK Nyi 13M 20 1500 1 19 1500 20/1 13 A 14 20 1 15M 151x} 200 :: # s ROOF HEAT TRACE t STAIR 7 LTG 1 ROOF HEAT TRACE Rh FLR CORR LTG 1800 1500 20 1500 20 1 15 B 16 20/ 32 1500 1501 1440 200 ROOF HEAT TRACK 1 1440 i ROOF HEAT TRACT: SPA LIS - M24/25/28 5th FLR CORR LTG 18DO 1500 1500 1 20/1 17 C 18 20 1 151x0 1500 11 200 300 ROOF HEAT TRACT: 1 ELEV 16 CAB LTS 1 IROOF HEAT TRACY 3 NW G1 LTG 1500 t 1500 20/1 19 A 20 20/1 35 1500 1500 2D t 0 ROOF HEAT TRACT: 1 1 IROOF HEAT TRACE SPARE f 1500 12800 1500 20/1 21 B 22 20 1 1500 1 38 150 I ROOF HEAT TRACT: 1 1 ROOF HEAT 'TRACE 17098 SlIBFEED FOR 1500 AA 75 KVA 1500 20 ZI 23 C 24 20/1 1344 1500 1500 B 40 30 ROOF HEAT TRACT: 1 0 1 ROOF HEAT TRACE 0 18635 PANEL 151x} .. 1503 20/1 25 A 26 20/1 12734 1500 1500 41 C 42 ROOF HEAT TRACK. 1 16084 1 ROOF HEAT TRACT: 900 0 1 15184 1500 F.A., O07E AN. 15M 20/1 27 8 28 20 1 1500 1500 390 20 i ROOF HEAT TRACE 1 34 1 ROOF HEAT TRACY LOAD TYPE (VA) LIGHTING RECEPTACLES MOTORS OTHER TOTAL PHASE BALANCE PH A 51A% 0 1,500 1,20D 54,254 MB PH B 44,531 900 1,500 700 47,631 B-C 1500 LOAD TYPE UGHTNG RECEPTACLES FIRST 10 KVA REMAINDER MOTORS LARGEST REMAINDER 07M 1500 20 1 29 C 30 20 Li 1500 1500 800 ROOF HEAT TRACY T 35 i ROOF HEAT TRACE 20/1 200 15M 1500 20 1 31 A 32 __2L 1_ 1500 1500 800 ROOF HEAT TRACE 1 2D 1 SPARE A 38 20 1 1220 0 20/ 33 B 34 201 0 2 LOBBY LTG 800 SPARE 800 SPARE 1 39 B 40 20/1 0 20/1 35 C 38 20 1 0 SPARE SPARE 0 20 11 41 C 0 20/1 37 A 38 20 1 0 SPARE SPARE ELEY 12 CAB US" 1200 SPARE 300 1500 2011 0 20/1 39 B 40 20 1 0 ELEY SELECT PNL ISPARE 2 SPARE 450 450 0 20/1 41 C 42 20 0 200 ISPARE EM GEN STATUS PNL PHASE LOADING SUMMARY 2 NW FACADE 750 PANEL LOADING SUMMARY CONNECTED 750 20 1 47 i ! � T i�f�� ai t ��� LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED .t NEC CALCULATED ; 4I POWER DEMAND SPARE ®�� , II # ��� 0 20 11 49 LOAD KVA 50 DEMAND LOAD 11 FACTOR LOAD KW PANEL. C ONNECTED SPARE 2 AREA B LTG 1250 MENOMONEE 1250 PHASE LOAD L OADWG SUMMARY CONNECTED PF= 51 B PANEL LOADING ' 2011 # 0 i L offm 0 KVA x 125X SPARE ► f 100% PORTE COCHERE SC 900 LIGHTING 0 0 0 1.017ING POVI 0.0 KVA C x 125% = 0.0 KVA x 95X MO KW CONNECTED RECEPTACLES 0 0 0 RECEPTACLES FACTOR LOAD KW 640 PANEL 640 20 CONNECTED 55 A MOTORS 0 0 0 FIRST iD KVA 0.0 KVA x 100% = 0.0 KVA CDI#E PF- x 100% = 0.0 KW AMPA07Y = 2 OTHER 18,00 MOOD MOOD REMINDER 600 MO KVA 1 x 5OX = 0.0 KVA 58 x 100% = MO KW 57.7 0 f 0 20D MOTORS LIGHIING # 2 0 KVA 600 x 95X 0 .2 KIN 600 20 TOTAL MOOD 15,003 15,000 LARGEST 360 MO KVA x 125X = 0.0 KVA x 90% = 0.Q KW NEC DEMAND CONNECTED PHASE BALANCE: A-B B-C C-A REMAINDER 9 1 8 95 0.0 KVA w i KVA x 100% = 0.0 KVA x 100% x 90% = MO KW AMPACITY = LOAD TYPE (VA) LIGHTING RECEPTACLES MOTORS OTHER TOTAL PHASE BALANCE OTHER PH B 12,070 0 600 700 13,370 B-C 5% 48.0 KVA LOAD TYPE UGIIT NG RECEPTACLES FIRST 10 KVA REMAINDER MOTORS LARGEST REMAINDER 01HER TOTAL x 125% = MO KVA NEC CALCUTATET1 DEMAND LOAD x 125% = 43,5 KVA x 100X = 0.0 KVA x 50% = 0.0 KVA x 125% = 0.4 KVA x 100% = 1.5 KVA x 100% = 3.9 KVA 49.3 KVA x 100% 60.0 KW 72.2 KW KW KW KW KW Kw PANEL CONNECTED PF= 95X CONNECTED AMPACITY = 112.4 NEC DEMAND AMPACITY = 136.8 20% 0% 20% BREAKER ACCESSORIES * = GFCI ** = SHUNT TRIP M OTORS f KIN GIDIEM NOTER- TOTAL 4&0 KVA TOTAL 13,M bo KV A 11X5 LARGEST 600 KW x 125X - 11.4 KVA GENERAL NOTES: x 90% - 10.3 K* NEC DEMAND FOR PANELS THAT ARE INCLUDED IN IM PROJECT. PROVIDE TYPED DESCRIPTIONS OF PHASE BALANCE A-B B-C C-A REMAINDER 20.6 KVA BREAKER ACCESSORIES x 1OOX - 20.6 KVA PROVDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESOWTiONS OF . KIN AMPACITY • = GFCI SHUNT 7W NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL OTH 6 KVA x 1I ODX 100% # = SHUNT TRIP NEW MDC 12WA M.L.O VOLTAGE 12MA BUS PHASE WIRE 65 AMPERE SNORT' LRCM RATING (FCI1Y RATED) 3:i•,• i i a a s a r •. ►a• « a. f a' # I• « "EDP -W1 "- MDC Notes: 277/ 480 V 3 PH 4W mmiam m7 mm MINI PH A PH B PH C LOAD TYPE CONNECTED NEW PANEL * ELWP1 DEMAND NOTE 7 A 8 2 D7 1 OTHER LOAD KVA DEMAND LOAD SPARE Pond Notes: FACTOR LOAD KW 40D A MAIN CIRCUIT BREAKER Pcnal Notes: C;t CORRIDOR LTG 277 / 48D V LTG 1. CIRCUIT VIA ARRABELIE IMOR LIGHTINO REIAY PANEL 20 1 1800 250 A MAIN CIRCUIT SWAM 9 VOLTAGE 12D / 208 V 0 LIGHTING 0.2 KVA x 125X = 0.3 KVA x 95% = 0.2 KW 90% tl A am 12,380 RECEPTACLES PHASE 3 PH 700 2011 NEC CALCULATED SEE EM3 FOR SCHEMATIC DIAGRAM. C 12 271,641 271,641 271,641 FI 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW CONNECTED 5,700 5,600 3.500 REMAINDER 25.2 KVA x 50% = 116 KVA x 100% = 116 TYPE AMPACITY _ Ll ' • �y0 960 2600 G2 GARAGE Ttkfa 2 C 01 PKG LTG /y 289,361 288,201 287,521 SURFA MOOD A M PERE SH ORT C RATED x 90% = 353.9 KW 2 A -8 B-C C-A REMAINDER 421.7 KVA x 100% = 42IJ KVA x 90% = 379.5 KW NEC DO" MOTORS 500 • '` 1 � OTHER 14.8 KVA x 100% = ia• KVA x 100% = 14.8 KW AMPACITY = 0% 0% 1% REMAINDER 1800 FLR LTG 20 1 a: ♦`o• t ® '' ►a' i i `w t i i+�++• -� ' ♦ TOTAL r KVA 852.6 KVA 1 a' 1 i b 't ra' arp. i w.'' w i 2760 1 6TH #w►# G2 LTG « 24 Oh PKG LTG 1300 441 tit t Z1 1300 20 d 21 t! it 20 1 2890 �� 2 ' 'a•" �� 2890 NW G2 LTG .. •�,,;� +„ �_ ��� 01 PKG LTG 1400 ### ill t t 1400 20 ,# 23 ## .## 20 1 2670 2 ► •r -.-.. 2670 NNW Of LTG KVA 67.2 KVA STAIR 5 1600 15 B 16 160D 20/1 900 25 A 26 20 1 1890 2 PROVIDE NEW UPDATED PANES. DIRECTORIES 2 2 1890 2ND FLR LTG 3 SPA LTG - K3 A4 1380 20 f 117 C 1390 . 2011 27 B 28 20 Ll 256 FACP 180 76 ELEV 12 MACH RM ► # a, ��� 3RD FLR CORK LTG Nyi 13M 20 ' 1 19 1800 #� 1 29 # ► of / 20/1 300 1200 200 :: # s 1200 STAIR 7 LTG SPA LIS - H19/2D 1875 Rh FLR CORR LTG 1800 1875 20 1 180D 201 22 31 A 32 20/ 1440 200 ELEV 14 CAB LTS AN 1440 BYWAY 3 SPA LIS - M24/25/28 5th FLR CORR LTG 18DO 600 20/1 1800 20/1 C 33 B 34 2D 11 200 300 200 ELEV 16 CAB LTS 200 1ST FLR LTG 3 NW G1 LTG 120 t 1 :## 0 12D 24 1 35 C 36 2D t 0 300 200 ELEV 10 CAB LIS AM SPARE f PANEL 'ESL1 P1' 12800 0 900 700 r 14400 110 1 37 A 38 150 18198 500 6#x3 0 17098 SlIBFEED FOR AA 75 KVA 12070 0 600 700 13370 1344 20 139 B 40 30 1 19535 0 1800 900 0 18635 PANEL FRCP AUX PW SUPPLY .. XFMR 9934 0 300 2500 1 i 12734 850 3 41 C 42 32 3 16084 0 500 900 0 1 15184 'ESHEP1' F.A., O07E AN. PHASE LOADING SUMMARY 2 PANEL LOADING SUMMARY 390 390 20 i 133 B 34 20/1 LOAD TYPE (VA) LIGHTING RECEPTACLES MOTORS OTHER TOTAL PHASE BALANCE PH A 51A% 0 1,500 1,20D 54,254 MB PH B 44,531 900 1,500 700 47,631 B-C PH C 37,598 0 1,200 2 41,298 GA LOAD TYPE UGHTNG RECEPTACLES FIRST 10 KVA REMAINDER MOTORS LARGEST REMAINDER 07M CONECTED LOAD KVA 133.7 KVA 0.9 KVA 0.6 KVA 27 KVA 1.5 KVA 4.4 KVA ELEV.PIT CAB LTS NEC CALCULATED DEMAND LOAD x 125X = 167.1 KVA x i00X = 0.9 KVA x 50% = DO KVA x 100% = 2.7 KVA x 100% = 1.5 KVA x 1 00% = 4.4 KVA POWER DEMAND FACTOR LOAD KW x 95% = 158.7 x 100% = 0.9 x L00% 0.0 x 90% = 2.4 x 90% _ X 1 1 .4 x 100% = 4.4 KW KW Kw KW KW LOBBY LTG PANEL CONNECTED PF= 95% CONNECTED AMPACITY = 172.2 NEC DEMAND AMPA AMPA = 2I2.4 800 20/1 35 C 36 20/1 200 200 SPARE 2 LOBBY LTG 800 800 2D 1 37 A 38 20 1 1220 WA 1220 CST FLR LTG 2 2 LOBBY LTG 800 800 20 1 39 B 40 20/1 0 SPARE SPARE 0 20 11 41 C 42 20 1 0 SPARE ELEY 12 CAB US" 1200 300 1500 2011 43 A 44 2D 1 20D 200 ELEY SELECT PNL 2 1 SW FAME 450 450 20/1 1 46 B 46 20/1 200 200 EM GEN STATUS PNL 'LOAD TYPE (VA) 2 NW FACADE 750 LOAD TYPE CONNECTED 750 20 1 47 i ! � T i�f�� ai t ��� Z I 0 ai 1 ■ ► # � � t .t !s ► L OAD ; 4I . # # ► # SPARE ®�� , II # ��� 0 20 11 49 A 50 20 11 0 C ONNECTED SPARE 2 AREA B LTG 1250 MENOMONEE 1250 PHASE LOAD L OADWG SUMMARY 1 51 B PANEL LOADING ' 2011 # 0 i L offm 0 KVA x 125X SPARE ► f 2 PORTE COCHERE SC 900 i/ TYPE CONNECTED 0 NEC CALCUiATED 20 POVI DE C 54 20/1 0 CONNECTED i i KVh DEMAN LO FACTOR LOAD KW 640 PANEL 640 20 1 55 A 56 20 t 0 CDI#E PF- 2 PORTE COCHERE PEND 600 600 20 1 57 8 58 201 0 f 0 20D # LIGHIING # 2 0 KVA 600 x 95X 0 .2 KIN 600 20 1 1 59 RECEPTACLES 900 0 360 RECEPTACLES SPARE CONNECTED PHASE LOADING SUMMARY M OT ORS :L 5 9 1 8 95 9 w i KVA 1 KVA x 100% ## LOAD TYPE (VA) LIGHTING RECEPTACLES MOTORS OTHER TOTAL PHASE BALANCE PH A 12,800 0 900 700 14,400 A-B 8% PH B 12,070 0 600 700 13,370 B-C 5% PH C 9,934 0 3DO 2,500 12,734 O-A 13X LOAD TYPE UGIIT NG RECEPTACLES FIRST 10 KVA REMAINDER MOTORS LARGEST REMAINDER 01HER TOTAL CONNECTED LOAD KVA 34.8 KVA 0.0 KVA 0.0 KVA 0.3 KVA 1.5 KVA 3.9 KVA 40.5 KVA NEC CALCUTATET1 DEMAND LOAD x 125% = 43,5 KVA x 100X = 0.0 KVA x 50% = 0.0 KVA x 125% = 0.4 KVA x 100% = 1.5 KVA x 100% = 3.9 KVA 49.3 KVA Pole DEMAND FACTOR LARD KW x 95% 41.3 x 100% = MO x 100% = MO x 90% = a3 x 90% 1.4 x 100% 19 46.9 KW KW KW KW KW KW Kw PANEL CONNECTED PF= 95X CONNECTED AMPACITY = 112.4 NEC DEMAND AMPACITY = 136.8 GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTAUM. INDICATE NEW SPARES IN PENCIL BREAKER ACCESSORIES * = GFCI ** = SHUNT TRIP M OTORS f KIN GIDIEM NOTER- TOTAL 13,M izess 11X5 LARGEST 0.1 KVA x 125X - 11.4 KVA x 90% - 10.3 K* NEC DEMAND FOR PANELS THAT ARE INCLUDED IN IM PROJECT. PROVIDE TYPED DESCRIPTIONS OF PHASE BALANCE A-B B-C C-A REMAINDER 20.6 KVA x 1OOX - 20.6 KVA x 90% - 18.5 KIN AMPACITY SHUNT 7W OTH 6 KVA x 1I ODX 100% i Y 7 37.5 KVA 30.9 KVA 36.7 KW G NOT BREA A CCESSORI ES P ROVIDE 'i ED PANEL DIRECTORS #' PANELS THAT A RE INCLUDED IN THIS P ROJECT . PROVIDE •ai DESCR OF GFC NEW CIRCUITS BEING INSIALLM. INDICATE NEV SPARES IN PENCIL. SHUNT TRIP NEW MDC 12WA M.L.O VOLTAGE 12MA BUS PHASE WIRE 65 AMPERE SNORT' LRCM RATING (FCI1Y RATED) 3:i•,• i i a a s a r •. ►a• « a. f a' # I• « "EDP -W1 "- MDC Notes: 277/ 480 V 3 PH 4W mmiam m7 mm MINI PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED PANEL POWER DEMAND NOTE 7 A 8 2 D7 1 OTHER LOAD KVA DEMAND LOAD SPARE Pond Notes: FACTOR LOAD KW 40D A MAIN CIRCUIT BREAKER VOLTAGE C;t CORRIDOR LTG 277 / 48D V LTG 1. CIRCUIT VIA ARRABELIE IMOR LIGHTINO REIAY PANEL 20 1 1800 20 11 9 CON EM PF= 0 200 0 LIGHTING 0.2 KVA x 125X = 0.3 KVA x 95% = 0.2 KW 90% 12,020 10,760 12,380 RECEPTACLES PH 8 PH C 700 2011 NEC CALCULATED SEE EM3 FOR SCHEMATIC DIAGRAM. C 12 271,641 271,641 271,641 FI 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW CONNECTED 5,700 5,600 3.500 REMAINDER 25.2 KVA x 50% = 116 KVA x 100% = 116 Kw AMPACITY _ Ll ' • �y0 960 2600 G2 GARAGE Ttkfa 2 C 01 PKG LTG /y 289,361 288,201 287,521 LARGEST 393.2 KVA x 100% = 39,31.2 KVA x 90% = 353.9 KW 2 A -8 B-C C-A REMAINDER 421.7 KVA x 100% = 42IJ KVA x 90% = 379.5 KW NEC DO" MOTORS 500 9DO OTHER 14.8 KVA x 100% = 14.8 KVA x 100% = 14.8 KW AMPACITY = 0% 0% 1% REMAINDER 1800 FLR LTG 20 aj b G1 PKG LTG �f 800 2 200 10 1,025.5 1280 2200 TOTAL 86&1 KVA 852.6 KVA 2a 771.0 KW 2 I i � fa :a` i 0. :', Ia' 11 1 • {. }. I 11=9 al ' 'a r # a1 ♦ f • f ! ' of 1 a+` ♦'k• ► i f f TYPE : MTG.: 250 A 400 A SURFACE MAIN CIRCUIT BREAKER BUS /gOOD NEW VOLTAGE 120 / 208 PHASE 3 PH WIRE 4 w AMPERE SHORT CIRCUIT RATING (FULLY RATED) NEW PANEL 1ryg• ,•. "ESHWP1'" A NOTE 7 A 8 2 D7 1 OTHER 836 BREAKER SPARE Pond Notes: PH &16 40D A MAIN CIRCUIT BREAKER VOLTAGE C;t CORRIDOR LTG 277 / 48D V LTG 1. CIRCUIT VIA ARRABELIE IMOR LIGHTINO REIAY PANEL 20 1 1800 20 11 9 B 10 20/1 �� 1680 600 20 1 1680 G2 PKG LTG 1 20/1 CIRCUIT 70 a TRANSFER SWITCH ## DWMING PANEL CIRM TYPE : °Lr ► +� PHA PH 8 PH C 700 2011 NEC CALCULATED SEE EM3 FOR SCHEMATIC DIAGRAM. C 12 SURFA ### AMIU&MW CIRCUIT al 1200 20 f 1 a: ♦'J • ►� B 1 N' i 1'h 1 a' ►� •••,.••, 1 � #` � ai II �TOTAL 2D OTHER MOTORS ', ra' �/!� f a.`r'..• # Ll ' • 960 2600 G2 GARAGE Ttkfa 2 C 01 PKG LTG 1600 LIGHTING a�l'llNEW t { 15,184 1600 20 1 !�� B 16 20/1 2 400 1125 0 0 RECEPTACLES 400 G2 GARAGE TUNEL 2 7 G1 PKG LTC: 8 20/1 MOTORS 500 9DO NO 20 1 17 C 18 20/1 AMPACITY = w CONF COVE 1125 0 REMAINDER 1800 FLR LTG 20 aj b G1 PKG LTG I i � fa :a` i 0. :', Ia' 11 1 • {. }. I 11=9 al ' 'a r # a1 ♦ f • f ! ' of 1 a+` ♦'k• ► i f f TYPE : MTG.: 250 A 400 A SURFACE MAIN CIRCUIT BREAKER BUS /gOOD NEW VOLTAGE 120 / 208 PHASE 3 PH WIRE 4 w AMPERE SHORT CIRCUIT RATING (FULLY RATED) PANEL Y P A pp-9 "ESLWPI Panel Notew 1. CIRCUIT VA ARRAE(ET M EXTERIOR LOONG RELAY PANEL 2. CIRCUIT TO "EPC' TRANSFER SWITCH MODULE I4-LINE WITH DIMMING PANEL CIRCUIT. SEE E50Q3 FOR SOMATIC DIAGRAM. 1ryg• {: ;. M NOTE 7 A 8 2 D7 1 OTHER 836 BREAKER SPARE COT PH &16 G2 O TOT& C;t CORRIDOR LTG 1800 RECI:PT LTG DESCRIPTION 20 1 1800 20 11 9 B 10 20/1 �� 1680 600 20 1 1680 G2 PKG LTG 1 20/1 KITCHEN LTS - Lowm 700 °Lr ► +� PHA PH 8 PH C 700 2011 NEC CALCULATED 11 C 12 2D 11 1590 1200 20 1590 G2 PKG LTG B 4 61 PKG LTG 2300 12DD .►#► ai 2300 2D 1 13 A 14 20 Ll 2600 960 2600 G2 GARAGE Ttkfa 2 C 01 PKG LTG 1600 LIGHTING 200 18,635 15,184 1600 20 1 15 B 16 20/1 2 400 1125 0 0 RECEPTACLES 400 G2 GARAGE TUNEL 2 7 G1 PKG LTC: 8 20/1 MOTORS 500 9DO NO 20 1 17 C 18 20/1 AMPACITY = w CONF COVE 1125 0 REMAINDER 1800 FLR LTG 20 11 G1 PKG LTG �f 800 2 200 10 20/1 1280 2200 2O 1 - 19 A 2a 2a 1 a G#60 2 CONF LOBBY 900 LARGEST 2760 1 6TH #w►# G2 LTG 900 24 Oh PKG LTG 1300 C 12 20 Z1 1300 20 Ll 21 8 22 20 1 2890 2 CONF MTG 1625 2890 NW G2 LTG KVA 1625 01 PKG LTG 1400 13 A 14 20 1400 20 1 23 C 24 20 1 2670 2 G2 LOBBY 2670 NNW Of LTG KVA 67.2 KVA STAIR 5 1600 15 B 16 160D 20/1 900 25 A 26 20 1 1890 2 PROVIDE NEW UPDATED PANES. DIRECTORIES 2 2 1890 2ND FLR LTG 3 SPA LTG - K3 A4 1380 20 f 117 C 1390 . 2011 27 B 28 20 Ll 256 FACP 180 76 ELEV 12 MACH RM 1300 3RD FLR CORK LTG 1800 13M 20 t 1 19 1800 20 1 29 C 30 20/1 300 1200 200 ELEV 13 CAB LIS AM 1200 STAIR 7 LTG SPA LIS - H19/2D 1875 Rh FLR CORR LTG 1800 1875 20 1 180D 201 22 31 A 32 20/ 1440 200 ELEV 14 CAB LTS AN 1440 BYWAY 3 SPA LIS - M24/25/28 5th FLR CORR LTG 18DO 600 20/1 1800 20/1 C 33 B 34 2D 11 200 300 200 ELEV 16 CAB LTS 200 1ST FLR LTG 3 NW G1 LTG 120 t 1 :## 0 12D 24 1 35 C 36 2D t 0 300 200 ELEV 10 CAB LIS AM SPARE f PANEL 'ESL1 P1' 12800 0 900 700 r 14400 110 1 37 A 38 150 18198 500 6#x3 0 17098 SlIBFEED FOR AA 75 KVA 12070 0 600 700 13370 1344 20 139 B 40 30 1 19535 0 1800 900 0 18635 PANEL FRCP AUX PW SUPPLY .. XFMR 9934 0 300 2500 1 i 12734 850 3 41 C 42 32 3 16084 0 500 900 0 1 15184 'ESHEP1' F.A., O07E AN. PHASE LOADING SUMMARY 2 PANEL LOADING SUMMARY 390 390 20 i 133 B 34 20/1 LOAD TYPE (VA) LIGHTING RECEPTACLES MOTORS OTHER TOTAL PHASE BALANCE PH A 51A% 0 1,500 1,20D 54,254 MB PH B 44,531 900 1,500 700 47,631 B-C PH C 37,598 0 1,200 2 41,298 GA LOAD TYPE UGHTNG RECEPTACLES FIRST 10 KVA REMAINDER MOTORS LARGEST REMAINDER 07M CONECTED LOAD KVA 133.7 KVA 0.9 KVA 0.6 KVA 27 KVA 1.5 KVA 4.4 KVA ELEV.PIT CAB LTS NEC CALCULATED DEMAND LOAD x 125X = 167.1 KVA x i00X = 0.9 KVA x 50% = DO KVA x 100% = 2.7 KVA x 100% = 1.5 KVA x 1 00% = 4.4 KVA POWER DEMAND FACTOR LOAD KW x 95% = 158.7 x 100% = 0.9 x L00% 0.0 x 90% = 2.4 x 90% _ X 1 1 .4 x 100% = 4.4 KW KW Kw KW KW LOBBY LTG PANEL CONNECTED PF= 95% CONNECTED AMPACITY = 172.2 NEC DEMAND AMPA AMPA = 2I2.4 I i � fa :a` i 0. :', Ia' 11 1 • {. }. I 11=9 al ' 'a r # a1 ♦ f • f ! ' of 1 a+` ♦'k• ► i f f NEW PANEL "ESHEPI "A+ Panel Notes: 150 A MAIN CIRCUIT BREAKER VOLTAGE 277/480 V 200 A BUS PHASE 3 PH WIRE 4 w TYPE MTG.: SURFACE 18,000 AMPERE SHKM?T CIRCUIT RATING (FULLY RATED) EJREAIGER BREAKER r i TYPE : MTG.: 250 A 400 A SURFACE MAIN CIRCUIT BREAKER BUS /gOOD NEW VOLTAGE 120 / 208 PHASE 3 PH WIRE 4 w AMPERE SHORT CIRCUIT RATING (FULLY RATED) PANEL Y P A pp-9 "ESLWPI Panel Notew 1. CIRCUIT VA ARRAE(ET M EXTERIOR LOONG RELAY PANEL 2. CIRCUIT TO "EPC' TRANSFER SWITCH MODULE I4-LINE WITH DIMMING PANEL CIRCUIT. SEE E50Q3 FOR SOMATIC DIAGRAM. 1ryg• {: ;. M NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL BREAKER SPARE COT PH OCT BREAKER O TOT& OTHER MOTORS RECI:PT LTG DESCRIPTION 20 1 NOTE AMP P AMP P a# A' 2 GREAT RM PEND 600 �� PHASE LOADING SUMMARY 600 20 1 1 A 2 20/1 ® 950 °Lr ► +� PHA PH 8 PH C 950 MTN wARDM LTG NEC CALCULATED POWER DEMAND 2 CONF EM 1200 1200 20 1 3 B 4 20 1 12DD .►#► ai i TYPE 1200 GREAT RM LTG ®_ 2 2 CONF LOBBY 960 960 20 1 5 C 6 20/1 LIGHTING 200 18,635 15,184 UGIiTTNG 50.9 200 GREAT RM LTG x 95% = 2 KW 2 CONF COVE 1125 0 0 RECEPTACLES 1125 20 1 7 A 8 20/1 MOTORS 500 9DO 900 FiRST 10 KVA 0.0 500 FRONT DESK LTG x 100% = 0.Q 2 AMPACITY = 2 CONF COVE 1125 0 REMAINDER 0.0 I 1125 20 11 9 B 10 20/1 1280 MOTORS 1280 1ST FIR LTC 2 TOTAL 2 CONF LOBBY 900 LARGEST 2.7 KVA 900 24 1 11 C 12 20 Z1 1220 REMAINDER -0.3 KVA x 100% _ -0.3 KVA 1220 1ST FIR LTG KW 2 2 CONF MTG 1625 OTHER 0.5 KVA 1625 20 1 13 A 14 20 Ll 1590 1590 1ST FLR LTG 2 G2 LOBBY 600 1 KVA 67.2 KVA 600 20/1 15 B 16 20/1 900 900 HOTEL LOBBY LTG 2 PROVIDE NEW UPDATED PANES. DIRECTORIES 2 2 SKI CLUB LIS-•Ht 1460 1460 20 f 117 C 18 2011 500 500 ss = am TRIP FACP 2 SPA LTS - N7 9 is 11 1300 Erma 13M 20 t 1 19 A 2D 20/1 50D 300 200 ELEV 13 CAB LIS AM 2 SPA LIS - H19/2D 1875 1875 20 1 2E B 22 20/1 500 3#X3 200 ELEV 14 CAB LTS AN 2 SPA LIS - M24/25/28 600 600 20/1 23 C 24 20/1 500 300 200 ELEV 16 CAB LTS M SPARE a a: a• t 1 :## 0 20 1 25 A 26 20/1 500 300 200 ELEV 10 CAB LIS AM f SPARE r 0 20 1 27 a 26 201 500 500 SMOKE MGMT PNL 3RD FLR. BRIDGE LIS 1344 1344 20 ZI 29 C 30 20 / 1800 1800 # # i i FRCP AUX PW SUPPLY .. 1 147H FLR. POOL DECK LIS 850 at # 1 i 850 20 1 1 31 A 32 20/1 500 500 F.A., O07E AN. 2 ESCMATOR 390 390 20 i 133 B 34 20/1 500 1 300 200 ELEV.PIT CAB LTS AN 2 LOBBY LTG 800 800 20/1 35 C 36 20/1 200 200 SPARE 2 LOBBY LTG 800 800 2D 1 37 A 38 20 1 1220 1220 CST FLR LTG 2 2 LOBBY LTG 800 800 20 1 39 B 40 20/1 0 SPARE SPARE 0 20 11 41 C 42 20 1 0 SPARE ELEY 12 CAB US" 1200 300 1500 2011 43 A 44 2D 1 20D 200 ELEY SELECT PNL 2 1 SW FAME 450 450 20/1 1 46 B 46 20/1 200 200 EM GEN STATUS PNL 'LOAD TYPE (VA) 2 NW FACADE 750 LOAD TYPE CONNECTED 750 20 1 47 C 46 20 Z I 0 L OAD KVA SPARE !s ► L OAD ' FACT OR ► # SPARE PAN 0 20 11 49 A 50 20 11 0 C ONNECTED SPARE 2 AREA B LTG 1250 1250 2D 1 51 B 52 2011 # 0 i L offm 0 KVA x 125X SPARE MO 2 PORTE COCHERE SC 900 RECEPTACLES 0 900 20 1 53 C 54 20/1 0 CONNECTED SPARE 2 PORTE COCHERE INDIRECT 640 x 100% 640 20 1 55 A 56 20 t 0 SPARE 2 PORTE COCHERE PEND 600 600 20 1 57 8 58 201 0 SPARE # 10 2 PORTE CX OiERE PEND 600 1 1 KVA 600 20 1 1 59 C 60 1 20 1 0 SPARE PHASE LOADING SUMMARY PANEL LOADING SUMMARY OM 43 KVA x 1 00% ## LOAD TYPE (VA) LIGHTING RECEPTACLES MOTORS OTHER TOTAL PHASE BALANCE PH A 12,800 0 900 700 14,400 A-B 8% PH B 12,070 0 600 700 13,370 B-C 5% PH C 9,934 0 3DO 2,500 12,734 O-A 13X LOAD TYPE UGIIT NG RECEPTACLES FIRST 10 KVA REMAINDER MOTORS LARGEST REMAINDER 01HER TOTAL CONNECTED LOAD KVA 34.8 KVA 0.0 KVA 0.0 KVA 0.3 KVA 1.5 KVA 3.9 KVA 40.5 KVA NEC CALCUTATET1 DEMAND LOAD x 125% = 43,5 KVA x 100X = 0.0 KVA x 50% = 0.0 KVA x 125% = 0.4 KVA x 100% = 1.5 KVA x 100% = 3.9 KVA 49.3 KVA Pole DEMAND FACTOR LARD KW x 95% 41.3 x 100% = MO x 100% = MO x 90% = a3 x 90% 1.4 x 100% 19 46.9 KW KW KW KW KW KW Kw PANEL CONNECTED PF= 95X CONNECTED AMPACITY = 112.4 NEC DEMAND AMPACITY = 136.8 GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTAUM. INDICATE NEW SPARES IN PENCIL BREAKER ACCESSORIES * = GFCI ** = SHUNT TRIP NEW PANEL "ESHEPI "A+ Panel Notes: 150 A MAIN CIRCUIT BREAKER VOLTAGE 277/480 V 200 A BUS PHASE 3 PH WIRE 4 w TYPE MTG.: SURFACE 18,000 AMPERE SHKM?T CIRCUIT RATING (FULLY RATED) EJREAIGER BREAKER r i i ` «'.' ! 3130 ', «a' 1 t' i�a' ! C 1ryg• {: ;. M II;. 'i. { 9' i t' i I SPARE a 4 1 1f . I XEMR 2640 O 900 0 3540 3 41 C 42 20 1 0 ' 1I lil N2 ' a# A' i # # �� PHASE LOADING SUMMARY ai # # ai PANEL LOADING SUMMARY t ���_ a!f A BUS ® ® PHASE °Lr ► +� PHA PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DOWD LOAD FACTOR Law Kw 011E �� .►#► ai i TYPE # of ®_ ## t ► v °► ii a 95% LIGHTING 17,098 18,635 15,184 UGIiTTNG 50.9 KVA x 125% = 63.6 KVA x 95% = 60.5 KW RECEPTACLES 0 0 0 RECEPTACLES ► a' i BREA CCT PH OCT CONNECTED MOTORS 60D 9DO 900 FiRST 10 KVA 0.0 KVA x 100% = 0.0 KVA x 100% = 0.Q KW AMPACITY = OTHER 500 0 0 REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = MO KW 64.7 Email MOTORS # aw TOTAL 18,198 19.535 16 LARGEST 2.7 KVA x 125% = 3.4 KYA x 90x = &0 KW NEC DEMAND PHASE BALANCE A-B B-C C-A REMAINDER -0.3 KVA x 100% _ -0.3 KVA x 90% _ -0.3 KW AMPAC 17Y = OTHER 0.5 KVA x 100% = 0.5 KVA x 100% 0.5 Kw 80.9 7% 21% 13% TOTAL 53.8 KVA 67.2 KVA 63.7 KW G'EN IK NOTES: BREAKER ACCESSORIES PROVIDE NEW UPDATED PANES. DIRECTORIES FOR PANELS THAT ARE INCLUDED IN 1W PROJECT. PROVIDE TYPED DESCRIPTIONS OF * = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL ss = am TRIP Erma mom a a: a• t 1 :## ## a/ i # ton c* p 1 fn i ��}} � v4.� ilG tsar ` � 2 r3 OWNER/DEVELOPER VA IL RESORTS DEVELOPMENT I COMPANY AVON, COLORADO ARCHITECT OF RECORD MCFiTE"T 0 Denver, Colorado MASTER PLANNER DESIGN ARCHITECT FIART I HOWERTON NEW YORK NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CACOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO F`m 4 i Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL UONSHEAD CORE REDEVELOPMENT\CAD \DDS \ELEC \P - PANG -W.DWG - E700.3 PLOT. 04/04/2006 0 7:05am REV: 03/29/2006 CAD: n j XREF. tb.dwg tb -a.dwg tb- smoke- defsubl.dwg 1' 1 E700 PROJECT NUMBER 20826.01 IS R EVISION DATE 001' DER SUB. 04.05.06 V1A 30 KYA 3130 0 900 0 4030 "ELEPI* ,. 39 'B 40 20/1 0 i I SPARE XEMR 2640 O 900 0 3540 3 41 C 42 20 1 0 i f a# A' SPARE PHASE LOADING SUMMARY PANEL LOADING SUMMARY I a!f A BUS PHASE LOAD TYPE (VA) PHA PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DOWD LOAD FACTOR Law Kw PANEL i TYPE CONNECTED PF= 95% LIGHTING 17,098 18,635 15,184 UGIiTTNG 50.9 KVA x 125% = 63.6 KVA x 95% = 60.5 KW RECEPTACLES 0 0 0 RECEPTACLES ► a' i BREA CCT PH OCT CONNECTED MOTORS 60D 9DO 900 FiRST 10 KVA 0.0 KVA x 100% = 0.0 KVA x 100% = 0.Q KW AMPACITY = OTHER 500 0 0 REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = MO KW 64.7 Email MOTORS # aw TOTAL 18,198 19.535 16 LARGEST 2.7 KVA x 125% = 3.4 KYA x 90x = &0 KW NEC DEMAND PHASE BALANCE A-B B-C C-A REMAINDER -0.3 KVA x 100% _ -0.3 KVA x 90% _ -0.3 KW AMPAC 17Y = OTHER 0.5 KVA x 100% = 0.5 KVA x 100% 0.5 Kw 80.9 7% 21% 13% TOTAL 53.8 KVA 67.2 KVA 63.7 KW G'EN IK NOTES: BREAKER ACCESSORIES PROVIDE NEW UPDATED PANES. DIRECTORIES FOR PANELS THAT ARE INCLUDED IN 1W PROJECT. PROVIDE TYPED DESCRIPTIONS OF * = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL ss = am TRIP ton c* p 1 fn i ��}} � v4.� ilG tsar ` � 2 r3 OWNER/DEVELOPER VA IL RESORTS DEVELOPMENT I COMPANY AVON, COLORADO ARCHITECT OF RECORD MCFiTE"T 0 Denver, Colorado MASTER PLANNER DESIGN ARCHITECT FIART I HOWERTON NEW YORK NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CACOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO F`m 4 i Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL UONSHEAD CORE REDEVELOPMENT\CAD \DDS \ELEC \P - PANG -W.DWG - E700.3 PLOT. 04/04/2006 0 7:05am REV: 03/29/2006 CAD: n j XREF. tb.dwg tb -a.dwg tb- smoke- defsubl.dwg 1' 1 E700 PROJECT NUMBER 20826.01 IS R EVISION DATE 001' DER SUB. 04.05.06 NEW PANEL "ELEPI* ,. i I P" Notes: # ♦' ♦ la' i f a# A' I a!f A BUS PHASE 3 PH i TYPE # r � i •.'1.r ,�,, l `, , ra' i 1 • ► a' i BREA CCT PH OCT BREA/a' i 07M MOTORS RECEPT AMP P Email , ; # aw Erma mom =i f Ir r # . il I, # a w - b # ►. # i # # i i �N���� .. . i at # 1 i PHASE it SUMMW PAN .► 'LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMANI) L OAD KVA !s ► L OAD ' FACT OR ► # PAN C ONNECTED gn U GHTING # e i L offm 0 KVA x 125X 0 MO KV RECEPTACLES 0 0 1,080 1 RECEPTACLES CONNECTED ► ►`h # KVA 1 KVA x 100% ttY w 1.1 KW AMPACITY - M OT ORS T OTAL # 10 • fa. h 1 KVA :# X - 10 IN NECDEMAND OM 43 KVA x 1 00% ## fY 11% lix T OTAL f KIN GIDIEM NOTER- &V" ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN IM PROJECT. PROVIDE TYPED DESCRIPTIONS OF GFCI NEW CIRCM BM INSTAL.LED. INDICATE NEW SPARES IN PENCIL SHUNT 7W ton c* p 1 fn i ��}} � v4.� ilG tsar ` � 2 r3 OWNER/DEVELOPER VA IL RESORTS DEVELOPMENT I COMPANY AVON, COLORADO ARCHITECT OF RECORD MCFiTE"T 0 Denver, Colorado MASTER PLANNER DESIGN ARCHITECT FIART I HOWERTON NEW YORK NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CACOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO F`m 4 i Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL UONSHEAD CORE REDEVELOPMENT\CAD \DDS \ELEC \P - PANG -W.DWG - E700.3 PLOT. 04/04/2006 0 7:05am REV: 03/29/2006 CAD: n j XREF. tb.dwg tb -a.dwg tb- smoke- defsubl.dwg 1' 1 E700 PROJECT NUMBER 20826.01 IS R EVISION DATE 001' DER SUB. 04.05.06 NEW PANEL "EHWPl" 300 A M.L.O. VOLTAGE 277/480 V Panel Notes: 400 A Bus PHASE 3 PH WIRE 4 W TYPE : MTG. SURFACE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER IBREAKER NOTE DESCRIPTION LTG RECEPT OTHER TOTAL AMP P CCT PH CCT AMP P I;M::T: NSE-2 TOTAL I OTHER MOTORS RECEPT LTG DESCRIPTION NOT 392 A 2 20 942 942 392 942 EF-18 (CONDO EXH I 392 392 1 3 8 4 __j 942 392 2 (CONDO EXH 392 C 6 --ii 5 __ -'- - /3 942 942 942 942 20CI A 8 20 1 942 942 EF-25 (CONDO EXH) 942 942 942 1 9 B 10 i 942 942 942 942 13 13 11 C 12 3 942 EF-14 EXH - 942 942 942 ..20 D / 13 A 14 20 / 497 497 EF-36 (CONDO EXH) _942 942 15 B 16 8 497 497 942 942 /3 17 C 1 13 497 497 EF-15 j=M EXH) 942 942 20_Z is A 20 20/ 497 942 942 21 8 22 497 EF-32 (STAIR PRESS) - 497 497 942 ------- r 942 13 J C 24 /3 497 497 EF-17 (CONDO EXH) 942 942 20 j 25 A 26 t/ 20 �' 497 497 EF-33 (ELEV PRESS 942 942 497 497 �±= 942 942 3 29 C 30 PANEL *&Wl* 0 900 0 5w VIA 3DKVA 0 0 0 4883 33 8 34 ARE XFMR 0 20 # 4 497 97 F-3,1 (E�11 4 : 4997 497 F ';j ARE -&WLV' 0 0 3743 3 35 C 36 PANEL 0 2160 1 0 0 2160 45 17 A 38 200 28740 2300 -- i420 1620 0 'SUSFEED FOR 0 2160 0 1 0 1 2160 39 B 28860 2600 24820 1440 0 PANEL )FMR 0 180 42 41 C 42 3 28180 _2100 24820 1260 - -; EHEPl - SPARE 2106 20 43 ____ A 44 20 SMF- EXH� 45 8 446 SPARE 0 3 47 48 /3 2t06 2106 0 I 20 /1 49 A 50 --- .... I SPARE 0 51 8 52 2106 1 SMF-13 SMOKE EXH)-,!-- SPARE - SPARE 0 20 /1 53 C 54 3 2106 2106 SP ARE 0 20 /1 55 'A 56 20 0 SPARE _�AF�M_] 0 20 /1 57 8 58 7/ 0 PHASE LOADING SUMMARY 59 C _AO �J_ 13 0 PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KIN PANEL CONNECTED PF= LIGHTING 0 0 0 LIGHTING 0.0 KVA x 1259 = QO KVA x 95% = 0.0 KW 92% RECEPTACLES 4,680 3.600 3,420 RECEPTACLES CONNECTED MOTORS 39,553 39.553 39,553 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA OTHER x 100% 10.0 KW AMPACITY = 4,400 4.500 2,500 REMAINDER 1.7 KVA x 50X = 0.9 KVA x 100% = 0.9 KW 170.5 MOTORS TOTAL 48,633 47,653 45,473 LARGEST 74.5 KVA x 125% = 911 KVA x 90% = 83.8 KW NEC DEMAND PHASE BALANCE A-8 B-C C-A REMAINDER 44.2 KVA x 100% = 44.2 KVA x 90% 39.8 KW AMPACITY = 22 5x 7% OTHER 11.4 KVA x 125% - 14.3 KVA x 100% = 14.3 KW 195.3 GENERAL NOTES- I TOTAL KVA 162.4 KVA 148.6 KW PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF BREAKER ACCESSORIES NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL GFCI SHUNT TRIP NEW PANEL "ELWPLV" Panel Notes: 100 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V I. ISOLATED GROUND CIRCUIT. 225 A BUS PHASE 3 PH TYPE WIRE 4 W MTG. SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) - BREAKER - _ - liEAKER NOTE DESCRIPTION LTG RECEPT MOTORS 1 TELECOM GIC RECEPT P CCT PH OCT TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE 360 20 1 1 A 2 20 /1 - 180 180 TELECOM 28 RECEPT 1 1 1 TELECOM GIC RECEPT 3 _4 4 20 /1 180 1 TELECOM G18 RECEPT 360 20 /1 5 0 6 20 /1 - 180 180 RECEPT 1 1 0 RECEP 180 TELECOM 2C RECEPT 1 1 360 20 /1 7 A 8 20 /1 180 180 TELECOM 2C RECEPT 1 1 I TELECOM 1 TELECOM GIB RECEPT 360 _20 /1 9 8 10 20 /1 180 180 TELECOM 3B RECEPT I I i TELECOM 18 RECEPT 1'i 1$0 360 -.20 1/1 J1 C 12 20 /1 180 ISO TELECOM 38 RECEPT 1 1 I TELECOM 180 20 /1 13 A 14 20/1 180 180 TELECOM X RECEPT 1 1 180 180 20 /1 15 16 20 /1 180 SPARE 0 17 C 1 20 /1 180 180 TELECOM X RECEPT 1 1 SPARE 180 TELECOM 48 RECEPT 1 1 0 _20 /1 19 A 20 20 /1 - 180 --- SPARE 0 21 8 22 20 /1 --- ISO TELECOM 48 RECEPI SPARE 0 180 180 TELECOM 4C RECEPT 1 1 SPARE 23 C 24 20 /1 - 180 180 TELECOM 4C RECEPT 1 1 SPARE 0 20 /1 25 A 26 20 1 180 180 TELECOM 5B RECEPT (1 _1 0 _20 /1 27 1�_28 20 /1 180 SPARE - TELECOM 5B RECEPT 1 1 SPARE 0 20 /1,--- 29 C .30 _20 /1 180 SPARE 0 - ?q - j 1 31 20 /1 180 180 TELECOM SC RECEPT 1 SPARE 0 20 1 33 8 34 2 0 f t8 180 TELECOM 6B RECEPT 1 1 SPARE 0 20 1 35 C 36 20 /1 180 180 TELECOM 6B RECEPT t 1 0 20 1 37 A 38 20 1 180 180 TELECOM 6C RECEPT 1 1 SPARE 0 20 /1 39 a 40 1 20 /1 180 41 C 42 1 180 TELE 6C RECEPT (I SPARE 0 2 0 'RASE LOADING SUMMARY PA LOADING SUMMARY ISPARE 6W TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 0 0 0 LIGHTING 0.0 KVA x 125% = 0,0 KVA x 95% = 0,0 KW 100% RECEPTACLES 2,160 2,160 1,800 RECEPTACLES WOTORS 0 0 0 FIRST 10 KVA 6.1 KVA x 100% = 6.1 KVA CONNECTED x 100% 6.1 KW AMPACITY OTHER - 0 0 0 REMAINDER 0.0 KVA x 502 = 0.0 KVA x 100% = 0.0 KW 17.0 MOTORS TOTAL 2,160 2,160 1,800 LARGEST 0.0 KVA x 1259 = 0.0 KVA 4ASE BALANCE x 90% 0.0 KW NEC DEMAND A-B B-C C-A REMAINDER 0.0 KVA x 100% QO KVA x sox 0.0 KW AMPACITY Ox 20X 20% OTHER 0.0 KVA x 1252 = 0.0 KVA x 100% = 0.0 KW 17.0 TOTAL 6.1 KVA 6.1 KVA .NERAL NOTES:- 6.1 KW 'ROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF BREAKER ACCESSORIES IEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL GFCI SHUNT TRIP NEW PANEL "ELEP1" 100 A MAIN CIRCUIT BREAKER VOLTAGE 120 / 208 V Panel Notes 225 A Bus PHASE 3 PH WIRE 4 W G. SURFACE 10.000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TE DESCRIPTION LTG RECEPT BREAKER BREAKER SMF-I )TORS THER TOTAL AMP P iCCT PH CCT AMP P TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE 4 97 497 20 1 A 2 __ 20 200 200 2A FIRE SMOKE DAM S 497 497 L _ - 3 8 4 20 0 200 3A FIRE SMOKE DAM S 497 49 S -2 5 C 6 200 __ 4A FIRE/SMOKE DAMPERS MF 497 497 20 7 A 8 20 /1 200 200 5A ERE/SMqg DAM S 497 497 - 9 8 10 20 /1 200 200 6A FIRE/ 497 497 Z3 11 C 12 ;O /1 - 200 200 _SMOKE DAM S SMF 3 497 497 20 13 A 14 2D FIRE OKE DAMPE S 497 497 - 200 200 3D FIRE OKE DAMPE S 15 8 16 i0 20 1 200 1 200 4D FIRE/SMOKE DAMPS - L 200 - 497 497 13 17 C 18 20 11 - 497 5D FIREAMOKE DAMPS I S 497 19 A 20 20 /1 200 200 60 FIRE/SMOKE DAMPS S 497 497 21 8 2 200 200 �ZA�_FIRE��/SMKE DAM _S_ SPARE 497 497 /3 23 C 24 20 /1 0 SPARE SPARE 0 ___2O 25 A 26 20 1 0 SPARE SPARE 0 27 8 28 20 Ll_ 0 SPARE SPARE 0 20 /1 29 C 30 20 1 0 SPARE SPARE 0 20 /1 31 __ A 32 20 /1 0 SPARE SPARE 0 �l __ii E� 34 20 /1 0 SPARE SPARE i 0 20 /1 35 C: 36 20 1 0 SPARE 0 37 A 38 SPARE 0 SPARE 0 20 /1 39 8 40 20 /1 0 ---- -!: ----------- 4 SPARE R 0 1 41 C: 42 1 1 20 /1 0 � -- jA LOADING SUMMARY PANEL"LOADING SUMMARY SPARE TYPE (VA) PH A PH 8 PH C LOAD TYPE _CONNECTED - NEC CALCULATED __'_ POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= IING 0 0 0 LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% 0.0 KW 93% PTACLES 0 0 0 RECEPTACLES RS 1,989 1.989 1,989 FIRST 10 KVA 0.0 KVA x 100% = 0.0 KVA x IOOX 0.0 KW CONNECTED AMPACITY = R 800 800 600 REMAINDER 0.0 KVA x 50% 0.0 KVA x 100% 0.0 KW 22.7 MOTORS L 2789 2 2,589 LARGEST 1.5 KVA x 125% = 1.9 KVA x 90% = 1.7 KW NEC DEMAND BALANCE A-B B-C C-A REMAINDER 4.5 KVA x 100% 4.5 KVA x sox 4.0 KW OT AMPACITY = OT ER 0% 8% 8% 2.2 KVA x 1252 2.8 KVA x 100% 2.8 KW 25.2 TOTAL 8.2 KVA 9.1 KVA &5 KW BRE DE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF AKER ACCESSORIES �RCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL GFCI SHUNT TRIP Cator, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT\CAD\DDS\ELEC\P-PANT -W.DWG - E700.4 PLOT: 02/10/2005 @2:05pm REV: 02/10/2005 CAD: WES XREF: tb.dwg NEW PANEL "EHWP3" 300 A M.L.O. VOLTAGE 277/480 V Panel Notes: 400 A BUS PHASE 3 PH TYPE WIRE 4 W M TG.: SURFACE 14 -000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE I DESCRIPTION LTG j RECEP MOTORS BREAKER BREAKER OTH T OTAL AMP P CCT BREAKI TTOTAL AMP _F PH CCT ER // P TOTAL OTHER MOTORS I CE ELEV 12 ZE LTG 9 1 1 25 21339 1 21339 DESCRIPTION NOTE A 2 60 11072 11072 ELEV 16 1 11072 213M 21339 3 B 4 C 1072 11072 6 1 j 11072'_ ELEV 13 339 3 1 9134 9134 50 7 A 0_T_ 50 / _E 8 50 9134 __T 9134 9 1 10 I S134 , 9134 ELEV 10 9134 913 4 9134 1 1 11 C 12 ELEV 14 9134 9134 9134 1 9 __50 14 0 9134 9134 SPARE 15 8 16 0 9134 R 91 34 1 17 C SPARE 0 _ _ _____�3 0 19 A 20 20 0 0 1 SPARE _ I r 22 0 0 C 24 1 __L3 !-- 0 SPARE 0 __. 20 25 A 26 1 20 0 SP ARE 0 27 B 28 0 - 4- - A - A 32 SPARE T ?9 31 C 30 0 SPARE 3 1 2 33 8 34 1 5 C 36 SPARE 20 3 7 A 38 1 20 19 8 40 I 0 1 iPARE LO 13 41 C 42 P H ASE LOADING SUMMARY PANEL LOADING SUMMARY ---I LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCl_J_LAfE_D__ POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= LIGHTING 0 0 0 LIGHTING 0.0 KYA x 125% = 0.0 KVA x 95% = 0.0 KW 90% RECEPTACLES 0 0 0 RECEPTACLES MOTORS 59,813 59,813 59,813 FIRST 10 KVA 0.0 KVA x 100% = 110 KVA x 100% 0.0 KW CONNECTED AMPACITY = OTHER 0 0 0 REMAINDER 0.0 KVA x 50% 0.0 KVA x 100% 0.0 KW 215.8 MOTORS TOTAL 59,813 59,813 59,813 LARGEST 64.0 KVA x 125% = 80.0 KVA X 902 PHASE BALANCE A-8 B-C C-A REMAINDER 115.4 KVA x 100% 72-0 KW NEC DEMAND 115.4 KVA X sox 103.9 KW AMPACITY = 0% 0% 0% OTHER 0.0 KVA x 125% 0.0 � KVA x 100% 0.0 KW 235.1 I TOTAL 179.4 KVA 195.4 KVA GENERAL NOTES- 175.9 KW` PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF BREAKER ACCESSORIES - NEW CIRCUITS BEING INSTALLED. -INDICATE NEW SPARES IN PENCIL GFCI SHUNT IMP DD PROG 1 04.12.04 NEW PANEL "EHEP1" NEW PANEL "ELEPLV" PRICING PKG 06.21.04 200 A M.L.O. VOLTAGE 277/480 v Panel Notes: 120/208 V Panel Notes: Panel Notes: 1. ISOLATED GROUND CIRCUIT. 200 A 200 A BUS PHASE 3 PH PHASE PHASE 3 PH 3 PH PHASE WIRE 4 W Z NON DIMMED LOAD - SWITCHED ONLY. WIRE 4 W WIRE TYPE : 4 W TYPE TYPE: DIMMING PANEL MTG. SURFACE 354000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) M TG.: SURFACE 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 10 ,000 AMPERE _DESCFjPT10_N_ BREAKER BREAKER 1 0,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) R ECEPT MOTORS BREAKER _F BA ER AMP P OT HER TOTAL_ AMP P JCCT PH NOTE LTG RECEP MOTORS OTHER IOTA. AMP P CCT AMP / TOTAL OTHER MOTORS _F I - BREAKER 497 497 45 1 A 2 . . .... ............. ........ MOTORS RECEPT GR EAT ROOM - GI RECEPT LTG DESCRIPTION N07E RECEIPT MOTORS OTHER TOTAL 900 497 497 3 8 4 1 20 / ____ g42 1 942 1 TOTAL i 942 MOTORS RECEPT LTG DESCRIPTION NOTE / 2 20 1 i TELECOM G228 01 407 497 % 3 C 5 125 4 94 2 1 T 942 ELEV I 4 20 -6 20 /1 SP-18 - 1200 11085 497 45 7 A 8 20 942 20 /1 942 942 1 900 �l 3 8 497 8 497 9 10 - 26604 150 7 942 8 50 942 [ � EF-22 (fYwnnl SE-1 600 497 1 497 /3 11 C 12 3 942 8 942 180 ____ 1 � TELECOM 2A RECEPT (1) - L_ 2106 2106 45 13 A 20 942 600 942 7 A 6 8 20 1 20 1 214 2106 15 8 16 ---- 942 1 26604 MLUA�m 6215 RECEPT goo EF-23 (CONDO) 1 2106 1 06 3 17 C 18 _ /3 42 _1 �;__ !SPA TREATMENT RM 942 942 - TELECOM 2D RECEPT 1 1 8 SE-3 11072 1 21 "06 2106 25 - 19 A 20 20 _ 942 1 1 too 942 - _ - 1 80 --- 180 2106 2106 21 B 22 L_ 942 600 180 20 1 EF-24 (CONDO) EF-19 CONDO HEF-19 (CONDO) 12 21 06_ 6 2106_j Z3 23 C 24 - i 900 _ --- TELECOM 3A RECEP 1 I 942 942 I 180 300 180 1 942 942 9 942 20 25 A 26 20 _942 942 20 1 942 SPARE DO TELECOM 3D RECEPT I 1 2 MENS LOCKERS 1 TELECOM 10 RECEPT 1 942 27 B 28 24 3 942 20 -LI -942 C 16 18 JEF-20 CONDO 180 942 942 3 29 C 30 - �3 942 26 20 942 180 HOTEL LOBBY - E17 180 1 942 942 20 31 A 3 2 � 20 942 180 q ____r ___ 42 180 TELECOM 4A RECEPT (I I 400 SPARE 942 - - 942 j 34 U 1 942 21 B 22 EF-25 (CONDO PANEL 0 942 0 19 -f--8 942 3 35 C 36 2189 45 37 A 3 942 ELEV 13 LOBBY - E23 942 942 0 1 20 1 VI 30 KVA 0 1 0 1 1989 8W 38 2789 39 B 45 3120 1500 0 i 1620 0 PANEL *UPLV* )FMR 0 0 0 1989 600 1 2589 13 41 C 42 1 25 A IBM 20 140 0 - VIA 3DKVA 180 Q TELECOM RECEPT I I 9 _ 20 _43 3 20 2760 1500 0 1 260 0 XFMR -- 11 20 942 942 45 B 46 180 TELECOM SA RECEPT I I 20 /1 - SPARE ' 46 _ZL SMF -14 SMOKE EXH 0 _ _/ -29--- C _ 30 2106 180 2f O6 180 TELECOM 5A T (1 1 SPARE SPARE 3 41 PANEL LOADING SUMMARY 942 3 47 C 48 942 3 2106 31 2106 32 LOAD TYPE (VA) i80 PH 942 A 50 942 i 20 2106 0 2106 1 0 F-15 SMOKE EXH) EF-34 CONDO) 8 942 20 1 20 1 180 FACTOR T 180 TELECOM 50 T I I 82 400 40 0 20 /1 942 20 1 .35 36 20 1 180 LIGHTING RECEPTACLES 1 180 TELECOM 6A RECEPT I I 0 57 B 58 x 125% = __020 0 1 20 37 A 1 38 i 20 /1 942 942 3� 59 q 180 TELECOM 6A RECEPT 1 1 LOAD TYPE CONNECTED SPARE POWER DEMAND EF-37 CONDO) /I 42 -- 942 20 61 A 62 20 1 0 x 100% = 0.0 KVA 180 i SPARE SPARE 942 942 63 8 64 20 1 0 41 C 42 SPARE ISO KW 942 942 5 C 66 20 1 0 P EL LOADING SUMMARY RECEPTACLES SPARE SMF-5 (SMOKE E 0.0 2106 2106 20 7 A 68 20 /1 0 I03,600 B-C LOAD TYPE (VA) PH A PH 8 PH C SPARE CONNECTED x 902 2106 - 2106 69 8 70 n 0 1 REMAINDER 0.0 KVA x 50% SPARE (SPARE 231.0 KVA 2106 2106 13 71 C 72 20 0 1 FACTOR LOAD KW PANEL SPARE OTHER 0.0 KVA x 125% = -4- 73 A 74 20 Ll 0 AMPACITY 0,0 KVA 0% SPARE SPARE CONNECTED - _ 75 B 76 _,_ 20 1 0 0 0 1,440 1.260 LIGHTING ENERAL NOTES- SPARE SPARE x 125% = 0.0 KVA - 77 C 78 20 1 0 KW 1002 GENERAL NOTES- SPARE SPARE RECEPTACLES INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS 0 79 A 80 iLL 20 1 BREAKER ACCESSORIES NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL SPARE SPAR OF - 0 l 81 8 82 20 0 4.3 KVA SPARE SPARE x 100% _ 0 20 /1 - CONNECTED KW AMPACITY - SHUNT TRIP - 500 1.500 SPARE PHASE LOADING SUMMARY 0.0 KVA PANEL LOADING SUMMARY x 50% 0.0 KVA x 100% 0.0 KW 25 3 LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED MOTORS POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW 3,240 2,760 B-C PANEL 0.0 KVA x 125% = QO KVA x 90% = 0.0 KW NEC DEMAND CONNECTED PF- LIGHTING RECEPTACLES 0 0 0 LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 Kw 91% 0.0 KW AMPACITY 1,620 1,440 1,260 RECEPTACLES 4X 17% 13% OTHER _ ___ KVA x 125% = MOTORS 24,820 24,820 24,820 FIRST 10 KVA k 3 KVA x 100% - 4.3 KVA KW 28.6 x IDOX 4.3 KW CONNECTED TOTAL OTHER Z300 Z600 2,100 REMAINDER 0,0 KVA x 50% = 0.0 KVA 10.3 KVA x 100% = 0.0 KW AMPACITY - PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE MOTORS PROJECT. 103.2 BREAKER ACCESSORIES TOTAL PHASE BALANCE 28,740 A-B 28,860 28.180 LARGEST B-c 6.3 KVA x 1259 = 7.9 KVA DESCRIPTIONS x sox 7.1 KW NEC DEMAND GFCI C-A REMAINDER 6&1 KVA x 1002 6& 1 KVA x sox 61.3 KW 0% OTHER 7.0 KVA x 125% = &8_ KVA x 100% &8 KW AMPACITY 10Z2 = 2% 2% ORAL NOTES- TOTAL 85.8 KVA __ 89.1 KVA 81.5 KW PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE BREAKER ACCESSORIES NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL TYPED DESCRIPTIONS OF GFCI SHUNT TRIP Cator, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT\CAD\DDS\ELEC\P-PANT -W.DWG - E700.4 PLOT: 02/10/2005 @2:05pm REV: 02/10/2005 CAD: WES XREF: tb.dwg NEW PANEL "EHWP3" 300 A M.L.O. VOLTAGE 277/480 V Panel Notes: 400 A BUS PHASE 3 PH TYPE WIRE 4 W M TG.: SURFACE 14 -000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE I DESCRIPTION LTG j RECEP MOTORS BREAKER BREAKER OTH T OTAL AMP P CCT BREAKI TTOTAL AMP _F PH CCT ER // P TOTAL OTHER MOTORS I CE ELEV 12 ZE LTG 9 1 1 25 21339 1 21339 DESCRIPTION NOTE A 2 60 11072 11072 ELEV 16 1 11072 213M 21339 3 B 4 C 1072 11072 6 1 j 11072'_ ELEV 13 339 3 1 9134 9134 50 7 A 0_T_ 50 / _E 8 50 9134 __T 9134 9 1 10 I S134 , 9134 ELEV 10 9134 913 4 9134 1 1 11 C 12 ELEV 14 9134 9134 9134 1 9 __50 14 0 9134 9134 SPARE 15 8 16 0 9134 R 91 34 1 17 C SPARE 0 _ _ _____�3 0 19 A 20 20 0 0 1 SPARE _ I r 22 0 0 C 24 1 __L3 !-- 0 SPARE 0 __. 20 25 A 26 1 20 0 SP ARE 0 27 B 28 0 - 4- - A - A 32 SPARE T ?9 31 C 30 0 SPARE 3 1 2 33 8 34 1 5 C 36 SPARE 20 3 7 A 38 1 20 19 8 40 I 0 1 iPARE LO 13 41 C 42 P H ASE LOADING SUMMARY PANEL LOADING SUMMARY ---I LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCl_J_LAfE_D__ POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= LIGHTING 0 0 0 LIGHTING 0.0 KYA x 125% = 0.0 KVA x 95% = 0.0 KW 90% RECEPTACLES 0 0 0 RECEPTACLES MOTORS 59,813 59,813 59,813 FIRST 10 KVA 0.0 KVA x 100% = 110 KVA x 100% 0.0 KW CONNECTED AMPACITY = OTHER 0 0 0 REMAINDER 0.0 KVA x 50% 0.0 KVA x 100% 0.0 KW 215.8 MOTORS TOTAL 59,813 59,813 59,813 LARGEST 64.0 KVA x 125% = 80.0 KVA X 902 PHASE BALANCE A-8 B-C C-A REMAINDER 115.4 KVA x 100% 72-0 KW NEC DEMAND 115.4 KVA X sox 103.9 KW AMPACITY = 0% 0% 0% OTHER 0.0 KVA x 125% 0.0 � KVA x 100% 0.0 KW 235.1 I TOTAL 179.4 KVA 195.4 KVA GENERAL NOTES- 175.9 KW` PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF BREAKER ACCESSORIES - NEW CIRCUITS BEING INSTALLED. -INDICATE NEW SPARES IN PENCIL GFCI SHUNT IMP DD PROG 1 04.12.04 NEW PANEL "ELWHD3" NEW NEW PANEL "ELEPLV" PRICING PKG 06.21.04 500 A M.L.O. 100 A MAIN CIRCUIT WEAKER VOLTAGE VOLTAGE 277/480 v 120/208 V Panel Notes: Panel Notes: 1. ISOLATED GROUND CIRCUIT. 200 A BUS 600 A 225 A BUS PHASE PHASE 3 PH 3 PH PHASE 3 PH Z NON DIMMED LOAD - SWITCHED ONLY. WIRE 4 W WIRE 4 W 4 W TYPE TYPE: DIMMING PANEL TYPE M TG.: SURFACE 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 10 ,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG. SURFACE 1 0,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) R ECEPT MOTORS BREAKER _F BA ER AMP P OT HER TOTAL_ AMP P JCCT PH q:KER ELEV 3 _F I - BREAKER CCT P j P - 2 __ - �R . . .... ............. ........ MOTORS RECEPT GR EAT ROOM - GI 1200 NOTE] DESCRIPTION LTG t TELECOM G228 Ot RE T RECEIPT MOTORS OTHER TOTAL 900 900 AMP P OCT PH 20, /1 1 1 A CCT AMP 2 P TOTAL i OTHER MOTORS RECEPT LTG DESCRIPTION NOTE / 2 20 1 i TELECOM G228 01 11085 3 B 125 4 19100 19100 _F 19100 ELEV I 4 20 -6 20 /1 : 1200 - 1200 11085 11085 3 5 C __ RE . 7 20 /1 900 900 �l 3 8 4 26604 26604 150 7 A 8 50 TELECOM 2A RECEPT 1 1 [ � I TELECOM G268 RECEPT RESTAURANT 412 600 600 __LO , C 8 . 20 /1 180 ____ 180 __ ___ TELECOM 2A RECEPT (1) - L_ ELEV 9 I TELECOM G268 RECEPT F ----------- 600 600 ---- 7 A 6 8 20 1 20 1 180 16 ---- TELECOM 20 g��T�l I 26604 MLUA�m 6215 RECEPT goo 900 1 - 9 10 20 LI 180 !SPA TREATMENT RM 180 - TELECOM 2D RECEPT 1 1 8 I TELECOM C215 RECEPT 11072 goo goo _��L 20 1 it too 100 - _ - 1 80 --- 180 TELECOM 3A RECEPT I I LOBBY - E09 I TELECOM 71) RECEPT 1 600 i 600 180 20 1 13 C 12 20 1 180 i 900 180 --- TELECOM 3A RECEP 1 I 25 I 180 300 180 20 1 15 A a 14 20 1 180 SPARE 180 TELECOM 3D RECEPT I 1 2 MENS LOCKERS 1 TELECOM 10 RECEPT 1 180 24 3 180 20 -LI i 900 C 16 18 20 1 20 180 1 600 1 80 TELECOM 3D RECEPT (I I 26 20 I TELECOM 1D RECEPT 1 180 HOTEL LOBBY - E17 180 20 1 ___ 19 A 20 1 180 28 180 TELECOM 4A RECEPT (I I 400 SPARE SPARE 35 U 1 21 B 22 20 /1 20 /1 180 1 180 TELECOM 4A RECEPT 1 1 1 )nn SPARE ELEV 13 LOBBY - E23 0 20 i 31 0 1 20 1 23 C 24 20 /1 180 16BIRY - E18 180 TELECOM 40 RECEPT 1 1 o 33 SPARE 34 0 0 1 20 11 1 25 A -_ 26 20 �180 0 -.1 35 180 Q TELECOM RECEPT I I 0 SPARE Gl BALLROOM - A4 600 0 ?9 1 27 B 28 11 20 180 0 180 TELECOM SA RECEPT I I 20 /1 - SPARE ' 46 _ZL 0 0 _ _/ -29--- C _ 30 /1 180 SPARE { 180 TELECOM 5A T (1 1 SPARE SPARE 3 41 PANEL LOADING SUMMARY C 0 0 1 2 1 31 - A 32 LOAD TYPE (VA) i80 PH PH C TELECOM 50 RECEPT 1 1 NEC CALCULATED SPARE 0 0 - 20 1 33 8 34 20 1 20 1 180 FACTOR T 180 TELECOM 50 T I I 82 400 40 0 20 /1 0 20 1 .35 36 20 1 180 LIGHTING RECEPTACLES 1 180 TELECOM 6A RECEPT I I 0 SP E x 125% = __020 0 1 20 37 A 1 38 i 20 /1 180 180 0 180 TELECOM 6A RECEPT 1 1 LOAD TYPE CONNECTED SPARE POWER DEMAND /I 39 103.600 103,600 20 1 x 100% = 0.0 KVA 180 i TELECOM 6D RECEPT I I SPARE OTHER 0 0 1 0 i 20 /1 20 41 C 42 20.,Zl ISO KW 180 TELE COM 6D RECEPT 1 1 95% PHASE LOADING SUMMARY P EL LOADING SUMMARY RECEPTACLES x 0.0 - 0 373.8 TOTAL HASEBALANCE - SPARE I03,600 B-C LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED x 902 NEC CALCULAjjDpOWER Kw NEC DEMAND DEMAND REMAINDER 0.0 KVA x 50% REMAINDER 231.0 KVA x 100% 231.0 KVA LOAD KVA 207.9 DEMAND LOAD MOTORS FACTOR LOAD KW PANEL OTHER 0.0 KVA x 125% = 0.0, KVA x 100% 0.0 KW AMPACITY 0,0 KVA 0% 0% Ox CONNECTED PF= x 100% = LIGHTING 0 RECEPTACLES 1,620 0 0 1,440 1.260 LIGHTING ENERAL NOTES- 0.0 KVA 15% 46% 68% x 125% = 0.0 KVA x 125% x 95% 0.0 KW 1002 GENERAL NOTES- PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS RECEPTACLES INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS 31.4 KVA 29�8 KW BREAKER ACCESSORIES NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL BREAKER - ES OF MOTORS 0 OTHER 1 0 0 1,800 FIRST 10 KVA 4.3 KVA x 1009- 4.3 KVA x 100% 4.3 CONNECTED KW AMPACITY - SHUNT TRIP - 500 1.500 REMAINDER 0.0 KVA x 50% 0.0 KVA x 100% 0.0 KW 25 3 MOTORS TOTAL 3,120 PHASE BALANCE A-B 3,240 2,760 B-C LARGEST 0.0 KVA x 125% = QO KVA x 90% = 0.0 KW NEC DEMAND C-A , REMAINDER 0.0 KVA x 100X 0.0 KVA x 90% 0.0 KW AMPACITY - 4X 17% 13% OTHER _ ___ KVA x 125% = 6.0 KVA x 100% = 6.0 KW 28.6 GENERAL NOTES: TOTAL 9.1 KVA 10.3 KVA 10.3 KW PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. BREAKER ACCESSORIES NEW CIRCUITS BEING - INSTALLED. INDICATE NEW SPARES IN PENCIL PROVIDE TYPED DESCRIPTIONS OF GFCI SHUNT IMP Cator, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT\CAD\DDS\ELEC\P-PANT -W.DWG - E700.4 PLOT: 02/10/2005 @2:05pm REV: 02/10/2005 CAD: WES XREF: tb.dwg NEW PANEL "EHWP3" 300 A M.L.O. VOLTAGE 277/480 V Panel Notes: 400 A BUS PHASE 3 PH TYPE WIRE 4 W M TG.: SURFACE 14 -000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE I DESCRIPTION LTG j RECEP MOTORS BREAKER BREAKER OTH T OTAL AMP P CCT BREAKI TTOTAL AMP _F PH CCT ER // P TOTAL OTHER MOTORS I CE ELEV 12 ZE LTG 9 1 1 25 21339 1 21339 DESCRIPTION NOTE A 2 60 11072 11072 ELEV 16 1 11072 213M 21339 3 B 4 C 1072 11072 6 1 j 11072'_ ELEV 13 339 3 1 9134 9134 50 7 A 0_T_ 50 / _E 8 50 9134 __T 9134 9 1 10 I S134 , 9134 ELEV 10 9134 913 4 9134 1 1 11 C 12 ELEV 14 9134 9134 9134 1 9 __50 14 0 9134 9134 SPARE 15 8 16 0 9134 R 91 34 1 17 C SPARE 0 _ _ _____�3 0 19 A 20 20 0 0 1 SPARE _ I r 22 0 0 C 24 1 __L3 !-- 0 SPARE 0 __. 20 25 A 26 1 20 0 SP ARE 0 27 B 28 0 - 4- - A - A 32 SPARE T ?9 31 C 30 0 SPARE 3 1 2 33 8 34 1 5 C 36 SPARE 20 3 7 A 38 1 20 19 8 40 I 0 1 iPARE LO 13 41 C 42 P H ASE LOADING SUMMARY PANEL LOADING SUMMARY ---I LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCl_J_LAfE_D__ POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= LIGHTING 0 0 0 LIGHTING 0.0 KYA x 125% = 0.0 KVA x 95% = 0.0 KW 90% RECEPTACLES 0 0 0 RECEPTACLES MOTORS 59,813 59,813 59,813 FIRST 10 KVA 0.0 KVA x 100% = 110 KVA x 100% 0.0 KW CONNECTED AMPACITY = OTHER 0 0 0 REMAINDER 0.0 KVA x 50% 0.0 KVA x 100% 0.0 KW 215.8 MOTORS TOTAL 59,813 59,813 59,813 LARGEST 64.0 KVA x 125% = 80.0 KVA X 902 PHASE BALANCE A-8 B-C C-A REMAINDER 115.4 KVA x 100% 72-0 KW NEC DEMAND 115.4 KVA X sox 103.9 KW AMPACITY = 0% 0% 0% OTHER 0.0 KVA x 125% 0.0 � KVA x 100% 0.0 KW 235.1 I TOTAL 179.4 KVA 195.4 KVA GENERAL NOTES- 175.9 KW` PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF BREAKER ACCESSORIES - NEW CIRCUITS BEING INSTALLED. -INDICATE NEW SPARES IN PENCIL GFCI SHUNT IMP 2003 42140 ARCHITECTURE, INI&, \0 111 100 RE %• CIS OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTERPLANNER DESIGN ARCHITECT HARTIHOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,coLoRADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL FNGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 NEW PANEL "ELWHD3" NEW PANEL "EHEP4" 004 PRICING PKG 06.21.04 500 A M.L.O. VOLTAGE 120/208 VOLTAGE 277/480 v Panel Notes: Panel Notes: 200 A BUS 600 A Bus I. DIMMED LOAD PHASE 3 PH PHASE 3 PH Z NON DIMMED LOAD - SWITCHED ONLY. WIRE 4 W WIRE 4 W TYPE TYPE: DIMMING PANEL M TG.: SURFACE 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 10 ,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESC RIPTION LTG R ECEPT MOTORS BREAKER _F BA ER AMP P OT HER TOTAL_ AMP P JCCT PH q:KER ELEV 3 NOTE DESCRIPTION _� LTG RECEPT MOTORS - BR 1 1: i AMP / P CCT P j P - 2 TOTAL OTHER MOTORS RECEPT GR EAT ROOM - GI 1200 _7 1200 11085 A TOTAL OTHER MOTORS FIECEPT LTG - DESCRIPTION NOTE GREAT ROOM - G4 400 DES CRIPTION S NOTE A / 2 20 1 11085 11085 3 B 125 4 19100 19100 400 19100 ELEV I 4 20 -6 20 /1 : 1200 - 1200 11085 11085 3 5 C __ 6 3 20 /1 7 19100 ------ 200 ELEV 6 RESTAURANT - F13 I ENTRY LOBBY E17 26604 26604 150 7 A 8 50 19100 [ � 19100 RESTAURANT 412 GRAND STAIR 2 LOBBY EXITS 1000 _ F_ 1000 04 6 9 8 10 9134 _(O �A 9134 ELEV 4 ELEV 9 13 A 14 �1� 6604 26604 /3 11 2 3 11 C C --I 12 3 34 600 9134 9134 8 16 700 26604 26604 150 13 A 14 60 11072 11072 600 600 L088Y - FOI !SPA TREATMENT RM 26604 ­604 15 8 16 11072 200 11072 ELEV SPARE too 100 26604 266 04 3 17 C 18 3 11072 1 LOBBY - E09 11072 600 i 600 - ?QA 20 /1 23 C 22 20 /1 24 '1 0 20 19 A 20 20 I 0 i 900 20 1 25 20 �L _/' - 300 1 t Z --f- 300 0 21 B 22 0 20 /1 A 27 SPARE SPARE 200 MAIN RESIRM - E26 2 MENS LOCKERS 0 3 23 C 24 3 0 20 i 900 goo !UAIIJ orc--mu E29 2 W10MENS LOCKERS _ 600 1 600 1 0 20 25 A 26 20 0 200 HOTEL LOBBY - E17 2 FIiESS ARE�A 800 BOO 20 /1 A 33 8 0 _ i7 B 28 0 2 SPA RECEPTION 400 SPARE SPARE 35 __�O __ 0 __13 29 C 3D 3 0 400 1 C 37 A 36 20 1 38 1 )nn 200 ELEV 13 LOBBY - E23 0 20 i 31 A 32 20 0 39 0 375 16BIRY - E18 GI TELE LOBBY - A9 1 500 o 33 8 34 0 1 200 _ _ SPARE SPARE 512 1 _ 12 1 20 /1 0 -.1 35 C 36 _ _. -_l.3 0 Gl CORR A2 Gl BALLROOM - A4 600 J00 20 /1 45 R 20 0 20 37 A 38 20 0 200 200 20 /1 - 47 C ' 46 _ZL 0 1 __ 39 8 40 0 20 /1 49 A SPARE { PHASE LOADING SUMMARY SPARE GI MTG RMS C12 IGI BALLRM 810 3 41 PANEL LOADING SUMMARY C 42 /3 0 5 lh� I' � - 0 LOAD TYPE (VA) �H A PH PH C -_ 1 LOAD TYPE CONNECTED NEC CALCULATED POWER 0 SPARE GI BALLRMI 89 G1 BALLRM 200 200 20 /1 LOAD KVA I DEMAND LOAD FACTOR DEMAND LOAD KW PANEL 82 400 40 0 20 /1 57 8 58 20 /1 SPARE Gi CORR Al PHASE LOADING SUMMARY CONNECTED PF= LIGHTING RECEPTACLES 0 0 0 0 LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW sox 0 0 RECEPTACLES PHA PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND MOTORS 103,600 103.600 103,600 FIRST 10 KVA 0-0 KVA x 100% = 0.0 KVA 100% CONNECTED OTHER 0 0 0 REMAINDER 0.0 KVA x 50% 0.0 KVA x = 1002 0.0 KW AMPACITY X 95% = 29.8 KW 95% MOTORS RECEPTACLES x 0.0 KW 373.8 TOTAL HASEBALANCE 10 3,600 A-B I03,600 B-C 101,600 C-A LARGEST 79.8 KVA x 125% = 99.8 KVA x 902 89.8 Kw NEC DEMAND a 0 REMAINDER 0.0 KVA x 50% REMAINDER 231.0 KVA x 100% 231.0 KVA x 90% 207.9 KW MOTORS OTHER 0.0 KVA x 125% = 0.0, KVA x 100% 0.0 KW AMPACITY 0,0 KVA 0% 0% Ox REMAINDER 0.0 KVA x 100% = 0.0 KVA x sox 0.0 KW 397.8 ENERAL NOTES- 15% 46% 68% I TOTAL ..KVA x 125% 330.8 KVA x 100% 0.0 KW 297.7 KW GENERAL NOTES- PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS 31.4 KVA 29�8 KW BREAKER ACCESSORIES NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL BREAKER - ES OF GFC1 GFCI SHUNT TRIP 2003 42140 ARCHITECTURE, INI&, \0 111 100 RE %• CIS OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTERPLANNER DESIGN ARCHITECT HARTIHOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,coLoRADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL FNGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 NEW PANEL "ELWHD3" DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 150 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V Panel Notes: 200 A BUS I. DIMMED LOAD - SEE DIMMING SCHEDULE FOR LAMP TYPE PHASE 3 PH Z NON DIMMED LOAD - SWITCHED ONLY. WIRE 4 W TYPE: DIMMING PANEL MTG. SURFACE 10 ,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) _ NOTE DESCRIPTION _� LTG RECEPT MOTORS OTHER 1 TOTAL BR 1 1: i AMP / P CCT PH GR EAT ROOM - GI 1200 _7 1200 OCT TOTAL OTHER MOTORS FIECEPT LTG - DESCRIPTION NOTE GREAT ROOM - G4 400 400 A / 2 20 1 1800 - - ____ 1800 RESTAURANT - F17 ENTRY ELEV E23 400 8 5 C 4 20 -6 20 /1 : 1200 - 1200 RESTAURANT - F17 ENTRY LOBBY E20 4m00 400 20 /1 7 � ---------- ------ 200 200 RESTAURANT - F13 I ENTRY LOBBY E17 800 800 0 L A 8 8 20 [ � Soo RESTAURANT 412 GRAND STAIR 2 LOBBY EXITS 1000 _ F_ 1000 20 1 11 C 10 20 1 / 12 20 /1 =L=I 150 150 150 GRAND STAIR - E10 _(O �A 20 1 13 A 14 �1� 700 GRAND STAIR - Ell 2 LO B BY EXI 600 600 2 , I 8 16 700 D STAIR - E12 2 SPA TREATMENT RM 600 6 20 - 20 1 600 600 L088Y - FOI !SPA TREATMENT RM 400 1 1 400 ./l 20 1 _Lt_7s_ is A 18 20 200 2 BAR LTG - F06 2 too 100 21 8 20 20 /1 1 600 6k LOBBY - E09 2 'HYDROTHER 600 i 600 - ?QA 20 /1 23 C 22 20 /1 24 '1 1 200 _ - 1 __ 200 LOBBY -EO5 2 SPA EMERG. - _ _EMM___� i 900 20 1 25 20 �L _/' - 300 1 t Z --f- 300 FRONT DESK - EOS 2 �PA 900 900 20 /1 A 27 26 0 200 200 MAIN RESIRM - E26 2 MENS LOCKERS 600 1 600 1 20 zi 29 C 20 i 900 goo !UAIIJ orc--mu E29 2 W10MENS LOCKERS _ 600 1 600 1 20 1 31 3D 20 12 00 200 HOTEL LOBBY - E17 2 FIiESS ARE�A 800 BOO 20 /1 A 33 8 32 __2O 34 /I T 200 Y VEST. - E20 2 SPA RECEPTION 400 400 20 /1 35 __�O __ 225 LOBBY VEST. E22 2 SPA 400 400 1 C 37 A 36 20 1 38 1 )nn 200 ELEV 13 LOBBY - E23 GI ELEV LOBBY - AID 600 1 - 10 20 1 39 0 375 16BIRY - E18 GI TELE LOBBY - A9 1 500 20 /1 1 C 40 20 /1 1 200 200 MTG RM Dl G1 OOM BALLR A 512 1 _ 12 1 20 /1 43 A 4 44 20 /1 100 600 1 100 --w-0 Gl CORR A2 Gl BALLROOM - A4 600 J00 20 /1 45 R 20 _:t__ 600 M TG RM TOILET GI MTG RMS Cl GI MTG 200 200 20 /1 - 47 C ' 46 _ZL 0 1 __ SPARE RMS C7 200 -7- 200 - 200 --- 20 20 /1 49 A _10_D___.__L so 20 /1 0 SPARE GI MTG RMS C12 IGI BALLRM 810 200 /1 --- B 51 5 lh� I' � - 0 SPARE 200 200 20 1 53 C - i 54 20 /1 0 SPARE GI BALLRMI 89 G1 BALLRM 200 200 20 /1 55 A 56 0 SPARE 82 400 40 0 20 /1 57 8 58 20 /1 SPARE Gi CORR Al PHASE LOADING SUMMARY 224 - 224 2011 59 C - 0 /1 _9� 1 0 SPARE PANEL LOADING SUMMARY SPA LOAD TYPE (VA) PHA PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= LIGHTING RECEPTACLES 10.187 8,875 6.074 0 LIGHTING 25.1 KVA x 125% = 31.4 KVA X 95% = 29.8 KW 95% 0 0 RECEPTACLES MOTORS OTHER 0 0 0 FIRST 10 KVA 0.0 KVA x 100% = 0.0 KVA x 100% 0. 0 KW CONNECTED a 0 REMAINDER 0.0 KVA x 50% 0.0 KVA x 100% 0.0 KW AMPACITY MOTORS 69.8 TOTAL PHASE BALANCE 10,187 8,875 6.074 A-B B-C C-A LARGEST 0.0 KVA x 1252 = 0,0 KVA x wx 0.0 KW NEC DEMAND REMAINDER 0.0 KVA x 100% = 0.0 KVA x sox 0.0 KW AMPACITY 15% 46% 68% OTHER 0.0 KVA x 125% 0.0 KVA x 100% 0.0 KW 87.2 GENERAL NOTES- ilpa__ TOTAL 25A KVA 31.4 KVA 29�8 KW PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF BREAKER - ES NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL GFCI SHUNT IMP 2003 42140 ARCHITECTURE, INI&, \0 111 100 RE %• CIS OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD ARCHITECTURE Denver, Colorado MASTERPLANNER DESIGN ARCHITECT HARTIHOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,coLoRADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL FNGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 PROJECr N PROJECT KEYPIAN ELECTRICAL PANEL SCHEDULES 2003 42140 ARCHITECTURE, INC. ME zm DESCIRIP'TION LTG NEW PANEL OTHER "EHWP 1 " 07EAM CCT PH CCT BREAKER TOTAL OTTER 0 RECEPT 1 DESCRIPTION 1 Pans Nam -- 360 MDF GIB REC 2 600 A M.LO. 180 VOLTAGE MDF GIB REC 2 277 / 48D V 0 1 2D 1 59 C 60 20 600 A BUS 0 PHASE 1 3 PH MDF GIS REC 2 1300 - 20/ PHASE LOADING SUMMARY 180 20 1 3 B 4 WIRE 240 4 W ' 240 I KIOSKS LOAD TYPE (VA) PH A TYPE : PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND 5 C 6 20 1 240 RECEPTACLES MTG.: SURFACE 65,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) LOAD KVA DEMAND LOAD FACTOR LOAD KW KIOSKS PANED. NOTE DESCRIP'TION LTG RECEPT MOTORS OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL 01HER MOTORS RECEPT LTG DESCRIPTION NOTE AMP P AMP P 3 SE-2 20 I 92X 7482 0 1 7482 45 1 A 2 15 0 x 95% 0.2 KIM 9,240 SPARE 12,020 10,760 12.38D RECEPTACLES x 90% = 7482 180 7482 MDF GIB W 2 3 B 4 MOTORS 0 64,904 •�� FIRST 10 KVA 100 - x 100% - Lad KVA x 100% 10,0 KIM AMPACITY = OTHER 7482 5,600 7482 3 5 C 6 3 0 KW 294.5 + + 2D 1 - y MOTORS EF -25 COt450 EXH r ry i 180 277 .., IT. �r 277 15 7 A 8 15 277 � � '� .tr a 277 � ,�„ + �� , + EF -25 CONDO EX}I .,r �+ .w. rTTr + � NEC DEMAND PHASE BALANCE A -B 277 ��� 277 .. 9 B 10 � 277 KW 277 19 A 20 20 1 1 160 * = GFCI OTHER 14.8 KVA x 100% = 14.8 KYA 277 KIN 277 3 11 C 12 3 277 20 1 277 20/1 1 180 20 71 180 EF-14 CONDO EXH MDF 016 DEC 2 3 388 TOTAL 388 15 13 A 14 15 0 23 C 24 GENERAL NOTES: 180 20/1 SPARE 180 10 MDF GIC REC 2 400 3 388 73 388 1 15 B 16 INCLUDED IN 1HIS 0 20/ 184 400 EF-29 CAIRO - NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. MDF = REC 2 11 MDF GIB REC 2 MDF GIB REC 2 388 160 388 Z3 17 C 18 Z3 0 160 76 ' 160 400 MDF 1C REC 2 EF -15 CONDO EXH MDF GIB REC 2 20 1 388 -- 388 15 19 A 20 1 151 0 900 ' 180 20/1 ISPARE n C MDF GIB REC 2 ISO 400 31 A 32 180 20 1 31 A 32 2011 400 400 EF-18 CONDO 2DO 1 CELL REIM. I 400 ME zm DESCIRIP'TION LTG RECEPT MOTORS OTHER TOTAL 07EAM CCT PH CCT BREAKER TOTAL OTTER 0 RECEPT 1 DESCRIPTION 1 1 -- 360 MDF GIB REC 2 SPARE 180 50 MDF GIB REC 2 180 2D 11 0 1 2D 1 59 C 60 20 13 0 1 1 360 MDF GIS REC 2 1300 - 20/ PHASE LOADING SUMMARY 180 20 1 3 B 4 PANEL LOADING SUMMARY 240 im : SURFACE ' 240 I KIOSKS LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND 5 C 6 20 1 240 RECEPTACLES 0 240 8,240 LOAD KVA DEMAND LOAD FACTOR LOAD KW KIOSKS PANED. CONNECTED 400 500 0 7 A 8 20 1 180 61 A 180 201 CONNECTED PF- 400 1,000 800 40 0 500 144 KVA x 50% - 7.2 KVA 500 3 9 B 10 20 I 92X LIGHTING 0 200 0 i GH7NO 0.2 KVA x 125% - a3 KVA x 95% 0.2 KIM 9,240 RECEPTACLES 12,020 10,760 12.38D RECEPTACLES x 90% = 00 180 NEC DEMAND MDF GIB W 2 A -B CONNECTED MOTORS 64,904 64,904 •�� FIRST 10 KVA 100 KVA x 100% - Lad KVA x 100% 10,0 KIM AMPACITY = OTHER 5,700 5,600 4500 REMAINDER 25.2 � � • any � . x 100% = 12,6 KW 294.5 + + 2D 1 15 B 16 y MOTORS 180 r ry i 180 A4. .., IT. �r rl► Ar,../Iw 68 wMwM. ® III► wr►.+Ir► � I 81,464 I � � '� .tr a + � ,�„ + �� , + ... + ++ .,r �+ .w. rTTr + � NEC DEMAND PHASE BALANCE A -B , T ++ ��� r+t .. .::t x 100% = 5&9 KVA � � sit +' ������ KW AMPACITY = 19 A 20 20 1 1 160 * = GFCI OTHER 14.8 KVA x 100% = 14.8 KYA x 100% = 14.8 KIN 279.5 18D 1% 1X 2% 180 20 1 21 B 22 20/1 ME zm DESCIRIP'TION LTG RECEPT MOTORS OTHER TOTAL 07EAM CCT PH CCT BREAKER TOTAL OTTER 0 RECEPT 1 DESCRIPTION 1 1 -- 360 MDF GIB REC 2 SPARE 180 50 MDF GIB REC 2 180 2D 11 0 1 2D 1 59 C 60 20 13 0 1 1 360 MDF GIS REC 2 1300 - 20/ PHASE LOADING SUMMARY 180 20 1 3 B 4 PANEL LOADING SUMMARY 240 im : SURFACE ' 240 I KIOSKS LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND 5 C 6 20 1 240 RECEPTACLES 0 240 8,240 LOAD KVA DEMAND LOAD FACTOR LOAD KW KIOSKS PANED. CONNECTED 400 500 0 7 A 8 20 1 180 61 A 180 201 CONNECTED PF- 400 1,000 800 40 0 500 144 KVA x 50% - 7.2 KVA 500 3 9 B 10 20 I 92X LIGHTING 0 200 0 i GH7NO 0.2 KVA x 125% - a3 KVA x 95% 0.2 KIM 9,240 RECEPTACLES 12,020 10,760 12.38D RECEPTACLES x 90% = 00 180 NEC DEMAND MDF GIB W 2 A -B CONNECTED MOTORS 64,904 64,904 64 + 904 FIRST 10 KVA 100 KVA x 100% - Lad KVA x 100% 10,0 KIM AMPACITY = OTHER 5,700 5,600 4500 REMAINDER 25.2 KVA x 50X = 12.6 KVA x 100% = 12,6 KW 294.5 180 2D 1 15 B 16 2D 1 MOTORS 180 400 180 1 MDF GIB REC 2 A 68 TOTAL 82,624 81,464 811,784 LARGEST 135.8 KVA x 100% = 135.8 KVA x 90% - 122.2 KW NEW PANEL "ELWPLV" Pane! Notes: 150 A MAIN CIRCUIT BREAKER VOLTAGE 120/200 v 1. ISOLATED GROUND CIRCUIT. 200 A BUS PHASE 3 PH WIRE 4 w TYPE MTG.: SURFACE 1000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCIRIP'TION LTG RECEPT MOTORS OTHER TOTAL 07EAM CCT PH CCT BREAKER TOTAL OTTER 0 RECEPT 1 DESCRIPTION 1 1 -- 360 MDF GIB REC 2 SPARE 180 50 MDF GIB REC 2 180 2D 11 0 1 2D 1 59 C 60 20 13 0 1 1 360 MDF GIS REC 2 1300 - 20/ PHASE LOADING SUMMARY 180 20 1 3 B 4 PANEL LOADING SUMMARY 240 im : SURFACE ' 240 I KIOSKS LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND 5 C 6 20 1 240 RECEPTACLES 0 240 8,240 LOAD KVA DEMAND LOAD FACTOR LOAD KW KIOSKS PANED. CONNECTED 400 500 0 7 A 8 20 1 180 61 A 180 201 CONNECTED PF- 400 1,000 800 40 0 500 144 KVA x 50% - 7.2 KVA 500 3 9 B 10 20 I 92X LIGHTING 0 200 0 i GH7NO 0.2 KVA x 125% - a3 KVA x 95% 0.2 KIM 9,240 RECEPTACLES 12,020 10,760 12.38D RECEPTACLES x 90% = 00 180 NEC DEMAND MDF GIB W 2 A -B CONNECTED MOTORS 64,904 64,904 64 + 904 FIRST 10 KVA 100 KVA x 100% - Lad KVA x 100% 10,0 KIM AMPACITY = OTHER 5,700 5,600 4500 REMAINDER 25.2 KVA x 50X = 12.6 KVA x 100% = 12,6 KW 294.5 180 2D 1 15 B 16 2D 1 MOTORS 180 400 180 1 MDF GIB REC 2 A 68 TOTAL 82,624 81,464 811,784 LARGEST 135.8 KVA x 100% = 135.8 KVA x 90% - 122.2 KW NEC DEMAND PHASE BALANCE A -B B-C C -A REMAINDER 5&9 KVA x 100% = 5&9 KVA x 90% - 53.1 KW AMPACITY = 19 A 20 20 1 1 160 * = GFCI OTHER 14.8 KVA x 100% = 14.8 KYA x 100% = 14.8 KIN 279.5 18D 1% 1X 2% 180 20 1 21 B 22 20/1 1 180 20 71 180 72 MDF 016 DEC 2 3 400 TOTAL 240 KVA 232.3 KVA 23 C 24 212.9 KW 20/1 23 C 24 GENERAL NOTES: 180 20/1 ' 180 10 MDF GIC REC 2 400 3 MDF 016 REC 2 73 180 BREAKER ACCESSORIES PROVIDE NEW UPDATED PANE. DIRECTORIES FOR PANELS THAT ARE INCLUDED IN 1HIS PROJECT. PROVIDE TIM DESCRIPTIONS OF 20/ 184 400 EF-29 CAIRO * = GFCL NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. MDF = REC 2 11 MDF GIB REC 2 MDF GIB REC 2 360 160 0 27 B 28 ** = SHUNT TRIP NEW PANEL "ELWPLV" Pane! Notes: 150 A MAIN CIRCUIT BREAKER VOLTAGE 120/200 v 1. ISOLATED GROUND CIRCUIT. 200 A BUS PHASE 3 PH WIRE 4 w TYPE MTG.: SURFACE 1000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCIRIP'TION LTG RECEPT MOTORS OTHER TOTAL 07EAM CCT PH CCT BREAKER TOTAL OTTER MOTORS RECEPT LTG DESCRIPTION NOTE AMP P AMP P 360 MDF GIB REC 2 PANEL ELNPL.V2 180 50 MDF GIB REC 2 180 2D 11 1 A 2 2D 11 240 400 20 240 57 KOSKS 58 360 MDF GIS REC 2 1300 180 20/ 0 180 20 1 3 B 4 20/1 240 im : SURFACE ' 240 I KIOSKS 100% LIGHTING MDF GIB REC 2 0 500 59 C 500 20 5 C 6 20 1 240 RECEPTACLES 0 240 8,240 KIOSKS -- 1 9422 KIOSKS 500 CONNECTED 400 500 0 7 A 8 20 1 180 61 A 180 201 1MDF 61B REC 2 400 1,000 800 40 0 500 144 KVA x 50% - 7.2 KVA 500 3 9 B 10 20 I 18D 360 400 180 MOTORS 1MDF 016 REC 2 20 360 WF GIB REC 2 B 180 TOTAL 9,240 180 20 1 11 C 12 2D i 180 x 90% = 00 180 NEC DEMAND MDF GIB W 2 A -B B-C MDF Gib REC 2 400 180 x 100% - a0 KVA 400 160 20 1 13 A 14 ?d 1 180 LSO 3 180 22 KVA MDF 016 REC 2 x 100% 400 MDF 018 REC 2 as 180 6% COX 180 2D 1 15 B 16 2D 1 180 180 400 180 1 MDF GIB REC 2 A 68 MDF GIB REC 2 26.6 KVA 180 3 19.4 KW 180 2D 1 17 C 18 20 1 180 ' ' 180 9422 MDF GIB REC 2 400 3 MDF 018 REC 2 40D 180 DIRECTORIES 69 180 20 1 19 A 20 20 1 1 160 * = GFCI NEW CRCIAIS BEING INSTALLED. INDICATE NEW SPARES IN PENKII.. 180 400 1 MDF GIB REC 2 - MDF 016 REC 2 18D 180 35 21 B 22 180 20 1 21 B 22 20/1 1 180 20 71 180 72 MDF 016 DEC 2 3 400 MDF GIB REC 2 1 180 400 23 C 24 180 20/1 23 C 24 20 1 180 20/1 ' 180 10 MDF GIC REC 2 400 3 MDF 016 REC 2 73 180 74 2D 180 20 1 25 A 26 20/ 184 400 EF-29 CAIRO 180 MDF 018 REC 2 MDF = REC 2 11 MDF GIB REC 2 MDF GIB REC 2 360 160 0 27 B 28 164 20/ 27 B 28 20 1 160 76 ' 160 400 MDF 1C REC 2 276 MDF GIB REC 2 20 1 180 -- 29 C 30 180 20 1 29 C 30 20 1 180 900 ' 180 20/1 MDF 16 REC 2 n C MDF GIB REC 2 ISO 400 31 A 32 180 20 1 31 A 32 2011 400 400 EF-18 CONDO 2DO 1 CELL REIM. I 400 MDF GIB REC 2 LOAD TYPE 40D 3 33 B 34 400 20 1 33 B 34 2D 1 40D 400 ' 18 2D CELL RERAD. 20D wo MDF GLB REC 2 LOAD KVA 400 SPARE 35 C 36 400 1 942 35 C 36 2O 1 360 20/1 ' 360 8 MDF 0150 0 0 400 1600 400 70 40D 400 3 37 A 38 20 1 0 SPARE I PANEL '1ELEPL.Y 1 PANEL. LOADING SUMMARY SPARE 0 0 MDF GIB REC 2 183 400 C 84 400 20 39 B 40 20/1 0 0 400 PH C LOAD TYPE SPARE 0 1080 8562 1600 400 3 41 C 42 400 3100 41 C 42 20 1 0 0 XFMR SPARE LOAD KVA 388 SPARE 400 15 43 A 44 400 3 43 A 44 20 1 0 A EF 35 CONDO 20 1 SPARE 200 MDF GIB REC 2 = a0 400 AMPAC17Y = 45 B 46 400 20 45 B 46 20 Ll 0 PF= ' 2D 1 27 SPARE 28 20/1 388 0 400 3 47 C 48 400 942 47 C 48 2D 1 0 31 ' 32 LIGHTING SPARE 0 0 582 C 400 15 49 A 50 400 3 49 A 50 20 1 0 00 SPARE x 90% SPARE SPARE RECEPTACLES 2,880 MDF GIB REC 2 1 400 1 51 B 52 400 20 51 B 52 20 1 0 SPARE 3038 146.7 SPARE CONNECTED 35 582 0 400 3 53 C 54 400 0 53 C 54 20 11 0 8.5 KVA SPARE Ll x 100% _ &5 SPARE 0% PHASE LOADING SUMMARY DESCRIPTION LTG RECEPT 400 OTHER 1 400 3 AMP P 55 A 56 1114 LOAD TYPE 1680 600 POWER 0 1 1080 360 0 PANEL ELNPL.V2 9422 50 MDF GIB REC 2 LOAD KVA DEMAND LOAD 400 LOAD KW 0 400 20 1 57 B 58 360 9422 1300 400 20/ 0 900 942 0 ---- 3 PH im : SURFACE ' SHORT WCU T RATING (FULLY RATED) I 400 100% LIGHTING 400 0 0 59 C 60 x 95% = 3 1300 400 RECEPTACLES 0 900 8,240 0 -- 1 9422 KIOSKS 1 9422 CONNECTED 400 0 0 400 3 100 KVA 61 A 62 201 AMPACITY = 400 1,000 800 40 0 400 144 KVA x 50% - 7.2 KVA MDF 01B REC 2 7.2 KW MDF GIB REC 2 21339 360 400 PH MOTORS 400 20 360 63 B 64 TOTAL 9,240 400 8.640 LARGEST 0.0 KVA 40D x 90% = 00 - NEC DEMAND PHASE BALANCE A -B B-C C-A 400 QO KVA x 100% - a0 KVA 400 00 KW 65 C 66 LSO 3 400 22 KVA x 100% = 12 KVA x 100% 400 KW as 7482 6% COX 7X 277 360 400 ' 180 400 3 1 67 A 68 20 26.6 KVA 400 3 19.4 KW 3 40D GENERAL NOTE: 2n MDF GIB REC 2 ' ' MDF GIB REC 2 9422 SPARE 400 3 11 C 40D 20 DIRECTORIES 69 B 70 20 f 277 400 * = GFCI NEW CRCIAIS BEING INSTALLED. INDICATE NEW SPARES IN PENKII.. 400 - - d 18D ** = SHUNT TRIP 35 21 B 22 400 277 7 40D 20/1 20 71 C 72 - 3 400 360 1 0 400 23 C 24 3 277 2D 2n WIRELESS ACC. 3D 4D 20/1 ' 400 10 EF -19 CONDO 400 3 582 73 A 74 2D 15 400 360 582 180 400 EF-29 CAIRO 0 MDF 018 REC 2 ' 11 MDF GIB REC 2 562 360 400 0 27 B 28 400 20 75 B 76 ' 2D 400 ' 276 400 20 1 562 -- 29 C 30 3 562 20D 562 460 900 ' 400 20/1 EF -20 CONDO n C 78 3 400 31 A 32 151 942 40D 942 2D -- EF-18 CONDO 2DO SPARE ' I 400 942 LOAD TYPE 400 3 33 B 34 79 A 80 2D 20 400 ' 18 2D 400 20D wo MDF GLB REC 2 LOAD KVA 942 SPARE 35 C 36 3 1 942 LOAD KW 942 0 20/1 ' 81 8 82 0 0 400 1600 10162 70 40D 45 I 3460 600 0 2660 SPARE I PANEL '1ELEPL.Y 1 PANEL. LOADING SUMMARY VIA 45 KVA 0 0 20 1 183 10162 C 84 13 13120 d 2884 0 400 PH C LOAD TYPE XFMR 0 PHASE LOADING SUMMARY DESCRIPTION LTG RECEPT PANEL LOADING SUMMARY OTHER TOTAL AMP P CCT PH = AMP P LOAD TYPE (VA) PH A PH B PH G LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND v 360 9422 SPARE 9422 50 1 A 2 LOAD KVA DEMAND LOAD FACTOR LOAD KW 0 PANNE. EF-2f CONDO. 1 17 ' 18 360 9422 11 9422 20/ CONNECTED PF= 201 942 200 942 3 PH im : SURFACE ' SHORT WCU T RATING (FULLY RATED) I ' 100% LIGHTING 0 0 0 i GK7NO MO KVA x 125% = 0,0 KVA x 95% = 0.0 KW 0 RECEPTACLES 8,240 7,880 8,240 RECEPTACLES SPARE 1 9422 KIOSKS 1 9422 CONNECTED MOTORS 0 0 0 FIRST 10 KVA 100 KVA x 100% = 100 KVA x 100% 10.0 KW AMPACITY = OTHER 1,000 800 40 0 REMAINDER 144 KVA x 50% - 7.2 KVA x 100% = 7.2 KW 737 21339 360 ' PH MOTORS ' 20 360 9422 C 9422 TOTAL 9,240 080 8.640 LARGEST 0.0 KVA x 1259 = QO KVA x 90% = 00 KW NEC DEMAND PHASE BALANCE A -B B-C C-A REMINDER QO KVA x 100% - a0 KVA x 90% 00 KW AMPACITY = 2n 26 LSO EF-23 CONDO OTHER 22 KVA x 100% = 12 KVA x 100% 2.2 KW as 7482 6% COX 7X 277 360 2n ' 180 ' 1 20 1 ' B 28 TOTAL 26.6 KVA 19.4 KVA 3 19.4 KW 3 2n GENERAL NOTE: 2n TELECOM 5A REC 2 ' ' WIRELESS ACC. 2A 9422 SPARE 9422 3 11 C BREAKER A CCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT: PROVIDE TYPED DESCRIPTIONS OF 2n 20 f 277 1 * = GFCI NEW CRCIAIS BEING INSTALLED. INDICATE NEW SPARES IN PENKII.. TELECOM 68 REC 2 - TELECOM 50 REC 2 d 18D ** = SHUNT TRIP NEW PANEL "EHEP1" AsION PaweH Motes: 400 A M.LO. VOLTAGE 277/480 V 400 A BUS PHASE 3 PH WIRE 4 W TYPE : MTCk : SURFACE 400D AMPERE SHORT MOT RATING (FULLY RATED) BREAKER BREAKER NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL AMP P CCT PH = AMP P 70TAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE MLO. SP -1A v 360 9422 SPARE 9422 50 1 A 2 15 942 200 942 0 360 EF-2f CONDO. 1 17 ' 18 360 9422 11 9422 20/ 3 B 4 201 942 200 942 3 PH im : SURFACE ' SHORT WCU T RATING (FULLY RATED) I ' 360 9422 20 9422 3 5 C 6 3 942 200 942 0 CCT ' TOTAL OTHER SP -18 SPARE 1 9422 KIOSKS 1 9422 50 7 A 8 15 277 2DO 277 20 21 EF -22 CONDO 22 2 ' 1 360 9422 SPARE 9422 20/ 9 B 10 20 LI 277 200 277 21339 360 ' PH 3 B ' 20 360 9422 C 9422 13 11 C 12 3 277 200 277 HEAT TRACE 360 ' TELECOM 4A REC 2 RECEIPT SE-1 KIOSKS 360 7482 AMP 7482 70 13 A 14 15 2n 200 2n 26 LSO EF-23 CONDO 1 360 ' 2011 8 7482 9422 7482 180 15 B 16 KIOSKS 277 360 2n ' 180 ' 1 20 1 ' B 28 7482 2D 7482 3 17 C 18 3 2n 360 2n TELECOM 5A REC 2 ' ' WIRELESS ACC. 2A 9422 SPARE 9422 3 11 C 180 d 45 19 A 20 15 2n 20 f 277 1 360 EF 24 CONDO TELECOM 68 REC 2 - TELECOM 50 REC 2 d 18D 0 35 21 B 22 180 277 7 277 20/1 20 ' A 32 - 20 1 360 1 0 3 23 C 24 3 277 2D 2n WIRELESS ACC. 3D 4D 20/1 ' B 10 EF -19 CONDO 360 20/1 582 33 582 15 25 A 26 15 582 360 582 180 ' EF-29 CAIRO 0 TELECOM 6D REC 2 ' 11 WIRELESS ACC. 5A 6A 562 360 582 0 27 B 28 1 562 582 C 36 ' 2D 11 ' 276 562 20 1 562 3 29 C 30 3 562 20D 562 0 900 ' 360 20/1 EF -20 CONDO 37 A 942 942 15 31 A 32 151 942 8 942 2D SPARE EF-18 CONDO 2DO SPARE ' I 1 942 LOAD TYPE 942 20/1 33 B 34 39 942 40 942 20 1 ' 18 2D ' 20D wo 942 LOAD KVA 942 1 3 35 C 36 3 1 942 LOAD KW 942 0 20 ' 41 C PANEL 'BEN' 0 0 8562 1600 10162 70 37 A 38 45 I 3460 600 0 2660 0 PANEL '1ELEPL.Y IBD PANEL. LOADING SUMMARY VIA 45 KVA 0 0 8562 160D 10162 22 39 B 40 3280 400 d 2884 0 w► 3WA PH C LOAD TYPE XFMR 0 1080 8562 1600 11242 3 41 C 42 3 3100 40D 0 2700 0 XFMR EF -32 CONDO LOAD KVA 388 SPARE 388 15 43 A 44 15 942 PANEL 942 25 A EF 35 CONDO 20 1 ' 200 388 = a0 388 AMPAC17Y = 45 B 46 1 942 0 942 CONNECTED PF= ' 2D 1 27 ' 28 20/1 388 0 388 3 47 C 48 3 942 942 SPARE 31 ' 32 LIGHTING EF -33 CONDO 0 0 582 C 582 15 49 A 50 20 1 0 64.0 KVA x 95% 00 SPARE x 90% SPARE " RECEPTACLES 2,880 582 1 582 1 51 B 52 20 1 0 20 1 0 SPARE 3038 146.7 ' CONNECTED 35 582 0 582 3 53 C 54 20/1 0 KVA 33 x 100% - 8.5 KVA SPARE Ll x 100% _ &5 EF-29 CONDO 0% AMPACITY 582 OTHER 582 15 55 A 56 20 1 0 aO KVA x 50% = SPARE 135 C ` KW 1 582 582 KVA 57 B 58 20 1 0 40 SPARE 21 &7 KW 600 SPARE GENERAL NOTES: ' 20 1 37 582 38 582 3 59 C 60 20 11 0 4100 LARGEST 1 SPARE to I SPARE SPARE x 125% - EF-37 CONDO PROTECT. PROVIDE TYPED DESCRIP110NS OF 3048 a0 3D48 2D 61 A 62 20 1 0 B-C C-A REMAINDER SPARE KYA I SPARE ` MO KYA SPARE 3048 x 90% 3D48 KW 63 B 64 20 1 0 41 G 42 20 SPARE 0 1.4 ' x 100% - 3048 3048 3 65 C 66 20 1 0 SUMMARY 6% 6% SPARE SPARE LOAD TYPE (VA) PH A 0 20 67 A 68 20/1 0 NEC CALCULATED POWER SPARE ' 9.9 KVA 929 0 9.9 KVA 1 69 B 70 20 1 0 9.9 KW FACTOR LOAD KW PANEL SPARE GENERAL NOTES: 112 ' RECEPTACLES 900 0 0 13 71 C 72 20 1 0 CONNECTED PF= ISPARE BREAKER ACES MOTORS SPARE FOR PANELS THAT ARE INCLUDED N THIS PROJECT PROVIDE TOPED DESCRIPTOO OF FIRST 10 KVA. 1.3 KVA 0 .20 1 73 A 74 20 1 0 KW NEW CIRCUITS BEND INSTALLED. INDICATE NEW SPARES IN PENCIL. OTHER LIGHTING SPARE 0 G ' aO KVA 0.0 KYA x 125X = 0 KW 75 B 76 2D 1 0 RECEPTACLES 1,080 SPARE 900 RECEPTACLES ' 0 3 n C 78 20 1 o 9.1 KVA MOTORS 0 0 SPARE FIRST 10 KVA 103 SPARE NEC DEMAND x 100% - 2.9 KVA B-C 0 20 f 1 79 A 80 2D 1 0 OTHER 600 400 400 SPARE AMPACITY - aO KVA SPARE x 50% - 0.0 KVA OTHER x 100% = 0 20/1 81 B 82 20 1 0 KW 1107 MOTORS SPARE 17X SPARE 0 20 1 183 C 84 1 20 1 1 0 1.300 1 LARGEST TOTAL ISPARE PHASE LOADING SUMMARY PANEL. LOADING SUMMARY . LOAD TYPE (VA) PH A PH.B PH C LIGHTING 0 0 0 RECEPTACLES 2,880 2,880 4780 MOTORS 45,254 45,254 45,254 OTHER 2.200 2,000 2,000 TOTAL 54,334 50,134 51,034 PHASE BALANCE A-8 B-C C -A OX 2% ix LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANED. CONNECTED PF= 91% UG H71NG 00 . KVA x 125X - 0.0 KVA x 95% aO KW RECEPTACLES CONNECTED FIRST 10 KVA 9.5 KVA x 10OX - 9.5 KVA x 1OOX 9.5 KW AMPACIN = REMAINDER a0 KVA x 5OX - 00 KVA x 100x = 00 Kw 182.2 MOTORS LARGEST 28,3 KVA x 125X - 35.3 KVA x 90% 31.8 KW NEC DEMAND REMAINDER 107.5 KVA x 1OOX - 107.5 KVA x 90% = 96.7 KIN AMPACITY = OTHER &2 KVA x NOD% - 6.2 KVA x 100% = 6.2 KW 1907 TOTAL 151.5 KVA 158.6 KVA _144.3 KW GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS WT ARE INCLUDED IN THIS PROTECT PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES N PENCIL. BREAKER ACCESSORIES * = Gm ** = SHUNT TRIP NEW PANEL "ELEPLV "A3 Panel Notes: 100 A MAN CIRCUIT BREAKER VOLTAGE 120 / 2DB V 1. IWTED GROUND CIRCUIT, 100 A BUS PHASE 3 PH WIRE 4 w TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER BREAM NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL AMP P CCT PH OCT AMP P TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE MLO. TELECOM G2A EC 2 v 360 ISPARE SPARE 360 20/1 1 A 2 2D 1 200 200 MAN CIRCUIT BREAKER 0 360 FA ASP 2A 1 17 TELECOM GlA REC 2 18 360 20 11 360 20/ 3 B 4 201 200 200 SPARE 3 PH im : SURFACE FA APS 2D SHORT WCU T RATING (FULLY RATED) TELECOM 1A REC 2 360 O 20 360 20 1 5 C 6 2D Ll 200 200 1 0 CCT FA APS 2D TOTAL OTHER TELECOM 1D REC 2 SPARE 360 DESCFW110N KIOSKS 360 1 20/1 7 A 8 2D L 200 2DO 201 20 21 FA APS 4A 22 2 TE 2A REC 2 1 360 MTQ : SURFACE SPARE 360 20/ 9 B 10 20 LI 200 200 KIOSKS 21339 360 FA APS 4D PH 3 B TEECOM 2D REC 2 20 360 23 C 360 20/1 11 C 12 20 1 20D 200 BREAKER HEAT TRACE 360 FA APS 6A TELECOM 4A REC 2 RECEIPT TELECOM 2D REC 2 KIOSKS 360 360 AMP 360 20/1 13 A 14 2D 1 200 200 A 26 LSO FA APS 6D 1 ELEV 14 9422 9422 50 13 A 14 90 14411 14411 ELEV 17 ' 9422 9422 15 B 16 14411 14411 ' ' 9422 9422 3 17 C 18 3 14411 14411 • TELECOM 3A REC 2 NEW 360 "EHWP3" NEW 360 20 1 15 0 16 Panel Notes: 2011 0 0 MLO. VOLTAGE 277/480 v Panel Notee: ISPARE SPARE 400 A TELECOM 30 REC 2 PHASE 3 PH 360 100 A MAN CIRCUIT BREAKER 0 360 2d 1 17 C 18 20 11 0 100 A BUS 3 PH ' PHASE SPARE 3 PH im : SURFACE SPARE SHORT WCU T RATING (FULLY RATED) O 20 1 19 A 20 WIRE 2D 1 0 CCT BREAKER TOTAL OTHER MOTORS SPARE LTG DESCFW110N KIOSKS AMP P 360 0 ELEV 12 360 201 20 21 B 22 2 2D 1 0 MTQ : SURFACE SPARE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) SPARE ' MOTORS KIOSKS 21339 360 21339 PH 3 B 360 20 LI 23 C 24 TOTAL 2011 OCT 360 CCT BREAKER HEAT TRACE 360 OTHER TELECOM 4A REC 2 RECEIPT LTG KIOSKS NOTE 360 AMP P C 30 360 20 1 25 A 26 LSO 20 1 360 2 2011 8 360 9422 TELECOM 4D REC 2 180 4 KIOSKS 1ELEv 10 360 1 ' 180 360 1 20 1 27 B 28 8 2D 1 360 1 5 C 360 20 TELECOM 5A REC 2 ' 200 WIRELESS ACC. 2A 9422 180 9422 3 11 C 180 2011 5 29 C 30 20 f 20 1 360 18O TELECOM 68 REC 2 360 TELECOM 50 REC 2 d 18D WIRELESS ACC. 3A 4A 35 360 180 2D 1 7 360 20/1 20 31 A 32 " 20 1 360 1 TELECOM 48 REC 2 360 180 TELECOM 6A REC 2 2D WIRELESS ACC. 3D 4D 20/1 360 B 10 20/1 360 20/1 20/1 33 B 34 SPARE 20 1 360 180 ' 360 0 TELECOM 6D REC 2 20 1 11 WIRELESS ACC. 5A 6A 12 360 1 0 1 360 20/1 35 C 36 1E1.ECOM 20 REC 2 2D 11 0 276 18D 20 1 13 SPARE 14 20 WIRELESS ACC. 5D 20D 360 0 900 360 20/1 37 A 38 20 11 0 20/1 15 8 16 2D SPARE 200 2DO SPARE LOAD TYPE (VA) I 1 PH C LOAD TYPE 0 20/1 180 39 8 40 180 20 1 d 18 2D 1 20D wo ISPARE LOAD KVA ' SPARE I 1 LOAD KW 180 0 20 1 41 C 42 A 20/ 20 d 200 200 SPARE I SPARE CONNECTED PF- PHASE LOADING SUMMARY TELECOM 6C REC 2 3036 IBD PANEL. LOADING SUMMARY 23 180 2D 1 21 B 22 20/1 200 200 LIGHTING LOAD TYPE (VA) PH A PH 6 PH C LOAD TYPE TELECOM 20 REC 2 CONNECTED 180 NEC CALCULATED 25 x 959 POWER DEMAND 23 C 24 20/1 0 200 20D SMF -6 SMOKE EXN LOAD KVA DEMAND LOAD SPARE 1321 FACTOR LOAD KW CONNECTED MOTORS PANEL 20/1 25 A 26 20 1 2DD 200 x 1009 = a0 FA APS 2C AMPAC17Y = OTHER SPARE 0 0 REMAINDER CONNECTED PF= 0 2D 1 27 B 28 20/1 KW 0 ' SPARE 1321 SPARE 31 100% 32 LIGHTING 0 0 0 LIGHTING C a0 KVA 75,656 x 125% - 0.0 KVA 64.0 KVA x 95% 00 KW x 90% SPARE 72.0 RECEPTACLES 2,880 2,880 Z70D RECEPTACLES 2D Ll 31 A 32 20 1 0 x on 3038 146.7 SPARE CONNECTED 35 MOTORS 0 0 0 FIRST 10 KVA ad &5 KVA 33 x 100% - 8.5 KVA 20 Ll x 100% _ &5 KW 0% AMPACITY = OTHER 800 400 400 REMAINDER 11 aO KVA x 50% = 0.0 KVA 135 C x 100% = 0.0 KW 1 27.4 22 7.0 KVA 1 20/1 SPARE M 07C>LRS 40 SPARE 21 &7 KW 600 600 GENERAL NOTES: 0 20 1 37 A 38 2D 1 TOTAL 3,480 3,280 4100 LARGEST 1 SPARE to KYA SPARE x 125% - 0.0 KYA PROTECT. PROVIDE TYPED DESCRIP110NS OF x on = a0 KW 39 NEC DEMAND PHASE BALANCE A-8 B-C C-A REMAINDER aO KYA I SPARE x 100% - MO KYA SPARE PH A x 90% 0.0 KW CONNECTED AMPACITY = 41 G 42 20 OTHER 0 1.4 KVA x 100% - 1.4 KYA PHASE LOADING SUMMARY x 100% 1.4 KW LOAD 27.4 SUMMARY 6% 6% 12% LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND TOTAL 9.9 KVA 929 UGHTNG 9.9 KVA LOAD KVA 0 DEMAND LOAD 9.9 KW FACTOR LOAD KW PANEL GENERAL NOTES: 112 KW RECEPTACLES 900 0 360 RECEPTACLES CONNECTED PF= BREAKER ACES MOTORS PROVIDE NEW UPDATED PANE. DIRECTORIES FOR PANELS THAT ARE INCLUDED N THIS PROJECT PROVIDE TOPED DESCRIPTOO OF FIRST 10 KVA. 1.3 KVA x 100% - 1.3 KVA * = GFCf KW NEW CIRCUITS BEND INSTALLED. INDICATE NEW SPARES IN PENCIL. OTHER LIGHTING 0 0 G LIGHTING aO KVA 0.0 KYA x 125X = to KVA KW x 959 ** = SHUNT TRIP ELEV 14 9422 9422 50 13 A 14 90 14411 14411 ELEV 17 ' 9422 9422 15 B 16 14411 14411 ' ' 9422 9422 3 17 C 18 3 14411 14411 • SPARE NEW PANEL "EHWP3" NEW PANEL "ELWPLV2" 19 A 20 . 2D Panel Notes: 0 400 A MLO. VOLTAGE 277/480 v Panel Notee: ISPARE Panel Notes: 400 A BUS PHASE 3 PH 100 A MAN CIRCUIT BREAKER 0 VOLTAGE 120 / 208 V I. ISOLATED GROUND CIRCUIT, 0 BUS TYPE : 100 A BUS 3 PH ' PHASE 3 PH im : SURFACE 14AM AMPERE SHORT WCU T RATING (FULLY RATED) NOTE DESCRIPTION LTG RECEPT MOTORS WIRE TOTAL 4 w CCT PH CCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DESCFW110N TYPE : AMP P AMP P 0 ELEV 12 25 2#336 20 21339 125 1 A 2 70 11639 MTQ : SURFACE SPARE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) LTG ' MOTORS DINER 21339 0 21339 PH 3 B NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL BREAKER OCT PH CCT BREAKER HEAT TRACE TOTAL OTHER MOTORS RECEIPT LTG DESCIRPTION NOTE AMP P AMP P C 30 TELECOM 2B REG 2 " 180 0 ELEV 13 2B F DAMPERS LSO 20/1 1 A 2 2011 8 180 9422 3 180 4 TELECOM 58 REC 2 1ELEv 10 200 TELECOM 2C REC 2 ' 180 9422 0 ISO 20 1 3 8 4 26 1 180 5 C 18D 20 TELECOM 5C REC 2 ' 200 1LIECOM 38 REC 2 9422 180 9422 3 11 C 180 20/1 5 C 6 2011 20 f 180 A 8 18O TELECOM 68 REC 2 200 1E1.ECOM 3C REC 2 d 18D 13 35 C 36 180 2D 1 7 A 8 20 1 1 180 10 " 180 1 TELECOM 60, REC 2 1 TELECOM 48 REC 2 160 F DAMPERS 180 0 2D 180 20/1 9 B 10 20/1 C 0 20/1 400 SPARE SPARE " TELECOM 4C REC 2 180 ' 0 180 20 1 11 C 12 20 1 0 1 200 200 SPARE ' 3C F DAMPERS 1E1.ECOM 20 REC 2 ' 180 276 18D 20 1 13 A 14 20 Z1 20D 200 0 900 FA APS 2B DRY PIPE COMPRESSOR TELECOM 58 REC 02 ' 180 276 180 20/1 15 8 16 2D 1 200 2DO 900 LOAD TYPE (VA) PH A FA APS 20 PH C LOAD TYPE TELECOM 5C REC 2 CONNECTED 180 NEC CALCULATED POWER 180 20/1 17 C 18 2D 1 20D wo I LOAD KVA ' FA APS 48 FACTOR TELECOM 68 REC 2 LOAD KW 180 PANEL 3038 40 LBO 20 1 19 A 20 20 1 200 200 SPARE FA APS 4C CONNECTED PF- TELECOM 6C REC 2 3036 IBD 3D38 23 180 2D 1 21 B 22 20/1 200 200 LIGHTING 0 0 FA APS 6B LIGHTING TELECOM 20 REC 2 KVA 180 x 125% = ad KVA 25 x 959 180 20/1 23 C 24 20/1 0 200 20D SMF -6 SMOKE EXN FA APS 6C 1321 SPARE 1321 1 20 27 CONNECTED MOTORS 0 20/1 25 A 26 20 1 2DD 200 x 1009 = a0 FA APS 2C AMPAC17Y = OTHER SPARE 0 0 REMAINDER 30 00 0 2D 1 27 B 28 20/1 KW 0 ' SPARE 1321 SPARE 31 A 32 20 1 0 2D 11 29 C 30 20/1 75,656 0 SMF -7 SMOKE EXN 64.0 KVA 3038 SPARE 3038 x 90% SPARE 72.0 KW NEC DEMAND PHASE BALANCE A-B 0 2D Ll 31 A 32 20 1 0 x on 3038 146.7 SPARE AMPACITY = 35 SPARE 36 20/1 OTHER 300 ad O 2D 1 33 B 34 20 Ll 0 0% 0% 0% SPARE 37 A SPARE 20 11 400 400 O 1 20/1 135 C 36 1 20 1 1 0 22 7.0 KVA 1 20/1 SPARE B 40 SPARE 21 &7 KW 600 600 GENERAL NOTES: 0 20 1 37 A 38 2D 1 0 0 1 20/1 41 1 SPARE 42 BREAKER ACES SPARE FOR PANELS THAT ARE INCLUDED IN THIS PROTECT. PROVIDE TYPED DESCRIP110NS OF d 1 20 1 39 B 40 20 1 a I SPARE SPARE PH A 1 ** = SHUNT TRIP LOAD TYPE CONNECTED o 1 2D 1 41 G 42 20 1 0 1 ISPARE PHASE LOADING SUMMARY FACTOR LOAD PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND 929 UGHTNG 0 LOAD KVA 0 DEMAND LOAD 0.2 KVA FACTOR LOAD KW PANEL x 95% = 112 KW RECEPTACLES 900 0 360 RECEPTACLES CONNECTED PF= CONNECTED MOTORS 9,895 9,895 9,895 FIRST 10 KVA. 1.3 KVA x 100% - 1.3 KVA x 100% 1.3 KW 100% OTHER LIGHTING 0 0 G LIGHTING aO KVA 0.0 KYA x 125X = to KVA KW x 959 0.0 KW RECEPTACLES 1,080 900 900 RECEPTACLES TOTAL. 13 12,895 11 CONNECTED 9.1 KVA MOTORS 0 0 0 FIRST 10 KVA 103 2.9 KVA NEC DEMAND x 100% - 2.9 KVA B-C x 1009 2.9 KW AMPACITY = OTHER 600 400 400 REMAINDER AMPACITY - aO KVA x 50% - 0.0 KVA OTHER x 100% = aO KW 11.9 x 100X = &4 KW 1107 MOTORS 14X 17X TOTAL 1,680 1.300 1 LARGEST TOTAL 0.0 KVA x 125X = 0.0 KVA x 90% = a0 KW NEC DEMAND PHASE BALANCE A-8 B-C C -A REMAINDER 0.0 KVA x 100% - 0.0 KVA x 90% = aO KW AMPACLTY = FOR PANELS THAT ARE i*KLaM IN THIS PROTECT. PROVIDE TYPED DESW71ONS OF OTHER 1.4 KYA # = GFGI x 100% = 1.4 KVA x 100% - 1.4 KW 11.9 29% 0% 29% TOTAL 43 KVA 43 KVA 4.3 KW GENERAL NOTES: BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROTECT: PROVIDE TYPED DESCRIPTIONS OF * = Gm NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL # = SHUNT TRIP ELEV 14 9422 9422 50 13 A 14 90 14411 14411 ELEV 17 ' 9422 9422 15 B 16 14411 14411 ' ' 9422 9422 3 17 C 18 3 14411 14411 • SPARE NEW PANEL "EHWP3" A-4 0 2D 19 A 20 . 2D Panel Notes: 0 400 A MLO. VOLTAGE 277/480 v Panel Notee: ISPARE 400 A BUS PHASE 3 PH VOL T AGE 120 / 2t>6 0 1 21 WIRE 4 W 0 BUS TYPE : PHASE 3 PH ' im : SURFACE 14AM AMPERE SHORT WCU T RATING (FULLY RATED) NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DESCFW110N NOTE AMP P AMP P 0 ELEV 12 25 2#336 20 21339 125 1 A 2 70 11639 11639 SPARE ELEV 16 ' LTG ' MOTORS DINER 21339 0 21339 PH 3 B 4 11639 01HER 11639 RECEPT LTG ` NOTE AMP P ' HEAT TRACE 21339 21339 3 5 C 6 3 11639 3 11639 C 30 500 " 0 ELEV 13 2B F DAMPERS 9422 1 9422 501 7 A 8 50 9422 3 9422 4 0 1ELEv 10 200 1 31 ' 20 9422 0 9422 1 9 B 10 1 1 9422 360 1 9422 5 C ' 20 1 ' 200 9422 9422 3 11 C 12 3 1 9422 9422 900 20 f ' A ELEV 14 9422 9422 50 13 A 14 90 14411 14411 ELEV 17 ' 9422 9422 15 B 16 14411 14411 ' ' 9422 9422 3 17 C 18 3 14411 14411 • rn I OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT C AVON, COLORADO ARCHITECT OF RECORD *A.TEC:TIJIWE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I OWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEIXSLL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, PUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO r TIN A "' Cator, Ruma & Assoc. FILENAME:P: \PROJECTS \2003 \2003 -237 VAIL L IONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN1 -W.DWG - E700.4 PLOT 04/04/2006 0 7 .03am REV: 03/29/2006 CAD: nj XREF: tb.dwg tb -a.dwg tb- smoke- defsubt.dwg I I E i 0 • PROJECT NUMBER: 20826.01 ISSUE REVISION DATE I ! 001 DER SUB. 04,05.06 i I I I I i i i I i i i i i i i I i i SPARE NEW PANEL 0 2D 19 A 20 . 2D 0 1 Panel Notee: ISPARE ' 250 A MAN aRGLIII BREAKER VOL T AGE 120 / 2t>6 0 1 21 B 22 0 BUS PHASE 3 PH ' HIRE 4 W TYPE : SPARE 0 20 25 A 26 20 10,000 AMPERE SHORT CIRCUIT RATING GULLY RATED) 0 SPARE NOTE ' LTG RECEPT MOTORS DINER TOTAL 0 OCT PH 27 B 28 TOTAL 01HER 0 RECEPT LTG DESCRIPTION NOTE AMP P ' HEAT TRACE ' 1000 100D 20 1 0 A 3 29 C 30 500 3 0 1 2B F DAMPERS HEAT TRACE ' SPARE 1000 20/1 3 B 4 0 201 200 1 31 A 32 20 38 F DAMPERS 0 FIRE CONTR. RIM REC 360 SPARE 360 20 1 5 C 6 20 1 200 200 48 F DAMPERS BUS CENTER REC 5 goo 900 20 f 7 A 8 ' 200 200 d 58 F DAMPERS 13 35 C 36 3 1321 0 1321 2D 9 B 10 " 200 SPARE 1 160 F DAMPERS 0 2D 37 A 38 20 1321 0 C 12 20/1 400 SPARE " 2C F DAMPERS ' 0 1321 39 B 40 13 A 14 0 1 200 200 ' 3C F DAMPERS ' SMF -3 SMOKE EXH 276 0 151 3 41 C 42 30 3 900 0 900 DRY PIPE COMPRESSOR ' ' PHASE LOADING SUMMARY 276 PANEL LOADING SUMMARY 17 C 18 900 900 LOAD TYPE (VA) PH A PH B PH C LOAD TYPE ' CONNECTED NEC CALCULATED POWER 13 DEMAND A 2D 3 900 90D I LOAD KVA ' DEMAND LOAD FACTOR LOAD KW 3038 PANEL 3038 40 21 B 22 301 0 SPARE CONNECTED PF- 3036 3D38 23 C 24 z 0 1 90% LIGHTING 0 0 0 LIGHTING aD KVA 3038 x 125% = ad KVA 25 x 959 = to KW 0 RECEPTACLES 0 0 0 RECEPTACLES SMF -6 SMOKE EXN 1321 1321 1 20 27 CONNECTED MOTORS 75,656 75,656 74856 FIRST 10 KVA a0 KVA SECURITY CAMERAS x 100% - 0.0 KVA x 1009 = a0 KW AMPAC17Y = OTHER 0 0 0 REMAINDER 30 00 KVA 200 x 50% - 0.0 KVA x 100% to KW 27&0 ' MOTORS 1321 3 31 A 32 20 1 200 2DO TOTAL 74656 75,656 75,656 LARGEST SMF -7 SMOKE EXN 64.0 KVA 3038 x 125% - 80.0 KVA 3038 x 90% = 72.0 KW NEC DEMAND PHASE BALANCE A-B B-C C-A REMAINDER 163.0 KVA x 100% - 16&0 KVA x on 3038 146.7 KW AMPACITY = 35 C 36 20/1 OTHER 300 ad KVA x 125% = 0.0 KVA G2C FAS DAMPERS x 100% = CLO KW 292.3 0% 0% 0% 3 37 A 38 20 11 400 400 616 FA DAMPERS TRUCK DOCK ND SIGN 200 TOTAL 22 7.0 KVA 1 20/1 2410 KVA B 40 20 21 &7 KW 600 600 GENERAL NOTES: 1C F DAMPERS SPARE 0 1 20/1 41 C 42 BREAKER ACES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROTECT. PROVIDE TYPED DESCRIP110NS OF SPARE PHASE LOADING SUMMARY * = GFC 1 NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARK IN PEINCIL PANEL LOADING SUMMARY LOAD TYPE (V A) PH A PH B ** = SHUNT TRIP rn I OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT C AVON, COLORADO ARCHITECT OF RECORD *A.TEC:TIJIWE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I OWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEIXSLL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, PUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO r TIN A "' Cator, Ruma & Assoc. FILENAME:P: \PROJECTS \2003 \2003 -237 VAIL L IONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN1 -W.DWG - E700.4 PLOT 04/04/2006 0 7 .03am REV: 03/29/2006 CAD: nj XREF: tb.dwg tb -a.dwg tb- smoke- defsubt.dwg I I E i 0 • PROJECT NUMBER: 20826.01 ISSUE REVISION DATE I ! 001 DER SUB. 04,05.06 i I I I I i i i I i i i i i i i I i i NEW PANEL "ELWP1" Panel Notee: 250 A MAN aRGLIII BREAKER VOL T AGE 120 / 2t>6 v 40D A BUS PHASE 3 PH HIRE 4 W TYPE : Mm. SURFACE 10,000 AMPERE SHORT CIRCUIT RATING GULLY RATED) NOTE DESMP71ON LTG RECEPT MOTORS DINER TOTAL BREAKER OCT PH CCT BREAKER TOTAL 01HER MOTORS RECEPT LTG DESCRIPTION NOTE AMP P AMP P HEAT TRACE 1000 100D 20 1 1 A 2 20 1 500 500 2B F DAMPERS HEAT TRACE 1000 1000 20/1 3 B 4 20 1 200 200 38 F DAMPERS FIRE CONTR. RIM REC 360 360 20 1 5 C 6 20 1 200 200 48 F DAMPERS BUS CENTER REC 5 goo 900 20 f 7 A 8 20/1 200 200 58 F DAMPERS SMF -4 SMOKE EXH 1321 1321 2D 9 B 10 20/1 200 200 1 160 F DAMPERS " 1321 1321 11 C 12 20/1 400 400 2C F DAMPERS ' 1321 1321 3 13 A 14 20 1 200 200 3C F DAMPERS SMF -3 SMOKE EXH 276 276 151 15 B 16 30 900 900 DRY PIPE COMPRESSOR ' 276 276 17 C 18 900 900 ' ' 276 276 13 19 A 2D 3 900 90D I ' SMF -5 SMOKE EXH 3038 3038 40 21 B 22 301 0 SPARE ' 3036 3D38 23 C 24 z 0 1 ' ' 3038 3038 3 25 A 26 3 0 1 ' SMF -6 SMOKE EXN 1321 1321 1 20 27 8 28 20 ZI 400 400 SECURITY CAMERAS " 1321 132E 29 C 30 20 1 200 2DO 68 SMOKE MG+WIT ' 1321 1321 3 31 A 32 20 1 200 2DO 6C SMOKE MGMT SMF -7 SMOKE EXN 3038 3038 40 33 B 34 20/1 40D 400 G2C F DAMPERS ' 3038 3038 35 C 36 20/1 300 300 G2C FAS DAMPERS ' 3038 3038 3 37 A 38 20 11 400 400 616 FA DAMPERS TRUCK DOCK ND SIGN 200 200 1 20/1 39 B 40 20 1 600 600 1C F DAMPERS SPARE 0 1 20/1 41 C 42 2O i 0 SPARE PHASE LOADING SUMMARY PANEL LOADING SUMMARY LOAD TYPE (V A) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEL" LOAD KYA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF- 929 UGHTNG 0 2DO 0 LIGHTING 0.2 KVA x 125% = 0.3 KVA x 95% = 112 KW RECEPTACLES 900 0 360 RECEPTACLES CONNECTED MOTORS 9,895 9,895 9,895 FIRST 10 KVA. 1.3 KVA x 100% - 1.3 KVA x 100% 1.3 KW AMPACITY = OTHER 2,500 2,800 1.100 REMAINDER ad KVA x 5OX - 0.0 KYA x IOOX = 00 KW 104.2 MOTORS TOTAL. 13 12,895 11 LARGEST 9.1 KVA x 125% - 11.4 KVA x 90% = 103 KW NEC DEMAND PHASE BALANCE A-8 B-C C -A REMAINDER 20.6 KVA x 1OOX - 206 KVA x 90% = 1 &5 KW AMPACITY - OTHER &4 KYA x 100% _ &4 KVA x 100X = &4 KW 1107 3% 14X 17X TOTAL 37.5 KVA 39.9 KVA 36.7 KW GENERAL NOTES. BREAKER ACES PROVIDE NEW UPDATED PANEL. DIRECTORIES FOR PANELS THAT ARE i*KLaM IN THIS PROTECT. PROVIDE TYPED DESW71ONS OF # = GFGI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES N PENCIL ** = SHUNT TRIP rn I OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT C AVON, COLORADO ARCHITECT OF RECORD *A.TEC:TIJIWE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I OWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEIXSLL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, PUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO r TIN A "' Cator, Ruma & Assoc. FILENAME:P: \PROJECTS \2003 \2003 -237 VAIL L IONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN1 -W.DWG - E700.4 PLOT 04/04/2006 0 7 .03am REV: 03/29/2006 CAD: nj XREF: tb.dwg tb -a.dwg tb- smoke- defsubt.dwg I I E i 0 • PROJECT NUMBER: 20826.01 ISSUE REVISION DATE I ! 001 DER SUB. 04,05.06 i I I I I i i i I i i i i i i i I i i Cotor, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAiL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 1 -W.DWG - E700.5 PLOT: 08/07/2005 @ 4: 39pm REV: 08/07/2005 CAD: NJ XREF: tb.dwg NOTE NEW MDC "DP -HWH1" MDC Notes: NEW PANEL 1600A M.L.O. VOLTAGE 277 / 480 V OTHER Pones Notes RECEPT LTG 2000A BUS PHASE Panel Notes 3 PH V 150 A Panel Notes: Panel Notes: VOLTAGE 120/208 WIRE 300 A 4 W 1. CIRCUIT ViA ARRABELLE INTERIOR LIGHTING RELAY PANEL VOLTAGE VOLTAGE 120/208 277/480 65,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) V 1. CIRCUIT ViA LIGHTING CONTACTOR. 3 PH V 200 A BUS DESCRIPTION OF - ; C ONNECTED LOADS (iN )A B Y CAiEGO AND PHASE 4 W 3 PH MTG.: SURFACE 3 PH _ PHASE SUB -LOAD OR PAN 3 PH UGHTMIG 'RECEPTACLES_ - - - OTHER M OTORS _ -- 4 W WIRE MTG.: SURFACE PHA P B T PH C PH A PH B PH C MTG.: SURFACE MOOD AMPERE SHORT CIRCUIT RATING (FULLY RATED) _ PH A _ PH B PH C LARGEST PH A I _ PH B PH C ( REMARK PANEL "LWHD1' VIA XFMR - MTG.: SURFACE 7350 5085 6475 0 0 0} MTG.: SURFACE 0 0 0 __ DESCR - 0 0 0 OTHER PANEL 'HWH1' - -- PH 900 1920 1560 1980 1260 1080 } B REAKER 44799 47679 48207 t IHOUSEKEEPING 400 0 200 _A MP / P PANEL 'HWH2' AMP P NOTE 5100 3600 3300 3240 4140 3420 OCT PH OCT 2160 2160 3,336 RECEPT 4895 6479 2639 - PANEL "HWH3" -- RECEPT -__- - 0 0 i 0 ! __R8 9000 } 8640. A 3528 1 2748 1176 i - 24400 25900 25900_ i } PANEL "HWH4" - _4 10800 1 10800 10800 ; 18000 15660 1 17640 _ 1866 i 2634 i 264 4 5000 3100 1 4100 I PANEL 'HWH5" ISPARE DOCK RECV LTG 13090 17000 10300 21480 19560 i 20580 5820 70 28 3881 4631 1 3 1000 500 0 3 PANEL 106" y - - -- 5 { 0 0 0 1980 540 i 360 -� 4032 4032 4032 - -- 50187 i 45039 1 40561 ' i PANEL 'HOC 8 45 0 0 0 0 0 20 1 MAU -4 20HP 0;_ 0 0 t ti 30497 30497 30497 I PANEL 'HWH7' _ 9 ; _0 i� 10 0 0 0 0 L- - _0 0 0 RETAIL STRFR. REC i 106136 I 104665 { 103958 I PANEL "HWHB" PANEL ' HWH9' 180 0�0 j 3000 30DO _ 0 -p 3000 1980 900 540 9DO 360 0 7482 4529 0 4529 0 4529 0 _ 6148 - 0 i 5948 0 4448 1 0 _ PANEL 'LWHD2" VIA XFMR B - 16 �C �- 20 /1 20750 t 13230 14730 0 0 0, A 0 0 0 ( 0 0 0 TVSS NO LOAD) SPA SIGNAGE 1200 HWP -3 ( 20 1 _ 5820 _�_ 20 1 5820 35 / - ---- � --__�. -_ 3880 - 15 3880 FCU-1 { 20 1 - - RETAIL SIGNAGE 1200 ' 20 1 0 _ 5820 1200 20 5820 / 17 C 18 13 3880 1176 17 3880 FCU - { 21 _8 $PARE , 20 1 0 1080 ADMIN OFFICE RECEPT ( 0 20 /1 5820 - 13 19 PHASE LOADING SUMMARY 20 20 / LOADING SUMMARY 1176 -- 3 048 FCU-i, FCU-9 � EF -7 KITCHEN LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND 20 1 5820 315 21 LOAD KVA DEMAND LOAD 0 FACTOR LOAD KW 3048 A 26 MECH RM REC 2 ( SPARE _ _ �� - 540 5820 CONNECTED PF= UGHTiNG 60,990 54,635 50,165 LIGHTING 165.8 KVA x 125% = 207.2 KVA x 95% = 196.9 KW 97% RECEPTACLES 57,840 51,600 52,080 RECEPTACLES - __- 1 1176 _ -_ SPARE 5820 MOTORS 67,942 67,663 68,557 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW CONNECTED OTHER 228,663 222,128 212,30 REMAINDER 151.5 KVA x 50% = 75.8 KVA x 100% = 75.8 KW AMPACITY = 2106 20 1 _ 27 MOTORS 20 27 8 28 20 1 1,436.4 TOTAL 415,435 396,026 383,105 LARGEST 134.4 KVA x 125% = 168.0 KVA x 90% = 151.2 KW SPARE PHASE BALANCE A -B B-C C -A REMAINDER 69.4 KVA x 100% = 69.4 KVA x 909 = 62.5 KW NEC DEMAND 582 34 20 /i OTHER 663.1 KVA x 100% = 663.1 KVA x 100% = 663.1 KW AMPACITY = - 5% 3% 8% 20 1 31 2106 3 31 A 1,435.6 20 53 20 1 TOTAL 1194.2 KVA 1193.5 KVA 20 1 1159.4 KW S_ Cotor, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAiL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 1 -W.DWG - E700.5 PLOT: 08/07/2005 @ 4: 39pm REV: 08/07/2005 CAD: NJ XREF: tb.dwg NOTE DESCRIPTIO NEW PANEL NEW NEW PANEL "HWH 1 " "LWH 1 " BREAKER TOTAL OTHER Pones Notes RECEPT LTG Panel Notes M.L.O. Panel Notes 277 / 480 V 150 A Panel Notes: Panel Notes: VOLTAGE 120/208 277/480 300 A M.L.O. 1. CIRCUIT ViA ARRABELLE INTERIOR LIGHTING RELAY PANEL VOLTAGE VOLTAGE 120/208 277/480 V V 1. CIRCUIT ViA LIGHTING CONTACTOR. 3 PH V 200 A BUS 400 A BUS PHASE WIRE PHASE 4 W 3 PH MTG.: SURFACE 3 PH _ PHASE TYPE : 3 PH "RE TYPE : WIRE !BREAKER 4 W WIRE MTG.: SURFACE 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : TYPE . MTG.: SURFACE MOOD AMPERE SHORT CIRCUIT RATING (FULLY RATED) SPA OFFICE REC 3 TYPE : NOTE ' DESCRIPTION + LTG RECEPT MOTORS - I BREAKER ; - MTG.: SURFACE CCT PH - MTG.: SURFACE AMPERE SHORT CIRCUIT RATING (FULLY RATED) 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER MTG.: SURFACE LTG 10,000 NOTE __ DESCR - LTG �_RECEPT 1 MOTORS OTHER TOTAL 1200 PH BREAKER TOTAL BREAKER MOTORS B REAKS L TG { B REAKER NOTE AMP L P jCCT AMP Z P ' t IHOUSEKEEPING - 1600 ' __MP f P w _A MP / P _ AMP_ P AMP P NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL OCT PH OCT TOTAL OTHER MOTORS - RECEPT _LTG DESCRIPTION NOTE 1200 AHU -1 10 HP RECEPT 1 5820 _ 20 i 5820 35 / 1 � A 2 45 831 - v- - 83 1 TERM.BOX CNTRL.S_� i } MAU -3 20 HP RETAIL STR M REC _4 180 - - 5820 180 20 1 5820 - - _ �- 3 B 4 - -� 831 60 0 BUS CENTER LT 831 ISPARE DOCK RECV LTG - RETAIL STRFR. REC - 18 0 360 f OQO 5820 180 20 1 5820 3 5 C 6 3 831 SPARE {- 5 831 BAS TERMINAL �__ 1 RETAIL SiRFR. REC 7 EF -27 BALLRM EXH� 0 20 /1 - 3048 180 20 1 3048 20 - 7 _A 8 45 7482 0 7 7482 BAS TERMINAL 20 1 MAU -4 20HP RETAIL STRFP, REC { 180 - 11 3048 180 20 /1 3048 B 9 8 10 SPARE 7482 20 /1 900 7482 MECH RM REC 5 20 1 1 RETAIL STRFR. REC 0 180 f3 A 3048 180 20 1 3048 3 11 C 12 3 7482 528 1- 7482 _ _ 1 RET AIL STRFR REC 20 1 SPARE - B - 16 �C �- 20 /1 0 20 /1 0 20 /1 13 A 14 20 / 3880 i 720 3880 WATER FEATURE REC 0 EF -6 (KITCHEN) SPA SIGNAGE 1200 HWP -3 ( 20 1 _ 5820 _ 20 1 5820 35 / 15 8 - 16 20 /1 3880 - 15 3880 FCU-1 { 20 1 - - RETAIL SIGNAGE 1200 ' 20 1 0 _ 5820 1200 20 5820 / 17 C 18 13 3880 1176 17 3880 FCU - { 21 _8 $PARE , 20 1 0 1080 ADMIN OFFICE RECEPT ( 0 20 /1 5820 - 13 19 A 20 20 / 3 048 1176 -- 3 048 FCU-i, FCU-9 � EF -7 KITCHEN 1 0 HWP -4 ! -_ { _ _ 5820 fl 20 1 5820 315 21 8 22 0 3048 0 20 /1 3048 A 26 MECH RM REC 2 360 SPARE _ _ �� - 540 5820 20 1 23 582 20 23 C 24 /3 3048 20 1 21 3048 28 ._ _ 20 1 FCU-12 - __- 1 1176 _ -_ SPARE 5820 20 1 - 582 20 /3 25 A 26 ' 15 582 29 C 582 20 /1 0 EF -8 KITCHEN rn- 1 AHU -3 - i 2106 20 1 _ 27 2106 20 27 8 28 20 1 582 A 32 582 0 _ fCU-1, UH -i - -- SPARE SPARE 1176 SPARE SPARE 2106 20 /1 29 2106 30 29 C 30 3 582 34 20 /i 582 30 20 1 STORAGE REC 4 NAIL 5ALON REC 2) 720 ' - SPARE 2106 20 1 31 2106 3 31 A 32 20 53 20 1 0 53 32 20 1 EF -9 K ITCHEN SPARE -- - S_ SPARE _ 400 2352 20 1 33 0 20 1 33 8 34 �� 53 0 33 53 34 � ( SP' ARE - -- 180 SPARE 0 41_ 40 2352 20 1 ____ 0 ___ - - -__ 201 -_ ._- .__._.. 35 C 36 ZO 1 0 20 1 35 SPARE 36 SPARE - - -_ XFMR PANEL 'LWH1" 900 _ 1980 5366 400 37 8646 70 / 37 A 38 _____.____�__ 15 / 942 - 37 942 SPARE 20 1 EF -26 SPA EXH) - 720 SAUNA (MENS) VIA 45 KVA 1920 t 1260 8246 0 39 11426 40 39 B 40 CONNECTED _ 942 t ) - - -- I POWER DEMAND 942 40 1 - SPARE 0.0 KVA - - XFMR 1560 1080 8774 200 41 11614 3 41 C 42 3 942 - 720 41 9 42 20 1 ' PHASE LOADING SUMMARY 397 x 125% = 0.0 KVA PANEL LOADING SUMMARY 20 43 A 44 20 392 LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE LARGEST CONNECTED 3,240 4,140 NEC CALCULATED POWER DEMAND LOAD TYPE A -B B -C C -A 397 0.0 KVA 0.0 KVA 45 B 46 2,160 2,160 LOAD KVA FIRST 10 KVA DEMAND LOAD FACTOR LOAD KW PANEL AMPACITY = OTHER " FCU-28 - 2,639 REMAINDER 397 497 1- LARGEST 397 497 3 , 20 / 47 1 49 C A 48 50 CONNECTED PF= 392 { 0 1 T_ 392 i PHASE BALANCE A -8 B -C C -A SPARE - 4.3 KVA _120.7 TOTAL - 497 LARGEST 90% UGHTiNG 900 1,920 1,560 LIGHTING 1 20 1 4.4 KVA A -B B -C x t25% = 5.5 KVA x 95% = 5.2 KW x 100% _ RECEPTACLES 1 1,260 1,080 RECEPTACLES 1 OTHER 497 - 3 { 53 C 54 20 /1 CONNECTED MOTORS 44,799 47,679 48,207 FIRST 10 KVA 4.3 KVA 3 x 100% = 4.3 KVA x 10Ox = 4.3 KW AMPACiTY = OTHER 400 0 200 REMAINDER 20 /1 110 KVA 51.3 KW x 50% = 0.0 KVA x 100% 0.0 KW 180.4 AMPACITY = - SPARE - 1 MOTORS _ BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE 0 20 t �_.___ -__W 57 B 58 I 20 1 TOTAL 48,079 50,859 51,047 LARGEST = SHUNT TRIP 26.3 KVA x 125% = 32.9 KVA x 90% = 29.6 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 60 114.4 KVA f O x 100% = 114.4 KVA x 90% = 102.9 KW AMPACITY = I PHASE L OADING SUMMARY _ LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND- _ LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= Sr. LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES CONNECTED FIRST 10 KVA 10.0 KVA x 1009 = 10.0 KVA x 104% = 10.0 KW AMPACITY = REMAINDER 15.9 KVA x 50x = 8.0 KVA x 100x = &0 KW 297.6 MOTORS LARGEST 1.2 KVA x 125% = 1.5 KVA x 909 1.3 KW NEC DEMAND REMAINDER 9 KVA x f = _ REM 3. 009 3.9 KVA x 909 15 KW AMPACITY = OTHER 76.2 KVA x 100% = 76.2 KVA x IOOx = 76.2 KW 276.3 - TOTAL 107.2 KVA 99.6 KVA 99 KW _ - NEC DEMAND OTHER PANEL LOADING SUMMARY 0.6 KVA �! C -A x 125% = 0.8 KVA x 100% = 0.8 KW 189.8 PN A sz ox sx AMPACITY = CONNECTED NEC DEMAND NEC CALCULATED POWER DEMAND OTHER - - 1.2 KVA x 125% _- _ x 100% = �- LOAD KVA TOTAL DEMAND LOAD 150.0 KVA FACTOR LOAD KW ox 157.8 KVA - 142.8 KW OTHER GENH3ZAL. NOTES: 12.2 KVA - x 1259 = 15.3 KVA - - - --__ ._. ___._ _ _ ____---- __ -- ---- - - - -_� BREAKER ACCESSORIES - PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 20.3 KW - - ; = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. LIGHTING 900 1,920 1,560 LIGHTING 4.4 KVA - x 125% = 5.5 " = SHUNT TRIP Cotor, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAiL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 1 -W.DWG - E700.5 PLOT: 08/07/2005 @ 4: 39pm REV: 08/07/2005 CAD: NJ XREF: tb.dwg NOTE DESCRIPTIO NEW PANEL NEW NEW PANEL "LWH2" "LWH 1 " BREAKER TOTAL OTHER Pones Notes RECEPT LTG Panel Notes M.L.O. Panel Notes 277 / 480 V 150 A M.L.O. Panel Notes: VOLTAGE 120/208 277/480 150 A MAIN CIRCUIT BREAKER 1. CIRCUIT ViA ARRABELLE INTERIOR LIGHTING RELAY PANEL VOLTAGE 200 A 120/208 V PHASE V 1. CIRCUIT ViA LIGHTING CONTACTOR. 3 PH V 200 A BUS 07.07.05 1000 PHASE WIRE 3 PH 4 W PHASE MTG.: SURFACE 3 PH _ PHASE TYPE : 3 PH "RE TYPE : 4 W !BREAKER i WIRE MTG.: SURFACE 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : SPARE MTG.: SURFACE MOOD AMPERE SHORT CIRCUIT RATING (FULLY RATED) SPA OFFICE REC 3 TYPE : NOTE ' DESCRIPTION + LTG RECEPT MOTORS - I BREAKER ; - MTG.: SURFACE CCT PH - 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TOTAL I OTHER BREAKER MTG.: SURFACE LTG 10,000 NOTE __ DESCR - LTG �_RECEPT 1 MOTORS OTHER TOTAL 1200 PH BREAKER TOTAL OTHER MOTORS B REAKS L TG { DESC _ NOTE AMP L P jCCT AMP Z P ' t IHOUSEKEEPING -. -- -- 1600 ' __MP f P w _A MP / P NOTE DESCRIPTION LTG RECENT MOTORS OTHER - --TOTAL CCT PH OCT ( TOTAL OTHER MOTORS RECEPT LTG DESCRIPT NOTE i RETAIL STRFR. REC 1200 180 RECEPT 1 (- 180 20 i 1 A 2 20 /1 200 20D 0 - v- - LTG TERM.BOX CNTRL.S_� i } 1 RETAIL STR M REC _4 180 360 - 2000 180 20 1 3 B 4 20 1 0 20 �� 0 60 0 BUS CENTER LT B ISPARE DOCK RECV LTG I RETAIL STRFR. REC - 18 0 360 f OQO 20 1 1 180 20 1 5 C 6 20 1 200 200 0 SPARE {- 5 C BAS TERMINAL �__ 1 RETAIL SiRFR. REC 7 180 0 20 /1 - 9 180 20 1 7 A 8 20 1 200 200 SPARE _ 0 7 SPARE BAS TERMINAL 20 1 _ 1 RETAIL STRFP, REC { 180 - 11 C 180 20 /1 1 9 B 10 20 1 900 SPARE 900 20 /1 900 { MECH RM REC 5 20 1 1 RETAIL STRFR. REC 0 180 f3 A 11 180 20 1 i1 C 12 20 1 528 27 8 28 rt 528 1- - FCU _ 1 RET AIL STRFR REC 20 1 180 B - 16 �C �- 20 /1 0 180 20 /1 13 A 14 20 1 720 SPARE 360 i 720 ! WATER FEATURE REC 0 1 SPA SIGNAGE 1200 18 ( 20 1 0 { 1200 20 1 15 B 16 20 1 1176 20 /1 i 1176 15 8 FCU-1 { 20 1 1 RETAIL SIGNAGE 1200 ' 20 1 0 _- - 1200 20 17 CC 18 20 1 1176 SPARE 360 1176 17 _0 FCU - { 21 _8 $PARE , 20 1 0 1080 ADMIN OFFICE RECEPT ( 0 20 /1 11 9 _ A 20 20 1 1176 - 1176 -- -_ FCU-i, FCU-9 _ - - !SPARE 1 0 _ ! -_ { _ GEN. ADMIN RECE 3 fl 20 1 12I B 22 20 1 - - 1176 - -' 0 1176 0 20 /1 FCU -11, FCUV12 A 26 MECH RM REC 2 360 SPARE _ _ �� - 540 360 20 1 23 C 24 24 1 1704 20 /1 !- 1704 20 1 21 2 FCU -1 28 ._ _ 20 1 FCU-12 - __- 1 1176 _ -_ SPARE 1176 20 1 25 A 26 20 1 1 1176 26 0 1176 29 C FCU-1 20 /1 0 FCU -9 rn- 1 528 - i 528 20 1 _ 27 8 28 20 1 1176 0 20 1 1176 A 32 FCU- 0 _ fCU-1, UH -i - -- SPARE SPARE 1176 SPARE SPARE 1176 20 /1 29 C 30 20 1 552 - _ ' 552 34 20 /i ESP -2 30 20 1 STORAGE REC 4 NAIL 5ALON REC 2) 720 SPARE SPARE 720 20 1 31 A 32 20 1 552 35 C 552 20 1 0 - 32 20 1 (2) FCU-1 SPARE -- - S_ 2352 _ 400 2352 20 1 33 B 34 20 /1 552 A 38 552 0 33 -- 34 � (2 ) FCU-1 SP' ARE - -- 180 2352 0 41_ 40 2352 20 1 35 C 36 20 /1 0 40 ZO 1 0 20 1 35 SPARE 36 SPARE MECH RM RECEPT (5) 900 XFMR 700 3420 { 3336 900 20 /1 37 A 38 20 /1 0 20 1 0 2160 100 37 SPARE SPARE 20 1 HOUSEKEEP RECEPT 4 - 720 SAUNA (MENS) PANEL LOADING SUMMARY 25230 720 - -- -- ..___ _ _ ._____ _ ________ ___._..____ __ ____ 39 8 40 20 1 0 � CONNECTED _ 2160 t ) - - -- I POWER DEMAND SPARE 40 1 - SPARE 0.0 KVA - - LOAD KVA - DEMAND LOAD 0 - 20 1 41 C 42 20 1 720 0 MOTORS - - 720 41 MECH RM REC_ (4} 42 20 1 FCU -2 - -- 397 x 125% = 0.0 KVA 397 20 43 A 44 20 392 - 392 x 125% = 15.0 KVA FCU-10 LARGEST RECEPTACLES 3,240 4,140 3,420 RECEPTACLES 397 LOAD TYPE A -B B -C C -A 397 0.0 KVA 0.0 KVA 45 B 46 2,160 2,160 392 FIRST 10 KVA 10.0 KVA 392 x 104% = - AMPACITY = OTHER " FCU-28 - 2,639 REMAINDER 397 497 1- LARGEST 397 497 3 , 20 / 47 1 49 C A 48 50 3 20 /1 392 { 0 1 T_ 392 i PHASE BALANCE A -8 B -C C -A SPARE - 4.3 KVA _120.7 TOTAL - 497 LARGEST 3.9 497 1 { 51_8 12.5 KVA 52 1 20 1 - - 0 A -B B -C - REMAINDER 96% -2.4 KVA SPARE x 100% _ -2.4 KVA ' - -- - I 497 1 OTHER 497 - 3 { 53 C 54 20 /1 0 4,140 v � - 21% x 125% = SPARE - - ' 3 SPARE 20 1 - GENERAL NOTES: CONNECTED 0 20 /1 55 A 56 20 /1 0 51.3 KW 10.0 KVA GENERAL NOTES ( KW SPARE - ��- AMPACITY = - SPARE - 1 I _ BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE 0 20 t �_.___ -__W 57 B 58 I 20 1 0 54.3 20 1 396 I,f00 ___�____ = SHUNT TRIP SPA � CUH -1 1 SPARE i ' x 100% = i ! 0 1 20 1 1 59 C 60 20 1 f O 1 ; 1 8.1 KVA 1 SPARE I PHASE L OADING SUMMARY _ LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND- _ LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= Sr. LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES CONNECTED FIRST 10 KVA 10.0 KVA x 1009 = 10.0 KVA x 104% = 10.0 KW AMPACITY = REMAINDER 15.9 KVA x 50x = 8.0 KVA x 100x = &0 KW 297.6 MOTORS LARGEST 1.2 KVA x 125% = 1.5 KVA x 909 1.3 KW NEC DEMAND REMAINDER 9 KVA x f = _ REM 3. 009 3.9 KVA x 909 15 KW AMPACITY = OTHER 76.2 KVA x 100% = 76.2 KVA x IOOx = 76.2 KW 276.3 - TOTAL 107.2 KVA 99.6 KVA 99 KW _ - NEC DEMAND PHASE BALANCE PANEL LOADING SUMMARY B -C C -A REMAINDER 35,186 ; - - - - _ - - _ - - - w- LOAD TYPE (VA) PN A PH 8 PH C LOAD TYPE AMPACITY = CONNECTED NEC DEMAND NEC CALCULATED POWER DEMAND OTHER - - 1.2 KVA x 125% _- 1.5 KVA x 100% = 1.5 LOAD KVA 2.5 DEMAND LOAD FACTOR LOAD KW ox PANEL OTHER 12.2 KVA - x 1259 = 15.3 KVA x 100% = - - 15.3 -- KW CONNECTED PF- TOTA -- 19.6 KVA - tx - 212 KVA -- - 20.3 KW - - GENERAL NOTES 92% LIGHTING 900 1,920 1,560 LIGHTING 4.4 KVA - x 125% = 5.5 KVA x 95% = 5.2 KW PROVIDE NEW UPDATED PANEL DIRECTORIES RECEPTACLES 1,980 1,260 1,080 1 RECEPTACLES GENERAL NOTES: s = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. CONNECTED MOTORS 5,366 8,246 8,774 FIRST 10 KVA 4.3 KVA PROVIDE NEW UPDATED PANEL DIRECTORIES x 100% = 4.3 KVA x 100% = 4.3 KW AMPACITY = OTHER 400 -- 0 200 REMAINDER RO KVA x 50% = OA KVA x IOOx = 0.0 KW 88.0 MOTORS TOTAL 8,646 11,426 11,614 LARGEST 14 KVA x 125% = 2.9 KVA x 90% = 2.6 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 20.0 KVA x 100% = 20.0 KVA x 909 = 18.0 KW AMPACITY = OTHER 0.6 KVA x 100% = 0.6 KVA x 100% = 0.6 KW 92.6 32% 2% 34% TOTAL 31.7 KVA 33.4 KVA 30.8 KW GENERAL NOTES: BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED iN THIS PROJECT_ PROVIDE TYPED DESCRIPTIONS OF * = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. = SHUNT TRIP Cotor, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAiL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 1 -W.DWG - E700.5 PLOT: 08/07/2005 @ 4: 39pm REV: 08/07/2005 CAD: NJ XREF: tb.dwg NEW PANEL "LWH3" Pones Notes 400 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. PROVIDE GFi TYPE CIRCUIT BREAKER. 400 A BUS PHASE 3 PH WiRE 4 W TYPE: MM SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCRIPTIO NEW PANEL NEW PANEL "HWH2" "LWH2" CCT PH CCT BREAKER TOTAL OTHER Pones Notes RECEPT LTG Panel Notes M.L.O. Panel Notes 277 / 480 V 150 A M.L.O. Panel Notes VOLTAGE 120/208 277/480 V 1 A 2 1. CIRCUIT ViA ARRABELLE INTERIOR LIGHTING RELAY PANEL MAIN CIRCUIT BREAKER 200 A BUS 012 PHASE V 3 PH 3 PH V 2 CIRCUIT ViA ARRABELLE EXTERIOR LIGHTING RELAY PANEL TYPE : 07.07.05 1000 225 A WIRE 3 B 4 4 W PHASE MTG.: SURFACE 3 PH _ PHASE TYPE : 3 PH - _ TYPE : 1000 !BREAKER i WIRE MTG.: SURFACE 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) WIRE SPARE MTG.: SURFACE MOOD AMPERE SHORT CIRCUIT RATING (FULLY RATED) SPA OFFICE REC 3 TYPE : NOTE ' DESCRIPTION + LTG RECEPT MOTORS - I BREAKER ; - { CCT PH - BREAKER A_MPPPP TOTAL I OTHER BREAKER MTG.: SURFACE LTG 10,000 NOTE __ DESCR - LTG �_RECEPT 1 MOTORS OTHER TOTAL 1200 PH CCT TOTAL OTHER MOTORS RECEPT i L TG { DESC _ NOTE AMP L P jCCT AMP Z P ' t IHOUSEKEEPING LTG 1600 ' -` OTHER _�I RECEPT 1600 20 1 { 1 A 2 20 1 2100 DESCR LTG ��2100 JADMIN LTG TOTAL 1 SKI STOR LTG 1 1200 MOTORS RECEPT 1 DE SCRIPTION 1200 20 /1 3 8 4 20 /t 2400 0 0 ! 2400 JADMIN LTG 2 i } LOCKER LTG _ _ - 2000 _4 - i- 360 - 2000 20 /1 5 C 6 20 /1 600 �_ 20 �� 0 60 0 BUS CENTER LT B I DOCK RECV LTG 1000 5 C 6 360 f OQO 20 1 1 7 A 8 20 1 0 { SPARE ! i 0 SPARE {- 5 C SPARE _.__._ �__ 900 20 7 A 0 20 /1 - 9 B 10 20 /1 0 _ -_ I _______$ _ _ SPARE _ } 7 SPARE -~ 20 1 1200 1200 { 0 20 /t 11 C 12 20 /i DOCK RECEPT 5 8 ( _ 900 SPARE 900 20 /1 SPARE { 10 20 1 900 SPARE 0 f 20 1 f3 A 11 20 1 0 FCU -1 GARAGE LVL 2) -- ( 696 SPARE 27 8 28 rt S PARE _ 1- _ - 12 j 1080 0 20 1 15 B - 16 �C �- 20 /1 0 ) 20 1 _ v SPA - SPARE 20 /1 SPARE 360 i ( ! 14 0 20 /1 17 } 18 ( 20 1 0 { 8 16 ADMIN OPE OFFICE SPARE 360 A SPARE 20 /1 _ T - _ 15 8 0 { 20 1 t9 A 20 ' 20 1 0 -- ADMIN OFFICE RECEPT ( ) C ADMIN OPEN OFFICE 20 /1 360 SPARE - SPARE 360 _ { 17 _0 _ 20 1 { 21 _8 22 , 20 1 0 1080 ADMIN OFFICE RECEPT ( ) ISPARE - - -- CORRIDOR RECEPT 5 20 SPARE 20 1 - - 900 20 1 0 ZO S 23 C 24 1 0 540 GEN. ADMIN RECE 3 SPARE 20 1 - SPARE SPARE - 20 /1 - _ 0 0 0 20 /1 25 A 26 __20 2 0 /1 ( 0 SPARE _ _ �� - 540 SPARE SPARE 0 SPARE 23 ! 24 20 /1 !- 0 20 1 21 B 28 ._ _ 20 1 0 - __- 20 Zj SPARE �- -_ SPARE SPARE - SPARE _ _ -- - - - 25 -� 26 0 - 20 /1 29 C 30 20 /1 0 0 SPARE 1540 _ SPARE i SPARE SPARE _ SPARE 0 0 1 20 �t _ 27 29 0 20 1 31 A 32 20 /1 0 _ - - -- SPARE SPARE SPARE SPARE SPARE SP _ 360 SPARE SPARE 360 0 0 20 /i 33 B 34 20 /i 0 30 20 1 - 0 NAIL 5ALON REC 2) SPARE SPARE SPARE PANEL 'LWH3' - - - - SPARE m 0 i 20 /1 35 C 36 20 1 0 A 32 20 1 0 SPARE -- - S_ 20 1 PANEL 'LW142' 400 3240 2160 489 5_ SPARE 1 0695 70 37 A 38 20 /1 0 33 8 34 � SPARE SP' ARE - -- 180 VIA 45 KVA - 0 41_ 40 i 2160 1 6479 I 12779 I 39 B 40 ZO 1 0 20 1 35 C 36 SPARE 0 180 XFMR 700 3420 { 3336 2639 PANEL LOADING SUMMARY 10095 1 41 C 42 20 1 0 2160 100 37 A SPARE 20 1 PHASE LOADING SUM POWER SAUNA (MENS) PANEL LOADING SUMMARY 25230 - - - - - -- -- ..___ _ _ ._____ _ ________ ___._..____ __ ____ _ ___ -- - LOAD TYPE (VA) PH A PH B PH C LOAD TYPE 0 CONNECTED _ 2160 _ NEC CALCULATED POWER DEMAND 8 40 1 20 /1 s 0 0.0 KVA x 125% = LOAD KVA KW DEMAND LOAD FACTOR LOAD KW PANEL RECEPTACLES 'LWH2A7 0 - 0 2160 0 MOTORS 2160 3 41 CONNECTED PF= 42 20 1 0 OTHER 0.0 KVA REMAINDER x 125% = 0.0 KVA SPARE _ 97% LIGHTING 5000 3,600 3,300 LIGHTING 12.0 KVA 4500 x 125% = 15.0 KVA x 95% = 14.3 KW LARGEST RECEPTACLES 3,240 4,140 3,420 RECEPTACLES PH C LOAD TYPE A -B B -C C -A CONNECTED 0.0 KVA 0.0 KVA NEC CALCULATED CONNECTED MOTORS 2,160 2,160 3,336 FIRST 10 KVA 10.0 KVA 76.2 KVA x 104% = 10.0 KVA x 100% = 10.0 KW AMPACITY = OTHER 4,895 6,479 2,639 REMAINDER LOAD KW 0.8 KVA LARGEST x 50% = 0.4 KVA x 100% = 0.4 KW 53.5 2.7 KVA x 90% = MOTORS KW NEC DEMAND PHASE BALANCE A -8 B -C C -A REMAINDER 4.3 KVA _120.7 TOTAL 15,395 16,379 12,695 LARGEST 3.9 10.0 KVA AMPACITY = x 125% = 12.5 KVA x 90% = 11.3 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 96% -2.4 KVA 400 x 100% _ -2.4 KVA x 90% _ -2.1 KW AMPACITY = 0.4 KVA 75 8 76 x 1259 = OTHER x 95% = 14.0 KVA KW x 125% = 17.5 KVA x 100% = 17.5 KW 618 4,140 6 29% 21% x 125% = 7.0 KVA 4500 3 6.3 KW 20 1 1176 GENERAL NOTES: 1176 CONNECTED MOTORS { TOTAL 2,160 44.5 KVA FIRST 10 KVA 10.0 KVA 53.1 KVA 51.3 KW 10.0 KVA GENERAL NOTES 10.0 KW 20 /1 AMPACITY = OTHER 1,200 0 0 - _ BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF x 50% = • = GFq NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. 0.4 KW '• = SHUNT TRiP 54.3 20 1 396 I,f00 ___�____ = SHUNT TRIP NEW PANEL "LWH3" Pones Notes 400 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. PROVIDE GFi TYPE CIRCUIT BREAKER. 400 A BUS PHASE 3 PH WiRE 4 W TYPE: MM SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCRIPTIO NEW PANEL "LWH2A" NEW PANEL "LWH2" CCT PH CCT BREAKER TOTAL OTHER Pones Notes RECEPT LTG Panel Notes M.L.O. VOLTAGE 277 / 480 V HYDR07 EQUI 100 A M.I.O. Panel Notes 400 A 120/208 V 3 PH 1 A 2 150 A MAIN CIRCUIT BREAKER 400 A VOLTAGE 012 120/208 V 017 3 PH V 019 TYPE : 07.07.05 1000 225 A BUS 3 B 4 20 1 PHASE MTG.: SURFACE 3 PH _ PHASE SPARE 3 PH - _ TYPE : 1000 !BREAKER i WIRE 20 1 4 W WIRE SPARE MTG.: SURFACE MOOD AMPERE SHORT CIRCUIT RATING (FULLY RATED) SPA OFFICE REC 3 TYPE : NOTE ' DESCRIPTION + LTG RECEPT MOTORS - I OTHER - -- - { CCT PH - CCT A_MPPPP TOTAL I OTHER BREAKER MTG.: SURFACE LTG 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE ISPARE {��� MTG. = SURFACE 9 B 10 20 /1 1200 0 20 I 1 NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL BREAKER CCT PH OCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DES CRIPTION NOTE 20 /i AMP P AMP P NOTE DESCR LTG RECEPT MOTORS OTHER TOTAL OCT PH CCT TOTAL OTHER MOTORS RECEPT LTG DE SCRIPTION NOTE ! AMP_ / __P __I ___.20 HOLDING REFRIG -- SPARE 5 C _.... v 0 0 - _ 1 A 2 20 /1 360 _g.. _4 /1 360 - _ BUS CENTER RECENT (2 _. ___..._L_ ___._. W 'SPARE 0 �_ 20 �� 0 1200 3 B 4 20 /1 360 5 C 6 360 I 8US CENTER RECEPT (2 20 /1 9 8 10 20 %f 1200 SPARE _ 0 - -� 5 C 6 20 1 900 20 7 A 900 20 1 ADM RECEP 5 0 - REF LTG 400 -� -_ SPARE - 400 20 1 7 A 8 20 1 1200 1200 { 9 8 10 ADMIN COPIER - �� � 0 DOCK RECEPT 5 8 _ 900 _ 900 SPARE 900 20 /1 9 B 10 20 1 900 SPARE 720 13 900 _ ADMIN RECEPT (5) 20 /1 - 20 i - FCU -1 GARAGE LVL 2) -- 10 696 1 SPARE 27 8 28 696 20 1 11 C 12 20 1 1080 0 (, 20 j1 _ 1080 13 ADMIN OFFICE RECEPT ( ) 20 1 ADMIN OPEN OFFICE 0 360 SPARE 20 /1 360 20 1 13 A 14 20 / 1080 720 } 20 1080 0 ADMIN OFFICE RECEPT 8 16 ADMIN OPE OFFICE 20 /1 360 A FITN REC (3 20 /1 360 20 1 15 8 16 20 /1 1080 21 B 720 20 1 1080 -- ADMIN OFFICE RECEPT ( ) C ADMIN OPEN OFFICE 20 /1 360 0 SPARE 360 20 /1 17 C 18 /t 1080 24 20 1 0 1080 ADMIN OFFICE RECEPT ( ) 19 CORRIDOR RECEPT 5 20 900 20 1 - - 900 20 1 19 _ A 20 _20 20 1 540 �^ _ _ _ _- 540 GEN. ADMIN RECE 3 0 20 1 - SPARE B 22 - 20 /1 - _ 0 0 20 /1 21 B 22 20 /1 540 0 SPARE _ _ �� - 540 - CONFERENCE RECEPT ( SPARE 0 SPARE 23 C 24 20 /1 HAND HAiR DRYER 0 - 20 1 23 C 24 20 j1 0 180 20 Zj SPARE �- 1500 SPARE - SPARE 20 /1 - 20 25 A 26 20 1 - 0 20 1 25 A 26 20 1 0 SPARE 1540 _ SPARE SPARE i SPARE 1 _ SPARE 0 0 1 20 �t _ 27 29 B C 28 30 0 20 1 27 8 28 20 �� 0 - -- SPARE SPARE - SPARE SPARE SPARE 360 SPARE SPARE 360 0 20 /1 31 A 0 20 1 29 C 30 20 1 - 0 NAIL 5ALON REC 2) SPARE _ SPARE PANEL 'LWH3' - - - - SPARE m -- - 0 0 20 /1 20 1 33 , 35 0 20 1 31 A 32 20 1 0 -1 S_ 20 1 SPARE ARE 20 1 SPARE SPARE SPARE -- SPARE - _ I 0 0 20 /1 20 1 0 20 1 33 8 34 20 1 0 SP' ARE - -- 180 -_ - XFMR SPARE i I SPARE I i 0 1 20 1 1 41 0 20 1 35 C 36 20 1 0 180 i ! I FARE I SPARE PANEL LOADING SUMMARY SUBFEED FOR 0 0 1 2160 0 NEC CALCULATED POWER DEMAND 2160 100 37 A 38 20 1 0 POWER SAUNA (MENS) DEMAND 25230 SPARE 4500 60 PANEL _ 0 0 1 2160 1 0 LOAD KW 2160 PANEL 39 8 40 1 20 /1 s 0 0.0 KVA x 125% = OA KVA x 959 = 0.0 KW 63 B 64 SP CONNECTED PF= RECEPTACLES 'LWH2A7 0 - 0 2160 0 MOTORS 2160 3 41 C 42 20 1 0 OTHER 0.0 KVA REMAINDER x 125% = 0.0 KVA SPARE _ PHASE LOADING SUMMARY KW RECEPTACLES 0 0 0 PANEL LOADING SUMMARY 4500 4500 TOTAL 36,208 37,648 35,716 LARGEST 3.5 KVA LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE A -B B -C C -A CONNECTED 0.0 KVA 0.0 KVA NEC CALCULATED POWER DEMAND KW KW AMPACiTY = 18.0 MOTORS 76.2 KVA x 125% = 95.3 KVA x 100% = 95.3 KW 146.2 180 LOAD KVA 4% 5% i% DEMAND LOAD FACTOR LOAD KW TOTAL 2,160 2,160 2,160 LARGEST PANEL 2.2 KVA _ __ x 125% - 2.7 KVA x 90% = 2.4 KW NEC DEMAND PHASE BALANCE A -8 B -C C -A REMAINDER 4.3 KVA _120.7 CONNECTED PF= 4.3 KVA x 90% = 3.9 KW AMPACITY = 20 1 OTHER 0.0 KVA {a = SHUNT TRIP x 125% -0.0 KVA - x 100% 96% LIGHTING 400 0 0 LIGHTING 4500 0.4 KVA 75 8 76 x 1259 = 0.5 KVA x 95% = 0.5 KW 10,800 F CU -1 RECEPTACLES 3,240 4,140 3,420 RECEPTACLES x 125% = 7.0 KVA 4500 3 6.3 KW 20 1 1176 GENERAL NOTES: 1176 CONNECTED MOTORS 2,160 2,160 2,856 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% - 10.0 KW 20 /1 AMPACITY = OTHER 1,200 0 0 - REMAINDER 10.0 KVA 0.8 KVA x 100% = x 50% = 0.4 KVA x 100% = 0.4 KW '• = SHUNT TRiP 54.3 20 1 396 I,f00 ___�____ 396 MOTORS CUH -1 x 50% = ' x 100% = 20.7 KW 4500 4500 TOTAL 7,000 6,300 6,276 LARGEST _ 6.5 KVA x 125% = 8.1 KVA x 90% = 7.3 KW _ LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND- _ LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= Sr. LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES CONNECTED FIRST 10 KVA 10.0 KVA x 1009 = 10.0 KVA x 104% = 10.0 KW AMPACITY = REMAINDER 15.9 KVA x 50x = 8.0 KVA x 100x = &0 KW 297.6 MOTORS LARGEST 1.2 KVA x 125% = 1.5 KVA x 909 1.3 KW NEC DEMAND REMAINDER 9 KVA x f = _ REM 3. 009 3.9 KVA x 909 15 KW AMPACITY = OTHER 76.2 KVA x 100% = 76.2 KVA x IOOx = 76.2 KW 276.3 - TOTAL 107.2 KVA 99.6 KVA 99 KW _ - NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 35,186 ; 0.7 KVA x 100% = 0.7 KVA x 90% = 0.6 KW 5.0 AMPACITY = NEC DEMAND PHASE BALANCE A -B OTHER C -A - 1.2 KVA x 125% _- 1.5 KVA x 100% = 1.5 KW 2.5 58.8 119 ox 12% OTHER 12.2 KVA - x 1259 = 15.3 KVA x 100% = - - 15.3 -- KW 113.8 TOTA -- 19.6 KVA - tx - 212 KVA -- - 20.3 KW - - GENERAL NOTES - - � 103.0 KVA _ - - BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF GENERAL NOTES: s = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. �_ ^ = SHUNT TRIP NEW PANEL "LWH3" Pones Notes 400 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. PROVIDE GFi TYPE CIRCUIT BREAKER. 400 A BUS PHASE 3 PH WiRE 4 W TYPE: MM SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCRIPTIO NEW PANEL "LWH2A" OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER Pones Notes RECEPT LTG Panel Notes M.L.O. VOLTAGE 277 / 480 V HYDR07 EQUI 100 A M.I.O. VOLTAGE 400 A 120/208 V 3 PH 1 A 2 20 /1 0 400 A M.L.O. 012 100 A BUS PHASE 017 3 PH V 019 TYPE : 07.07.05 1000 1000 07.29.05 3 B 4 20 1 WIRE MTG.: SURFACE 4 W _ PHASE SPARE 3 PH - _ TYPE : 1000 !BREAKER i 5 -C 6 20 1 BREAKER� WIRE SPARE MTG.: SURFACE MOOD AMPERE SHORT CIRCUIT RATING (FULLY RATED) SPA OFFICE REC 3 NOTE ' DESCRIPTION + LTG RECEPT MOTORS - I OTHER - -- - { CCT PH - CCT A_MPPPP TOTAL I OTHER BREAKER RECENT l_ LTG DESCRIPTION BREAKE NOTE ISPARE {��� MTG. = SURFACE 9 B 10 20 /1 1200 0 20 I 1 NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL AMP P CCT PH OCT AMP P TOTAL OTHER MOTORS RECEPT LTG DES CRIPTION NOTE 20 /i DOCK LEVELER 4 20 /1 ( 720 900 720 20 1 A 2 20 1 1200 0 i{ MOTO -� FITNESS REC (1 ! AMP_ / __P __I ___.20 0 1 SPARE 5 C _.... - 20 /1 0 � I _. _720 I { 720 ! /_._._ __ _3 _g.. _4 /1 _._____ a -- - _..____ _. ___..._L_ ___._. W 'SPARE 0 �_ 20 �� - 1200 720 I SPARE SPARE 720 /3 5 C 6 20 /1 I 0 20 /1 9 8 10 20 %f 1200 SPARE _ DOCK LEVELER - - -� SPARE 720 SPA TREATMENT REC ( - 720 20 7 A 8 20 1 20 /1 0 12 20 /f i _ 0 { -� -_ SPARE - SPA TREATMENT REC ' - _ SPARE 720 900 - 720 { 9 8 10 ZO 1 � 0 A 8 SPA TREATMENT REC 900 SPARE 900 20 1 SPARE 20 1 720 SPARE 720 13 11 C 12 20 /1 - 20 i - 0 -- 10 900 1 SPARE 27 8 28 SPARE 0 SPARE - - DOCK LEVELER SPARE 41 720 0 (, 20 j1 720 20 13 A 14 20 1 20 /1 0 s SPARE 20 /1 _ SPARE i SPA GEN PURP REC (5 0 720 } 20 720 0 15 8 16 20 1 20 /1 0 A FITN REC (3 20 /1 SPARE _ SPARE e _- 20 1 21 B 720 20 1 0 � 720 /3 17 C 18 20 /1 - _ 20 1 0 SPARE 20 1 1 0 720 SPARE 0 20 1 SPARE 24 20 1 0 0 20 1 19 A 20 20 1 20 1 0 20 1 f 20 1 180 0 SPARE ( 25 A 26 SPARE { 0 GALLERY REC (4) ! 720 0 20 1 - 21 B 22 - 20 /1 - _ 0 -- 20 Q 20 1 27 B SPARE 20 1 - 0 SPARE _ _ �� ( _ _ -- -- SPARE 0 20 /1 23 C 24 20 /1 HAND HAiR DRYER 0 0 20 /1 29 C 30 20 /1 SPARE 180 20 Zj SPARE �- 1500 SPARE SPARE _ _0 20 /1 - 20 25 A 26 20 1 - 0 0 _ 32 20 /1 } 0 20 1 SPARE 1540 _ SPARE SPARE i HAND AR DRYER 1 _ SPARE 0 0 1 20 �t _ 27 29 B C 28 30 20 1 20 /1 33 B 0 0 4 0 0 - -- SPARE SPARE - SPARE SPARE SPARE 360 SPARE SPARE 360 0 20 /1 31 A 32 20 /1 20 /1 0 HAND/HAIR DRYER i 1 0 NAIL 5ALON REC 2) SPARE SPARE SPARE PANEL 'LWH3' - - - - 8280 m -- - 0 0 20 /1 20 1 33 , 35 8 C 34 36 20 /1 20 1 NAIL SALON REC (2) 0 0 -_ 20 1 -1 S_ 20 1 SPARE ARE 20 1 NA 112.5 KVA SPARE SPARE -- ( - _ I 0 0 20 /1 20 1 137 A 38 339 B 40 {!- 20 / 1 4 20 1 0 0 0 900 -- 55 A 56 SP' ARE - -- 180 SPARE ISPARE XFMR !SPARE i I ! I i 0 1 20 1 1 41 C 42 20 1 20 i 0! 35 ! 180 i ! I FARE I PHASE LOADING SUMMARY - - PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND ! 720 LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE 720 CONNECTED LOAD KVA NEC CALCULATED -- POWER SAUNA (MENS) DEMAND 25230 4500 4500 60 LOAD KVA T DEMAND LOAD FACTOR LOAD KW 1 PANEL 99x 3100 LIGHTING 0 0 0 , LIGHTING 0.0 KVA x 125% = OA KVA x 959 = 0.0 KW 63 B 64 RECEPTACLES CONNECTED PF= RECEPTACLES 1470 360 10800 CONNECTED MOTORS 3,528 2,748 1,176 FIRST 10 KVA 10.0 KVA x 100% = 90% LIGHTING 0 0 0 LIGHTING OTHER 0.0 KVA REMAINDER x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES 0 0 0 i RECEPTACLES 4500 4500 TOTAL 36,208 37,648 35,716 LARGEST 3.5 KVA x 125% = CONNECTED MOTORS 2,160 2,160 2,160 OTHER 0 0 0 FIRST 10 KVA REMAINDER 0.0 KVA 0.0 KVA A -B B -C C -A x 100% = x 50% = 0.0 KVA 0.0 KVA x 100% x iOO9 3.9 KVA x 90% = 15 = 0.0 = 0.0 KW KW AMPACiTY = 18.0 MOTORS 76.2 KVA x 125% = 95.3 KVA x 100% = 95.3 KW 146.2 180 4% 5% i% TOTAL 2,160 2,160 2,160 LARGEST T 2.2 KVA _ __ x 125% - 2.7 KVA x 90% = 2.4 KW NEC DEMAND PHASE BALANCE A -8 B -C C -A REMAINDER 4.3 KVA _120.7 x 100%= 4.3 KVA x 90% = 3.9 KW AMPACITY = 20 1 OTHER 0.0 KVA {a = SHUNT TRIP x 125% -0.0 KVA - x 100% = 0.0 KW 19.5 Ox O% O% 4500 4500 75 8 76 20 /L 1176 97% 1176 LIGHTING 10,800 F CU -1 _ _ -� - �- TOTAL 6.5 KVA _ x 125% = 7.0 KVA 4500 3 6.3 KW 20 1 1176 GENERAL NOTES: 1176 _ 15,660 FCU -i RECEPTACLES STEAM ROOM (WC)MENS)� BREAKER ACCESSORIES - -- PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 79 A 80 20 /1 1176 MOTORS • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 2,646 FCU-1 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 45M 45M '• = SHUNT TRiP NEW PANEL "LWH3" Pones Notes 400 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. PROVIDE GFi TYPE CIRCUIT BREAKER. 400 A BUS PHASE 3 PH WiRE 4 W TYPE: MM SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCRIPTIO NEW PANEL "HWH3" OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER Pones Notes RECEPT LTG 250 A M.L.O. VOLTAGE 277 / 480 V HYDR07 EQUI - 400 A BUS PHASE 3 PH 1 A 2 20 /1 0 400 A M.L.O. 012 WIRE 4 W 017 277/480 V 019 TYPE : 07.07.05 1000 1000 07.29.05 3 B 4 20 1 0 MTG.: SURFACE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) _ PHASE SPARE 3 PH - _ 1000 !BREAKER i 5 -C 6 20 1 BREAKER� WIRE SPARE SPA OFFICE REC 3 NOTE ' DESCRIPTION + LTG RECEPT MOTORS - I OTHER - -- - AMP P CCT PH - CCT A_MPPPP TOTAL I OTHER MOTORS RECENT l_ LTG DESCRIPTION ( 1080 NOTE ISPARE {��� MTG. = SURFACE 9 B 10 20 /1 1200 0 20 I 1 1 A 2 201 ( 1176 1 , SPA TREATMENT REC 1176 1080 FCU -1B - 11 C 12 SPARE 1200 ( 0 20 /i 3 8 4 20 /1 ( 117 1� 900 1176 { 9 'FCU 18 20 /1 1200 1200 SPARE i{ MOTO FITNESS REC (1 ! AMP_ / __P __I ___.20 0 1 _- 20 /1 5 C 6 - 20 /1 0 � I 15 8 16 20 /1 1200 SPARE i �_ SPARE - /1 1 1 - - ��- 2Q i A 7 A 8 } ZO / 1 0 �_ 20 �� 1200 1200 I SPARE SPARE i SPARE SPA TREATMENT REC f I 0 i 20 /1 9 8 10 20 %f 1200 1200 _ FITNESS EQUIP REC 1 SPARE SPA TREATMENT REC ( - SPARE _ -- 20 /1 0 1 20 /1 11 - -c 12 20 /f i _ 0 { - -- -_ - SPA TREATMENT REC SPARE _ SPARE SPARE 900 - i { 0 20 1 13 A 14 � ( 0 A 8 SPA TREATMENT REC 900 SPARE - -- 900 20 1 SPARE 20 1 360 SPARE 0 ? 20 /1 15 B 16 1 20 /1 { 0 - 20 i - 900 -- 10 900 1 SPARE 27 8 28 20 i _ .1 0 SPARE - - SPARE 41 SP 0 (, 20 j1 17_ C 1$ 20 Jt _ - 1080 20 /1 29 C 30 s SPARE 20 /1 so SPARE i SPA GEN PURP REC (5 0 _ 20 /1 19 A 20 I 20 1 0 ( - 20 1 540 0 20 /1 _ SPARE - ��. A FITN REC (3 20 /1 SPARE LOCKER REC 4 _- 20 1 21 B 22 20 1 0 � _._ 540 -- - - SPARE - _ 20 1 SPA LOCKER REC 4 SPARE 20 1 1 0 720 20 1 0 20 1 23 C 24 20 1 0 FITNESS_ N_REC - SPA LOCKS REC 2 SPARE 360 0 20 1 SPARE 20 1 f 20 1 180 0 } 20 /1 ( 25 A 26 20 /1 { 0 SPA RE GALLERY REC (4) ! 720 -- FARE 720 20 1 _ SPARE 1500 - -- A 20 Q 20 1 27 B 28 20 1 - 0 1260 ( _ _ -- -- SPARE 20 1 1500 1500 SPARE 0 0 20 /1 { 20 Zl HAND HAiR DRYER 1 0 20 /1 29 C 30 20 /1 d 180 20 Zj 43 A 44 �- 1500 SPARE SPARE } SPARE 1 - 20 / 1 0 20 /1 31 A 32 20 /1 } 0 20 1 15M 1540 _ SPARE HAND AR DRYER 1 SPARE SPARE 360 0 20 1 33 B 34 20 /1 0 0 - -- HAND AR DRYER t SPARE - SPARE 360 SPARE SPARE 360 I 49 A 50 1 0 20 1 35 C 36 20 /1 0 HAND/HAIR DRYER i 1 0 NAIL 5ALON REC 2) SPARE 360 PANEL 'LWH3' 0 8280 2352 24400 35032 175 / 37 A 38 20 /1 0 NAIL SALON REC (2) A - 20 1 -1 S_ 20 1 I 20 1 NA 112.5 KVA 0 9000 1572 25900 ' 36472 1 39 B 40 1 20 1 0 0 20 1 900 20 1 55 A 56 SP' ARE - -- 180 XFMR 1 0 8640 1 1176 25900 { 35716 3 41 C 42 20 1 0 20 /1 57 B 58 20 i 180 35 SPARE 180 ( PHASE LOADING SUMMARY _ PANEL LOADING SUMMARY SPARE LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND ! 720 396 5000 720 10436 LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL SAUNA (MENS) 110 25230 4500 4500 60 CONNECTED PF= T 720 720 1 LO CKER REC 4) 99x 3100 LIGHTING 0 0 0 , LIGHTING 0.0 KVA x 125% = OA KVA x 959 = 0.0 KW 63 B 64 RECEPTACLES 8,280 9,000 8,640 RECEPTACLES 1470 360 10800 CONNECTED MOTORS 3,528 2,748 1,176 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW AMPACITY = 3 OTHER 24,400 25,900 25,900 REMAINDER 15.9 KVA x 50% = 8.0 KVA x 100% = 8.0 KW 131.8 LO_C (1 ) .___1470 MOTORS 1Q800 4500 4500 TOTAL 36,208 37,648 35,716 LARGEST 3.5 KVA x 125% = 4.4 KVA x 909 = 4.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 3.9 KVA x 100% = 3.9 KVA x 90% = 15 KW AMPACITY = 4500 4500 OTHER 76.2 KVA x 125% = 95.3 KVA x 100% = 95.3 KW 146.2 180 4% 5% i% - T 4500 _ __ TOTAL 109.6 KVA 20 /1 121.5 KVA KW GENERAL NOTES _ _ _120.7 � BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF I • = GFCI 60 NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. 20 1 1176 1176 {a = SHUNT TRIP NEW PANEL "LWH3" Pones Notes 400 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. PROVIDE GFi TYPE CIRCUIT BREAKER. 400 A BUS PHASE 3 PH WiRE 4 W TYPE: MM SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCRIPTIO LTG RECEPT MOTORS OTHER TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE AMP P AMP P 04.07.05 HYDR07 EQUI - Pond Notes 1000 1000 20 / 1 A 2 20 /1 0 400 A M.L.O. 012 CD PROG. 2 SPARE 017 277/480 V 019 .ADDENDUM 10 07.07.05 1000 1000 07.29.05 3 B 4 20 1 0 BUS _ PHASE SPARE 3 PH - _ 1000 10 �3 5 -C 6 20 1 0 WIRE SPARE SPA OFFICE REC 3 540 540 - 1 20/ 1 - 7 A 8 20 1 0 SPARE SPA LOUNGE REC (6) ( 1080 1080 MTG. = SURFACE 9 B 10 20 /1 1200 1200 FITNESS EQUIP REC (1) SPA TREATMENT REC 1080 ____. s 1080 11 C 12 20 1 1200 1200 FI TNESS EQUIP REC t) SPA TREATMENT REC ( 900 9 E2O 13 A 14 20 /1 1200 1200 P RECEPT i{ MOTO FITNESS REC (1 ! AMP_ / __P __I ___.20 CCT PH CCT SPA TREATMENT REC I OTHER 9 00 P RECEPT ! LTG 900 15 8 16 20 /1 1200 1200 i �_ FITNESS EQUIP REC (1 ) /1 1 1 SPA TREATMENT REC ( 2 900 _ 900 17 C 18 20 �� 1200 1200 SPARE FITNESS EQUIP REC 1 SPA TREATMENT REC 900 20 /1 3 900 20 1 19 A 20 20 1 1200 1200 FITNESS EQUIP REC 1 SPARE SPA TREATMENT REC ( SPARE 900 900 20 /1 21 B 22 20 /i 900 C 6 900 0 COUPLES TREAT REC (5 SPA TREATMENT REC 900 SPARE 900 20 1 23 C 24 20 /1 0 0 20 /1 SPARE A 8 SPA TREATMENT REC 0 900 900 20 1 25 A 26 20 1 360 SPARE 360 STAFF LOUNGE REC 2 -- SPA TREATMENT R - 20 i - 900 -- 10 900 20 27 8 28 20 i _ .1 0 SPARE 41 SP SPARE SPA GEN PURP REC 6 1080 - 1080 20 /1 29 C 30 20 540 20 /1 so - -- FITNESS REC (3) SPA GEN PURP REC (5 SPARE 900 SPARE - -� 900 1 20 1 31 A 32 20 1 540 0 20 /1 540 A FITN REC (3 20 /1 10 LOCKER REC 4 720 720 20 1 33 8 34 20 1 540 540 FITNESS REC 3 _ 0 - _ 20 1 SPA LOCKER REC 4 720 20 1 1 0 720 20 1 35 C 36 20 1 180 1 SPARE 180 FITNESS_ N_REC - SPA LOCKS REC 2 _ 360 0 20 1 360 20 1 37 A 38 20 1 180 180 FITNESS N REC' SPA RE GALLERY REC (4) ! 720 1 720 20 1 39 8 40 ZO 1 1500 1500 A 20 20 /1 HAND HA62 DRYER i SPA RETAIL REC 7 1260 SPARE 1260 20 1 41 C 42 20 1 1500 1500 0 0 20 /1 { 20 Zl HAND HAiR DRYER 1 22 24 SPA RETAIL TV REC U 0 180 - 1 180 20 Zj 43 A 44 20 1 1500 1500 SPARE } HAND.HAIR DRYER 1 SPA RETAIL REC 4 20 / 1 720 A 26 720 20 1 45 8 46 20 1 15M 1540 _ SPARE HAND AR DRYER 1 SPARE NAIL SALON REC 2 360 360 20 1 47 C 48 20 1 1500 1500 0 - -- HAND AR DRYER t iNAIL SALON REC 2 SPARE 360 SPARE 360 20 1 1 49 A 50 20 1 1 1500 1 1500 20 1 29 ( HAND/HAIR DRYER i 1 0 NAIL 5ALON REC 2) 360 360 20 1 51 8 52 20 1 1500 1 1500 1 - HAND HAIR DRYER t - NAIL SALON REC (2) A 360 20 1 0 360 20 1 53 C 54 20 1 1500 1 1500 SPARE HANG HAIR DRYER 1 NAIL SALON REC (S) _900 0 20 1 900 20 1 55 A 56 20 t 180 - 180 - LOCKER RM N REC SPARE COATS REC (3 540 540 20 /1 57 B 58 20 i 180 35 C 180 ( LOCKER I_ _ REC SPARE SPARE 0 ! 20 t 59 C 60 0 ! 720 396 5000 720 10436 LO CKER REC (4 37 A SAUNA (MENS) 110 25230 4500 4500 60 61 A 62 T 720 720 1 LO CKER REC 4) 1164 3100 6964 39 4500 4500 / _ 63 B 64 360 1470 360 10800 LOCKER REC (2) " 46 8 ( 4500 4500 { 3 65 C 66 t201 180 42 - L3 - - - -- 1 - LO_C (1 ) .___1470 SAUNA WOMEN_ S - - 1Q800 4500 4500 60 67 A 68 PANEL LOADING SUMMA 360 36 FITNESS REC 2 LOAD TYPE (VA) PH A PH B 4500 4500 69 8 70 180 - DEMAND 180 FITNESS N REC T 4500 4500 3 71 C 72 20 /1 360 360 LOCKER REC (2 STEAM ROOM MENS 4500 4500 60 73 A 74 20 1 1176 1176 PF= FC -1 4500 4500 75 8 76 20 /L 1176 97% 1176 LIGHTING 10,800 F CU -1 10,800 UGHTiNG 324 KVA x 125% = 4500 4500 3 77 C 78 20 1 1176 1176 _ 15,660 FCU -i RECEPTACLES STEAM ROOM (WC)MENS)� 4500 4500 60 79 A 80 20 /1 1176 MOTORS 1176 2,634 2,646 FCU-1 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 45M 45M AMPACITY 81 B 82 20 1 396 I,f00 ___�____ 396 REMAINDER CUH -1 x 50% = ' x 100% = 20.7 KW 4500 4500 3 83 C 84 20 1� 0 _ SPARE - PHASE LOADING SUMMARY PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH B PH C LIGHTING 0 0 0 RECEPTACLES 8;280 9,000 8,640 MOTORS 2,352 1,572 1,176 OTHER 24,400 25,900 25,900 TOTAL 35,032 36,472 35,716 I PHASE BALANCE A -8 B -C -A C 4% Zx 2x _ _ LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND- _ LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= Sr. LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES CONNECTED FIRST 10 KVA 10.0 KVA x 1009 = 10.0 KVA x 104% = 10.0 KW AMPACITY = REMAINDER 15.9 KVA x 50x = 8.0 KVA x 100x = &0 KW 297.6 MOTORS LARGEST 1.2 KVA x 125% = 1.5 KVA x 909 1.3 KW NEC DEMAND REMAINDER 9 KVA x f = _ REM 3. 009 3.9 KVA x 909 15 KW AMPACITY = OTHER 76.2 KVA x 100% = 76.2 KVA x IOOx = 76.2 KW 276.3 - TOTAL 107.2 KVA 99.6 KVA 99 KW _ - GENERAL NOTES: -� - - -- PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL BREAKER ACCESSORIES -- • = GFCI = SHUNT TRIP © 2003 42140 ARCHITECTURE, INC. HU w 1 ....,. ON f / / / /tillII11t OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD • ARCHITECTURE Denver, Colorado MASTERPLANNER & DESIGN ARCH( IECI' HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEPIUNG, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO Rm I 01 RAt PROJECT NUMBER: 20826.01 ISSUE REVISION DATE N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES E'700.5 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 NEW PANEL "HWH4" 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 007 PERMIT REV 03.24.05 008 PERMIT REV 04.07.05 Pond Notes 011 400 A M.L.O. 012 CD PROG. 2 VOLTAGE 017 277/480 V 019 .ADDENDUM 10 07.07.05 023 ADDENDUM 14 07.29.05 400 A BUS PHASE 3 PH WIRE 4 W TYPE : MTG. = SURFACE 3,%000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) ____. s BREAKS BREAKER 7- i AMP P NOTE i DESCRIPTION LTG - P RECEPT i{ MOTO I OTHER 1 TOTAL ! AMP_ / __P __I ___.20 CCT PH CCT ! TOTAL I OTHER I MOTORS P RECEPT ! LTG I DESCRIPTION NOTE SPARE i �_ 0 ._ /1 1 1 A 2 20 j1 0 _ ( SPARE �- SPARE - i 0, 20 /1 3 B 4 20 1 I 0 SPARE SPARE �� 0 20 /1 5 C 6 20 /1 0 SPARE SPARE - � 0 20 /1 7 A 8 20 /1 0 SPARE v SPARE -- 0 - 20 i - 9 8 10 20 /1 _ 0 - SPARE 41 - SPARE 0 20 /1 11 C 12 20 /1 ! SPARE SPARE - -� 0 20 /1 1 13 A 14 20 /1 10 i SPARE SPARE _ - _ 0 - _ 20 1 1 15 16 20 1 1 0 1 SPARE SPARE 0 20 1 17-- - _8 C 18 20 1 0 SPA RE SPARE - - 0 _2 /1 19 A 20 20 /1 ---� 0 1 ! SPARE SPARE SPARE - { - 0 0 20 /1 { 20 Zl 21 23 8 C 22 24 20 /1 20 1 U 0 f - - SPARE SPARE _ SPARE } 0 20 / 1 25 A 26 20 /� 0 - -^ SPARE SPARE 0 20 1 27 8 28 20 1 0 SPARE SPARE _ 0 20 1 29 C 30 20 1 0 SPARE SPARE - I _- 0 _ 20 1 31 A 32 20 1 0 _ SPARE SPARE 0 20 1 33 B 34 20 i - 0 SPARE SPARE 0 _2 00 1 35 C 36 20 1 0 SPARE PANEL 'LWH4' 0 5040 396 5000 10436 70 37 A 38 110 25230 0 1470 12960 10800 - PANEL "LWH4A' VIA 45 KVA 0 2700 1164 3100 6964 39 B 40 25230 i 0 1470 12960 10800 VIA 75 KVA 46 8 1176 41409956 �3_ -_ 41 _ C _ 42 - L3 - - - -- - - 25230 _____a .___1470 12960 1Q800 PHASE LOADING SUMMARY PANEL LOADING SUMMA LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED -- NEC CALCULATED POWER DEMAND - T LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 97% LIGHTING 10,800 10,800 10,800 UGHTiNG 324 KVA x 125% = 40.5 KVA x 95% = 38.5 KW RECEPTACLES 18,000 15,660 17,640 RECEPTACLES CONNECTED MOTORS 1,866 2,634 2,646 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW AMPACITY = OTHER 5,000 _ -- _ I,f00 ___�____ 4,100 REMAINDER 41.3 KVA x 50% = 20.7 KVA x 100% = 20.7 KW 123.9 MOTORS TOTAL 35,666 32,194 35,186 ; LARGEST 4.4 KVA x 125% = 5.5 KVA X90% = 5.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 2.7 KVA x 100% = 2.7 KVA x 90% = 2.5 KW AMPACITY = OTHER 12.2 KVA - x 1259 = 15.3 KVA x 100% = - - 15.3 -- KW 113.8 11% sz tx - TOTAL � 103.0 KVA _ - - 94.6 K VA -- 91.8 KW GENERAL NOTES: �_ ^ - -- _ BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF �• _ (SCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. SHUNT TRIP © 2003 42140 ARCHITECTURE, INC. HU w 1 ....,. ON f / / / /tillII11t OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD • ARCHITECTURE Denver, Colorado MASTERPLANNER & DESIGN ARCH( IECI' HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEPIUNG, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO Rm I 01 RAt PROJECT NUMBER: 20826.01 ISSUE REVISION DATE N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES E'700.5 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING P KG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 007 PERMIT REV 03.24.05 008 PERMIT REV 04.07.05 011 ADDENDUM 4 05.27.05 012 CD PROG. 2 05.27.05 017 CD PROG. 2R 07.01.05 019 .ADDENDUM 10 07.07.05 023 ADDENDUM 14 07.29.05 Q 2003 42140 ARCHITECTURE, IN& NEW PANEL "LWH4" Panel Notes: 150 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. PROVIDE GFCI TYPE CIRCUIT BREAKER. 200 A BUS PHASE 3 PH WiRE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) PANEL "HWH5" jCCT PH CCT BREAKER T � TOT - OTHER `MOTORS BREAKER - BREAKER NOTE j 1. HOTEL '2A' REC TG CU HOTEL '2A' RESTRM Pond Notes 1260 360 1 20 ( AMP P A MP P / NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL CCT PH OCT i TOTAL I OTHER MOTORS RECEPT LTG DESCRIPTION NOTE 1 COIF. BEV STAT - 1260 ( - - - 900 1 900 20 /1 1 A 2 20 /1 360_ 1. 1. _ 120 360 ! 400 1 MT RM FLR RE CEPT1 1 TYPE : ICONF. BEV S 800 ; 20 / 1 i 900 I 900. 20 /1 3 B 4 -; 20 /11 j 360 i I 360 r _ iMTG RM FLR RECEPT (2 3) 1CONF. BEV STAT J 400 j _ j 900 900: 20 /1��5 C 6 20 /1 540 j _ 120 -- 5 Y4 400 MTG RM 4 RECEPT (3) 1 L CONF. BEV STAT 800 360 BREAKER g00 900 Zp 1 7 A 8 20 /1 _ - 540 1 1 1. 540 800 MTG RM 4 RECEPT (3) AMP I P 1 1 BALLRM 1 FLR REC 2 ___ 400 360 120 -1160_ 360 20 1 9 B 10 1 20 1 200 20 120 1260 400 MTG RM 4 SCREEN 1 _ BALLRM 2 FLR REC (1 ) 800 180 - i 180 20 1 i1 C 12 - ' 20 /i 360 2d 0 j_ 3 800 (MTG RM 3 FLR RECEPTj(2 ! 1 BA LLRM 3 FUR RE �� 400 180 1 i 1780 180 1 20 1 13 A 14 j 20 1 j 360 _ _ 360 r 400 jMTG RM 2 FLR RECEPTj2 1 s -; BALLRM 1 DED. REC (1)1 800 180 _ , 1 ! SPARE 180 20 /1 15 B - i6 - 1 20 /1 540 ( _ 5 540 800 MTG RM 1 FLR RE CEPT (i) 1 BALLRM 2 DED. REC i _ 180 j _ 1680 180 24 /t 17 C 18 20 1 200 ( 200 120 I 400 MTG RM 3 SCREEN i 20 /1 BALLRM 2 DED. REC (1)1 800 180 1 I 180 200 1 19 A 20 1 20 /1 _ 1 200 200 -t 360 800 MTG RM 2 SCREEN { 9 1 BALLRM 3 DED. REC 1 __ 400 180 ®� 1 180 ( 2D / 21 B 22 ( 20 1 200 200 120 1260 I MTG RM 1 SCREEN I 20 1 rt B ALLRM t GEN REC 5) 800 900 1 _- - �� - 900 1 20 /1 23 C 2 20 /1 1 180 16 18 800 MTG RM 3 DED REC (I I BALLRM 2/3 GEN REC J 400 540 120 - 540 1 20 1 25 A 26 20 1 180 1. 120 180 400 MTG RM 3 DED REC (t { PREFURN 800 360 20 1 - 0 { 20 /1 27 B 28 1 20 1 180 0 ( 180 I MTG RM 2 DED REC 1i I 1 PREFURN 400 _ 1260 120 0 - 0 20 1 29 C 30 1 20 1 180 0 1 120 ( 180 ' MTG RM 2 DED REC 1 1 22� PREFURN 800 360 20 1 0 i 0 20 /1 31 A 32 20 /1 180 20 20 /1 180 _ j MTG RM t DED REC f) i 1 PREFURN j 126 -_ �, 0 0 20 /1 1 33 B 34 20 t 180 21 120 i 180 Y v 400 JMTG RM 1 OED REC (1 1 - PREFURN ` ` 0 0 20 /1 (35 C 36 1 20 /1 y 720 1 1 720 800 1 CONE. RM GEN RECEPT 4) _ PREFURN 20 1 47 C 48 i - 0 20 1 37 A 38 ' 20 1 720 I 120 720 ' COIF. RM GEN RECEPT 4 26 PPREFURN e - 1 _I _ 0 20 1 39._____ B 40 20 /1 900 i 900 i 360 800 I BALLRM. BEV STAT _ --._ 20 /1 PREFURN B 28 1 0 j 0 20 1 41 C 42 20 1 900 900 120 1260 400 1 BALLRM. BEV STAT X 1 j CORK GEN RECEPT (6 ) 1 1080 ! j� C - 1080 20 /1 - 43 A 44 20 1 900 900 34 360 - 800 BAL BEV STAT 1 SPARE MTG. LOBBY RECEPT 21, 20 /i 360 20 /1 0 A 360 20 / i 45 8 46 20 1 900 900 120 1260 - B ALLRM. BEV STAT 1 MTG. LOBBY RECEPT 2 SPARE _ 360 20 1 0 1 360 20 1 47 C 48 20 1 0 ( 1 20 /1 360 800 EMPLOYEE LOUNGE - -� 20 1 CORK GEN RECEPT 2 ( 360 SPARE 0 36 0_ 20 1 49 A 50 20 1 -- 0 -� 120 1260 - 400 EMPLOYEE LOUNGE 1 B CONF. RESTRM REC 2 20 /1 360 i 0 360 20 1 51 B 52 20 1 0 9100 ( 445 360 800 EMPLOYEE LOUNGE i 1 CONF. RR HAND DRYER CONF, RR HAND DR YER - _ - -_� - 2100 2100 -� _ 2100 2100 30 /i 30 1 53 C 54 55 A 56 20 /1 20 /1 1080 360 1 ! 500 1080 360 CORRIDOR RECEPT 6 ELEV LOBY RECEPT 2 B _ SPARE i 0 ! 480 9000 0 20 /t __ B 58 20 1 , 0 0 6840 0 0 SPARE 3 1 41 SPARE 42 3 16980 0 0 20 /1 59 C 60 20 1 0 PHASE LOADING SUMMARY - SPARE - - - SPARE SPARE 20 1 69 B 70 20 1 0 0 20 1 61 A 62 20 /1 0 CONNECTED (SPARE NEC CALCULATED - _ POWER SPARE - LIGHTING SPARE 20 1 71 C 72 20 1 0 0 20 1 63 B 64 20 J 1 4 PANEL SPARE _ SPARE { SPARE 20 1 7 3� A 74 1 _ -_- 0 0 20 /1 1 65 C 6 20 1 ! 0 j 0.0 KVA SPARE x 100% - SPARE I 0.0 KW AMPACITY - SPARE 20 / 1 75 B 76 97% LIGHTING 0 20 11 67 A 68 20 /1 6 0.0 KW x 125% = 34.4 KVA x 95% = SPARE KW MOTORS SPARE ; 19,260 j �- - - 0 1 20 1 69 B 70 20 1 1 0 1 - _ CONNECTED MOTORS SPARE 1 480 720 I SPARE 20 1 x 100% = 10.0 KVA x 100% = 0 20 1 71 C 72 20 1 1 0 500 0 _ 42.6 KVA SPARE x 50% = _ SPARE ! - KW - - -- I 0 20 /1 73 A 74 20 1 0 9% 1% SPARE SPARE - SPARE 31,354 28,444 23,820 LARGEST 0 20 1 75 8 76 20 1 0 ! i _ PHASE BALANCE SPARE B-C -- SPARE -0.1 KVA � x 100% _ -0.1 KVA 0 20 1 77 C 78 20 1 _0 0 BREAKER ACCESSORIES - FOR PANELS THAT ARE OTHER SPARE • = GFCI V SPARE SPARE x 100% = 1.9 + 84.4 0 0 20 /1 20 1 79 A 80 81 B 82 20 1 20 1 0 0 � _ ISPARE SPARE (SPARE SUBBED FOR P ANEL i - 0 j 0 1 - - -- 0 1 0 0 20 1 83 C 84 20 t 0 68.2 KW ISPARE -�- PHASE LOADING S_ UMMARY -�� _ PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND - LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL 216 CONNECTED PF= UGHTING 0 0 0 100% LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES 5,040 2,700 4,680 RECEPTACLES CONNECTED MOTORS 0 0 0 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% - 10.0 KW AMPACITY = OTHER 5,000 3,100 4,100 REMAINDER 2.4 KVA x 50% - 1.2 KVA x 100% 1.2 KW 68.3 TOTAL 10,040 5,800 8„780 MOTORS LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.Q KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = _ 0 _ OTHER 12.2 KVA x 125% = 15.3 KVA x 100% = KW 73.4 73% 51% 14 % -- _ TOTAL 24.6 KV 26.5 KVA 26 KW GENERAL NOTES: -_- -- -� - -- - _ s �+ BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL •* = SHUNT TRIP NEW PANEL "LWH4A" Pones Notes: 250 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. PROVIDE ARC FAULT CIRCUIT INTERRUPTER TYPE CIRCUIT BREAKER_ 400 A BUS PHASE 3 PH WIRE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) -- PANEL "HWH5" jCCT PH CCT BREAKER T � TOT - OTHER `MOTORS BREAKER - BREAKER NOTE j 1. HOTEL '2A' REC TG CU HOTEL '2A' RESTRM Pond Notes 1260 360 1 20 ( AMP P NOTE _ DESCRIPTION LTG RECEPT - MOTORS OTHER TOTAL_ AMP P CCT PH OCT TOTAL OTHER MOTORS RE CEPT LTG DESCRIPTION NOTE 1 HOTEL '2K' REC LTG 400 1260 120 1780 1160 1780 I 1780 20 1 1 A 2 20 1 1780��- 1. 1. _ 120 - 1260 ! 400 HOTEL '2M' REC TG 1 TYPE : (HOTEL ' 21 RESTRM 800 1 360 20 / 1 1 1160 1160 20 1 3 B 4 20 1 1160 i 360 800 HOTEL '2 M' RESTRM 3) 1 AIGAF HOTEL '2L' RE J 400 1260 120 v 1780 _ 20 /i - 5 _C _ 6 20 1 1780 - _ 120 -- 1260 - - Y4 400 HOTEL '2N' fz£CATG /q 1 L HOTEL '2L' RESTRM 800 360 BREAKER 500 1160 20 /1 17 A 8 20 /1 1160 { 1. 360 800 HOTEL '2N' RESTRM AMP I P 1 1 HOTEL '3J' REC LTG - '3J' ___ 400 1260 120 -1160_ 1780 20 /1 j 9 B 10 20 1 1780 OTHER i MOTORS 120 1260 400 HOTEL '3L' REC TG '3L' 1 _ HOTEL RESTRM 800 I 360 - 1160 2990 � 20 1 11 C 12 20 1 1160 2d 0 360 800 HOTEL RESTRM ! 1 HOTEL '3K' REC LTG 400 1260 120 i 1780 1780 20 /1 13 A 14 20 1 1780 _ - 120 1260 r 400 HOTEL '3M' REC TG F 1 s -; HOTEL '3K' RESTRM 800 360 _ , 1 ! SPARE 1160 20 1 15 - 8 16 20 1 1160 20 /i _ 5 360 800 HOTEL '3M' RESTRM 0 1 HOTEL '30' REC TG 1 400 1260 1 120 _ 1680 1780 20 1 17 C 18 20 1 1780 1 1. 120 1260 400 HO TEL '3S' REC 1 20 /1 HOTEL '30 RESTRM 800 360 1 - 1160 20 1 19 A 20 20 1 1160 ! -t 360 800 HOTEL '3S' RESTRM { 9 1 HOTEL '3R' REC TG/F __ 400 i 1260 120 1780 1780 20 /1 21 B 22 20 1 1780 ISPARE - 120 1260 400 HOTEL '3T REC TG 1 20 1 HOTEL '3R' RESTRM 800 360 20 /i 0� 1160 20 1 23 C 24 20 1 1160 16 360 800 HOTEL '3T' RE STRM I HOTEL 'K REC/LjG flC J 400 1260 120 - 1780 20 1 25 A 26 1 20 1 1780 1. 120 1260 400 HOTEL '3W' RECATGAC 1 - HOTEL '3U' RESTRM 800 360 20 1 15 1160 20 /1 27 B 28 20 1 1160 0 ( 360 800 HOTEL '3W` RESTRM I 1 HOTEL '3Y RECAVCL 400 _ 1260 120 0 1 1780 20 1 2_9 C 30 20 1 1780 0 1 120 1260 400 HOT '3X' R ECATG 1 22� HOTEL ' RESTRM 800 360 20 1 0 _1160 20 1 31___ A 32 20 1 1160 20 20 /1 360 800 HOTEL '3X' RESTRM i 1 HOTEL '3AA' RECATGACU 400 126 120 0 17 2p 1 33_ B 34 20 1 1780 21 120 1260 Y v 400 HOTEL '3Y RECATG/ 1 0 HOTEL '3AA' RESTR 800 360 _ 0 1160 20 1 35 C � 20 1 1160 1 _ 360 800 HOTEL '3W RESTRM ' 20 /1 0 SPARE 20 1 47 C 48 i - 0 20 1 37 A 38 20 1 1780 1 120 1260 400 HO '3 Z' RECATG/FC _ J i 26 SPARE e - 20 _1 _I _ 0 20 1 39 B 40 20 1 1160 SPARE _ i 360 800 HOTEL '3Y RESTRM _ --._ 20 /1 __ B 28 20 /1 0 0 20 1 41 C 42 20 1 1780 1 120 1260 400 HOTEL '368' gSZLTG# X 1 j SPARE SPARE I 0 20 1 ! j� C - 0 20 1 43 A 44 20 1 1160 - 34 360 - 800 HOTEL '36V RESTRM 1 SPARE 0 1 20 /i - v 20 /1 0 0 - 1� 45 B - 46 __ A _ 11 _ 1 780 0 120 1260 _ 400 HOTEL '3CC REC LTG 1 SPARE SPARE 57 _ B 58 20 1 0 1 0 / 47 C 48 20 1160 - 1780 34 1 20 /1 360 800 ' HOTEL '3CC RESTRM '300' - -� 20 1 SPARE �- 59 C 6 SPARE 0 0 49 A 50 20 1 20 /1 35 120 1260 - 400 HOTE REC/I­ ACU 1 B SPARE 20 /1 SPA i 0 0 0 51 B 52 20 1 1160 9100 ( 445 360 800 HOTEL '3 RESTRM 00' 19264 0 840 11160 7264 PANEL ' 1WHSA ' 0 �� 53 C 54 0 0 0 500 7700 39 B _ SPARE - 16844 0 ! 480 9000 0 VIA 75 KVA 55 A 56 20/1 _ 0 0 6840 0 0 6840 3 1 41 _ 42 3 16980 0 �� 0 10260 57 B 58 20 1 0 PHASE LOADING SUMMARY - SPARE - - - PANEL LOADING SUMMARY SPARE 20 1 69 B 70 20 1 0 0 PH A 59 C 60 _ �- � 0 CONNECTED (SPARE NEC CALCULATED - _ POWER DEMAND - LIGHTING SP - 20 1 71 C 72 20 1 0 0 20 1 61 A 62 FACTOR 0 PANEL SPARE _ SPARE { i 20 1 7 3� A 74 1 _ -_- 0 0 20 /1 63 B 64 j 20 /1 0 FIRST 10 KVA 0.0 KVA SPARE x 100% - SPARE 0.0 KW AMPACITY - SPARE 20 / 1 75 B 76 97% LIGHTING 10,254 11,264 6,000 LIGHTING 27.5 KVA 0.0 KW x 125% = 34.4 KVA x 95% = 32.7 KW MOTORS RECEPTACLES 19,260 16,200 17,100 RECEPTACLES 0 20 i� 1 , 67 A 68 20 1 0 1 LARGEST CONNECTED MOTORS 840 480 720 I _ 20 1 x 100% = 10.0 KVA x 100% = 0 - �_ 69 B 70 I 0 500 0 _ 42.6 KVA SPARE x 50% = _ -� - KW - - -- 0 0 20 1 169 71 C 72 - _ 0 9% 1% SPARE -- TOTAL 31,354 28,444 23,820 LARGEST 0 20 1 73 A 74 �� 0 2.4 i NEC DEMAND PHASE BALANCE A -B B-C -- REMAINDER -0.1 KVA � x 100% _ -0.1 KVA 0 j 75 B 76 ( AMPACITY - 0 BREAKER ACCESSORIES - FOR PANELS THAT ARE OTHER 1.5 KVA • = GFCI V 1.9 KVA -- x 100% = 1.9 + 84.4 0 / 77 C 78 32% f 0 � _ - SPARE �- -- SUBBED FOR P ANEL i - 0 j 0 1 0 0 2160 2160 0 1 0 2160 83.6 KVA 79 A 80 j 20 1 0 68.2 KW GENERAL NOTES SPARE �- 216 20 / i 81 6 82 - 0 BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF SPARE e 1WH2A' 0 _ 0 _ 2160 0 ; 2160 L - _�_83 C 84 i L 0 ++ = SHUNT TRIP SPARE -_ - - PHASE LOADING SUMMARY _ PANE LOADI SUMMARY LOAD TYPE (VA) PH A PH 8 PH C _ LOAD TYPE CONNECTED NEC CALCULATED POWER - DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL 0 1 CONNECTED PF- 83 C 84 96% LIGHTING 8 9,200 8,400 LIGHTING 26.4 KVA x 125% - 310 KVA x 95% 31.4 KW RECEPTACLES 12,600 11,700 11,340 RECEPTACLES CONNECTED MOTORS 3,120 3,000 3,000 FIRST 10 KVA 10.0 KVA x 100% - 10.0 KVA x 100% = 10.0 KW AMPACITY - OTHER _0 0 0 REMAINDER 25.6 KVA x 50% = 12.8 KVA x 100% = 12.8 KW 197.5 PANEL LOADING SUMMARY - - - -- = �_ MOTORS TOTAL 24.520 23.900 22,740 ! LARGEST 0.1 KVA x 125% = 0.2 KVA x 90% = 0.1 KW NEC DEMAND PHASE BALANCE A -B B-C C -A 1 REMAINDER 9.0 KVA x 100% = 9.0 KVA x 90% = &1 KW AMPACITY = CONNECTED PF- OTHER 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW 180.3 ------ - -__ 3% s% Bz LIGHTING 0 0 0 - - -� - TOTAL 71.2 KVA 65.0 KVA 62.4 KIN - - - - -_ GENERAL NOTES BREAKER ACCESSORIES - PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL = SHUNT TRIP NEW PANEL "LWH5" Panel Notes 100 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. ISOLATED GROUND CIRCUIT. 100 A BUS PHASE 3 PH WIRE 4 W NEW MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) PANEL "HWH5" jCCT PH CCT BREAKER T � TOT - OTHER `MOTORS BREAKER LTG BREAKER NOTE j 1. HOTEL '2A' REC TG CU HOTEL '2A' RESTRM Pond Notes 1260 360 1 20 ( NOTE DESCRIPTION 200 A M.L.O. MOTORS 1 1780 j 1160 VOLTAGE 277/480 V AMP P TOTAL OTHER MOTORS RECEPT LTG 200 A BUS - HOTEL LOBBY REC 0 PHASE 3 PH j 20 /1 20 /1 20 i 1780 1160 1780 1260 20 ' /1 1 A 2 20 1 540 1. 1. 540 i 000 WiRE 4 W TYPE : HOTEL LOBBY RE C 6) 20 /1 1080 20 / 1 1 1160 108 TYPE : 3 B - 4 20 /1 540 i 540 400 H07E RECEPTION REC 3) 1 HOTEL LOBBY REC (3 ! 20 1 MTG.: SURFACE _ 20 1 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 20 1 5 C 6 180 - 180 7J47 j _ (HOTEL FIREPLACE 20 /1 15 B 16 BREAKER 500 500 20 1 B 20 1 f 180 RECEPT 1. 180 200 HOTEL OFFICE REC 1 AMP I P NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL JCCT PH CCT AMP / P j TOTAL OTHER i MOTORS I RECEPT LTG DESCRIPT NOTE - UPPER KITCHEN LTG 2990 1080 - 1160 2990 � 20 1 1 A 2 2d 0 + ! 800 { ! SPARE I _�WER KITCHEN LOTCHEN LTG 1 3900 i 1780 900 - 39M _ -� 1 20 / 1 _ 3 8 4 -�- 20 / t j 0 1 ° 120 s -; RESTAURANT REC 5 - SPARE 900 _ 1 ! SPARE 900 20 1 15 B 16 20 1 0( 20 /i _ 5 C 6 20 1 0 j RESTAURANT REC 4 20 1 T20 SPARE _ 1680 720 !SPARE 1 7 C 18 20 1 900 1 1. 0 20 1 7 A 8 20 /1 0 I 27 B 28 j ! 500 SPARE -- 20 1 _ 19 A 20 SPARE ._- 900__ ! -t 900 0 ! 20 /1 { 9 B 10 20 1 0 � _ 1780 540 j� - SPARE 20 /L 1080 ISPARE - 1. - 400 HOTEL KITCHEN XC 6 0 20 1 j 11 C 12 20 /i 0� 1260 - I - SPARE 16 SPARE EXTERIOR RECEPT 3 _ 0 20 1 13 A ` - 14 - - 2n i - 0 ' 20 1 540 1. SPARE 540 400 SPARE 120 - -- 1 0 - 20 1 15 B 16 20 1 0 540 0 ZO 1 540 ARE EXTERIOR RECEPT 3 I SPARE SPARE { 21 01 20 1 37 A 38 39 B 40 20 1 20 11 0 20 1 1 17 C 18 20 1 0 720 20 1 EXTERIOR RECEPT 4 ISPARE 22� SPARE SPARE 41 C 42 20 1 0 0 1 0 20 1 19 A 20 20 /1 0 E XTERIOR RECEPT (4) i - SPARE 1 43 A_ 44 v- SPARE 0 - 0 20 1 33 8 34 0 20 1 21 B 22 1 20 1 0 ( 0 SPARE j SPARE 26 0 SPARE - 35 C 36 20 1 540 0 20 /1 23 C 24 ' 20 /1 0 ( 20 1 47 C 48 i SPARE j 20 1 SPARE 20 1 14 _- 0 20 1 25 A 26 1 20 1 0 - 20 _1 _I _ 20� SPARE 3 _5 SPARE _ SPARE _ 1 _ 0 20 /1 27 B 28 20 /1 0 i 0 20 1 41 C 42 20 1 0 SPARE ~� - - 1 - .SPARE _ SPARE j SPARE SPARE I 0 20 1 ! j� C - 30 20 1 0 20 1 20 1 0 ' 34 _ ISPARE - SPARE _.- -- SPARE 1 SPARE 0 1 20 /i 5 A 56 20 /1 0 20 1 31 A 32 20 1 0 -- SPARE 36 -- SPARE SPARE SPARE 57 _ B 58 20 1 0 1 0 0 20 1 33 B 34 1 20 /1 0 37 - - -� 20 1 SPARE 20 1 59 C 6 SPARE 0 SPARE 0 20 /1 35 C 36 1 20 1 0 39 B SPARE 20 /1 SPA i 0 PANEL 'LWHS' 0 8100 1 0 1000 9100 ( 445 37 A_ _ 38 - 110 v__ 19264 0 840 11160 7264 PANEL ' 1WHSA ' 0 - 20 1 _ VIA 30 KVA 0 7200 0 500 7700 39 B 40 SPARE - 16844 0 ! 480 9000 7364 VIA 75 KVA 53 C 54 20/1 XFi�#2 0 6840 0 0 6840 3 1 41 C 42 3 16980 0 720 10260 6000 jXFMR 20 1 0 PHASE LOADING SUMMARY - SPARE - - - PANEL LOADING SUMMARY SPARE 20 1 69 B 70 20 1 0 LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED (SPARE NEC CALCULATED - _ POWER DEMAND - LIGHTING SP - 20 1 71 C 72 20 1 0 LOAD KVA 20 1 DEMAND LOAD FACTOR LOAD KW PANEL SPARE 0 SPARE { SPARE 20 1 7 3� A 74 1 _ -_- 0 0 i 20 /1 CONNECTED PF= 20 /1 0 FIRST 10 KVA 0.0 KVA SPARE x 100% - SPARE 0.0 KW AMPACITY - SPARE 20 / 1 75 B 76 97% LIGHTING 10,254 11,264 6,000 LIGHTING 27.5 KVA 0.0 KW x 125% = 34.4 KVA x 95% = 32.7 KW MOTORS RECEPTACLES 19,260 16,200 17,100 RECEPTACLES 0 20 i� 1 , 65 C 66 20 1 0 1 LARGEST CONNECTED MOTORS 840 480 720 I FIRST 10 KVA 10.0 KVA 20 1 x 100% = 10.0 KVA x 100% = 10.0 KW AMPACITY = OTHER 1,000 500 0 REMAINDER 42.6 KVA SPARE x 50% = 21.3 KVA x 100% = 21.3 KW 100.6 0 0 20 1 169 B 70 ; MOTORS 0 9% 1% SPARE SPARE TOTAL 31,354 28,444 23,820 LARGEST 2.2 KVA 20 1 x 125% = 2.7 KVA x 90% = 2.4 KW NEC DEMAND PHASE BALANCE A -B B-C C -A REMAINDER -0.1 KVA � x 100% _ -0.1 KVA x 90% _ -0.1 KW AMPACITY - 0 BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE OTHER 1.5 KVA • = GFCI x 125% 1.9 KVA -- x 100% = 1.9 KW 84.4 0 10% 192 32% f 0 � � j SPARE �- -- SPARE - -� -� TOTAL -�- 83.6 KVA 77 C 78 20 1 70.1 KVA 68.2 KW GENERAL NOTES SPARE �- - 20 / i 79 _ A -~ 80 20 1 0 BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF SPARE e SPARE + = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 0 20 1 1 81 B 82 20 1 0 ++ = SHUNT TRIP NEW PANEL "LWH5" Panel Notes 100 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. ISOLATED GROUND CIRCUIT. 100 A BUS PHASE 3 PH WIRE 4 W TYPE: MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) � BREAKE R i TOTAL -� AMP P jCCT PH CCT BREAKER T � TOT - OTHER `MOTORS BREAKER LTG BREAKER NOTE j 1. HOTEL '2A' REC TG CU HOTEL '2A' RESTRM 400 800 1260 360 1 20 ( NOTE DESCRIPTION LTG RECEPT MOTORS 1 1780 j 1160 TOTAL AMP _ P CCT PH CCT AMP P TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE - HOTEL LOBBY REC 0 _ 1260 j 20 /1 20 /1 20 i 1780 1160 1780 1260 20 ' /1 1 A 2 20 1 540 1. 1. 540 i 000 HOTEL RECEPTION REC 3 TYPE : HOTEL LOBBY RE C 6) 20 /1 1080 20 / 1 1 1160 108 20 1 3 B - 4 20 /1 540 i 540 400 H07E RECEPTION REC 3) 1 HOTEL LOBBY REC (3 ! 20 1 540 _ _ 20 1 1780 540 20 1 5 C 6 20 f1 _ 180 - 180 7J47 HO TEL OFFICE REC {1 ) _ (HOTEL FIREPLACE 20 /1 15 B 16 20 /1 500 500 20 1 7 A 8 20 1 f 180 RECEPT 1. 180 200 HOTEL OFFICE REC 1 1 HOTEL LOBBY REC 4 i 20 1 720 - 1780 720 _20 1 9 B 10 , 20 1 180 1. I 180 - HOTEL OFFICE REC 1 120 - BA SEATING REC (6 ) ; 20 1 1080 20 /1 1160 1080 20 /i tt C 12 20 1 360 1 360 800 HOTEL OFFICE REC 2 ! B BAR ENTRANCE REC 5 20 1 900 i 20 1 j i 1780 900 20 1 13 A 14 j 20 1 360 �v i. 360 J 400 HOTEL OFFICE REC 2 ° 120 1 RESTAURANT REC 5 20 /1 900 _ _ 20 /i _ 1160 900 20 1 15 B 16 20 1 540 540 _ 800 H RES REC 3 ! 15000 RESTAURANT REC 4 20 1 T20 ; 20 /i _ 1680 720 20 1 1 7 C 18 20 1 900 1 1. 1. 900 J 4 00 HOTEL KITCHEN REC 5 120 7 RESTAURANT FIREPLACE j 20 /i 27 B 28 1 20 /1 ! 500 500 20 1 _ 19 A 20 20 /1 ._- 900__ ! -t 900 800 HOTEL KITCHEN REC 5 SMF -12 3 mr) MRIELEV VEST REC 20 1 540 _ 1780 540 20 1 21 B 22 20 /L 1080 9100 1. 1080 400 HOTEL KITCHEN XC 6 120 STAIR RECEPT 7 20 1 1260 1 - 1104 1260 2216 23 C 24 20 1 540 16 540 EXTERIOR RECEPT 3 STAIR RECEPT 7 20 /1 1260 2 0 /1 - 1260 20 1 _ 25 A 26 20 1 540 1. 1. 540 400 EXTERIOR RECEPT 3 120 SPARE 20 1 35 C 36 20 1 _ 0 0 20 t 1 27 8 28 20 1 540 0 ZO 1 540 1 EXTERIOR RECEPT 3 I 0 SPARE { 21 01 20 1 37 A 38 39 B 40 20 1 20 11 01- 0 20 1 1 29 C 30 20 t 720 720 20 1 EXTERIOR RECEPT 4 B 22� SPARE 20 1 41 C 42 20 1 0 0 20 1 31 A 32 20 1 720 - - 720 E XTERIOR RECEPT (4) - SPARE _ 1 43 A_ 44 v- 20 /1 0 - 0 20 1 33 8 34 20 1 10 SP _ 1080 ' GREAT R RECEPT 6 ( 0 SPARE 20 /1 45 B 46 26 0 _ 0 20 1 35 C 36 20 1 540 SPARE 540 FARE GREAT RM FLR REC 3 _ I SPARE 20 1 47 C 48 i 0 0 20 1 37 A 38 20 1 14 _- 1440 TE RRACE RECEPT (8) SPARE _ S -� - 20 _1 _I _ 0 20� 39 - 8 40 20 /i _5 500 SPARE _ GRE RM FIREPLACE - SPARE � 20 1 51 B 52 20 1 0 i 0 20 1 41 C 42 20 1 0 1 - - 1 - SPARE j SPARE SPARE 20 1 53 C 54 ! j� a 0 0 20 1 20 1 43 A 44 45 B 46 20 1 20 1 0 ' 34 _ _ 0 SPARE _.- -- SPARE 1 �� 0 1 20 /i 5 A 56 20 /1 0 ___..._ Q. _ _ _ -- SPARE 36 -- _- SPARE 20 1 _ 57 _ B 58 20 1 0 1 0 20 1 47 C 48 20 1 0 608% _ 1 _ 37 SPARE - - - - � i 20 1 0 20 1 59 C 6 20 1 0 SPARE VIA 150 KVA v - - -- SPARE 54816 39 B SPARE 20 /1 61 A62 i 0 0 - 20 Ll 49 A 50 20 1 0 - 0 1 FARE 0 SPARE 56516 3 SPARE - 63 B 64 20 1 0 0 - 20 1 _ I 51 B 52 20 1 0 -� ��- SPAR PANEL LOADING SU MMARY SPARE - 20 /1 65 C 66 20 1 0 0 20 1 53 C 54 20/1 0 CONNECTED SPARE DEMAND SPARE SPARE - R.- 67 A 68 20 /1 - - 0 20 1 55 A 56 20 1 0 SPARE - - - SPARE SPARE 20 1 69 B 70 20 1 0 0 2011 57 B 58 20 1 0 (SPARE - SPARE - LIGHTING SP - 20 1 71 C 72 20 1 0 I 0 20 1 59 C 60 20 1 0 RECEPTACLES SPARE 0 SPARE { SPARE 20 1 7 3� A 74 1 _ -_- 0 0 i 20 /1 61 A 62 20 /1 0 FIRST 10 KVA 0.0 KVA SPARE x 100% - SPARE 0.0 KW AMPACITY - SPARE 20 / 1 75 B 76 Z0�1 _ 0 j 20 /1 63 8 64 20 1 0 0.0 KW 371.2 SPARE SPARE MOTORS SPARE _ _ 20 1 77 C 78 20 i a 0 20 i� 1 , 65 C 66 20 1 0 1 LARGEST SPARE ^ -- 1 SPARE x 125% - 5.9 KVA x 90% - SPARE 20 1 79 A 80 20 /1 0 0 20 /! 1 67 A 68 20 1 0 x 100% = 22 KVA x 90% = FARE _ { SPARE SPARE 2Q /i I --- 20 1 0 0 20 1 169 B 70 ; 20 1 0 9% 1% SPARE SPARE SPARE 20 1 83 C 84 20 1 _ 0 -° 0 20 1 71 C 72 20 1 0 j + PANEL LOADIN SUMMARY LOAD TYPE (VA) PH A PH B PH C 1 LIGHTING 7,264 7,364 6,000 RECEPTACLES 11,160 9,000 10,260 MOTORS 840 480 720 OTHER 0 i 0 0 - TOTAL 19,264 16,844 16,980 PHASE BALANCE A -B B -C C -A 14% 1% 13% _ SPARE v BREAKER ACCESSORIES • = GFCI +; = SHUNT TRIP SPARE � 0 20 1 73 A 74 ' 20 1 0 BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF SPARE • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL SPARE 0 20 i 75 B 76 20 1 0 � � j SPARE �- -- SPARE - 0 1 20 1 1 77 C 78 20 1 0 SPARE SPARE �- �- 20 / i 79 _ A -~ 80 20 1 0 SPARE e SPARE 0 20 1 1 81 B 82 20 1 0 SPARE -_ - - SPA _ 0 1 20 1 1 83 C 84 20 1 0 PHASE LOADING SUMMARY PANEL LOADING SUMMARY - - - -- = �_ LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF- 100% LIGHTING 0 0 0 LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES 8,100 7,200 6,840 RECEPTACLES CONNECTED MOTORS 0 0 0 FIRST 10 KVA 10.0 KVA x 100%- 10.0 KVA x 100% = 10.0 KW AMPACITY - OTHER 1,000 500 0 REMAINDER 12.1 KVA x 50% = 6.1 KVA x 100% = 6.1 KW 65.6 _ MOTORS TOTAL 9,100 7,700 6,840 LARGEST 0.0 KVA x 1252 = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B-C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = OTHER 1.5 KVA x 125% = 1.9 KVA x 100% = 1.9 KW 49.8 18% 13% 33% - - TOTAL 23.6 KVA 17.9 KVA 17.9 KW - -� GENERAL NOTES _ BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT, PROVIDE TYPED DESCRIPTIONS OF • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL *+ = SHUNT TRIP NEW PANEL "LWH5A" Pond Notes 250 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 1. PROVIDE ARC FAULT CIRCUIT INTERRUPTER TYPE CIRCUIT BREAKER.. 400 A BUS PHASE 3 PH WIRE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NO TE DESCRIPTION r LTG RECEPT I MOTORS OTHER � BREAKE R i TOTAL -� AMP P jCCT PH CCT BREAKER T � TOT OTHER `MOTORS RECEPT LTG D ESCRIPTION NOTE AMP / P 1. HOTEL '2A' REC TG CU HOTEL '2A' RESTRM 400 800 1260 360 1 20 ( ( _ 1780 1160 20 1 ' 20 1 1 1 A 2 1 3 8 4 20 1 20 /1 1 1780 j 1160 , 1 120 ( -- _ 1260 360 1 40d 800 _ HOTEL '2C' REC /LTG CIt HOTEL '2C' RESTRM i. i 1. 1. 1HOTEL '26' REC/LTG/F HOTEL '2B' RESTRM HOTEL '2E' REC LTG FCiJ 400 800 300 1 1260 360 1260 i 120 ! I 120 - 1780 1160 1680 20 /1 20 /1 1 20 /i 5 C 6 7 A 8 { 9 B 10 j 20 /1 20 /1 20 i 1780 1160 1780 { ! 1 120 1 120 1260 360 1260 - 1 1 400 { 800 1 400 HOTEL '2D' REC /LTG/F HOTEL '20' RESTRM HOTEL '2G' REC LTG 1. 1. HOTEL '2E' RESTRM i 000 360 TYPE : 1360 20 /1 ! 11 C 12 20 / 1 1 1160 I 360 800 HOTEL ' 2G' RESTRM i I HOTEL '2E' REC LTG FC�J 400 1260 120 1780 ! 20 1 13 A 14 _ 20 1 1780 - -_ 120 1260 j 400 HOTEL '2H' REC LTG C(1 1. HOTEL '2E' RESTRM 7J47 540 I 1104 20 /1 15 B 16 20 /1 1160 AMP P AMP / P 360 800 IHOTEL '2N RESTRM RECEPT 1. HOTEL. '2E' REC/LTG/FC0 200 1260 1 OTHER 1460 i 20 1 17 C 18 20 1 1780 _ 120 I 1260 400 1 HOTEL '3A' REC LTG f)ll 1. 1. HOTEL '2J' REC TG 400 1260 120 ; 1780 ; 20 1 19 A 20 20 /1 1160 OMB{ -OVEN 3 800 1 HOTEL '3A' RESTRM !HOTEL '2J' RESTRM 800 ' 360 ! B 1160 - 1780 20 1 21 B 22 i 20 1 j i 1780 120 1 1260 400 H OTEL '38' REC LIG; 1. i. HOTEL '3C' REC/LTG /f J 400 1260 ° 120 1 5 20 /1 23 C 24 _ _ 20 /i _ 1160 ( 360 - 800 HOTEL '3B' RESTRM HOTEL '3C' RESTRM _ 800 360 ! 15000 1160 20 1 25 A 26 ; 20 /i _ 1680 t 126 1 1260 300 HOTEL '3E' REC/LTG/F 1 1. 1. HOTEL '3D' REC/1­TG/FC J 4 00 1260 120 7 1780 j 20 /i 27 B 28 1 20 /1 1360 1 10 12 360 1000 HOTEL '3E' RESTRM ! -t HOTEL '3D' RESTRM 800 360 SMF -12 3 mr) I 1160 20 1 29 C 30 20 1 1780 - _ _ 120 _ 1260 400 HOTEL '3E' REC 9100 1. HOTEL '3G' REC TG F 400 1260 120 1780 20 1 31 A 32 20 1 1104 2216 ; 540 564 j HOTEL '3E' RESTRM 16 HOTEL _1 160 20 /1 33 B 34 2 0 /1 1560 1260 300 HOTEL 'r REC TG. 1. 1. H07EL '3H' RECATrArril 400 1 1260 120 ; 1 20 1 35 C 36 20 1 _ 0 SPARE - SPARE 0 ZO 1 HOTEL '3H' RESTRM SPARE _800 -� I 360 I 0 1160 0 { 21 01 20 1 37 A 38 39 B 40 20 1 20 11 01- s - SPARE SPARE SPARE 20 1 21 B 22� 0 20 1 41 C 42 20 1 0 �- SPARE SPARE - _ SPARE 0 - 0 20 /1 43 A_ 44 v- 20 /1 0 SPARE SPARE SP _ SPARE ' - ( 0 - u 0 20 /1 45 B 46 26 0 0 _ - SPA - SPARE SPARE FARE _ I 0 20 1 47 C 48 20 /1 0 ; 20 1 0 SPARE _- SPARE d - SPARE 0 20 1 1 49 A 50 20 _1 0 s -- C_ - � - 20� I SPARE SPARE _ SPARE 0 20 1 51 B 52 20 1 0 0 1 31 A SPARE - j 0 ! SPARE_ _ j 0 20 1 53 C 54 20 /1 a _Mj 1 SPARE 8 34 FARE _ _ 0 1 �� 0 1 20 /i 5 A 56 20 /1 0 SPARE 20 /1 35 -- SPARE 36 -- _- 0 20 1 _ 57 _ B 58 20 1 0 1 PANEL 'LOW 0 _ 0 SPARE 608% 60866 SPARE 37 A 38 20 1 0 20 1 59 C 6 20 1 0 SPARE VIA 150 KVA SPARE 0 -- SPARE 54816 39 B 0 ' 20 /1 61 A62 20 1 0 SPARE SPARE 0 1 FARE 0 56516 56516 3 0 20 1 63 B 64 20 1 0 ! SPARE PHASE LOADING SUMMARY SPARE PANEL LOADING SU MMARY 0 20 /1 65 C 66 20 1 0 PH A PH 8 PH C LOAD TYPE SP CONNECTED SPARE DEMAND -- 0 20 1 67 A 68 20 /1 - ~ 0 DEMAND LOAD FACTOR LOAD KW PANEL SPARE SPARE - - - 0 20 1 69 B 70 20 1 0 _ SPARE (SPARE - -- - LIGHTING 0 20 1 71 C 72 20 1 0 0.0 KVA 1 x 125% = 0.0 KVA x95% = S RECEPTACLES SPARE 0 0 { 0 20 1 7 3� A 74 1 20 /1 0 _ - 1 4,709 2,216 SPARE FIRST 10 KVA 0.0 KVA SPARE x 100% - 0.0 KVA x 100% = 0.0 KW AMPACITY - 0 20 / 1 75 B 76 Z0�1 0_ 0.0 KVA x 50% = SPARE 0.0 KW 371.2 SPARE MOTORS 0 20 1 77 C 78 20 i a j TOTAL 108,741 SPARE _. 99,682 ( LARGEST SPARE ^ -- 4.7 KVA x 125% - 5.9 KVA x 90% - 0 20 1 79 A 80 20 /1 0 C -A I REMAINDER 22 KVA SPARE x 100% = 22 KVA x 90% = FARE _ AMPACITY = 0 i 2Q /i 81 8 82 1 20 1 0 _ _ 196.1 KW 245.6 SPARE 9% 1% SPARE 0 20 1 83 C 84 20 1 _ 0 TOTAL SPARE 308. KVA PHASE LOADING SUMMARY - PANEL LOADIN SUMMARY LOAD TYPE (VA) PH A PH B PH C 1 LIGHTING 7,264 7,364 6,000 RECEPTACLES 11,160 9,000 10,260 MOTORS 840 480 720 OTHER 0 i 0 0 - TOTAL 19,264 16,844 16,980 PHASE BALANCE A -B B -C C -A 14% 1% 13% _ LOAD TYPE CONNECTED NEC CALCULATED POWER _ DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 97% LIGHTING 20.6 KVA x 125% = 25.8 KVA x 95% = 24.5 KW RECEPTACLES CONNECTED FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW AMPACITY = REMAINDER 20.4 KVA x 50% = 10.2 KVA x 100% - 142 KW 147.4 MOTORS LARGEST 0.1 KVA x 125% = 02 KVA x 90% = 0.1 KW NEC DEMAND REMAINDER 1.9 KVA x 1002 = 1.9 KVA x 90% = 1.7 KW AMPACITY = OTHER --0.0 KVA x 125% = 0.0 KVA x 100% = 0.0 KW 133.4 TOTAL 53. KVA 48.1 KVA 46.6 KW - - -�- R - � GENERAL NOTES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES iN PENCIL BREAKER ACCESSORIES • = GFCI +; = SHUNT TRIP `0 V�WIIt 1 Illlllfj / .��` p RE ''�• Z. 7$1 c f►IIIlI11 OWNER/DEVEI.OPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD ■ J ARCHITECTURE Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK S'T'RUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 NEW PANEL "HWH6" 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 Pones Notes 400 A M.L.O. VOLTAGE 277/480 V 1. PROVIDE SHUNT -TRIP CIRCUIT BREAKER 400 A BUS PHASE 3 PH WIRE 4 W TYPE : MTG.: SURFACE - 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) j BREAKER BREAKER AMP P AMP / P NOTE DESCRIPTION v v LTG RECEPT MOTORS OTHER TOTAL CCT PH OCT CCT TOTAL OTHER MOTORS RECEPT 1 LTG DESCR NOTE DISHMACHINE - T ! 6733 6733 30 1 A 2 60 12333 12333 - OMB{ -OVEN - - 6733 _ e 3 B 4 _ _ 12333 I 12333 _ -- 6733 6733 5 _- q -b -_ ..__u__L3 - 12333 '�, 12333 800STER HEATER ! 15000 15000 1 70 1 7 A 8 - TRH CO►�i -O 1 v 7 15000 15000 15000 15000 1 13 9 j 11 B C 10 12 45 9100 9100 _9100 9100 ! -t -- 4 0 GAL. - KETTLE --- SMF -12 3 mr) - - -� 1 470 4709 25 1 113 A 14 3 9100 9100 - SMF -13 1 HP 1 2216 2216 20 1 15 8 16 0 SHUNT -TRP KETTLE 1 SPARE 0 20 1 17 C - 18 20 1 0 SPARE SPARE - 0 ZO 1 19 A 20 1 20 1 0 _ - SPARE FARE 0 20 1 21 B 22� 20 1 0 �- SPARE SPARE _ - _ 0 20 1 23 C 24 20 1 0 SPARE SP _ ' - 0 20 1 25 A 26 20 1 0 SPARE FARE _ I 0 20 / 1 27 � B_ 28 20 1 0 _ _- SPARE - SPARE i -- _ _ 0 __ IQ J1 29 C_ 3a � - 20� I 0 , ®� SPARE SPARE _ 0 31 A 32 20 /1 j 0 ! SPARE - - SPARE -- _Mj 1 33 8 34 20 1 _ 0 1 ISPARE - SPARE 0 1 20 /1 35 C 36 20 1 0 I SPARE PANEL 'LOW 0 _ 0 0 608% 60866 225 37 A 38 20 1 0 - SPARE VIA 150 KVA 0 0 0 54816 54816 39 B 40 20 1 0 SPARE iXFMR 0 1 0 1 0 56516 56516 3 41 C 42 20 1 0 SPARE PHASE LOADING SUMMARY PANEL LOADING SU MMARY LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND -- LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 100% LIGHTING 0 0 0 LIGHTING 0.0 KVA x 125% = 0.0 KVA x95% = 0.0 KW RECEPTACLES 0 0 0 RECEPTACLES CONNECTED MOTORS 4,709 2,216 0 FIRST 10 KVA 0.0 KVA x 100% - 0.0 KVA x 100% = 0.0 KW AMPACITY - OTHER 1 04,032 97,982 99,682 REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 371.2 MOTORS TOTAL 108,741 100,198 99,682 ( LARGEST 4.7 KVA x 125% - 5.9 KVA x 90% - 5.3 KW NEC DEMAND PHASE BALANCE A -8 B -C C -A I REMAINDER 22 KVA x 100% = 22 KVA x 90% = 2.0 KW AMPACITY = OTHER 301.7 KVA x65% = 196.1 KVA x 100% = 196.1 KW 245.6 9% 1% 9% TOTAL 308. KVA 204.2 KVA 203.4 KW GENERAL NOTES: BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL SHUNT TRIP `0 V�WIIt 1 Illlllfj / .��` p RE ''�• Z. 7$1 c f►IIIlI11 OWNER/DEVEI.OPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT OF RECORD ■ J ARCHITECTURE Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK S'T'RUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD FROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 PROJECr N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P - PANT -W.DWG - E700.6 PLOT: 02/10/2005 @ 2:05pm REV: 02/10/2005 CAD: WES XREF: tb.dwg 11 E 700.6 NEW PANEL "LWH6" Panel Notes: 400 A MAIN CIRCUIT BREAKER VOLTAGE 120 / 208 V 1. PROVIDE SHUNT -TRIP CIRCUIT BREAKER 400 A BUS PHASE 3 PH 2. ISOLATED GROUND CIRCUIT. WiRE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE I w DESCRIPTION ( LTG I RECEPT 1 MOTORS OT TOTAL BREAKER ! CCT PH CCT {BRE 1 j T07AL i j OTHER MOTORS RECEPT LTG DESCRIPTION NOT AMP P ANP P WALK -IN COOLER € -}- 150 A Panel Notes: 100 A 800 800 2Q i { i A 2 25 3000 3000 C VOLTAGE 120 / 208 COOK OLD CABINET_ V - !WALK -IN FREEZER I WALK -IN COOLER I 3 PH PHASE 3 PH SOa 800 800 800 20 j 1 j 2D / 1 3 B 4 5 C 6 2 / 3000 0 30D0 3 PH WIRE - SHUNT -TRIP ( COOK/HOt(D) �- i WIRE 4 W PREP TABLE W - 1500 1500 20 1 7 A 8 20 1 1 900 900 MTG.: SURFACE 10,000 !CONVECTION OVEN TYPE : PREP TABLE W/ SINK j i TYPE : 1500 1500 20 /1 9 B 10 { - 0 F SHUNT -TRIP (OVEN) p 1 ;PREP TABLE 1 MTG.: SURFACE BREAKER 1500 11500 ( 20 1 11 C 12 i J 0 - ! TOTAL AMP / P (SPARE N OTE { DESCRIPTION SLICER RECEPT i M OTORS OTHER 500 ` 500 20 /1 _ 13� A 14 ( 30 /1 2500 2500 -_ MOTORS RECEPT FR YER BAT DESCRIPTION 1FOOD PRO CESSOR _ - }COFFEE BREWER AMP / P AM 333 1 333 1 15 / 15 B i6 / j 0 TOTAL CCT PH CCT (___ ___.-- OTHER -TRIP (FRYER) RECE LTG DESC RIPTION NOTE 1 BLENDER STATION _ 333 333 J 17 C 18 4 20 /1 1 1800 1800 A 2 20 1 PANINI GRILL - -� ' _ _ P.O.S. SYSTEM 333 333 3 19 A 20 11000 0 5 3000 j 335 1 _ SHUNT -TRIP PANINI - 1 _ 4 DISPOSER i -} I - 1500 1000 1000 1000 1000 15 / /2 21 8 22 1 23 C 24 i 20 /1 20 /1 O 0 R BOTTLE COOLER 7 ( SPARE SPARE I 800 ROOM SERV. HEAT CAR - - TE R - - _ C - 6 4500 4500 50 1 25 A 26 1 20 1 0 BACK BAR 1 GLASS WASHER 15000 E 15000 ! SPARE - SPARE SPARE 10 ' ROOM SERV. COUNTER - I 0 1500 1500 20 1 1 27 8 28 20 1 0 1 - ( �- U.C. REFRIGERATOR SPAR ! 3 SPARE COFFEE BREWER SPARE 20 /1 8000 3000 3000 35 / 29 C 31 20 1 0 ( 20 1 1500 (SPARE � - DISPLAY CASE ' BACK BAR_ SPARE 14 3000 3000 2 31 A 32 20 1 1500 ( 1500 - 11 C P.O.S. SYSTEM I.G. ( 2 30 00 TEA BREWER 0 DISPLAY CASE 1 15 1800 1800 1 20 /1 33 B 34 30 /1 2000 2000 0 20 1 15 REACH -IN REFRIG. -_- 13 ICE A DISPENSER 14 20 1 0 1500 1 1500 20 /1 35 C 36 30 /1 2000 2000 _ _ SPARE REACH -IN REFRIG. 20 /1 17 JUICE D ISPENSER _ 0 20 1 15 1000 1000 20 /1 37 A 38 20 /1 1500 1500 SPE SPARE i WORK COUNTER - - -- JUICE DISPENSER ! 20 1 `- A 1000 1000 L 20 1 ' 39 B 40 20 /1 1 1000 1000 0 / 18200 REFRIGERATED BASE i SPARE REACH -IN REFRIG: 1 _ 0 1000 ( 1000 20 1 41 C 42 35 /1 _ { 3000 3000 19 A 20 CHEFS TABLE COLD) 0 ( 0 REFRIGERATION SYSTEM - SPARE 4000 4000 4 5 / 4 A 3 44 25 Z 1900 1900 -� j 0 0 TOASTER 21 8_ ' 20 /1 0 1 4000 1 1 4000 45 B 46 / 2 1900 1900 2 SPARE _�- - -� -- -- - - - - -- " 20 1 ! C - A - -- 4000 ^ 20 1 1 3, 1 47 C 48 20 1 1000 1000 - ( i 20 1 PASS -THRU REFRIG. I - SPARE iCE MACH _ 20 1 X29 20 1 1400 1400 20 J 1 49 A 50 20 /1 1200 1200 SPARE SPARE SPARE 1EXHAUST HOOD (A LA RTE) - 29 C 30 SPARE 1400 1400 2 51 8 52 20 1 121 27 B 28 20 1 1EXHAUST H040 BULK ! SHUNT -TRIP KETTLE TEA BREWER 0 20 1 SPARE i 1800 ' 1800 1 20 1 53 C 54 20 /1 1500 1500 20 /1 0 20 1 FIRE SUPP. SYSTEM C 30 COFFEE BREWER 0 _� SPARE -� 3000 3000 40 55 A 56 20 1 1100 1100 SPARE 36 { REACH -iN REFR SPARE -- 0 20 1 31 A 32 3000 3000 /2 57 B 58 60 / 4650 1 465 SPARE { 0 CHEF'S TABLE (HOT SPARE 0 ICE OOA DISPENSER _ -� 0 1500 1500 20 1 59 C 60 ; 2 4650 1 4650 ! 20 1 37 A 38 SPARE 2 P.O.S EQUIPMENT I.G 0 SPARE ( 800 800 20 1 61 A 62 35 1 ! 3600 3600 ! 36 20 1 0 HEAT LAMPS �- 8 BACK BAR REFRIG. ISPARE 0 0 - 800 800 20 1 63 B 64 35 1 3600 3600 10200 100 37 HEAT LAMPS _ 20 1 KEG COOLER _ - C...___ -_ �2 -- 1200 1200 ! 20 /1 65 C 66 35 /1 3600 3600 0 0 i ' HEAT LAMPS 5400 PHASE LOADING SUMMARY BOTTLE COOLER - B 40 20 1 800 800 j 20 1 67 A 68 20 1 _ 2000 20D0 CONNECTED PANEL NEC CALCULATED MICROWAVE 0 0 GLASS WASHER 1 6400_ -_ 3 1 1800 1800 20 1 69 B 70 20 /1 1500 1500 PANEL 1 51 SERVICE COUNTER 5 2 LOAD KW BAR TOP & DiE - _- 3000 3000 35 /1 71 C 72 1 0.0 KVA 700 x 125% = I CONNECTED iCE CREAM CABIN PH A 2 P.O.S. SYSTEM I.G. j LOAD TYPE - CONNECTED 1500 1 1500 20 1 73 A 74 ___ 15 ____ ZOO 1000 1000 LIGHTING x 125% = 0.0 KVA DISPOSER -� 0.0 KW 1 BLENDER STATION LOAD KVA 0 DEMAND LOAD 3000 3000 35 I 1 75 8 76 KW 1000 1000 150,016 CONNECTED REMAINDER MOTORS 0 0 0 BLENDER STATION 0.0 KVA x 100% = x 100% = 3000 3000 35 1 77 C 78 13 1000 1000 5,400 6,400 REMAINDER 1.8 0.0 KVA AMPAGTY = x 50% = SUBFEED FOR 0 0 0 15900 15900 150 79 A 80 20 1633 1633 0 UGHTING KW BEVERAGE COUNTER PHASE BALANCE x 125% - PANEL ( 0 0 1 0 11400 11400 T81 8 82 0 1633 1633 RECEPTACLES NEC DEMAND x 125% = PHASE BALANCE A -B B -C C -A 1'LWH6A`� 0 0 1 0 12000 12000 3 83 1 84 3 1633 ! 1633 0.0 KVA x 90% x 100% = 0.0 KVA x 100% _ PHASE LOADING SUMMARY PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH B PH C LIGHTING 0 0 0 RECEPTACLES 0 0 0 MOTORS 0 0 0 OTHER 60,866 54,816 56,516 TOTAL 60,866 54.816 56,516 PHASE BALANCE A -B B -C C -A 11% 3% s% LOAD TYPE CONNECTED NEC CALCULATED POWER _ DEMAND _ LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 100% LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES CONNECTED FIRST 10 KVA 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW AMPACITY = REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 47&0 MOTORS LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = OTHER 172.2 KVA x 65% = KVA x 100% = 111.9 KW 310.7 _ TOTAL 172.2 KVA 111.9 KVA 111.9 KW = _ GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL BREAKER ACCESSORIES ' = GFCI ++ = SHUNT TRIP Cator, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P - PAN T -W.DWG _ E700.7 PLOT: 02/10/2005 @ 2:04pm REV: 02/10/2005 CAD: WES XREF: tb.dwg NOTE DESCRIPTION WALK -IN COOLER LTG NEW NEW NEW PANEL "LWH6A" OCT PH OCT 1 A 2 BREAKER TOTAL 400 ' OTHER 400 MOTORS - -- RECEP - LTG DESCRIPTION 40 GAL TILT KETTLE NOTE Panel Notes: Panel Notes: WALK -IN COOLER 150 A Panel Notes: 100 A M.L.O. VOLTAGE VOLTAGE V 120/208 150 A MAIN CIRCUIT BREAKER 1. ISOLATED GROUND CIRCUIT. VOLTAGE 120 / 208 120/208 V BUS 1. ISOLATED GROUND CIRCUIT. PHASE 3 PH PHASE 3 PH 1000 200 A BUS 5 C 6 80 / PHASE 6000 3 PH WIRE WIRE 4 W WIRE 4 W ! REFRIG. SYSTEM _ -_ � 6500 6500 TYPE : TYPE : WIRE 6000 4 W MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : " MTG.: SURFACE TYPE : 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 14,000 9 B to 20 1 0 F SPARE V BREAKER NOTE ' 1 MTG.: SURFACE BREAKER 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) (BREAKER BREAKER 50 / 4000 4000 ! TOTAL AMP / P i N OTE { DESCRIPTION LTG RECEPT i M OTORS OTHER f TOTAL BREAKER CCT PH CCT BREAKER TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION 1 NOTE i _ - }COFFEE BREWER AMP / P AM NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL CCT PH CCT TOTA OTHER MOTORS RECE LTG DESC RIPTION NOTE 1 BLENDER STATION _ ' 11000 /3 - 3000 3000 35 1 1 A 2 20 1 1500 1500 1000 _ 1 000 _ P.O.S. SYSTEM .G. 1 2tI 1 BLENDER STATION 11000 13 5 3000 3000 335 1 _ 3 B _ 4 20 1 1500 1500 1500 700 - - �- P.O.S. SYSTEM LG. 1 15000 ( 15000 BOTTLE COOLER 7 A 3500 800 800 20 1 5 _ C - 6 _ 20 1 1800 1800 25 A 26 2 4000 BACK BAR 1 GLASS WASHER 15000 E 15000 ! SPARE - 9 SPARE 10 ' - - I 0 20 1 7 A 8 20 1 _ 1200 ~ 12 00 - _ ` - 1 �- U.C. REFRIGERATOR KEG COOLER ! 3 SPARE � SPARE 20 /1 8000 8000 0 0 20 1 9 8 10 20 1 1500 1500 SPARE i DISPLAY CASE - BACK BAR_ SPARE 14 3 SPARE 8000 33 8 34 0 20 /1 0 20 1 11 C 12 20 1 30 00 3000 0 DISPLAY CASE 1 15 _ B TOP & DIE / 0 RE STRM - F � SPARE _ - -- -- - 0 20 1 15 0 20 1 13 A 14 20 1 0 _ _ C 18 SPARE _ SPARE 18200 _ _ SPARE 0 20 /1 17 C 0 20 1 15 8 16 20 1 0 SPARE 20 667 SPE SPARE SPARE i - - -- 0 ! 20 1 19 A 20 0 - 0 20 1 17 C 18 20 1 0 / 18200 �� � i SPARE SPARE 1 _ 0 SPARE 21 ! 22 20 1 0 20 1 19 A 20 20 1 0 ( 0 SPARE - SPARE SPARE SHUNT -TRIP (KETTLE) 0 20 /1 SPARE C 24 20 1 j 0 0 20 1 21 8_ 22 20 /1 0 SPARE i 3333 47 C 48 SPARE 0 i 2 SPARE _�- - 20 /U -- -- - - - - -- -- 0 20 1 23 C - A - -- 24 ^ 20 1 0 49 A 50 - - _ - SPAN - - -- i 20 1 -- 8 SPARE 20 1 _ 20 1 X29 20 1 0 20 1 25 /3 26 20 1 0 SPARE SPARE SPARE - 0 SPARE 29 C 30 SPARE 0 31 A 0 20 1 27 B 28 20 1 0 ! SHUNT -TRIP KETTLE " 0 20 1 SPARE A 32 20 1 SPARE _ 8 - 20 /1 0 20 1 29 C 30 20 1 0 900 SPARE -� 0 20 1 33 8 34 20 11 0 SPARE 36 { 0 ' SPARE -- 0 20 1 31 A 32 20 1 0 PANEL " LWH7' 0 } 20 1 35 C SPARE � 0 38 SPARE 0 � -- _ -� 0 20 1 33 B 34 20 1 0 0 ! 20 1 37 A 38 SPARE 0 20 1 0 SPARE SPARE - ! 0 20 1 35 C 36 20 1 0 20 1 39 8 40 ISPARE 0 0 - 20 1 ( 900 SUBFEED FOR 0 0 0 1 10200 10200 100 37 A 38 20 1 0 ' 41 C...___ -_ �2 -- . -- 20 0 SPARE _. _ .. _ PANEL 0 0 0 5400 5400 PHASE LOADING SUMMARY 39 - B 40 20 1 0 LOAD KVA LOAD TYPE (VA) PH A PH B PH C LOAD TYPE SPARE CONNECTED PANEL NEC CALCULATED " LWH68" _ 0 0 0 1 6400_ 6400 3 1 41 C 42 20 1 0 FACTOR LOAD KW PANEL 1 51 SPA 5 2 LOAD KW PHAS LOADING SUMMARY _ - _- PANEL L OADING SU MMARY LIGHTING 0 CONNECTED PF• 0.0 KVA 9000 ! x 125% = I CONNECTED LOAD TYPE (VA) PH A PH B PH C j LOAD TYPE - CONNECTED RECEPTACLES NEC CALCULATED POWER DEMAND LIGHTING 0 0.0 KVA LIGHTING x 125% = 0.0 KVA x 95% = 0.0 KW 1 FIRST t0 KVA LOAD KVA 0 DEMAND LOAD FACTOR LOAD KW x 100% = PANEL KW AMPACITY = OTHER 150,016 CONNECTED REMAINDER MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA x 100% = x 100% = 0.0 KVA x 100% = CONNECTED PF= = OTHER 10,200 5,400 6,400 REMAINDER 1.8 0.0 KVA AMPAGTY = x 50% = 0.0 KVA x 100% = 0.0 KW 611 132,516 149,616 100% 0.0 KVA 83 C 84 i LIGHTING 0 0 0 UGHTING KW 0.0 KVA PHASE BALANCE x 125% - 0.0 KVA x 95% = 0.0 KW LARGEST 0.0 KVA 0.0 KVA RECEPTACLES 0 0 0 RECEPTACLES NEC DEMAND x 125% = PHASE BALANCE A -B B -C C -A REMAINDER 280.3 KVA 0.0 KVA CONNECTED x 100% - 0.0 KVA MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA x 90% x 100% = 0.0 KVA x 100% 0.0 KW AMPACITY = 14.3 KW OTHER 156900 11,400 12,000 REMAINDER = 0.0 KVA KW x 502 = 0.0 KVA x 100% = 0.0 KW 109.1 TOTAL 3,900 3,900 3,000 TOTAL 0.0 KVA MOTORS x 125% = 0.0 KVA 14.3 KVA __ -_- - 14 KW PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE GENERAL NOTES. A -8 B-C C -A 1 TOTAL 15.900 11,400 12,000 LARGEST x 90% 0.0 KVA 0.0 x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND '+ = SHUNT TRIP ' = GFCI PHASE BALANCE A -B B -C C -A REMAINDER = 0.0 KVA KW x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = '+ = SHUNT TRIP OTHER 39.3 KVA T x 65% = 25.5 KVA x 100% = 25.5 KW 70.9 10.8 KVA 0.0 KVA 39% 5% 33% 12.5 KW 0.0 KW NEC DEMAND GENERAL NOTES: A -B B -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = - -_ TOTAL - 39.3 KVA PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE 25.5 KVA _ x 125% - 25.5 KW x 100% - 0.0 KW 65.6 • . GFq GENERAL NOTES: 14% 1 ++ = SHUNT TRIP BREAKER ACCESSORIES TOTAL PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 23.6 KVA - ' = GFCI GENERAL NOTES: NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL _ -- - -- SHUNT TRIP PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE Cator, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P - PAN T -W.DWG _ E700.7 PLOT: 02/10/2005 @ 2:04pm REV: 02/10/2005 CAD: WES XREF: tb.dwg NOTE DESCRIPTION WALK -IN COOLER LTG NEW NEW PANEL "LWH6B" BREAKER OCT PH OCT 1 A 2 BREAKER TOTAL 400 ' OTHER 400 MOTORS - -- RECEP - LTG DESCRIPTION 40 GAL TILT KETTLE NOTE Panel Notes: Panel Notes: WALK -IN COOLER 150 A 400 A 100 A M.L.O. VOLTAGE VOLTAGE V 120/208 V - SEE DIMMING SCHEDULE FOR LAMP TYPE 1. ISOLATED GROUND CIRCUIT. 150 A 120 / 208 100 A BUS BUS PHASE PHASE 3 PH PHASE 3 PH 1000 1000 20 /1 5 C 6 80 / 6000 6000 WIRE WIRE 4 W WIRE 4 W ! REFRIG. SYSTEM _ -_ � 6500 6500 TYPE : TYPE : 2 _ 6000 6000 MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : " MTG.: SURFACE MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 14,000 9 B to 20 1 0 F SPARE V BREAKER NOTE ' 1 LTG BREAKER I I 6500 (BREAKER BREAKER 50 / 4000 4000 ! TOTAL AMP / P i N OTE { DESCRIPTION LTG RECEPT i M OTORS OTHER f TOTAL AMP / P CCT PH CCT ! AMP P TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION 1 NOTE i _ - }COFFEE BREWER ------ ,- - - --�- 50 Tt 3004 _ 3000 - 4 / - 1 - A 2 ! 20 / 800 800 0 i 20 1 P.O.S. SYSTEM ((.G.) 1 ' 11000 /3 - 1 3 3000 ' 3000 2 3 B 4 i 20 /1 1000 _ 1 000 _ �- GRINDER _ 2tI 1 ESPRESSO MACHINE 11000 13 5 3500 6 i 3500 45 5 C 6 20 /1 _1500 1500 700 _- �- BAR TOP & DIE 50 - 4000 15000 ( 15000 70 7 A 3500 _ 3500 /2 7 A 8 20 /1 150 ( 1500 25 A 26 2 4000 BACK BAR 1 15000 E 15000 ! SPARE - 9 B 10 ' 40 / 8000 0 20 /1 9 B 10 20 1 1 1400 1 1400 ` -� 1 �- U.C. REFRIGERATOR - ! 3 SPARE � 12 i 20 /1 8000 8000 0 20 1 11 C 12 20 1 1400 1400 - SPARE i DISPLAY CASE - _ SPARE 14 3 8000 8000 33 8 34 0 20 /1 13 �A 14 20 1 1400 1 1400 , 1000 0 DISPLAY CASE 1 15 _ !SPARE / 0 RE STRM - F � 1 20 1 0 20 1 15 8 16 20 /1 0 0 �� ! 0 _ SPARE C 18 SPARE _ 18200 I 18200 _ _ I 0 20 /1 17 C 18 ( 20 1 0 1000 } 0 19 SPARE 20 667 SPE SPARE DISPOSER - - -- 0 ! 20 1 19 A 20 20 1 -_� 0 - -� 0 20 /1 j 21 - SPARE / 18200 SPARE i SPARE FIRE SUPP. SYSTEM 1 E 400 0 20 1 21 8 22 20 1 0 20 /1 23 C 24 SP ARE J ( 0 SPARE - SPARE SHUNT -TRIP (KETTLE) 0 20 /1 23 C 24 20 1 j 0 20 /1 25 A 26 SPARE 90 / 18200 i SPARE i 3333 { 47 C 48 140 GAL KETTLE 0 20 1 2 A 26_ 20 /U 0 ! 20 1 27 B _ SHARE 3333 18200 SPARE 49 A 50 - - _ 2950 1 0 i 20 1 27 8 28 20 1 0 20 1 X29 20 1 C 30 SPARE /3 (SPARE 18200 1000 SPARE SPARE SPARE - 0 20 1 29 C 30 20 1 0 20 1 31 A 32 1 SPARE 0 - ! SPARE �- a ICE MACHIN W81N ! SHUNT -TRIP KETTLE " 0 20 1 31 A 32 20 1 0 33 8 - 20 /1 SPARE I 0 SPARE 1 35 GENERAL RECEPT 5 ISPARE 900 SPARE -� 0 20 1 33 8 34 20 11 0 C 36 { 0 ' SPARE -- _ - C OOK'S COUNTER SPARE ( j ) 1500 ; _ PANEL " LWH7' 0 } 20 1 35 C 36 20 t 0 38 20 /1 0 � -- SPARE -� T FARE (SPARE __j0 1 - VIA 150 KVA 0 0 ! 20 1 37 A 38 ' 20 1 0 20 1 0 0 SPARE - SP SPARE _ (2 100 1 3000 9000 XFMR 0 O 0 20 1 39 8 40 20 1 0 0 - 20 1 ( 900 20 1 SPARE 100 1 SPARE SPARE -- _ -�_ -_ y _ _ _ -_- _ _ __..__. 0 _ .- _Zq 41 C...___ -_ �2 -- . -- 20 0 _ . _._ .__ _. _ .. _ S PARE 20 11 PHASE LOADING SUMMARY B POWER PANEL LOADING SUMMARY PHASE LOADING SUMMARY - FARE -_. j PANEL LOADING SUMMARY - ___ -. - LOAD KVA LOAD TYPE (VA) PH A PH B PH C LOAD TYPE LOAD KW CONNECTED PANEL NEC CALCULATED POWER DEMAND - SPARE 42 POWER SPARE DEMAND 0 LOAD KVA 73 A 74 DEMAND LOAD FACTOR LOAD KW PANEL 1 51 HEATED BANQUET CART 5 2 LOAD KW SP , -� - _- 100% LIGHTING 0 CONNECTED PF• 0.0 KVA 9000 ! x 125% = I CONNECTED x 95% = 0.0 KW SPARE RECEPTACLES 900 100% RECEPTACLES LIGHTING 0 0 0 LIGHTING 0 0.0 KVA LIGHTING x 125% = 0.0 KVA x 95% = 0.0 KW 0 0 FIRST t0 KVA RECEPTACLES 0 0 0 RECEPTACLES 0 x 100% = 1.8 KW AMPACITY = OTHER 150,016 CONNECTED REMAINDER MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA x 100% = x 100% = 0.0 KVA x 100% = 0.0 KW AMPACITY = OTHER 10,200 5,400 6,400 REMAINDER 1.8 0.0 KVA AMPAGTY = x 50% = 0.0 KVA x 100% = 0.0 KW 611 132,516 149,616 LARGEST 0.0 KVA 83 C 84 i MOTORS 0.0 KVA _ x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B-C C -A TOTAL 10,200 5,400 6,400 LARGEST 0.0 KVA 0.0 KVA x 90% = x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND x 125% = PHASE BALANCE A -B B -C C -A REMAINDER 280.3 KVA 0.0 KVA x 100% = x 100% - 0.0 KVA x 90% 0.0 KW AMPACITY - 0.0 KVA 0.0 KVA x 90% OTHER 0.0 22.0 KVA _ - -- AMPACITY = x 65% =--- - -- KVA x 100% = 14.3 KW 39.7 x 125% = TO TAL 89% 19% 59% = 282 K VA KW 15.7 282.1 KW 0% 30% GENERAL NOTES, TOTAL 3,900 3,900 3,000 TOTAL 0.0 KVA 220 KVA x 125% = 0.0 KVA 14.3 KVA __ -_- - 14 KW PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE GENERAL NOTES. A -8 B-C C -A 1 12.5 KW 0.0 KVA + = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 0.0 KVA x 90% 0.0 BREAKER ACCESSORIES - PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 0.0 KVA '+ = SHUNT TRIP ' = GFCI PROVIDE NEW UPDATED PANEL DIRECTORIES NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 0.0 KVA x 100% = 0.0 ���- KW + - GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 0% I++ = SHUNT TRIP Cator, Rumo & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P - PAN T -W.DWG _ E700.7 PLOT: 02/10/2005 @ 2:04pm REV: 02/10/2005 CAD: WES XREF: tb.dwg NEW PANEL "LWH7" Pones Notes 400 A MAIN CIRCUIT BREAKER VOLTAGE 120 / 208 V i. PROVIDE SHUNT -TRIP CIRCUIT BREAKER. 400 A BUS PHASE 3 PH 2 ISOLATED GROUND CIRCUIT. WiRE 4 W TYPE : MTG.: SURFACE 1%000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCRIPTION WALK -IN COOLER LTG NEW PANEL "HWH7" TOTAL 1500 BREAKER OCT PH OCT 1 A 2 BREAKER TOTAL 400 ' OTHER 400 MOTORS - -- RECEP - LTG DESCRIPTION 40 GAL TILT KETTLE NOTE Panel Notes: AMP P 20 1 WALK -IN COOLER 150 A 400 A M.LO. 1000 VOLTAGE 277/480 V / 0 - SEE DIMMING SCHEDULE FOR LAMP TYPE VOLTAGE 150 A 120 / 208 SHUNT -TRIP (KETTLE) 400 A BUS WALK -IN FREEZER PHASE 3 PH PHASE 3 PH 1000 1000 20 /1 5 C 6 80 / 6000 6000 WIRE 4 W WIRE 4 W ! REFRIG. SYSTEM _ -_ � 6500 6500 - 70 TYPE : 2 _ 6000 6000 MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : " MTG.: SURFACE 6500 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 14,000 9 B to 20 1 0 F SPARE V BREAKER NOTE ' LTG B� R I I 6500 (BREAKER 11 - C 12 50 / 4000 4000 OTHER TOTAL AMP / P - NOTE j DESCRIPTION LTG RECEPT I MOT O THER TOTAL ( AMP / P J CCT PH COT i AMP P ! TOTAL OTHER i MOTORS RECEPT LTG DESCRIPTION NOTE NOTE ID iSHMACHiNE i DESCRIPTION NOTE 1 11000 11000 50 Tt 667 A 2 f 60 I 12333 1 12333 i _ I 20 1 �_ COMBO- OVEN M 0 900 20 1 3 1 900 11000 11000 /3 - 1 3 B 4 I 6000 12333 i 12333 3 B _ 1 _- 20 1 WORKTAB - _ _ �- 1500 1500 2tI 1 11000 11000 13 5 C 6 i /3 12333 i 12333 5 C 60 0T. MIXER ._.. ®__ - - -- 225 700 700 BOOSTER HEATER �- 50 - 4000 15000 ( 15000 70 7 A 8 _ 0 �- 0 20 1 7 A 8 700 SHUNT -TRIP COMBI-0 N 25 A 26 2 4000 4004 1 15000 E 15000 ! / 9 B 10 ' 40 / 8000 8000 20 1 700 -_ 1500 I 700 ; 1500 f3 1 20 1 STEAMER 20 1 20 1 0 1500 ' -� 1 - f 15000 15000 ! 3 ' 11 C 12 i 20 /1 8000 8000 333 15 31 A 32 f 20 1 0 �_ 20 1 _ SPARE - -- SPARE ' - I �- ! 0 20 /1 i 13 A 14 3 8000 8000 33 8 34 15, - 1000 - 1000 14 0 20 /1 SPARE 0 f 2 0/1 1000 0 20 /i 1 15 8 i6 ( / 0 RE STRM - F � 1000 20 1 1 20 /1 _ SHUNT -TRIP ( STEAMER ) 16 17 SPARE SLICER 0 �� ! 0 ' 20 /1 17 C 18 90 /- 18200 I 18200 -� _ I l X40 GAL KETTLE 1 17 C EXHAUST HOOD 11 ,S _ 20 /1 0 _ 1000 } 0 10 1 19 A - 20 667 18200 SPARE DISPOSER -_- -- EXHAUST HOOD 42 C 20 1 SPARE - 1000 1000 20 1 0 20 /1 j 21 B 22 ( / 18200 _18200 18200 i SPARE FIRE SUPP. SYSTEM E 400 �` 1500 SPARE 20 U 43 A 44 3 _ 0 20 /1 23 C 24 J ( 0 U TILITY DISTRiB. SYS - SPARE SHUNT -TRIP (KETTLE) ' 45 - 8 46 SPARE 2950 j 23 C � 0 j 20 /1 25 A 26 - 90 / 18200 i 18200 i 3333 { 47 C 48 140 GAL KETTLE 2950 2950 SPARE _ 0 20 /1 1 25 A - 0 ! 20 1 27 B 28 MAIN LOBBY - E19 3333 18200 18200 49 A 50 - - _ 2950 1 30 I SPARE 0 20 1 BAIN MARIE TABLE 28 20 1 X29 20 1 C 30 30 /3 18200 18200 1000 SPARE SPARE SPARE REACH -IN REFRIG._ SPARE_ - - SPARE 0 ( 29 C ( ! 0 20 1 31 A 32 1 1633 0 �- a ICE MACHIN W81N _ SHUNT -TRIP KETTLE " 0 SPARE ®� 3100 3100 - 55 A 56 _57 33 8 34 1 20 /1 0 I 0 _ 20 1 35 GENERAL RECEPT 5 ISPARE 900 SPARE -� SPARE { 8 58 0 20 1 35 C 36 20 1 0 ' 32 _ - C OOK'S COUNTER j ( SPARE ) 1500 1500 PANEL " LWH7' - 0 900 , 0 67283 1 6 225 / 1 37 A 38 20 /1 0 � -- _ - � - -� T 8 C (SPARE __j0 1 61 A 62 VIA 150 KVA 0 900 0 48883 ! 49783 ! 0 3900 39 8 40 r 20 1 0 0 2500 - 2500_ 0 SP RE _ (2 100 1 3000 9000 XFMR 0 O 0 66883 i 66883 3 41 C 42 ! 20 1 0 - 20 1 ( 900 20 1 67 A 68 100 1 SPARE 9000 PHASE LOADING SUMMARY SPARE -� PANEL LOADING SUMMARY 3000 SPARE 0 0 i 3000 3 41 C 0 LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED 20 11 NEC CALCULATED B POWER DEMAND PHASE LOADING SUMMARY - FARE -_. j PANEL LOADING SUMMARY SPARE LOAD KVA _20 1 DEMAND LOAD 100 1 FACTOR LOAD KW - PANEL PH A HEATED BANQUET CART PH C - SPARE 42 POWER SPARE DEMAND 0 20 1 73 A 74 CONNECTED PF= 9000 9000 LOAD KVA 1 51 HEATED BANQUET CART 5 2 LOAD KW SP , -� - _- 100% LIGHTING 0 0 0 LIGHTING 0.0 KVA 9000 ! x 125% = 0.0 KVA CONNECTED x 95% = 0.0 KW SPARE RECEPTACLES 900 900 0 RECEPTACLES 0 20 1 (77 C 78 ZO 1 0 96% LIGHTING - CONNECTED MOTORS 0 0 0 FIRST t0 KVA 1.8 KVA x 952 x 100% = 1.8 KVA 0 x 100% = 1.8 KW AMPACITY = OTHER 150,016 131,616 149,616 REMAINDER 0.0 KVA CONNECTED PF= x 50% = 0.0 KVA 20 /1 x 100% = 0.0 KW 520.9 20 1 81 8 82 20 1 MOTORS ISPARE x 100% = 1.8 SPAR AMPAGTY = OTHER SPARE 0 TOTAL 150,916 132,516 149,616 LARGEST 0.0 KVA 83 C 84 i x 125% - 0.0 KVA _ x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B-C C -A REMAINDER 0.0 KVA -� -- �- GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED iN THIS PROJECT. PROVIDE TYPED DESCMP71ONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = 3,000 LARGEST 0.0 KVA x 125% = OTHER 431.2 KVA x 90% x 65% = 280.3 KVA KW x 100% = 280.3 KW 339.3 C -A 14% 13% 1% 0.0 KVA 0.0 KVA x 90% = 0.0 KW AMPACITY = 0.0 KW 30.0 OTHER 0.0 KVA x 125% = TO TAL 433,0 - KV A------ x 100% = 282 K VA KW 15.7 282.1 KW 0% 30% GENERAL NOTES, TOTAL 3,900 3,900 3,000 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% 216 KVA _ BREAKER ACCESSORIES - PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF A -8 B-C C -A 1 12.5 KW 0.0 KVA + = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 0.0 KVA x 90% 0.0 KW AMPACITY = 0 FIRST 10 KVA 0.0 KVA '+ = SHUNT TRIP NEW PANEL "LWH7" Pones Notes 400 A MAIN CIRCUIT BREAKER VOLTAGE 120 / 208 V i. PROVIDE SHUNT -TRIP CIRCUIT BREAKER. 400 A BUS PHASE 3 PH 2 ISOLATED GROUND CIRCUIT. WiRE 4 W TYPE : MTG.: SURFACE 1%000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCRIPTION WALK -IN COOLER LTG RECEPT MOTORS OTHER 1500 TOTAL 1500 BREAKER OCT PH OCT 1 A 2 BREAKER TOTAL 400 ' OTHER 400 MOTORS - -- RECEP - LTG DESCRIPTION 40 GAL TILT KETTLE NOTE AMP P 20 1 AMP P 20 1 WALK -IN COOLER 150 A Panel Notes 100 A 1000 1000 20 /1 3 8 4 / 0 - SEE DIMMING SCHEDULE FOR LAMP TYPE VOLTAGE 150 A 120 / 208 SHUNT -TRIP (KETTLE) U 100 A WALK -IN FREEZER PHASE 3 PH 1000 1000 20 /1 5 C 6 80 / 6000 6000 COOK/HOLD CABINET WIRE 4 W ! REFRIG. SYSTEM _ -_ � 6500 6500 - 70 7 A 8 2 _ 6000 6000 MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : " 6500 6500 14,000 9 B to 20 1 0 F SPARE V BREAKER NOTE ' LTG RECEPT 6540 I 6500 /3 11 - C 12 50 / 4000 4000 OTHER TOTAL AMP / P HEATED CABINET PH BREAKER PREP TABLE W SINKS DISPOSER _ OTHER _ 1500 667 1500 667 20 1 15 / 13 A 14 15 8 16 _ _ 2 20 1 4000 0 4000 TOTAL _ OTHER ` S PARE NOTE RECEPT " - DESCRIPTION NOTE 1 7 SPAR E t � 667 667 ; - -�f 17 C 18 80 %� 6000 6000 _ I 20 1 �_ COOK/HOLD CA BINET 0 900 20 1 3 1 900 667 667 /3 - 19 A 20 _12 600 6000 0 3 B _ 1 _- 20 1 WORKTAB - 0 _ _ - 1500 1500 2tI 1 21 8 22 Y 20 1 0 4 20 1 LOBBY CORK - F03 j SPARE 20 /1 5 C 60 0T. MIXER ._.. ®__ - - -- 225 700 700 15 23 C 24 50 - 4000 4000 20 1 SPARE _ C HEATED CABINET 20 /1 I -_ �- 0 20 1 7 A 8 700 700 / 25 A 26 2 4000 4004 1 j SPARE I SPARE 20 Z1 7 ' PREP TABLE - 0 20 1 700 -_ 1500 I 700 ; 1500 f3 1 20 1 27 8 28 29 C 30 20 1 20 1 0 1500 1500 -� 1 - SPARE PLATING TABLE - !SPARE FOOD PROCESSOR - 1500 20 /1 9 333 333 15 31 A 32 f 20 1 0 �_ 20 1 _ 0 - -- SPARE 600 1 TUB LTG ISPARE SPARE _ 333 ' 333 20 1 33 8 34 15, - 1000 - 1000 14 0 20 /1 DISPOSER 0 f 2 0/1 1000 SPARE 1 333 333 SP 35 C 36 1 RE STRM - F � 1000 20 1 i 0 20 /1 15 B 16 17 2(1 1 SLICER 0 �� - ) - 500 500 20 1 37 A 38 3 1000 1000 -� _ 1 0 20 J1 1 17 C EXHAUST HOOD 11 20 1 -__ 20 /1 0 _ 1000 L 1000 20 1 39 B 40 15 667 667 SPARE DISPOSER -_- -- EXHAUST HOOD 42 0 20 1 19 A 1000 1000 20 1 41 C 42 0 667 667 , RESTRM VEST- E25 _ SPARE -- -- ( 400 SPARE FIRE SUPP. SYSTEM E 400 �` 1500 1500 20 U 43 A 44 3 667 667 1 0 RES TRM (WOMEN) - E2 - -- U TILITY DISTRiB. SYS SPAR I S SPARE 3333 3333 30 45 - 8 46 _ 35 2950 2950 23 C � 24 20 1 HOT FOOD WELL (DININ 0 0 - BAR - F11 225 _. 3333 3333 225 47 C 48 /2 2950 2950 ! _ 0 20 /1 1 25 A 26 24 20 /1 0 MAIN LOBBY - E19 3333 3333 3 49 A 50 25 1 2950 2950 _ 30 I CO P AN DINING 0 20 1 BAIN MARIE TABLE 28 A 20 1 3100 3100 30 51 8 52 20 1 1000 1000 SPARE SPARE SPARE REACH -IN REFRIG._ SPARE_ - 0 0 20 /1 29 C 3100 3100 ?a /1 53 C 54 20 1633 1633 �- a ICE MACHIN W81N _ SPARE " 0 SPARE ®� 3100 3100 3 55 A 56 _57 20 1 1633 1633 0 - I 0 _ 20 1 35 GENERAL RECEPT 5 36 900 SPARE -� _ 900 20 1� 8 58 3 1633 1633 0 i 20 /i 31 0 32 _ - C OOK'S COUNTER j ( - ) 1500 1500 20 1 59 C 60 20 1 1500 1500 20 /1 1 35 C - BEVERAGE COUNTER 20 /1 20 1 SPAR _ - � - 34 T 8 C 0 __j0 1 61 A 62 40 3000 3000 900 0 ! 0 3900 COFFEE BREWER 37 A _ 1 FRYER BATTERY SHUNT -TRIP FRYER 20 /1 0 2500 - 2500_ 0 - 30 1 63 B 64 65 C 66 _ (2 100 1 3000 9000 30 00 9000_ - { 3000 ' HEATED BANQUET CART 0 0 j 3900 GENERAL RECEPT 5 ! 39 840 900 ! 20 1 ( 900 20 1 67 A 68 100 1 9000 9000 20 1 SPARE 0 HEATED BANQUET CART 3000 SPARE 0 0 i 3000 3 41 C 0 20 1 69 B 70 100 1 9000 9000 20 11 39 B HEATED BANQUET CART SPARE PHASE LOADING SUMMARY SPARE FARE -_. j PANEL LOADING SUMMARY SPARE 0 _20 1 71 C 72 100 1 9000 9000 - LOAD TYPE (VA) PH A HEATED BANQUET CART PH C - SPARE 42 POWER SPARE DEMAND 0 20 1 73 A 74 100 1 9000 9000 LOAD KVA DEMAND LOAD 51 HEATED BANQUET CART 5 2 LOAD KW SP , -� - _- 0 - 20 75 B 76 100 1 9000 9000 ! PH C LOAD TYPE CONNECTED HEATE BANQUET CART _ NEC CALCULATED POWER SPARE DEMAND 0� 0 20 1 (77 C 78 ZO 1 0 96% LIGHTING - 3,000 SPARE_ LIGHTING 10 KVA x 125% = SPARE A x 952 = _ 0 20 /1 79 A 80 1 20 1 0 0 RECEPTACLES SPARE 1 -- SPARE -- - CONNECTED PF= SPARE 20 /1 CONNECTED 0 20 1 81 8 82 20 1 0 ISPARE x 100% = 1.8 SPAR AMPAGTY = OTHER SPARE 0 0 REMAINDER 0.0 KVA x 50% = 0 20 1 83 C 84 i 20 11 0 _ 13.0 RECEPTACLES 900 - SPARE 0 PHASE LOA S _ �- _ PANEL LOADING SUMMAR LOAD TYPE (VA) PH A PH B PH C i LIGHTING 0 0 0 RECEPTACLES 900 90D 0 1 MOTORS 0 0 0 OTHER 67,283 48,883 66,883 - -) TOTAL 68,183 49,783 66,883 PHASE BALANCE A -B B -C C -A 37% 34% 2% LOAD TYPE CONNECTED NEC CALCULATED - POWER DEMAND - LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 100% LIGHTING 0.0 KVA x 125% - 0.0 KVA x 95% = 0.0 KW RECEPTACLES CONNECTED FIRST 10 KVA 1.8 KVA x 100% = 1.8 KVA x 100% = 1.8 KW AMPACITY = REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 513.1 MOTORS LARGEST 0.0 KVA x 1252 = 0.0 KVA x 90% = 0.0 KW NEC DEMAND REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = OTHER 183.0 KVA x 65% = 119.0 KVA x 100% = 119.0 KW 335.3 TOTAL 184.8 KVA 120.8 KVA 120.8 KW - - -� -- �- GENERAL NOTES: PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED iN THIS PROJECT. PROVIDE TYPED DESCMP71ONS OF NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL _ BREAKER ACCESSORIES ' = GFCI +• = SHUNT TRiP © 2003 42140 ARCHITECTURE, IN& o w itiiiilli E S %, �H(I T 9781 CC y0N /111(11111 OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD J P A L ARCHI r Deriver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: ISSUE REVISION 002 DD PROG 1 PRICING PKG 06.21.04 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 mojscr N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES E700.7 NEW PANEL "HWH9" PANEL "LWH9" Panel Notes 150 A Panel Notes 100 A M.LO, 120/208 VOLTAGE 277/ 480 V MAIN CIRCUIT BREAKER - SEE DIMMING SCHEDULE FOR LAMP TYPE VOLTAGE 150 A 120 / 208 V PHASE 100 A BUS PHASE 3 PH BUS PHASE WIRE 3 PH 4 W WIRE 4 W TYPE : DIIMMiNG PANEL WIRE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : MTG.: SURFACE 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BRE MTG.: SURFACE BREAKER NOTE DESCRIPTION LTG RECEPT ':, - BREAKERR DESCRIPTION BREAKER RECEPT MOTORS OTHER TOTAL AMP / P {CCT PH BREAKER AMP / P _ OTHER BREAKER MOTORS OTHER TOTAL AMP P CCT PH OC T AMR P TOTAL 1 OTHER MOTORS NOTE RECEPT LTG DESCRIPTION NOTE _® 7 SPAR E t � _i _ __- ; - -�f OTHER 0 20 1 - 1 A 2 I 20 1 �_ ROOF TERR. RECEPT 5 0 900 20 1 3 1 900 20 1 ISPARE �- A SPARE _L_P 20 1� - - - 0 20 1 3 B 4 1 _- 20 1 0 _ _ - - -- 6 900 SPARE 3 SPARE 4 20 1 LOBBY CORK - F03 j 0 20 /1 5 C 6 20 /1 225 0 LAP POOL LTG 1500 8 20 1 225 - 20 1 SPARE _ C 6 20 /1 I -_ �- 0 20 1 7 A 8 - 20 1 o J _ 9 1 LAP POOL LTG 1500 -- j SPARE I SPARE 20 Z1 7 A 8 0 20 1 9 B 10 20 /i ( 0 I 12 1 LAP POOL LTG ( !SPARE SPARE 1500 20 /1 9 8 I I 0 20 /111 _ C 12 { 20 1 _ 0 - -- SPARE 600 1 TUB LTG ISPARE - SPARE _ i 20 1 11 I I 0 20 1 { 13 A 14 0 20 /1 B 0 f 2 0/1 1000 SPARE 1 SPARE 1500 SP 1 RE STRM - F � 1500 20 1 i 0 20 /1 15 B 16 17 2(1 1 18 0 �� - ) - _ - I _ SPARE 375 !SPARE I TUB LTG SPARE �- 3250 _ 1500 0 20 J1 1 17 C 18 20 1 -__ 20 /1 0 _ 0 I ( - _ SPARE SPARE - SPARE �- -_- -- _ 0 20 1 19 A 20 20 1 20 1 O 0 50 , RESTRM VEST- E25 _ SPARE ! SPARE � ( 400 SPARE E 400 �` 0 0 20 /1 21 6 22 20 1 20 /1 1 0 RES TRM (WOMEN) - E2 - -- - SPAR I S SPARE 375 1 _ A_ .__. ___.. 0 �.- _- 20 /1 _ 23 C � 24 20 1 20 /1 0 0 BAR - F11 225 _. - - - I SPAR ! 225 SPARE 27 - _ -8 - ' 28 ! _ 0 20 /1 1 25 A 26 24 20 /1 0 MAIN LOBBY - E19 375 1 !SPAREj 1 20 1 SPARE SPARE 30 I 0 0 20 1 i 27 B 28 A 20 1 20 1 ' 0 0 ! 1000 SPARE SPARE SPARE 32 SPARE_ - 0 0 20 /1 29 C 30 27 ?a /1 28 0 _ _{ 0 375 ( SPARE ! SPARE 20 0 SPARE ®� ( 0 20 1 31 A 32 20 1 2a 1 C 0 - I 0 _ 20 1 35 SPARE -� 36 SPARE SPARE -� _ j 1 0 20 /1 33 B 34 0 i 20 /i 31 0 32 20 1 20 1 j A , SPARE 20 1 SPARE SPARE i __._ I 0 20 /1 1 35 C 36 20 /1 20 1 0 B 34 20 1 8 C 0 - 0 1 0 _- `PANEL 'LWH9' 3000 900 0 ! 0 3900 45 / 37 A 38 20 /1 0 0 ' 35 C 36 20 1 -SPARE -- SPARE �ViA 34 KVA { 3000 900 0 0 j 3900 ( ! 39 840 + 20 1 0 0 20 1 37 A 38 20 1 SPARE 0 !XFMR 3000 0 0 0 i 3000 3 41 C 42 20 1 20 1 0 0 20 11 39 B SPARE PHASE LOADING SUMMARY 0 FARE -_. j PANEL LOADING SUMMARY SPARE SPARE 0 20 1 __.__ __.---- _ - -.-- ____ - - -T -- LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED _ NEC CALCULATED 42 POWER SPARE DEMAND SPARE { - SPARE LOAD KVA DEMAND LOAD 51 FACTOR 5 2 LOAD KW 0 PANEL SPARE - LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED CONNECTED PF= _ NEC CALCULATED POWER 54 DEMAND 0� _ SPARE 96% LIGHTING 3,000 3,000 3,000 LIGHTING 10 KVA x 125% = 11.3 KVA A x 952 = 10.7 KW RECEPTACLES 900 900 0 RECEPTACLES SPARE 1 -- CONNECTED PF= 0 20 /1 CONNECTED MOTORS 0 0 0 FIRST 10 KVA 1.8 KVA x 100% = 1.8 KVA ISPARE x 100% = 1.8 KW AMPAGTY = OTHER 0 0 0 REMAINDER 0.0 KVA x 50% = 0.0 KVA 11.3 KVA x 100% = 0.0 KW 13.0 RECEPTACLES 900 900 0 MOTORS PANEL LOADING SUMMARY TOTAL 3,900 1900 3,000 LARGEST 0.0 KVA x 125% = 0.0 KVA NEC CALCULATED x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B-C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA 0.0 KVA x 90% = 0.0 KW AMPACITY = 0.0 KW 30.0 OTHER 0.0 KVA x 125% = OA KVA MOTORS x 100% = 0.0 KW 15.7 0% 30% 30% TOTAL 3,900 3,900 3,000 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% 216 KVA 0.0 TOTAL 10.8 KVA NEC DEMAND 13.1 KVA A -8 B-C C -A 1 12.5 KW 0.0 KVA GENERAL NOTES: 0.0 KVA x 90% 0.0 KW AMPACITY = 0 FIRST 10 KVA 0.0 KVA _ BREAKER ACCESSORIES -- PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 0.0 KVA x 100% = 0.0 ���- KW + - GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 0% 30% 30% 0.0 KW 525 '+ = SHUNT TRIP © 2003 42140 ARCHITECTURE, IN& o w itiiiilli E S %, �H(I T 9781 CC y0N /111(11111 OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD J P A L ARCHI r Deriver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: ISSUE REVISION 002 DD PROG 1 PRICING PKG 06.21.04 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 mojscr N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES E700.7 NEW NEW PANEL "LWH9" Panel Notes 150 A Panel Notes VOLTAGE 120/208 V 100 A MAIN CIRCUIT BREAKER - SEE DIMMING SCHEDULE FOR LAMP TYPE VOLTAGE 150 A 120 / 208 V PHASE 1. PROVIDE GFCI TYPE CIRCUIT BREAKER 100 A BUS PHASE WIRE 3 PH 4 W TYPE : DIIMMiNG PANEL WIRE 4 W MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : BRE MTG.: SURFACE BREAKER 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL AMP / P {CCT PH BREAKER AMP / P TOTAL OTHER BREAKER RECEPT LTG ! DESCRIPTION NOTE GREAT RIM - G2 300 -- 1 AMP P AMP NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL CCT PH OCT TOTAL OTHER MOTORS RECEPT LTG D ESCRIPT ION NOTE ROOF TERR. RECEPT 5 900 20 1 3 1 900 20 1 1 1 A 2 _L_P 20 1� �- , 0 - LOBBY E23 200 SPARE ROOF TERR. RECEPT 5 _ _ NO C 6 900 20 1 3 B 4 20 1 LOBBY CORK - F03 0 I RESTRM - F 22 225 SPARE 225 1 LAP POOL LTG 1500 8 20 1 225 1500 20 1 5 C 6 20 /1 0 1800 - 1800 _ SPARE 9 1 LAP POOL LTG 1500 200 1500 20 Z1 7 A 8 20 1 3600 0 ! -- 20 / 11 SP_A - 12 1 LAP POOL LTG 1500 150 1500 20 /1 9 8 10 20 1 _..�. 225 20 1 _ A - -- SPARE 600 1 TUB LTG 1500 600 HOTEL ENTRY - E04 1500 20 1 11 C 12 �^ 2 0 /i 200 0 15 B 1 6 2 0/1 1000 SPARE 1 NB LTG 1500 2 1 RE STRM - F � 1500 20 1 13 A 14 20 1 17 0 18 20 1 L - - - _ - I _ SPARE 375 i I TUB LTG 1500 �- 3250 _ 1500 20 1 15 B 16 20 1 -__ _ __._ 0 _ _ ( SPARE _ SPARE _ 0 20 1 17 C 18 20 1 ! 50 O - � 50 , RESTRM VEST- E25 _ SPARE BAR - E09 ( 400 SPARE E 400 20 1 0 , 20 1 19 A 20 20 1 0 400 RES TRM (WOMEN) - E2 SPARE SPARE 375 20 1 � A_ 0 20 1 Zi B 22 20 1 200 0 BAR - F11 225 _. SPAR 225 SPARE 27 - _ -8 - ' 28 ! 0 20 /1 23 C 24 20 1 0 MAIN LOBBY - E19 375 FARE 1 20 1 29 SPARE 30 20 1 0 0 20 1 25 A 26 20 1 ' MAIN LOBBY - E16 0 ! 1000 20 1 SPARE A 32 SPARE_ - 0 0 20 1 27 8 28 375 __- 0 375 20 /1 SPARE 20 0 SPARE ®� SPARE 0 20 1 29 C 30 20 1 - 0 _ 20 1 35 - - 36 1 20 /1 SPARE -� SPARE ! SPARE 0 i 20 1 31 A 32 20 1 20 1 0 A 38 20 1 0 SPARE SPARE SPARE SPARE 0 ( 20 1 33 B 34 20 1 8 C 0 , 20 /1 ` 20 11 0 1 0 _- _ _ SPARE SPARE SPARE SPARE SPARE 0 20 1 35 C 36 20 1 20 /1 0 { SPARE SPARE _ �I SPARE + 0 0 20 1 37 A 38 20 1 0 SPARE SPARE SPARE 0 j 20 1 47 0 20 11 39 B 40 20 1 0 FARE - SPARE SPARE 0 20 1 49 A 50 I 0 20 1 41 C 42 20 1 SPARE 0 SPARE { - SPARE 0 P HASE LOADING SUMMARY 51 B_ 5 2 PANEL LOADING SUMMARY 0 i SPARE - LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED 20 1 _ NEC CALCULATED POWER 54 DEMAND 0� _ SPARE LOAD KVA DEMAND LOAD FACTOR LOAD KW 20 1 PANEL A 56 20 1 0 � � SPARE SPARE 1 -- CONNECTED PF= 0 20 /1 57 B 58 20 /1 0 ��- ISPARE 96% LIGHTING 3,000 1000 3,000 LIGHTING 0 9.0 KVA 59 x 1252 = 11.3 KVA x 95% 0 10.7 KW RECEPTACLES 900 900 0 RECEPTACLES PANEL LOADING SUMMARY CONNECTED MOTORS 0 0 0 FIRST 10 KVA 1.8 KVA NEC CALCULATED x 100% = 1.8 KVA x 100% 1.8 KW AMPACITY = OTHER _ 0 0 _0_ REMAINDER 0.0 KVA PANEL x 50% = 0.0 KVA x 100% 0.0 KW 30.0 MOTORS TOTAL 3,900 3,900 3,000 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% 216 KVA 0.0 KW NEC DEMAND PHASE BALANCE A -8 B-C C -A 1 REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% 0.0 KW AMPACITY = 0 FIRST 10 KVA 0.0 KVA OTHER 0.0 KVA 0. 0 KVA _ 0.0 KW x 125% = 0.0 KVA x 100% = 0.0 ���- KW 362 0% 30% 30% 0.0 KW 525 MOTORS TOTAL TOTAL 6,475 10.8 KVA 0.0 KVA 13. KVA - 0.0 KVA 12.5 KW 0.0 KW NEC DEMAND GENERAL NOTES: A -B B -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = - -_ - - BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF x 125% - 0.0 KVA x 100% - 0.0 KW 65.6 • . GFq NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL, 14% 1 ++ = SHUNT TRIP © 2003 42140 ARCHITECTURE, IN& o w itiiiilli E S %, �H(I T 9781 CC y0N /111(11111 OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD J P A L ARCHI r Deriver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: ISSUE REVISION 002 DD PROG 1 PRICING PKG 06.21.04 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 mojscr N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES E700.7 NEW PANEL "LWHD1" Panel Notes 150 A M.L.O. VOLTAGE 120/208 V i. DIMMED LOAD - SEE DIMMING SCHEDULE FOR LAMP TYPE 150 A BUS PHASE 3 PH 2. NON DIMMED LOAD - SWITCHED ONLY. WIRE 4 W TYPE : DIIMMiNG PANEL MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BRE BREAKER NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL AMP / P {CCT PH OCT AMP / P TOTAL OTHER MOTORS RECEPT LTG ! DESCRIPTION NOTE GREAT RIM - G2 300 1 300 20 1 1 �A 2 20 1 550 _ { I 550 , B SEATIN - F07 GREAT RM - G5 650 650 20 1 3 8 4 20 1 225 t �- , 225 i � LOBBY CORR. - F02 LOBBY E23 200 200 20 /1 ! 5 C 6 20 /1 _ 75 75 LOBBY CORK - F03 I RESTRM - F 22 225 - 225 20 1 7 A 8 20 1 225 - 1 225 LOB CORR. - F0 RESTRM - F18 1800 - 1800 20 1 9 8 10 20 1 200 200 HOT ENTRY - E02 RESTRM - F20 3600 ! I 3600 20 / 11 C 12 20 /1 150 150 HOTEL ENTRY - E03 RESTRM - F21 225 225 20 1 13 A 14 20 1 600 600 HOTEL ENTRY - E04 RESTRM - F19 200 200 20 / 1 15 B 1 6 2 0/1 1000 1000 FRONT DESK 2 RE STRM - F � 450 _ 450 20 1 17 C 18 20 1 L 3 _ - I 375 1 FRONT DESK - E07 RESTRM - E15 3250 _ 3250 20 1 19 A 20 20 1 200 ( _ 200 IFRONT DESK - E08 BAR - E08 200 200 20 1 21 B 22 20 1 ! 50 - - � 50 , RESTRM VEST- E25 _ BAR - E09 ( 400 _.- E 400 20 1 2 3 C 24 20 /1 400 - 400 RES TRM (WOMEN) - E2 BAR - F10 375 375 20 1 � A_ 26 20 1 200 200 RESTRM WOMEN - E BAR - F11 225 ( 225 ­ 25 20 /t - 27 - _ -8 - ' 28 20 1 160 1 160 RESTRM WOMEN - E MAIN LOBBY - E19 375 375 1 20 1 29 C 30 20 1 0 SPARE MAIN LOBBY - E16 1000 ! 1000 20 1 31 A 32 20 /1 0 SPARE MAIN LOBBY - E18 375 __- 375 20 /1 33 34 20 0 ®� SPARE (LOBBY RESTRM - E24 450 _ 450 _ 20 1 35 _B C 36 1 20 /1 0 ! SPARE MAIN LOBBY - E23 200 200 20 1 37 A 38 20 1 0 SPARE SPARE SPARE ! 1 0 - 0 ( 20 1 20 1 39 41 8 C 40 42 , 20 /1 ` 20 11 0 1 0 _- _ SPARE SPARE SPARE 0 20 1 43 A 44 20 /1 0 { SPARE �I + 0 20 /1 45 B 46 ! 20 1 0 SPARE SPARE _ 0 j 20 1 47 C 48 I 20 /i 0 FARE SPARE 0 20 1 49 A 50 I - 20 1 _ 0 _ SPARE - SPARE { - _ 0 20 1 51 B_ 5 2 20 1 0 i SPARE - SPARE 0 20 1 53 C - 54 20 1 0� _ SPARE SPARE ---- -. 0 20 1 55 A 56 20 1 0 � � SPARE SPARE 1 -- 0 20 /1 57 B 58 20 /1 0 ��- ISPARE !SPARE 0 20 1 59 C 60 20 i 0 SPARE PHASE LOADING S UMMARY PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 95% LIGHTING 7,350 5,085 6,475 LIGHTING 18.9 KVA x 125% = 216 KVA x 952 = 225 KW RECEPTACLES 0 0 0 RECEPTACLES CONNECTED MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW AMPACITY = OTHER 0 0 0 REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 525 MOTORS TOTAL 7,350 5,085 6,475 LARGEST 0.0 KVA x 1252 = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = OTHER 0.0 KVA x 125% - 0.0 KVA x 100% - 0.0 KW 65.6 45% 27% 14% 1 TOTAL _ 18.9 KVA 23.6 KVA - 225 KW GENERAL NOTES: _ -- - -- BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF ' = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL " = SHUNT TRIP © 2003 42140 ARCHITECTURE, IN& o w itiiiilli E S %, �H(I T 9781 CC y0N /111(11111 OWNER/DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD J P A L ARCHI r Deriver, Colorado MASTER PLANNER DESIGN ARCHITECT HART I HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON, COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: ISSUE REVISION 002 DD PROG 1 PRICING PKG 06.21.04 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 mojscr N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES E700.7 © 2003 42140 ARCHITECTURE, IN& RED O . ... UG 4 - 7!7 !!/1L111111 11 � \ OWNER /DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT' OF RECORD ■ J ARCHiTEC'fURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLTFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 NEW NEW PANEL "LEV4" "LWHD2" Notes: CD PROG SET 01.14.05 006 600 A MAIN CIRCUIT BREAKER VOLTAGE 277 / 480 V Pone) Notes 600 A 200 A M.L.O. MAIN CIRCUIT BREAKER VOLTAGE VOLTAGE 120 / 208 V 1. DIMMED LOAD - SEE DIMMING SCHEDULE FOR LAMP TYPE BUS 200 A BUS BUS PHASE W 3 PH 3 PH 2. NON DIMMED LOAD - SWITCHED ONLY 65,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) WARE 4 W WIRE 4 W WIRE 4 W TYPE : CONNECTED LOADS IN VA BY CATEGORY AND PHASE TYPE : DIMMING PANEL TYPE : LI GHTING RECEPTACLES MOTORS 10,000 OTHER SUB -LOAD OR PANE_ L MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG.: SURFACE _ PH A PH B PH C �j 54537 49575 , 40454 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) a PH A 1500 PH B ! 1200 PH C 900 LARGEST PH A 0 � I # PANEL "EHWPi` BREAKE ^ jBREAKER 0 ; 0 4680 3600 3420 BREAKER I 39553 J 39553 �- BREAK -� -- --------j- , NOTE DESCRIPTION ! LTG RECEPT MOTORS ' OTHER TOTAL AMP P AMP P CCT PH CCT AMP / P TOTAL I dTHER j MOTORS RECEPT j LTG = DESCRIPTION NOTE i GRAND STAIR - Ai6 100 FCU -2 AG2 -02 ! 100 { 20 1 1 A 2 20 1 1200 ' 20 1 400 1200 ISP TREAT. RMS B 4 GRAND STAIR - Al 7 75 ? SPARE LOAD TYPE (VA) SKI NNE RECEPT 75 20 t 3 6 - 4 _. 20 1 600 3 B 4 600 ' Gi ELEV LOBBY All 0 6 GRAND STAIR - Al 5 700 LOAD KVA SPARE 700 i 20 /1 { 5 C 6 20 /1 1200 0 20 1 5 1200 G1 LOBBY 20 1 2 SKI CLUB i 1200 LIGHTING 54,537 1 40,454 1200 20 /1 I 7 A 8 20 /1 1200 KW 93% 0 1200 Gl LOBBY A 2 SKI CLUB i 1200 j 0 ~- 1200 20 /1 9 B 10 20 /1 1200 _ 10.0 KVA x 100% = 10.0 1200 jG1 STAIR 20 1 2 SKI CLUB 1 1200 j j 4,500 0 ; 1200 20 /1 11 C 12 20 /1 1200 WAREHOUSE RECEPT 0 C _ 1200 G1 LOBBY } I - 2 SK CLUB j 1200 C C j 20 i 1200 20 1 13 A 14 20 /1 1225 11 &7 KVA x 125% = 14&3 WAREHOUSE RECEPT 1225 CONF COVE A6 KW 2 SKI CLUB RESTRM 1200 20 /1_ I 14 1200 20 1 15 8 1 6 20 1 200 - - -- ~ - 200 CONF COVE A5 OTHER 2 SPA UC LTS 1200 x 100% = 0 20 1 15 1200 i 20 1 17 C 18 _ 20 800 PANEL LOADING SUMMARY 800 PREFUNCTiON LTG 525.0 2 SPA CORK 1 1200 PH A PH 8 TOTAL 0 1200 20 /1 19 A 20 2 J 1800 1800 MTG 04 SPARE 2 SPA COMM. RM 1200 PANEL f 1200 20 /1 j 21 8 22 20 /1 800 0 j 800 MTG D3 2 SPA TUBS 1200 SPARE (� 1200 1 20 1 23 C 24 20 1 { _ 900 I 20 1 1 900 MTG D2 2 SPA TUBS 1200 SPARE RECEPTACLES i SPARE _ 1200 20 1 25 A 26 20 1 600 23 c 24 _ 600 MTG C2 0 2 1 SPA RECEPTS 1200 �� OTHER i - - 1200 20 1 27 B 28 20 1 600 0 _ ?U1 20 1 25 600 MTG C3 20 1 MOTORS CONF 811 1 630 630 i 20 1 29 C 30 1 20 /1 600 _ -� 0 600 MTG C6 8 28 CONF 612 1350 0 __. I� _ _ _ 1350 20 1 1 31 A 32 1 20 /1 8001 B -C C -A ? 500 MTG C4 20 29 CONE 613 400 20 1 0 400 20 1 -� 33 ._ - �� 34 20 1 - -, SPARE _ _ 1.9 C I 200 MTG CS O% 0 CONF B14 600 A 32 20 1 600 ' 20 1 i 35 C 36 20 1 - 600 1 0. KVA SPARE 600 MTG C8 -- GENERA L. CONF 81 3150 20 1 33 B 3150 20 11 37 A 38 20 /1 _ 575 FOR PANELS THAT ARE SPARE DESCRIPTIONS OF 575 MTG C9 COIF 83 1260 0 20 1 35 1260 20 1 39 8 40 20 f1 400 e 400 MTG CIO ~ SUSFEED COIF B4 200 0 0 0 200 10 1 41 C 42 20 /1 800 800 MTG C11 SPARE CONF B5 1920 0 0 0 0 1920 20 1 43 A 44 20 1 1200 1 0 1200 MTG C13 _ CONF 86 _ 1320 -- 0 0 1320 1 20 1 1 45 8 46 j 20 /1 775 42 775 MTG C14 _ CONF B7 1800 SPw PHASE LOADING SUMMARY 1800 20 1 47 C 48 2 0 1 1000 1000 MTG C15 PH A PH B CONF 88 630 CONNECTED NEC CALCULATED POWER 630 20 /1 49 _ A 50 2 0 1 200 LOAD KVA 200 JMTG C16 FACTOR SPARE PANEL 0 20 1 51 B 52 201 600 1 CONNECTED PF= TG C17 SPARE 0 20 1 53 C 54 20 /1 100 0 0 1 LIGHTING 100 IMTG A13 x 125% = 0.0 KVA SPARE = 0.0 KW ( 0 20 1 55 A 56 1 0 SPARE CONNECTED MOTORS SPARE 0 0 FIRST 10 KVA 1.1 KVA j 0 20 1 57 B 58 __ Iq _ j 20 /i 0 0 0 0 1 REMAINDER SPARE x 50% = SPARE x 100% = 0.0 KW 12.2 0 20 1 59 C 60 20 1 0 SPARE PHASE L SUMMARY TOTAL 3,324 PANEL LOADING SUMMARY 0 LARGEST 3.3 KVA x 125% = 4.2 KVA x 90% = LOAD TYPE (VA) �PH A PH 8 PH C LOAD TYPE A -B CONNECTED C -A NEC CALCULATED 0.0 KVA POWER DEMAND 0.0 KVA x 90% = 0.0 KW AMPACITY = LOAD KVA DEMAND LOAD OTHER FACTOR LOAD KW PANEL 0.0 KVA x 100% = 0.0 KW 14.5 208% O% Ox CONNECTED PF= TOTAL 4.4 KVA 95% 5.2 KVA LIGHTING 20,750 13,230 14,730 LIGHTING 48.7 KVA x 125% - 60.9 KVA x 95% 57.8 KW RECEPTACLES 0 0 0 RECEPTACLES BREAKER ACCESSORIES ACCESSORIES - - PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF CONNECTED NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA x 100% = 0.0 KVA x 1002 = 0.0 KW AMPACITY = OTHER 0 0 0 REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 135.2 MOTORS TOTAL 20,750 13,230 14,730 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = OTHER 0.0 KVA x 125% = 0.0 KVA x 100% = 0.0 KW 169.0 57x lfx 41x ' f TOTAL _ 4&7 KVA 60.9 KVA 57.8 KW GENERAL NOTES: �- _ s - BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL # = SHUNT TRIP © 2003 42140 ARCHITECTURE, IN& RED O . ... UG 4 - 7!7 !!/1L111111 11 � \ OWNER /DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT' OF RECORD ■ J ARCHiTEC'fURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLTFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 NEW NEW PANEL "LEV4" MDC Notes: CD PROG SET 01.14.05 006 600 A MAIN CIRCUIT BREAKER VOLTAGE 277 / 480 V Panel Notes 600 A BUS 150 A MAIN CIRCUIT BREAKER PHASE VOLTAGE 120/208 V 225 A BUS 200 A BUS 4 W PHASE 3 PH 65,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) WARE 4 W WIRE 4 W TYPE : CONNECTED LOADS IN VA BY CATEGORY AND PHASE TYPE : LI GHTING RECEPTACLES MOTORS 10,000 OTHER SUB -LOAD OR PANE_ L - PANEL `ESH MTG.: SURFACE _ PH A PH B PH C �j 54537 49575 , 40454 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) a PH A 1500 PH B ! 1200 PH C 900 LARGEST PH A 0 PH B PH C 0 500 I REMARKS PANEL "EHWPi` BREAKE j 0 0 ; 0 4680 3600 3420 BREAKER I 39553 J 39553 DESCRIPTION BREAK 4500 2500 , LARGEST ELEVATOR - ELEVATOR 9 AMP P OCT PH CCT TOTAL OTHER MOTORS AMP P AMP P NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL CCT PH CCT TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE FCU -2 AG2 -02 3324 SPARE 3324 20 / 1 A 2 20 1 400 0 3 B 4 20 1 0 SPARE LOAD TYPE (VA) SKI NNE RECEPT PH 8 1080 LOAD TYPE CONNECTED 1080 20 1 3 B 4 20 1 5 0 6 20 /f� 0 LOAD KVA SPARE FACTOR WAREHOUSE OFF REC SPARE Y _ 0 20 1 5 C 6 20 1 8�' 0 CONNECTED PF= LIGHTING 54,537 1 40,454 SPARE_ LIGHTING 144.6 W AREHOUSE RECEPT _ KVA x 95% = 171.7 KW 93% 0 20 1 7 A 8 20 1 0 0 ~- SPARE SPARE 67,657 67,357 WAREHOUSE RECEPT _ 10.0 KVA x 100% = 10.0 KVA 0 20 1 9 B 10 20 1 4,500 0 REMAINDER 2.4 KVA x 50% = 1.2 KVA SPARE 1.2 KW WAREHOUSE RECEPT 0 - 13 A 0 20 i II it C C 12 20 i 0 TOTAL 131,274 125,752 113,931 SPARE 11 &7 KVA x 125% = 14&3 WAREHOUSE RECEPT I 133.5 KW j - PHASE BALANCE 0 20 /1_ C -A 14 20 1 KVA x 100% = 84.3 0 x 902 = 75.9 KW NEC DEMAND SPARE 0 20 1 SPARE OTHER 11.9 E KVA x 100% = 0 20 1 15 �8 16 20 1 15% 0 PANEL LOADING SUMMARY SPARE 525.0 SPARE j LOAD TYPE (VA) PH A PH 8 TOTAL 0 1 20 1 17 C 18 20 1 0 LOAD KVA SPARE FACTOR - SPARE PANEL f 0 20 1 19 A 20 20 1 0 SPARE V SPARE 100% LIGHTING 0 0 20 1 21 B 22 20 1 1 0 KW RECEPTACLES ( _ SPARE RECEPTACLES SPARE _ _ CONNECTED 0 0 23 c 24 20 1 x 100% = 0 x 100% = 0.2 KW �� OTHER SPARE - - 0 SPARE x 50% = 0.0 KVA x 100% = 0.0 0 _ ?U1 20 1 25 A 26 20 1 MOTORS 0 SPARE SPARE 0 20 1 27 8 28 20 1 _ 0 __. I� _ _ _ _ x 90% = SPARE KW NEC DEMAND SPARE A -B B -C C -A REMAINDER 0.0 KVA 0 20 29 C 30 20 1 0 OTHER 0.4 KVA x 125% SPARE x IOOX 0.5 SPARE _ _ 1.9 C _ _ Ox O% 0 20 1 31 A 32 20 1 0 _ TOTAL 0. KVA S PARE 1 0. KVA SPARE _- -- GENERA L. 0 20 1 33 B 1 20 /1 PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE SPARE DESCRIPTIONS OF SPARE ; = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 0 20 1 35 C _34 36 20 1 0 SPARE SUSFEED 0 0 0 0 0 100 37 _ A 38 20 1 0 SPARE PANEL 'LEV4A' 0 0 0 0 0 39 B 40 20 1 0 _ SPARE -- 0 0 0 �0 0 3 41 C 42 _ SPw PHASE LOADING SUMMARY PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND _ LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 92% LIGHTING 0 0 0 1 LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES 0 1,080 0 I RECEPTACLES CONNECTED MOTORS 3,324 0 0 FIRST 10 KVA 1.1 KVA x 100% = 1.1 KVA x 100% = 1.1 KW AMPACITY = OTHER 0 0 0 1 REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 12.2 - MOTORS TOTAL 3,324 1,080 0 LARGEST 3.3 KVA x 125% = 4.2 KVA x 90% = 37 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = OTHER 0.0 KVA x 100% = 0.0 KVA x 100% = 0.0 KW 14.5 208% O% Ox TOTAL 4.4 KVA 5.2 KVA -- 4.8 KW GENERAL NOTES BREAKER ACCESSORIES ACCESSORIES - - PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF i' = GFq� NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL = SHUNT TRIP © 2003 42140 ARCHITECTURE, IN& RED O . ... UG 4 - 7!7 !!/1L111111 11 � \ OWNER /DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT' OF RECORD ■ J ARCHiTEC'fURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLTFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 NEW MDC "DP -E(;1" "EG1X" MDC Notes: CD PROG SET 01.14.05 006 600 A MAIN CIRCUIT BREAKER VOLTAGE 277 / 480 V 600 A BUS VOLTAGE 120/208 PHASE 3 PH 225 A BUS PHASE 3 PH WARE 4 W 65,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) WARE 4 W DESCRIPTION OF TYPE : CONNECTED LOADS IN VA BY CATEGORY AND PHASE LI GHTING RECEPTACLES MOTORS 10,000 OTHER SUB -LOAD OR PANE_ L - PANEL `ESH _ PH A PH B PH C �j 54537 49575 , 40454 PH A 0 _ PH _8 PH C v 720 + _..0 a PH A 1500 PH B ! 1200 PH C 900 LARGEST PH A 0 PH B PH C 0 500 I REMARKS PANEL "EHWPi` BREAKE j 0 0 ; 0 4680 3600 3420 39553 I 39553 J 39553 DESCRIPTION 4400 4500 2500 , LARGEST ELEVATOR - ELEVATOR 9 AMP P OCT PH CCT TOTAL OTHER MOTORS ; LTG 26604 26604 26604 a 180 180 20 1 1 A 2 20 /1 0 SPARE GEN CONTROL PNL PHASE LOADING SUMMARY 400 400 LOADING SUMMARY 3 B 4 20 1 0 LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED _ POWER DEMAND 0 20 1 5 C 6 20 /f� 0 LOAD KVA DEMAND LOAD FACTOR LOAD KW SPARE j 0 20 1 7 A 8�' 20 1 CONNECTED PF= LIGHTING 54,537 49,575 40,454 LIGHTING 144.6 KVA x 125% = 180.7 KVA x 95% = 171.7 KW 93% RECEPTACLES 4,680 4,320 3,420 10 RECEPTACLES 0 ~- SPARE MOTORS 67,657 67,357 67,057 FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% = 10.0 KW CONNECTED OTHER 4,400 4,500 3,000_ REMAINDER 2.4 KVA x 50% = 1.2 KVA x 100% 1.2 KW AMPACITY - 0 20 1 _ 13 A MOTORS 20 1 0 447.3 TOTAL 131,274 125,752 113,931 I LARGEST 11 &7 KVA x 125% = 14&3 KVA x 902 g 133.5 KW i6 PHASE BALANCE A -B B-C C -A I REMAINDER 84.3 KVA x 100% = 84.3 KVA x 902 = 75.9 KW NEC DEMAND 0 20 1 17 OTHER 11.9 KVA x 100% = 11.9 KVA x 100% = 11.9 KW AMPACITY = 4% 10% 15% PANEL LOADING SUMMARY 525.0 LOAD TYPE (VA) PH A PH 8 TOTAL 371.9 KVA 436.5 KVA POWER 404.2 KW © 2003 42140 ARCHITECTURE, IN& RED O . ... UG 4 - 7!7 !!/1L111111 11 � \ OWNER /DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT' OF RECORD ■ J ARCHiTEC'fURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLTFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 NEW 05.21.04 PANEL "EG1X" 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 Pones Notes M LO. VOLTAGE 120/208 V 225 A BUS PHASE 3 PH WARE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER _ _ m BREAKE AM P P NOTE DESCRIPTION LTG I RECEPT MOTORS OTHER TOTAL AMP P OCT PH CCT TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE GEN YARD RCPT 180 180 20 1 1 A 2 20 /1 0 SPARE GEN CONTROL PNL 400 400 20 1 3 B 4 20 1 0 SPARE SPARE 0 20 1 5 C 6 20 /f� 0 SPARE SPARE 0 20 1 7 A 8�' 20 1 0 SPARE SPARE 0 20 1 9 B 10 20 1 0 ~- SPARE SPARE 0 20 /1 tt C 12 20 1 0 SPARE SPARE 0 20 1 _ 13 A 14 20 1 0 SPA SPARE 0 20 Lt_._ 15 B i6 20 1 0 _ SPARE SPARE 0 20 1 17 C 18 20 1 0 SPARE PHASE LOADING SUMMARY PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 100% LIGHTING 0 0 0 LIGHTING 0.0 KVA x 125% = 0.0 KVA x 952 = 0.0 KW RECEPTACLES 180 0 0 RECEPTACLES CONNECTED MOTORS 0 0 0 FIRST 10 KVA 0.2 KVA x 100% = 0.2 KVA x 100% = 0.2 KW AMPACITY = OTHER 0 400 0 REMAINDER 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 1.6 MOTORS TOTAL 180 400 0 LARGEST 0.0 KVA x 1252 = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x Sox = 0.0 KW AMPACITY = OTHER 0.4 KVA x 125% 0.5 KVA x IOOX 0.5 KW 1.9 122% Ox O% _ TOTAL 0. KVA 0. KVA GENERA L. PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF ; = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL •' = SHUNT TRIP © 2003 42140 ARCHITECTURE, IN& RED O . ... UG 4 - 7!7 !!/1L111111 11 � \ OWNER /DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON,COLORADO ARCHITECT' OF RECORD ■ J ARCHiTEC'fURE Denver, Colorado MASTER PLANNER DESIGN ARCHITECT HART HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLTFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERMIT /BID 02.15.05 moper N PROJECT KEYPUN ELECTRICAL PANEL SCHEDULES Cator, Rumo & Assoc. FILENAME:P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P - PAN T -W.DWG - E700.8 PLOT: 02/10/2005 0 2:04pm REV: 02/10/2005 CAD: WES XREF: tb.dwg 11 E700.8 2003 42140 ARCHITECTURE. INk 1 � PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor' Rvmv & Assoc. RLEwAwE:P:\PR0J[CTS\2003\2003-237 NAIL u0w5*EAD CORE REDEvELOPw[wT\CAD\DDS\[LEC\p- PAN 2-E.DWG - [700.9 PLOT: 02/10/2005 @ 2:o4pm REV: 02/10/2005 CAD: wE5 xR[r: tbd*g 11 E700.9 NEW PANEL "NE5" NEW PANEL "LEW NEW PANEL NEW 250 A MAIN CIRCUIT BREAKER VOLTAGE 277/480 V 1600 A MAIN CIRCUIT BREAKER Panel Notem VOLTAGE 277 / 480 V MAIN CIRCUIT BREAKER V VOLTAGE V 277/480 V 2000A BUS 100 A BUS PHASE 100 A PHASE 3 PH 3 PH NOTE 3 PH LTG RECEPT MOTORS OTHER WIRE BREAKER AMP 4 IN PH CCT BREAKER AMP / P TOTAL 07HER MOTORS RECEPT LTG DID::CRIP11ON TYPE : RECPT RECPT TYPE : 35.000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG. SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 1000 MTG. SURFACE J_ DESCRIPTION OF AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE CONNECTED LOADS (IN VA) BY CATEGORY AND PHASE MOTORS] OTHER TOTAL AMP �T P AiCCT BREAKER PH IBREAKER OCT AMP / P TOTAL OTHER UGHTING RECEPT RECEPTACLES DESCRIPTION MOTORS IePARE ���ON LTG OTHER MP NOTE SUB-LOAD OR PANEL LTG AMP / P AMP / P NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL CCT PH OCT TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE DESCRIPTION NOTE 3875 3875 IS 3875 L 12438 3875 15 3 8 3875 PANEL ^ SE1" 3875 1000 0 0 goo 720 720 7050 7050 1 5693 /3 goo _ZI 0 q 6 20 /1 1260 goo STAIR 11 RECEPT (7) 3875 FCU-10 (AG1-09) 7 A 8 1 20 /1 1000 SPARE 20 /1 1260 0 1260 7 STAIR #3 RECEPT 20 /1 1000 0 90D 900 LTG SPARE 8 10 20 /1 0 i 9422 9422 3 9 B 10 -1 20 /1 0 PANEL *HEVI* SPARE 5900 4180 4000 4680 2520 2880 0 39701 395,45 40181 6700 6300 63M PANEL *HEV2' 1321 SPARE ISPARE 0 1440 900 180 1200 1200 1200 13 105490 105490 105490 718 TVSS (NO LOAD) 15 B 16 1 1080 1080 1 12A CORRIDOR REC (6) 20 /1 718 718 1 17 C 18 20/1 1260 0 20 /1 SPARE A 32 !3A CORRIDOR REC (7) SPARE 0 20 /1 17 C 18 17 0 18 0 SPARE 20 /1 23 C 24 J� 2 1 4A CORRIDOR REC (7) SPARE 0 20 /1 497 8 PHASE LOADING SUMMARY 20 21 8 LOADING SUMMARY 1260 20 /1 0 C 36 1260 20 11 SPARE 0 SPARE LOAD TYPE (VA) PH A PH B PH C 20 /1 LOAD TYPE CONNECTED NEC CALCULATED 20 Ll POWER DEMAND 8 27 8 28 20 /1 . SPARE 16A CORRIDOR gj 7 SPARE LOAD KVA DEMAND LOAD FACTOR LOAD KW C 24 20 /1 0 8 40 goo SPARE 13D CORRIDOR REC (5) SPARE SPARE CONNECTED PF= LIGHTING 14,400 4,580 4,000 26 LIGHTING 23.0 KVA x 125% = 28,7 KVA x 95% 27.3 KW 0 96% RECEPTACLES V�120 13,500 11,880 0 RECEPTACLES 31 A .32 20 /1 900 NEC CALCULATED POWER DEMAND 900 MOTORS 83,366 78,710 71,940 LOAD KW FIRST 10 KVA 10.0 KVA x 100% = 10.0 KVA x 100% 10.0 KW 0 CONNECTED OTHER lIZ190 111,790 111,790 SID COIRRIDOR REC (5) REMAINDER .30.5 KVA x 50% 15.3 KVA x 100% 1&3 KW 20 /1 AMPACITY 0 20 ZI .31 A 32 MOTORS 0 SPARE SPARE 20 11 27 781.0 TOTAL M076 20S.580 199,610 LARGEST 119.1 KVA x 125% 148.9 KVA x 90% = 130 KWF x 125% 0.0 KVA x 90% PHASE BALANCE A-B B-C C-A SPARE REMAINDER 131.0 KVA x 100% 131.0 KVA x 909 = 117.9 KW -C- NEC DEMAND PHASE LOADING SUMMARY SPARE SPARE PANEL LOADING SUMMARY ISPARE 0 20 /1 PANEL "LECl' 0 IM 3015 0 C 8055 45 37 A 38 20 /1 0 SPARE SPARE GFC1 PHASE LOADING SUMMARY LOAD KVA DEMAND LOAD PANEL LOADING SUMMARY LOAD KW SHUNT TRIP PANEL 39 8 40 _20 11 TOTAL 649.3 KVA 669.6 KVA 640.2 KW DEMAND 2003 42140 ARCHITECTURE. INk 1 � PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor' Rvmv & Assoc. RLEwAwE:P:\PR0J[CTS\2003\2003-237 NAIL u0w5*EAD CORE REDEvELOPw[wT\CAD\DDS\[LEC\p- PAN 2-E.DWG - [700.9 PLOT: 02/10/2005 @ 2:o4pm REV: 02/10/2005 CAD: wE5 xR[r: tbd*g 11 E700.9 NEW PANEL "NE5" NEW PANEL "LEW NEW PANEL NEW 250 A MAIN CIRCUIT BREAKER VOLTAGE 277/480 V 400 A Panel Notes: Panel Notm Panel Notem Ponel Not= 100 A MAIN CIRCUIT BREAKER VOLTAGE 100 A MAIN CIRCUIT BREAKER V VOLTAGE V 277/480 V 100 A BUS PHASE 100 A BUS 3 PH PHASE PHASE NOTE 3 PH LTG RECEPT MOTORS OTHER WIRE BREAKER AMP 4 IN PH CCT BREAKER AMP / P TOTAL 07HER MOTORS RECEPT LTG DID::CRIP11ON TYPE : RECPT RECPT TYPE : MTG. SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 1000 MTG. SURFACE J_ 18,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE LTG RECEPT MOTORS] OTHER TOTAL AMP �T P AiCCT BREAKER PH IBREAKER OCT AMP / P TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE IePARE ���ON LTG AMP P MP NOTE DESCRIPTION LTG AMP / P AMP / P NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL CCT PH OCT TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE DESCRIPTION NOTE 3875 3875 IS 3875 0 3875 15 3 8 3875 3875 3875 3875 /3 goo _ZI 900 q 6 20 /1 1260 MAU-6 (10 HP) STAIR 11 RECEPT (7) 3875 FCU-10 (AG1-09) 7 A 8 1 20 /1 1000 SPARE 20 /1 1260 0 1260 7 STAIR #3 RECEPT 20 /1 1000 0 90D 900 LTG SPARE 8 10 20 /1 0 i 9422 9422 3 9 B 10 -1 20 /1 0 SPARE SPARE SPARE 0 0 20_jl 11 C 12 20 1321 1321 SPARE ISPARE SPARE L __IHWCP72__ 20 /1 13 A 718 20 /1 718 1 20 15 B 16 1 1080 1080 1 12A CORRIDOR REC (6) 20 /1 718 718 1 17 C 18 20/1 1260 0 20 /1 SPARE A 32 !3A CORRIDOR REC (7) SPARE 0 20 /1 17 C 18 17 0 18 0 SPARE 20 /1 23 C 24 J� 2 1 4A CORRIDOR REC (7) SPARE 0 20 /1 497 8 497 20 21 8 22 20 /1 1260 20 /1 0 C 36 1260 20 11 SPARE 0 SPARE SPARE 0 20 /1 21 B 22 20 Ll 0 �1260 8 27 8 28 20 /1 . SPARE 16A CORRIDOR gj 7 SPARE ISPARE SPARE 0 0 23 C 24 20 /1 0 8 40 goo SPARE 13D CORRIDOR REC (5) SPARE SPARE 0 20 25 A 26 20 /1 0 0 20 /1 25 A SPARE 20 0 ISPARE PHASE LOADING SUMMARY PANEL LOADING SUMMARY 0 20 /1 31 A .32 20 /1 900 NEC CALCULATED POWER DEMAND 900 50 CORRIDOR REC (5) LOAD KVA DEMAND LOAD SPARE LOAD KW PANEL 0 20 /1 33 R 34 2 0 goo SID COIRRIDOR REC (5) ISPARE SPARE 0 20 /1 35 0 20 ZI .31 A 32 20 11 0 SPARE SPARE 20 11 27 B SPARE 20 /1 20 /1 0 0 0 - 1 33 8 !SPARE ISPARE TOTAL 1,900 900 720 LARGEST 0.0 KVA x 125% 0.0 KVA x 90% 0.0 KIN SPARE SPARE A-B B-C C-A SPARE x 100% 0.0 KVA 0 0.0 KW AMPACITY 0 20 11- -C- 36 PHASE LOADING SUMMARY SPARE SPARE PANEL LOADING SUMMARY ISPARE 0 20 /1 PANEL "LECl' 0 IM 3015 0 C 8055 45 37 A 38 20 /1 0 SPARE SPARE GFC1 PHASE LOADING SUMMARY LOAD KVA DEMAND LOAD PANEL LOADING SUMMARY LOAD KW SHUNT TRIP PANEL 39 8 40 _20 11 LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND I I SPARE LOAD KVA 0 DEMIANDLOAD FACTOR LOAD KW 42 PANEL 0 SPARE 0 0 1,080 PHASE LOADING SUMMARY PHASE LOADING SUMMARY PANEL LOADING SUMMARY PMEL LOADING SUMMARY CONNECTED LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE (VA) PH A PH B PH I LOAD TYPE PH B CONNECTED LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND POWER DEMAND LOAD KVA RECEPTACLES 5.040 5,400 4,680 LOAD KVA LOAD KVA DEMAND LOAD FACTOR LOAD KIN PANEL LOAD KW POWER DEMAND PANEL CONNECTED TOTAL LOAD KVA 1 15, 153 DEMAND LOAD CONNECTED PF= PANEL CONNECTED PF= 13.1 KIN NEC DEMAND PHASE BALANCE A-8 B-C C-A RIEMAINDER LIGHTING 3 4500 400 0 LIGHTING 3.9 KVA MOTORS x 125% = *.9 KVA x 95% 4.6 KW 0 0 1,080 RECEPTACLES 5,040 5,400 4,680 RECEPTACLES TOTAL 8,055 8415 7,695 LARGEST 2.7 KVA CONNECTED 3.4 KVA x 90% 3.0 KW NEC DEMAND PHASE BALANCE A-8 B-C C-A REMAINDER 6.3 KVA x 100% = 6.3 KVA x 90% 5.7 KW AMPACITY = MOTORS BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES MOTORS INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF MOTORS GFCl MOTORS TOTAL 20,978 18,238 17,118 LARGEST 8,950 28.3 KVA 6,413 x 125% - 35.3 KVA x 90% 31.8 KW NEC DEMAND PHASE BALANCE A-8 B-C C-A REMAINDER A-B 9.0 KVA C-A x 100% = 9.0 KVA x 90% V KIN AMPACITY = X gm 7.4 KIN AMPACITY = KW L PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF GFCl N7EW CIRCUITS SONG INSTALLED. INDICATE NEW SPARES IN PENCIL SHUNT TRIP TOTAL 9.3 KVA I TOTAL 9.6 KVA 56.3 KVA 8.8 KIN TOTAL 23.1 KVA 61.8 KVA 57.1 KW 26.3 KVA GENERAL NOTES: 24.0 KIN GENERAL NOTES. GENERAL NOTES: I BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF BREAKER ACCESSORIES GFCJ I NEW CIRCUITS BUNG INSTALLED. INDICATE NEW SPARES IN PENCIL INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIP71ONS OF GFCl NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL GFCl I NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. SHUNT TRIP 2003 42140 ARCHITECTURE. INk 1 � PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor' Rvmv & Assoc. RLEwAwE:P:\PR0J[CTS\2003\2003-237 NAIL u0w5*EAD CORE REDEvELOPw[wT\CAD\DDS\[LEC\p- PAN 2-E.DWG - [700.9 PLOT: 02/10/2005 @ 2:o4pm REV: 02/10/2005 CAD: wE5 xR[r: tbd*g 11 E700.9 NEW PANEL "NE5" NEW PANEL "LEW "SEl" 250 A MAIN CIRCUIT BREAKER VOLTAGE 277/480 V 400 A Panel Notes: Panel Notm Panel Notem 100 A MAIN CIRCUIT BREAKER VOLTAGE 250 A 120/208 V VOLTAGE 277/480 V V 100 A BUS PHASE 400 A 3 PH 3 PH PHASE PHASE 3 PH NOTE DESCRIP11ON LTG RECEPT MOTORS OTHER WIRE BREAKER AMP 4 IN PH CCT BREAKER AMP / P TOTAL 07HER MOTORS RECEPT LTG DID::CRIP11ON TYPE : RECPT RECPT TYPE : MTG. SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 1000 MTG. SURFACE J_ 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE LTG RECEPT MOTORS] OTHER TOTAL AMP �T P AiCCT BREAKER PH IBREAKER OCT AMP / P TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE IePARE ���ON LTG AMP P MP NOTE DESCRIPTION LTG RECEPT MOTORS AMP P AMP / P NOTE DESCRIPTION LTC RECEPT MOTORS OTHER TOTAL CCT PH OCT TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE 3875 3875 IS 3875 0 3875 15 3 8 3875 3875 3875 3875 /3 goo _ZI 900 q 6 20 /1 1260 MAU-6 (10 HP) STAIR 11 RECEPT (7) 3875 FCU-10 (AG1-09) 7 A 8 1 20 /1 1000 SPARE 20 /1 1260 0 1260 7 STAIR #3 RECEPT 20 /1 1000 90D 900 LTG 9 8 10 20 /1 0 i SPARE !SPARE SPARE SPARE 0 20 /1 20_jl 11 C 12 20 1321 1321 ISPARE SPARE L __IHWCP72__ 20 /1 13 A 718 20 /1 718 1 20 15 B 16 1 1080 1080 1 12A CORRIDOR REC (6) 20 /1 718 718 1 17 C 18 20/1 1260 0 20 /1 1260 A 32 !3A CORRIDOR REC (7) SPARE 0 20 SPARE 20 /1 17 C 18 0 0 20 /1 23 C 24 J� 2 1 4A CORRIDOR REC (7) SPARE 0 20 /1 497 8 497 20 21 8 22 20 /1 1260 20 /1 0 C 36 1260 20 11 15A CORRIDOR REC (7) 0 SPARE SPARE 497 497 23 C 24 T 20 /1 �1260 8 27 8 28 20 /1 . 1260 16A CORRIDOR gj 7 ISPARE SPARE 1 0 20 /1 27 B 28 20 /1 goo 8 40 goo 13D CORRIDOR REC (5) SPARE SPARE 0 20 /1 25 A 26 20 0 ISPARE PHASE LOADING SUMMARY PANEL LOADING SUMMARY 0 20 /1 31 A .32 20 /1 900 NEC CALCULATED POWER DEMAND 900 50 CORRIDOR REC (5) LOAD KVA DEMAND LOAD SPARE LOAD KW PANEL 0 20 /1 33 R 34 2 0 goo SID COIRRIDOR REC (5) ISPARE 0 20 /1 35 C 36 20 11 0 CONNECTED SPARE SPARE SPARE 0 20 11 27 B SPARE 20 /1 20 /1 0 0 0 20 /1 33 8 !SPARE ISPARE TOTAL 1,900 900 720 LARGEST 0.0 KVA x 125% 0.0 KVA x 90% 0.0 KIN SPARE SPARE A-B B-C C-A REMAINDER 0.0 KVA x 100% 0.0 KVA 0 0.0 KW AMPACITY SPARE PHASE LOADING SUMMARY SPARE SPARE PANEL LOADING SUMMARY ISPARE 0 20 /1 35 SPARE 0 20 /1 1 41 C 42 20 /1 37 A 38 20 /1 0 SPARE SPARE GFC1 PHASE LOADING SUMMARY LOAD KVA DEMAND LOAD PANEL LOADING SUMMARY LOAD KW SHUNT TRIP PANEL 39 8 40 _20 11 LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND I I SPARE LOAD KVA 0 DEMIANDLOAD FACTOR LOAD KW 42 PANEL 0 SPARE 0 0 1,080 CONNECTED PF= PHASE LOADING SUMMARY PMEL LOADING SUMMARY CONNECTED LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED PANEL LOADING NEC CALCULATED POWER DEMAND LOAD KVA RECEPTACLES 5.040 5,400 4,680 RECEPTACLES LOAD KVA PANEL DEMAND LOAD FACTOR LOAD KW POWER DEMAND PANEL CONNECTED TOTAL LOAD KVA 1 15, 153 DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 13.1 KIN NEC DEMAND PHASE BALANCE A-8 B-C C-A RIEMAINDER CONNECTED PF= x 90% 28.3 KIN AMPACITY = MOTORS RECEPTACLES 0 0 1,080 RECEPTACLES RECEPTACLES goo TOTAL 8,055 8415 7,695 LARGEST 2.7 KVA x 125% = 3.4 KVA x 90% 3.0 KW NEC DEMAND PHASE BALANCE A-8 B-C C-A REMAINDER 6.3 KVA x 100% = 6.3 KVA x 90% 5.7 KW AMPACITY = MOTORS BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF MOTORS GFCl MOTORS LARGEST 1.2 KVA TOTAL 8,950 7.770 6,413 TOTAL 5,224 1,703 720 24.2 KVA 14.5 KVA x 90% 22-3 KVA KIN 21.3 KW PHASE BALANCE A-B B-C C-A REMAINDER 8.2 KVA REMAINDER x 100% = 8.2 KVA X gm 7.4 KIN AMPACITY = KW L PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF GFCl N7EW CIRCUITS SONG INSTALLED. INDICATE NEW SPARES IN PENCIL SHUNT TRIP 2003 42140 ARCHITECTURE. INk 1 � PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor' Rvmv & Assoc. RLEwAwE:P:\PR0J[CTS\2003\2003-237 NAIL u0w5*EAD CORE REDEvELOPw[wT\CAD\DDS\[LEC\p- PAN 2-E.DWG - [700.9 PLOT: 02/10/2005 @ 2:o4pm REV: 02/10/2005 CAD: wE5 xR[r: tbd*g 11 E700.9 NEW PANEL "NE5" NEW PANEL "SEl" 250 A MAIN CIRCUIT BREAKER VOLTAGE 277/480 V 400 A BUS PHASE 3 PH Panel Notm Panel Notem 250 A MAIN CIRCUIT BREAKER 250 A MAIN CIRCUIT BREAKER 277/480 VOLTAGE 277/480 V V 400 A BUS 400 A BUS 3 PH PHASE PHASE 3 PH NOTE DESCRIP11ON LTG RECEPT MOTORS OTHER TOTAL BREAKER AMP PH CCT BREAKER AMP / P TOTAL 07HER MOTORS RECEPT LTG DID::CRIP11ON TYPE : RECPT RECPT TYPE : MTG. SURFACE 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 1000 MTG. SURFACE J_ 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER BREAKER BREAKER BREAKER BREAKER IePARE BREAKER LTG AMP P MP NOTE DESCRIPTION LTG RECEPT MOTORS AMP P AMP / P NOTE DESCRIPTION LTC RECEPT MOTORS OTHER TOTAL CCT PH OCT TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE 3875 3875 IS 3875 0 3875 15 3 8 3875 3875 3875 3875 /3 5 C 6 _ZI 3875 3875 MAU-6 (10 HP) 3875 3875 7 A 8 1 20 /1 1000 SPARE 1000 14 FLR SE CORNER 0 20 /1 7 A 20 /1 1000 1000 LTG SPARE i !SPARE SPARE SPARE 0 20 /1 20_jl 11 C 12 20 1321 1321 ISPARE SPARE 0 20 /1 13 A 14 20 /1 1321 1321 SPARE 0 20 /1 19 A 20 20 /1 SPARE ISPARE --- iSPARE 0 20 /1 31 A 32 SPARE 0 20 SPARE 20 /1 17 C 18 0 0 20 /1 23 C 24 J� 2 SPARE SPARE 0 20 /1 SPARE 8 16 SPARE 20 /1 19 A 20 20 /1 0 C 36 KI P2 20 11 0 SPARE SPARE SPARE 20 1 21 8 27 8 28 20 /1 . 0 SPARE SPARE 0 20 /1 39 8 40 SPARE SPARE 0 20 /1 25 A 26 20 0 PHASE LOADING SUMMARY PANEL LOADING SUMMARY SPARE LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL 0 35 C 36 CONNECTED PF= 0 SPARE RECEPTACLES 900 900 720 RECEPTACLES CONNECTED SPARE SPARE 0 20 11 27 B SPARE 20 /1 20 /1 0 0 0 20 /1 33 8 !SPARE ISPARE TOTAL 1,900 900 720 LARGEST 0.0 KVA x 125% 0.0 KVA x 90% 0.0 KIN NEC DEMAND SPARE A-B B-C C-A REMAINDER 0.0 KVA x 100% 0.0 KVA x 90% 0.0 KW AMPACITY SPARE PHASE LOADING SUMMARY SPARE PANEL LOADING SUMMARY 0 20 /1 35 SPARE 3.8 KVA PH C 0 0 1 37 A 38 20 /1 0 SPARE !,SPARE I SPARE GFC1 NEW CIRCUITS BEING INSTALLED, INDICATE NEW SPARES IN PENCIL LOAD KVA DEMAND LOAD SPARE LOAD KW SHUNT TRIP PANEL 39 8 40 _20 11 0 CONNECTED PF- SPAR SPARE I I SPARE 0 20 /1 41 C 42 20 Z1 0 SPARE 0 0 1,080 RECEPTACLES PHASE LOADING SUMMARY PMEL LOADING SUMMARY CONNECTED LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED PANEL LOADING NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD LOAD TYPE (VA) PH A PH B PH C LOAD KVA PANEL DEMAND LOAD FACTOR LOAD KW POWER DEMAND PANEL TOTAL LOAD KVA 1 15, 153 DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 13.1 KIN NEC DEMAND PHASE BALANCE A-8 B-C C-A RIEMAINDER CONNECTED PF= x 90% 28.3 KIN AMPACITY = RECEPTACLES 0 0 1,080 RECEPTACLES RECEPTACLES goo 720 720 RECEPTACLES CONNECTED RECEPTACLES 900 900 720 RECEPTACLES CONNECTED CONNECTED GENERAL NOTES- MOTORS BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF MOTORS GFCl MOTORS LARGEST 1.2 KVA TOTAL 8,950 7.770 6,413 LARGEST 11.6 KVA 5,224 1,703 720 x 125% = 14.5 KVA x 90% 13.1 KIN NEC DEMAND PHASE BALANCE A-B B-C C-A REMAINDER 8.2 KVA REMAINDER x 100% = 8.2 KVA X gm 7.4 KIN AMPACITY = KW AMPACITY = TOTAL 9.3 KVA 9.6 KVA 8.8 KIN TOTAL 23.1 KVA GENERAL NOTES- 26.3 KVA 24.0 KIN GENERAL NOTES. GENERAL NOTES: I BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF BREAKER ACCESSORIES BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIP71ONS OF GFCl NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL GFCl I NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. SHUNT TRIP SHUNT TPJP 2003 42140 ARCHITECTURE. INk 1 � PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor' Rvmv & Assoc. RLEwAwE:P:\PR0J[CTS\2003\2003-237 NAIL u0w5*EAD CORE REDEvELOPw[wT\CAD\DDS\[LEC\p- PAN 2-E.DWG - [700.9 PLOT: 02/10/2005 @ 2:o4pm REV: 02/10/2005 CAD: wE5 xR[r: tbd*g 11 E700.9 NEW PANEL "NE5" NEW PANEL "NE1" 250 A MAIN CIRCUIT BREAKER VOLTAGE 277/480 V 400 A BUS PHASE 3 PH Panel Notm Panel Notes: 250 A MAIN CIRCUIT BREAKER VOLTAGE MAIN CIRCUIT BREAKER 277/480 V 277/480 V V 400 A BUS PHASE 100 A 3 PH PHASE 3 PH NOTE DESCRIP11ON LTG RECEPT MOTORS OTHER TOTAL BREAKER AMP PH CCT BREAKER AMP / P TOTAL 07HER MOTORS RECEPT LTG DID::CRIP11ON TYPE : RECPT RECPT MTG. SURFACE 14,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 1000 LTG SPARE J_ 10.000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER BREAKER BREAKER BREAKER BREAKER IePARE DESCRIPTION LTG AMP P MP NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL OCT PH OCT OR��ER ESCRIPTION MOTORS I RECEPT LTG DESCRIPTION NOTE OCT PH CCT 3875 OTHER 3875 REaYT . _PRIER_ DEscFjpnON 3875 3875 IS 3875 0 3875 15 3 8 3875 3875 3875 3875 /3 5 C 6 _ZI 3875 3875 MAU-6 (10 HP) 3875 3875 7 A 8 1 20 /1 1000 SPARE 1000 14 FLR SE CORNER 0 20 /1 7 A 20 /1 1000 1000 LTG SPARE i !SPARE SPARE 0 20 /1 15 8 is 20 0 ISPARE ISPARE SPARE 0 20 /1 19 A 20 20 /1 SPARE ISPARE --- iSPARE 0 20 /1 31 A 32 SPARE SPARE 20 /1 17 C 18 0 0 20 /1 23 C 24 J� 2 SPARE SPARE 0 20 /1 SPARE 8 16 SPARE 20 /1 19 A 20 20 /1 0 C 36 KI P2 20 11 0 SPARE SPARE SPARE 20 1 21 8 27 8 28 20 /1 . 0 SPARE SPARE 0 20 /1 39 8 40 SPARE SPARE 0 20 /1 25 A 26 20 0 PHASE LOADING SUMMARY PANEL LOADING SUMMARY SPARE LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL 0 35 C 36 CONNECTED PF= 0 SPARE RECEPTACLES 900 900 720 RECEPTACLES CONNECTED SPARE SPARE 0 20 11 27 B 28 30 20 /1 20 /1 0 0 MOTORS !SPARE ISPARE TOTAL 1,900 900 720 LARGEST 0.0 KVA x 125% 0.0 KVA x 90% 0.0 KIN NEC DEMAND PHASE BALANCE A-B B-C C-A REMAINDER 0.0 KVA x 100% 0.0 KVA x 90% 0.0 KW AMPACITY SPARE PHASE LOADING SUMMARY SPARE PANEL LOADING SUMMARY 0 20 /1 35 C 3.8 KVA PH C 0 NOTES POWER DEMAND SPARE BREAKER ACCESSORIES LGENE PROVIDE NEW UPDA10 PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF SPARE !,SPARE I SPARE GFC1 NEW CIRCUITS BEING INSTALLED, INDICATE NEW SPARES IN PENCIL LOAD KVA DEMAND LOAD FACTOR LOAD KW SHUNT TRIP PANEL 39 8 40 _20 11 0 CONNECTED PF- SPAR SPARE I I SPARE 0 20 /1 41 C 42 20 Z1 0 SPARE 0 0 1,080 RECEPTACLES CONNECTED LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER PHASE LOADING SUMMARY PANEL LOADING SUMMARY LOAD KVA DEMAND LOAD LOAD TYPE (VA) PH A PH B PH C LOAD TYPE PANEL CONNECTED NEC CALCULATED POWER DEMAND TOTAL LOAD KVA 1 15, 153 DEMAND LOAD FACTOR LOAD KW PANEL x 90% 13.1 KIN NEC DEMAND PHASE BALANCE A-8 B-C C-A RIEMAINDER CONNECTED PF= x 90% 28.3 KIN AMPACITY = RECEPTACLES 0 0 1,080 RECEPTACLES CONNECTED RECEPTACLES 900 900 720 RECEPTACLES CONNECTED GENERAL NOTES- MOTORS BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF GFCl MOTORS LARGEST 1.2 KVA x 125% 1.5 KVA x 90% SHUNT TRIP TOTAL 5,224 1,703 720 LARGEST A-B B-C C-A &3 KVA x 125% 4.2 KVA x 90% &7 KW NEC DEMAND PHASE BALANCE A-B B-C C-A REMAINDER 0.8 KVA x 100% 0.8 KVA x 90% 0.7 KW AMPACITY = TOTAL 9.3 KVA 9.6 KVA 8.8 KIN GENERAL NOTES- GENERAL NOTES. I BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT, PROVIDE TYPED DESCRIPTIONS OF GFCl NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL SHUNT TRIP SHUNT TRIP 2003 42140 ARCHITECTURE. INk 1 � PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor' Rvmv & Assoc. RLEwAwE:P:\PR0J[CTS\2003\2003-237 NAIL u0w5*EAD CORE REDEvELOPw[wT\CAD\DDS\[LEC\p- PAN 2-E.DWG - [700.9 PLOT: 02/10/2005 @ 2:o4pm REV: 02/10/2005 CAD: wE5 xR[r: tbd*g 11 E700.9 NEW PANEL "NE5" NEW PANEL Panel Notes. 250 A MAIN CIRCUIT BREAKER VOLTAGE 277/480 V 400 A BUS PHASE 3 PH Panel Notes: Panel Notes: 100 A MAIN CIRCUIT BREAKER MAIN CIRCUIT BREAKER VOLTAGE 277/480 V V 100 A MTG. SURFACE 14,000 AMPERE SHORT CIRCUIT RA71NG (FULLY RATED) 100 A PHASE PHASE 3 PH NOTE DESCRIP11ON LTG RECEPT MOTORS OTHER TOTAL BREAKER AMP PH CCT BREAKER AMP / P TOTAL 07HER MOTORS RECEPT LTG DID::CRIP11ON NOTE RECPT RECPT MTG. SURFACE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 1000 LTG SPARE J_ 10.000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER BREAKER BREAKER IePARE DESCRIPTION LTG RECEPT 0 20 /1 11 C 12 AMP / P 20 /1 OTHER 0 RECEPT LTG ESCRIPTION SPARE P MOTORS MAU-8 (10 HP) TOTAL OCT PH CCT 3875 OTHER 3875 REaYT 1 A 2_ DEscFjpnON 3875 3875 IS 3875 0 3875 15 3 8 3875 3875 3875 3875 /3 5 C 6 _ZI 3875 3875 MAU-6 (10 HP) 3875 3875 7 A 8 1 20 /1 1000 1000 14 FLR SE CORNER SPARE i !SPARE SPARE 0 20 /1 15 8 is 20 0 ISPARE ISPARE SPARE 0 20 /1 19 A 20 20 /1 SPARE ISPARE --- iSPARE 0 20 /1 31 A 32 SPARE SPARE 0 20 /1 23 C 24 J� 2 0 0 20 /1 SPARE 8 16 SPARE 0 0 20 /1 35 C 36 KI P2 20 11 0 SPARE SPARE 20 /1 27 8 28 20 /1 . 0 ISPARE SPARE 0 20 /1 39 8 40 SPARE PHASE LOADING SUMMARY PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL 0 35 C 36 CONNECTED PF= 0 SPARE RECEPTACLES 900 900 720 RECEPTACLES CONNECTED SPARE SPARE 0 20 11 27 B 28 30 20 /1 20 /1 0 0 MOTORS !SPARE ISPARE TOTAL 1,900 900 720 LARGEST 0.0 KVA x 125% 0.0 KVA x 90% 0.0 KIN NEC DEMAND PHASE BALANCE A-B B-C C-A REMAINDER 0.0 KVA x 100% 0.0 KVA x 90% 0.0 KW AMPACITY SPARE PHASE LOADING SUMMARY ISPARE PANEL LOADING SUMMARY LOAD TYPE (VA) TOTAL 3.5 KVA 3.8 KVA PH C 3.7 KW NOTES POWER DEMAND BREAKER ACCESSORIES LGENE PROVIDE NEW UPDA10 PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF !,SPARE I SPARE GFC1 NEW CIRCUITS BEING INSTALLED, INDICATE NEW SPARES IN PENCIL LOAD KVA DEMAND LOAD FACTOR LOAD KW SHUNT TRIP 2003 42140 ARCHITECTURE. INk 1 � PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor' Rvmv & Assoc. RLEwAwE:P:\PR0J[CTS\2003\2003-237 NAIL u0w5*EAD CORE REDEvELOPw[wT\CAD\DDS\[LEC\p- PAN 2-E.DWG - [700.9 PLOT: 02/10/2005 @ 2:o4pm REV: 02/10/2005 CAD: wE5 xR[r: tbd*g 11 E700.9 NEW PANEL NEW PANEL HER1 Panel Notes: Panel Notes: 100 A MAIN CIRCUIT BREAKER MAIN CIRCUIT BREAKER VOLTAGE 277/480 V V 100 A BUS 100 A PHASE PHASE 3 PH 3 PH WIRE 4 IN 4 IN MTG. SURFACE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG. SURFACE 10.000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER BREAKER BREAKER NOTE DESCRIPTION LTG RECEPT MOTORS R TOTAL CCT PH CCT AMP / P TOTAL OTHER MOTORS RECEPT LTG ESCRIPTION NOTE P MOTORS MAU-8 (10 HP) TOTAL OCT PH CCT 3875 OTHER 3875 REaYT 1 A 2_ DEscFjpnON 3875 3875 3875 3875 3 8 3875 3875 3875 3875 /3 5 C 6 _ZI 3875 3875 MAU-6 (10 HP) 3875 3875 7 A 8 1 20 /1 1000 1000 14 FLR SE CORNER SPARE 0 20 /1 15 8 is 20 0 ISPARE SPARE 0 20 /1 19 A 20 20 /1 SPARE --- iSPARE SPARE 0 20 /1 23 C 24 J� 2 0 0 20 /1 SPARE 8 16 20 /1 0 KI P2 SPARE 20 /1 27 8 28 20 /1 . 0 SPARE SPARE 0 35 C 36 11 0 SPARE SPARE SPARE 0 20 11 27 B 28 30 20 /1 20 /1 0 0 !SPARE ISPARE SPARE 0 20 /1 33 8 34 20 _L1 0 SPARE PHASE LOADING SUMMARY ISPARE PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND ISPARE !,SPARE I SPARE LOAD KVA DEMAND LOAD FACTOR LOAD KW 0 PANEL 39 8 40 _20 11 0 CONNECTED PF- SPAR SPARE I I SPARE 0 20 /1 41 C 42 20 Z1 0 RECEPTACLES 0 0 1,080 RECEPTACLES CONNECTED LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KIN PANEL MOTORS TOTAL 17,329 1 15, 153 lZ705 LARGEST 11.6 KVA x 125% 14.5 KVA x 90% 13.1 KIN NEC DEMAND PHASE BALANCE A-8 B-C C-A RIEMAINDER 31.5 KVA x 100% 31.5 KVA x 90% 28.3 KIN AMPACITY = RECEPTACLES 0 0 1,080 RECEPTACLES CONNECTED GENERAL NOTES- MOTORS BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF GFCl NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL LARGEST 1.2 KVA x 125% 1.5 KVA x 90% SHUNT TRIP 2003 42140 ARCHITECTURE. INk 1 � PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor' Rvmv & Assoc. RLEwAwE:P:\PR0J[CTS\2003\2003-237 NAIL u0w5*EAD CORE REDEvELOPw[wT\CAD\DDS\[LEC\p- PAN 2-E.DWG - [700.9 PLOT: 02/10/2005 @ 2:o4pm REV: 02/10/2005 CAD: wE5 xR[r: tbd*g 11 E700.9 NEW PANEL "LERl" Panel Notes: 100 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V 100 A BUS PHASE 3 PH WIRE 4 IN MTG. SURFACE 10.000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER BREAKER AMP / P P __NOTE�j DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL OCT PH CCT TOTAL OTHER MOTORS REaYT =LTG DEscFjpnON N07E 1176 1176 jHWCP-7 _ZI --- iSPARE 0 20 /1 1 �jA 8 16 20 /1 0 SPARE SPARE SPARE SPARE 0 20 11 27 B 28 30 20 /1 20 /1 0 0 !SPARE ISPARE SPARE 0 20 /1 33 8 34 20 _L1 0 SPARE ISPARE 35 C 36 20 /1 0 ISPARE !,SPARE I SPARE 0 20 /1 39 8 40 _20 11 0 SPAR SPARE I I SPARE 0 20 /1 41 C 42 20 Z1 0 SPARE PHASE LOADING SUMMARY PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KIN PANEL CONNECTED PF- six RECEPTACLES 0 0 1,080 RECEPTACLES CONNECTED MOTORS TOTAL 4,704 3.528 1,080 LARGEST 1.2 KVA x 125% 1.5 KVA x 90% 1.3 KW NEC DEMAND PHASE BALANCE A-B B-C C-A REMAINDER 7.1 KVA x 100% 7.1 KVA x 909 6.4 KW AMPACITY = TOTAL 9.3 KVA 9.6 KVA 8.8 KIN GENERAL NOTES- I BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF GFCl NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL SHUNT TRIP 2003 42140 ARCHITECTURE. INk 1 � PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES Cotor' Rvmv & Assoc. RLEwAwE:P:\PR0J[CTS\2003\2003-237 NAIL u0w5*EAD CORE REDEvELOPw[wT\CAD\DDS\[LEC\p- PAN 2-E.DWG - [700.9 PLOT: 02/10/2005 @ 2:o4pm REV: 02/10/2005 CAD: wE5 xR[r: tbd*g 11 E700.9 Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 2 -E.DWG - E700.10 PLOT: 02/10/2005 @ 2:03pm REV: 02/10/2005 CAD: WES XREF: tb.dwg DD PROG 1 04.12.04 NEW PANEL NEW NEW PANEL "HEW "LEW CD PROG SET 01.14.05 006 PERNHT /BID 02.15.05 Panel Notes Panel Notes Panel Notes Panel Notes MAIN CIRCUIT BREAKER Panel Notes V Panel Notes 300 A MAIN CIRCUIT BREAKER 100 A VOLTAGE 277/480 V MAIN CIRCUIT BREAKER 1. CIRCUIT NA UGHTiNG CONTACTOR VOLTAGE 200 A 400 A BUS 1. PROVIDE GFCi PHASE 3 PH 100 A 100 A BUS 3 PH 400 A BUS 3 PH 3 PH PHASE 4 W 3 PH WIRE 4 W WIRE 4 W WARE TYPE -. WIRE MTG.: SURFACE 4 W AMPERE SHORT CIRCUIT RATING (FULLY RATED) WIRE TYPE: 4 W MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE MTG.: SURFACE LTG 35,000 AMPERE SHORT CiRCUiT RATING (FULLY RATED) OTHER TOTAL _ � TYPE : CCT .__ PH - __- ---- - SREAKER CC I AMP P - TOTAL OTHER I MOTORS I j RECEPT LTG N ! DESCRIPTION R I NOTE MT0. : SURFACE BREAKER 10,000 BREAKER _�BREAKER 360 f MTG.: SURFACE 1� - 20 /1 10,000 �- 2 �� 20 /1 _� 0_ BREAKER i AMP / P NOTE j DESCRIPTION LTG ' RECEPT MOTORS OTHER TOTAL CCT PH CC T I AMP P TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION NOTE OCT PH OCT SMP -3 (40 HP) OTHER AMP P AMP P 14394 DESCRI 14,394 90 / 1 A 2 - 20 -_/ 0 MOTORS OTHER TOTAL COT PH CCT S PARE SPARE OTHER _ -- LTG I DE NOTE 14394 SNOWMELT GLYCOL 14394 / 3 8 4 ( 0 x - - _ 20 L - - -- - 0 -- 360 SPARE EXTERIOR RECEPT 2 1439 360 14394 3 5 C 6 _..�/3 0 ! I B 4 540 20 1 ( -- 0 SPARE SMP -4 (40 HP) 360 EXTERIOR RECEIPT 3 I 14394 SPARE SPARE 14394 90 / -__ 7 A 8 20 / 1 3875 5 C 3875 20 1 ( I SE -3 (l0 HP ) f- 180 - -- s 20 1 1 14394 I 1 14394 _ % 9 _ 8 10 / 3875 20 7 3875 1 1 1 - -- 900 -- 900 0 _ 14394 1 14394 3 11 C 12 3 3875 20 /1 3875 8 ( 1 13 900 M-4 ._ I 1200 942 - -- 942 40 _ 13 A 14 20 1 f 2300 _ ( " 20 1 i 11 2 300 !SKI SCHOOL LTS _ A� i - 20 1 �_ 900 942 A 942 / 15 B 1 6 20 /1 580 0 - i ( -_ 2100 30 1 580 SKI SC HOOL LTS I 20 1 -- 900 i6 ` 942 0 9 42 /3 17 _ C _ 18 , 20 /1 � ' i i i - j 2100 � 180 _ ICE RINK RESTRM LTS ; 16 SPARE 0 _900 ( C 900 0 20 1 19 A 20 20 11 ( 1080 ( 1176 1080 1176 ICE RINK ZAMBONI 17 C SPARE 20 /1 20 / 900 0 20 1 0 20 Z1 21 B 22 20 1 1800 I ! 360 SPARE 1800 (SKI INSTRUCTOR LTG 20 1 19 SPARE 20 - B I 900 0 0 0 20 /i 23 C 24 } 20 /1 2200 i I p l 2200 PUBLIC SKI STOP LTG I 20 1 SPARE 8 22 �^ _ 13 i 0 20 /1 25 A 26 20 /1 3600 ( RR HAND DRYER WOM SPARE 36 00_ ' SKI SCHOOL. LTS 2100 2100 SPARE LL _m - SPARE ( 0 1 20 /1 27 B 28 20 /1 1800 0 1 I 1800 ICE RINK LTG ' 2100 SPARE 30 1 25 A 26 SPARE 0 20 /i ; 29 C 30 20 i ; 0 FCU -1 AG1 -14 C 30 1 RR HAND DRYER (WO M. SPARE 27 - SPARE 21 I X27 B i 1 0 20 1 31 A 32_ 20 /t 0 31 FCU -2 AGi -13 _ 1 SPARE 0 - SPARE 2 100 2100 ( 29 1 0 20 1 33 B 34 _ 0 33 _~- - -- - �� SPARE RR HAND DRYER MENS __. SPARE 0 2100 I 30 1 31 0 20 /1 35 C �9�00 900 20 /i 0 900 ( I 0 ' -- SPARE - -- SPARE i RR HAND DRYER MENS PANEL 'LEVi' 1 } 0 3240 1 6096 j 6700 16036 1 1 0 / 37 _36 A 38 x / 360 1 0 0 360 0 PANEL 'LWVt' SPARE 0 VIA 75 KVA VIA 75 KVA _ 0 0 2160_ 2160_t _ 5940 6300 14400 35 39 _ - 8 ^ 40 20 1 360 0 0 - 360 0 VIA 75KVA PUBLIC SKI STORAGE LOAD KW XFMR , TUNNEL RECEPT, CUH 1 0 1 2880 6576 1 6300 15756 13 41 C 42 3 0 0 0 0 0 jXFMR I PHASE LOADING SUMMARY DEMAND 40 SPARE PANEL LOADI SUMMARY SPARE 100% LIGHTING 0 20 1 39 8 LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED 900 NEC CALCULATED POWER _ DEMAND - RECEPTACLES SPARE - - -. NEC CALCULATED POWER SPARE LOAD KVA 20 1 DEMAND LOAD FACTOR LOAD KW 0 PANEL 900 I 0 20 1 900 C 42 - -- 20 1 0 SPARE 0 REMAINDER 0.0 KVA CONNECTED PF= x 50% = 0 20 1 43 A 44 POWER 20 Z 900 1 MOTORS 6,648 MOTORS 900 92% LIGHTING 5,900 4,180 4,000 LIGHTING 14.1 KYA - -; x 125% = 17.6 KVA x 959 = 16.7 KW 8 RECEPTACLES 4,680 2,520 2,880 RECEPTACLES A -B 900 C -A REMAINDER 0.0 KVA - -- x 100% = 0.0 KVA x 90% CONNECTED MOTORS 39,701 39,545 40,181 FIRST 10 KVA 10.0 KVA 47 x 100% = 10.0 KVA x 100% = 10.0 KW AMPACITY = OTHER 6, 700 6,300 6,300 REMAINDER 0.1 KVA TOTAL _ 0.7 KVA -- - - - - x 50% = 0.0 KVA x 100% = 0.0 KW 195.9 20 11 49 A 50 MOTORS 20 1 720 REMAINDER 0.0 KVA - 720 BREAKER ACCESSORIES ICE RINK RECEIPT 4 TOTAL 56,981 52,545 53,361 t LARGEST 43.2 KVA LIGHTING x 125% = 54.0 KVA x 90% = 48.6 KW NEC DEMAND PHASE BALANCE A -8 B-C C -A REMAINDER 762 KVA 1,440 x 100% = 76.2 KVA x 90% = 68.6 KW AMPACITY = x 90% = 0 20 1 OTHER 19.3 KVA 54 x 100% = 19.3 KVA x 100% = 19.3 KW 213.1 x 100% = 0.0 KVA 8% 2% 7% 2.5 KVA SPARE -� x 100% = 2.5 KW AMPACITY 0 20 1 55 _ 56 REMAINDER 20 1 TOTA 162.9 KVA x 509 = 0.0 KVA 177.2 KVA x 100% = 163 KW KW - GENERAL NOTES NEC DEMAND -' ~ ��- -- 0 20 1 57 8 58 BREAKER ACCESSORIES 0 BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF SPARE 2,100 1,380 SPARE + . GFCi NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 0.0 KVA x 125% = 0 1 2 Z1 59 - C 60 1 20 1 ++ = SHUT TRIP Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 2 -E.DWG - E700.10 PLOT: 02/10/2005 @ 2:03pm REV: 02/10/2005 CAD: WES XREF: tb.dwg DD PROG 1 04.12.04 NEW PANEL "LWV1" NEW PANEL PANEL "LEW CD PROG SET 01.14.05 006 PERNHT /BID 02.15.05 Panel Notes Panel Notes Panel Notes 250 A MAIN CIRCUIT BREAKER Panel Notes V Panel Notes VOLTAGE 500 A 100 A MAIN CIRCUIT BREAKER 400 A 250 A MAIN CIRCUIT BREAKER 120/208 VOLTAGE 200 A 120 / 208 V 1. PROVIDE GFCi TYPE CIRCUIT BREAKER 100 A 100 A BUS 3 PH 400 A BUS 3 PH 3 PH PHASE 4 W 3 PH TYPE : WIRE 4 W WARE WIRE WIRE MTG.: SURFACE 4 W AMPERE SHORT CIRCUIT RATING (FULLY RATED) WIRE TYPE: 4 W MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE TYPE : LTG RECEIPT MOTORS - ._._ OTHER TOTAL _ � TYPE : CCT .__ PH - __- ---- - SREAKER CC I AMP P - TOTAL OTHER I MOTORS I j RECEPT LTG N ! DESCRIPTION R I NOTE MT0. : SURFACE BREAKER 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 360 f MTG.: SURFACE 1� - 20 /1 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 2 �� 20 /1 DESCRIPTION 0_ BREAKER i OTHER REC EPT _� TOT _. SPARE - PH OC T BREAKER j 360 AMP / BREAKER ; /1 BREAKER B 4 20 /1 OTHER BREAKER OCT PH OCT TOTAL OTHER AMP P AMP P NOTE DESCRI { LTG AMP P AMP / P NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL COT PH CCT TOTAL OTHER MOTORS RECEPT LTG I DE NOTE v SNOWMELT GLYCOL 540 20 j1 1 400 400 20 1 1 A 2 _ 20 L - - 360 900 0 RESTROOM RECEIPT 5 360 SPARE EXTERIOR RECEPT 2 3 360 FCU -9 AG -201 ( -- 540 20 1 540 1 1 3 B 4 540 20 1 360 0 SPARE 540 360 EXTERIOR RECEIPT 3 EXTERIOR RECEPT 2 SPARE SPARE SPARE GENERAL G1 RECEPT 5 _ 9D0 1 11 0 0 90 0 - � i 5 C 6 20 1 20 900 f- 180 - _ 900 FARE 20 1 FCU -10 AGt -10 I 1 CORRIDOR RECEPT 5 900 _ - 20 /1 9 00 20 7 A 8 ' 120o i 900 12 ao 900 0 - - -- - -- _SPARE - SPARE -�- RECEPT 4 i6 j 20 /1 720 0 ( 720 20 /1 9 8 10 0 13 900 _ ._ 900 1200 ' 20 /1 - -- _ _ -- RESTRM RECEPT 2 ( 360 0 20 /1 360 " 20 1 i 11 C 12 _ A� 20 900 20 1 0 900 ! A ECU- t0�AG1 -ii ( - i RR HAND DRYER (60Y5� ._ - -F 0 SPARE 2100 2100 30 1 13 A 14 20 1 15 900 i6 20 1 9 00 0 22 20 11 -_ - -- 0 i RR HAND DRYER GIRLS �� SPARE 17 2100 2100 30 1 15 B 16 �_Z,3 0 _900 23 C 900 SPARE 20 1� / -- - _ ��- JANITOR EWC 20 1 - 1176 ARE -� 1176 20 /1 17 C 18 20 /1 20 / 900 0 20 1 900 A 20 FCU -10 (AG1 -07) 20 1 0 RESTRM RECEPT _M_ 20 /1 360 SPARE -_ 360 20 1 19 A 20 - B 28 900 0 0 0 900 j 20 /1 - - -- 22 1 RESTRM RECEPT 4 I p 360 C 0 360 20 1 21 8 22 30 _ 13 900 0 0 900 - 0 20 1 23 1 RR HAND DRYER WOM SPARE 20 1 - - - -- _0 2100 2100 30 1 23 C 24 SPARE 20 /i 900 SP 900 SPARE S KIINSTRUCT REC 0 1 RR HAND DRYER WOM. A 26 ' 2100 2100 30 1 25 A 26 SPARE 20 1 696 ~ - i 696 _ 20 1 FCU -1 AG1 -14 C 30 1 RR HAND DRYER (WO M. 20 1_ L 27 - 2 100_ 21 30 /1 X27 B 28 SPARE 20 900 SPAR 0 900 SPARE 31 FCU -2 AGi -13 _ 1 RR HAND DRYER (MENS 0 -! _ 2 100 2100 30 1 29 C 30 I ( SPAR E SPARE _ 0 I 900 33 _~- - -- - �� 1 RR HAND DRYER MENS __. 0 2100 2100 30 1 31 A� 32 ' 0 -(__ 3 �9�00 900 0 20 1 900 ( I 0 ' -- SPARE - -- C i RR HAND DRYER MENS O 1 C 36 2100 2100 30 1 ( 33 B 34 1200 20 1 720 _ 37 A 38 720 - -- PUBLIC SKI STORAGE SPARE 0 MTN DIPS ST OP LOCKER _ PH B PH C 2100 2100 20 1 35 C 36 C 20 1 720 ; 20 /1 0 LOAD KVA 720 DEMAND LOAD FACTOR PUBLIC SKI STORAGE LOAD KW -- , TUNNEL RECEPT, CUH 1 39 900 SPARE 20 j i ' 900 20 1 37 A 38 20 /1 20 900 1 38 20 1 900 _ 0 IFCU-10 DGi -01 DEMAND 40 SPARE SPARE SPARE 100% LIGHTING 0 20 1 39 8 40 x 125% = 0 900 39 8 900 I 20 / - -- - RECEPTACLES SPARE - - -. NEC CALCULATED POWER SPARE 0 20 1 41 C 42 0 3 900 I 0 20 1 900 C 42 - -- 20 1 0 SPARE 0 REMAINDER 0.0 KVA 2,160 x 50% = 0 20 1 43 A 44 POWER 20 Z 900 1 MOTORS 6,648 MOTORS 900 FIRST 10 KVA 4.3 KVA FCU -2 DGi -02 4.3 KVA x 100% = SPARE LOAD TYPE (VA) - -; PH 8 PH C 0 20 1 45 8 46 0.0 POWER 900 PHASE BALANCE A -B 900 C -A REMAINDER 0.0 KVA - -- x 100% = 0.0 KVA x 90% SPARE - LOAD KVA _ - 900 0 20 1 47 C 48 A 00% = 3 900 0.0 KW 900 MOTORS v - -- 1,200 TOTAL _ 0.7 KVA -- - - - - SPARE _ _ CONNECTED PF= 0 20 11 49 A 50 -- 20 1 720 REMAINDER 0.0 KVA - 720 BREAKER ACCESSORIES ICE RINK RECEIPT 4 94% KW SPAR _ E 0 0 0 LIGHTING 0 20 1 51 B 52 ++ = SHUNT TRIP 20 1 0 - PHASE BALANCE A -B B -C C -A RECEPTACLES 1,440 SPARE ISO RECEPTACLES SPARE - -- -- x 90% = x 125% = 4.5 KVA x 90% = 0 20 1 53 C 54 A -8 20 1 0 1,200 1,200 FIRST 10 KVA x 100% = 0.0 KVA JT ARE x 100% = 2.5 KVA SPARE -� x 100% = 2.5 KW AMPACITY 0 20 1 55 A 56 REMAINDER 20 1 0 KW x 509 = 0.0 KVA x 125% = x 100% = SP KW - SPARE NEC DEMAND PHASE BALANCE A -B B -C 0 20 1 57 8 58 BREAKER ACCESSORIES 20 1 0 TOTAL 322.6 KVA 0.0 3215 KVA TOTAL SPARE 2,100 1,380 SPARE 1 16 KVA 0.0 KVA x 125% = 0 1 2 Z1 59 - C 60 1 20 1 0 1 C -A REMAINDER FOR PANELS THAT ARE 0.0 KVA ISPARE x 100% = PHASE LOADING SUMMARY x 90% = 0.0 P LOADING SUMMARY AMPACITY = �- v- ^ - TOTAL OTHER i - ^- 0.0 KVA 3.2 KVA LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED 19.5 _ NEC CALCULATED POWER DEMAND 91% j - - -� - _ BREAKER ACCESSORIES -�- PROViDE NEW UPDATED PANEL DIRECTORIES LOAD KVA INCLUDED IN THIS DEMAND LOAD FOR PANELS THAT ARE FACTOR LOAD KW TOTAL PANEL 6.1 KVA • = GFC1 7.0 KVA 6.6 KW GENERAL NOTES: ++ = SHUNT TRIP CONNECTED PF= BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 96% + = GFCI LIGHTING 0 0 0 LIGHTING 0.0 KVA x 125% = 0.0 KVA x 95% = 0.0 KW RECEPTACLES 3, 240 2,160 2,880 RECEPTACLES CONNECTED MOTORS 6,096 5,940 6,576 FIRST 10 KVA &3 KVA x 100% = 8.3 KVA x 100% = 8.3 KW AMPACITY = OTHER 6,700 6,300 - 6,300 REMAINDER 0.0 KVA x 50% = OA KVA x 100% = 0.0 KW 128.2 MOTORS TOTAL 16,036 14,400 15,756 LARGEST 2.7 KVA x 125% = 3.4 KVA x 90% 3.0 KW NEC DEMAND PHASE BALANCE A -B B-C C -A REMAINDER 15.9 KVA x 100% = 15.9 KVA x 90% = 14.3 KW AMPACITY = OTHER 19.3 KVA x 100% = - 19.3 KVA x 100% = - 19.3 KW 130.1 11% 9% 2% ( _ _ TOTAL 462 KVA -- 46.9 KVA -- 44.9 KW GENERAL NOTES: ----- - - - -�- T- BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF + = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCL *• = SHUNT TRIP Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 2 -E.DWG - E700.10 PLOT: 02/10/2005 @ 2:03pm REV: 02/10/2005 CAD: WES XREF: tb.dwg DD PROG 1 04.12.04 NEW PANEL "LWV1" NEW PANEL "LEV2" "LEV3" CD PROG SET 01.14.05 006 PERNHT /BID 02.15.05 Panel Notes Panel Notes Panel Notes 250 A MAIN CIRCUIT BREAKER Panel Notes V MAIN CIRCUIT BREAKER VOLTAGE 500 A 100 A MAIN CIRCUIT BREAKER 400 A VOLTAGE V 120/208 V 200 A BUS PHASE 3 PH 600 A BUS 100 A 100 A BUS 3 PH PHASE PHASE 3 PH 3 PH 4 W TYPE : TYPE : WIRE 4 W WARE WIRE WIRE MTG.: SURFACE 4 W AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE: MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE TYPE : LTG RECEIPT MOTORS - ._._ OTHER TOTAL _ � BREAKER CCT .__ PH - __- ---- - SREAKER CC I AMP P - TOTAL OTHER I MOTORS I j RECEPT LTG N ! DESCRIPTION R I NOTE MT0. : SURFACE BREAKER 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) 360 f 360 - 1� - 20 /1 1 A 2 �� 20 /1 DESCRIPTION 0_ BREAKER i OTHER REC EPT _� TOT _. SPARE - PH OC T BREAKER j 360 AMP / BREAKER ; /1 G 3 B 4 20 /1 OTHER 0 OCT PH OCT TOTAL OTHER AMP P AMP P NOTE DESCRI { LTG RECEPT MOTORS ; O THER TOTAL CCT PH CCT TOTAL OTHER MOTORS RECEPT LTG DESCRIPTION j NOTE 0 BLDG EXTER. LTG REC -- 540 - v SPARE 540 20 j1 1 A 2 20 /1 20 1 900 ( _ 0 _ -_ 900 0 RESTROOM RECEIPT 5 SPARE BLDG WER. LTG REC 3 360 0 ( -- 360 20 1 3 8 4 3 - 20 1 540 - �� 0 SPARE 540 - EXTERIOR RECEIPT 3 SPARE SPARE SPARE SPARE ! _ _ 1 11 0 0 20 1 20 1 5 C T 6 7 A 8 20 1 20 180 1200 A 8 20 1 ( 1200 f- 180 SKATE RENTAL REC 1 ISKATE REN F CU FARE 20 1 SPARE I 1 , 20 1 __. I o 20 /1 s e 10 B 10 - 1 . � L ' 120o i SPARE 12 ao �__ 0 - - -- 0 _SPARE - SPARE -�- - i6 j 20 /1 ( 0 ( 0 20 1 11 C - � 12 i +SPARE 0 � 0 _ ._ - 1200 ' 20 /1 17 - -- _ -- 0 SPARE _. 13 0 20 /1 13 0 2 0 13 _ A� 14 SPARE 20 1 0 20 1 19 A 20 20 1 ( - 0 1 SPARE 20 Li - -F 0 SPARE �- - -� _._.._ _ FARE 0 20 1 15 8 i6 20 1 20 1 0 22 20 11 1 0 -- - �� SPARE 17 _ SPARE - SPARE f SPARE i ( _ 20 1 ��� I 0 20 23 C 18 SPARE 20 1� / �0 - _ ��- 0 20 1 - A 20 ARE -� SPARE 0 SPARE C 0 20 /1 25 A 0 20 1 1 19 A 20 - -�- 20 1 0 BARE 20 /1 21 SPARE _ _- ! SPARE 0 - 20 /i SPARE _ - -�- - B 28 ( 0 0 0 0 j 20 /1 21 B 22 1 20 / I p ARE C 0 _ l _ 0 - 20 /i SPARE C 30 (SPARE S PARE - 0 0 SPARE_ _. _ _ .. _ 0 0 20 1 23 C 24 SPARE 20 1 - - - -- _0 26 ; 0 1 20 /1 31 A 32 20 /1 SPARE 0 SPARE - ' - SP 1 SPARE 20 0 20 1 125 A 26 ' 20 _[1 0�( B 34 20 1 SPARE 0 SPARE SPARE SPARE 28 i SPARE _ 20 1 SPARE C 30 20 1 ; _0 20 1_ L 27 _ - B C 20 1 0 I - I SPARE { SPARE 20 /1 SPAR 0 0 SPARE 31 A 32 _ 1 0 20 /1 0 20 1 29 C 30 SPARE 20 1 0 SPARE I ( SPAR E SPARE _ 0 I 20 1 33 8 34 SPARE -- - �� 39 __. _ __. 0 20 1 31 A 32 SPARE 20 1 0 0 - -0 SPARE 0 20 1 35 I 0 ' -- SPARE C SPARE 0 _ 0 O 1 C 36 SPARE 0 20 1 33 8 34 1200 20 1 0 PANEL LOADING SUMMAR 37 A 38 20 1 - -- - SPARE 0 LOAD TYPE (VA) SPARE i PH B PH C LOAD TYPE CONNECTED 0 NEC CALCULATED POWER 0 i 20 1 35 C 36 3 20 /1 0 LOAD KVA 0 DEMAND LOAD FACTOR - - - LOAD KW -- SPARE 39 SPARE SPARE 20 j i ' XFMR 0 180 1 1200 0 20 /1 37 A 38 20 1 20 /1 _ 0 _ 39 DEMAND 40 3 f._ SPARE SPARE 100% LIGHTING SPARE 0 0 LIGHTING 0.0 KVA ( x 125% = 0 20 1 39 8 40 I 20 / 0 0 RECEPTACLES CONNECTED - - -. NEC CALCULATED POWER SPARE DEMAND CONNECTED -� �- 0 0 FIRST 10 KVA 0.7 KVA LIGHTING 1,000 0 20 1 41 C 42 r 20 1 0 r 0 REMAINDER 0.0 KVA 2,160 x 50% = 0.0 KVA x 100% SPARE 0.0 PHASE LOADING SUMMARY 2.0 POWER - DEMAND PANEL LOA SUMMARY ` MOTORS 6,648 MOTORS PF= FIRST 10 KVA 4.3 KVA x 100% = 4.3 KVA x 100% = 4.3 LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE LIGHTING CONNECTED 0.0 KVA x 90% NEC CALCULATED 0.0 POWER DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA = x 100% = 0.0 KVA x 90% = LOAD KVA KW DEMAND LOAD 900 FACTOR LOAD KW 0% PANEL MOTORS A 00% = 0.0 KVA x 100% = 0.0 KW 10 MOTORS v - - -- 1,200 TOTAL _ 0.7 KVA -- - - - - - _ 0.7 KVA CONNECTED PF= 2.5 KW GENERAL NOTES: - OTHER -- 105,490 105,4 REMAINDER 0.0 KVA - ( BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES 94% KW LIGHTING 0 0 0 LIGHTING MOTORS 0.0 KVA 0 x 125% = 0.0 KVA ++ = SHUNT TRIP x 95% = 0.0 KW PHASE BALANCE A -B B -C C -A RECEPTACLES 1,440 900 ISO RECEPTACLES 16 KVA x 90% = x 125% = 4.5 KVA x 90% = 4.1 KW NEC DEMAND PROVIDE NEW UPDATED PANEL DIRECTORIES CONNECTED A -8 MOTORS 1,200 1,200 1,200 FIRST 10 KVA x 100% = 0.0 KVA 2.5 KVA - x 100% = 2.5 KVA AMPACITY x 100% = 2.5 KW AMPACITY = OTHER 0 0 0 REMAINDER = 0.0 KVA KW x 509 = 0.0 KVA x 125% = x 100% = 0.0 KW 17.0 0.0 NEC DEMAND PHASE BALANCE A -B B -C MOTORS REMAINDER REMAINDER 0.0 KVA 0.0 KVA BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF TOTAL 322.6 KVA 0.0 3215 KVA TOTAL 2,640 2,100 1,380 LARGEST OTHER 16 KVA 0.0 KVA x 125% = 4.5 KVA ++ = SHUNT TRiP x 90% = 4.1 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER FOR PANELS THAT ARE 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = �- v- ^ - TOTAL OTHER i - ^- 0.0 KVA 3.2 KVA x 100% = 0.0 KVA x 100% = 0.0 KW 19.5 GENERAL NOTES: 26% 52% 91% j - - -� - _ BREAKER ACCESSORIES -�- PROViDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF TOTAL NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 6.1 KVA • = GFC1 7.0 KVA 6.6 KW GENERAL NOTES: ++ = SHUNT TRIP BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF + = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. >+ = SHUNT TRIP Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 2 -E.DWG - E700.10 PLOT: 02/10/2005 @ 2:03pm REV: 02/10/2005 CAD: WES XREF: tb.dwg DD PROG 1 04.12.04 NEW PANEL "LWV1" PANEL PANEL "HEV2" PANEL "LEV3" CD PROG SET 01.14.05 006 PERNHT /BID 02.15.05 Panel Notes Panel Notes Panel Notes 250 A MAIN CIRCUIT BREAKER VOLTAGE 120/208 V MAIN CIRCUIT BREAKER VOLTAGE 500 A MAIN CIRCUIT BREAKER 150 A 400 A BUS V PHASE 3 PH PHASE 3 PH 200 A BUS PHASE 3 PH 600 A BUS 100 A 200 A WIRE 4 W 3 PH PHASE PHASE 3 PH WIRE 4 W TYPE : TYPE : WIRE 4 W WARE WIRE MTG.: SURFACE MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE: MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCRIPTION LTG RECEIPT MOTORS - ._._ OTHER TOTAL _ � BREAKER CCT .__ PH - __- ---- - SREAKER CC I AMP P - TOTAL OTHER I MOTORS I j RECEPT LTG N ! DESCRIPTION R I NOTE (AMP P __. - � BREAKER EXTERIOR RECEPT 2 NOTE DESCRIPTION 360 f 360 - 1� - 20 /1 1 A 2 �� 20 /1 DESCRIPTION 0_ BREAKER i OTHER REC EPT _� TOT _. SPARE - PH OC T EXTERIOR RECEPT (2) j 360 AMP / 360 ; /1 G 3 B 4 20 /1 OTHER 0 OCT PH OCT TOTAL OTHER MOTORS j SPARE NOTE ARE ICE RINK EQPT 00 0 -# ` 20 1 5 C 6 i 20 1 i 0_ 3324 0 1080 20 1 SPARE F CU -2 (A1 -07) -m }- SPARE SPARE 3 -- - 4 0 20 /1 ( 7 A _ 8 ; 20 /1 _ 0 _ -_ SPARE 0 WAREHOUSE OFF REC SPARE jFCU - i Ai - 09 3 SPARE 0 ( -- j 0 20 /1 9 B 10 20 /1 3 - 0 -� - �� 0 SPARE SPARE I SPARE SPARE ( 0 0 ' 7 1 11 ~ C v 1 20 1 3000 0 1 7 A 8 20 1 _I 0 SPARE WAREHOUSE RECEPT FARE 20 1 SPARE I 0 , 20 1 __. 13 _ 1 A - 14 20 1 3000 0 0 9 B 10 20 1 SPARE SPARE SPARE SPARE SPARE -_ �__ 0 SPARE 0 20 t_ 15 B i6 j 20 /1 - 0� 0 f �- 3 11 C 12 20 1 i +SPARE 0 � SPAR E ( ; 0 ' 20 /1 17 C 18 20 /1 0 I 20 1 13 0 20 /1 13 A 14 SPARE 0 ARE _ ( SPARE 1 0 20 1 19 A 20 20 1 ( - 0 j 20 Li - -F 0 E �- - SPARE f 20 - _ FARE _ SPARE j SPARE 1 0 20 1 21 B 22 20 11 1 0 -- - I 0 -�_ 17 _ SPARE - 20 1 0 SPARE i 16 _ 20 1 ��� I 0 20 / 1 23 C 24 20 / t SPARE 0 0 20 11 21 0 20 1 SPA A 20 20 t SPARE 0 SPARE C 0 20 /1 25 A 26 20 /1 ! 0 0 ( 0 - -�- i _ BARE 20 /1 21 SPARE _ _- ! 0 0 - 20 /i 127 - B 28 20 /1 0 0 0 SPARE 0 �- 20 1 25 0 SPARE 23 C 24 ARE C 0 _ l _ 0 - 20 /i 29 C 30 20 /1 S PARE - 0 0 SPARE_ _. _ _ .. _ 0 20 /1 1 'SPARE 25 - SPARE � � 25 0 26 ; 0 1 20 /1 31 A 32 20 /1 SPARE 0 SPARE - ' - - 1 SPARE 20 27 SPARE 20 1 20 /1 0 0 1 20 1 1 33 B 34 20 1 SPARE 0 SPARE SPARE SPARE 28 i SPARE +W _ 20 1 SPARE C 30 20 1 ; 0 1 1 � 0 20 /t 35 C 36 i 20 /t ISPARE 0 I SPARE { SPARE 20 /1 - - E SPARE 0 0 SPARE 31 A 32 _ 1 0 20 /1 37 A 38 20 1 0 SPARE - SPARE I ( SPAR E SPARE _ 0 SPARE 20 1 33 8 34 1 0 20 1 39 8 40 2011 , 33 0 ISPARE -V - p j PANEL `LEV3' SPARE SPARE 0 0 - -0 SPARE 0 20 1 35 I 0 20 zi ( 41 C 42 20 1 0 _ 0 O 35 C 36 SPARE 0 i ISPARE 0 PHASE LOADING SUMMARY 1200 0 2640 PANEL LOADING SUMMAR 37 A 38 20 1 r 0 0 1080 0 LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED 0 NEC CALCULATED POWER 0 DEMAND 1200 _ 0 2100 3 39 B 40 LOAD KVA 0 DEMAND LOAD FACTOR - - - LOAD KW 0 PANEL 39 SPARE 40 i 20 j i ' XFMR 0 180 1 1200 0 1380 3 CONNECTED PF= C 42 20 1 Q 0 NEC CALCULATED POWER 39 DEMAND 40 3 f._ SPARE C _42 100% LIGHTING 0 0 0 LIGHTING 0.0 KVA ( x 125% = 0.0 KVA x 95% = 0.0 KW PANEL LOADING SUMMARY RECEPTACLES 360 360 0 RECEPTACLES CONNECTED - - -. NEC CALCULATED POWER LOAD TYPE DEMAND CONNECTED MOTORS 0 0 0 FIRST 10 KVA 0.7 KVA LIGHTING 1,000 x 100% = 0.7 KVA x 100% = 0.7 KW AMPACITY = OTHER 0 0 0 REMAINDER 0.0 KVA 2,160 x 50% = 0.0 KVA x 100% = 0.0 KW 2.0 POWER - DEMAND CONNECTED MOTORS 6,648 MOTORS PF= FIRST 10 KVA 4.3 KVA x 100% = 4.3 KVA x 100% = 4.3 TOTAL 360 360 0 LARGEST 0.0 KVA LIGHTING x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA = x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = 900 0% 0% 0% OTHER 0.0 KVA MOTORS A 00% = 0.0 KVA x 100% = 0.0 KW 10 MOTORS v - - -- 1,200 TOTAL _ 0.7 KVA -- - - - - - _ 0.7 KVA x 100% 0.7 KW 2.5 KW GENERAL NOTES: - OTHER -- 105,490 105,4 REMAINDER 0.0 KVA - ( BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF KW 388.0 * = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL. LARGEST MOTORS MOTORS 0 x 125% = 42 KVA ++ = SHUNT TRIP Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 2 -E.DWG - E700.10 PLOT: 02/10/2005 @ 2:03pm REV: 02/10/2005 CAD: WES XREF: tb.dwg DD PROG 1 04.12.04 NEW NEW NEW PANEL PANEL "HEV2" PANEL "LEV3" CD PROG SET 01.14.05 006 PERNHT /BID 02.15.05 Panel Notes Panel Notes Panel Notes 150 A MAIN CIRCUIT BREAKER 150 A MAIN CIRCUIT BREAKER VOLTAGE 500 A MAIN CIRCUIT BREAKER 150 A VOLTAGE 277/480 V 120/208 PHASE 3 PH 200 A BUS PHASE 3 PH 600 A BUS 100 A 200 A PHASE 3 PH PHASE PHASE 3 PH WIRE 4 W TYPE : WIRE 4 W WARE WIRE 4 W MTG.: SURFACE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE: MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER MTG.: SURFACE 35,000 AMPERE SHORT CiRCUiT RATING (FULLY RATED) MTG.: SURFACE BREAKER 10,000 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER NOTE DESCRIPTION LTG - RECEPT 1 MOTORS ! OTHER TOTAL AMP P BREAKER DESCRIPTION BREAKER f MOTORS OTHER REC EPT _� TOT CCT PH OC T TOTAL i OTHER AMP / P AMP / NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL OCT PH OCT TOTAL OTHER MOTORS f RECEPT LTG DESCRIPTION NOTE A ICE RINK EQPT 20 /1 00 ; 102490 102490 400 L 1 A 2 20 /1 3324 0 1080 20 1 _ F CU -2 (A1 -07) -m }- SPARE 20 1 3 -- - 4 20 Ll - - 102490 102490 C 3 8 4 20 1 SPARE 0 WAREHOUSE OFF REC -- jFCU - i Ai - 09 3 SPARE 0 20 11 -- C 6 20 1 102490 102490 3 - 5 C 6 20 /1 - SPARE 0 SPARE WAREHOUSE RECEIPT I 20 1 SPARE ( 0 EWH -1 7 A 8 3000 3000 20 1 7 A 8 20 1 _I 0 WAREHOUSE RECEPT SSPARE 20 1 SPARE A - � - -- 20 9 6 3000 3000 0 9 B 10 20 1 SPARE 0 SPARE SPARE WAREHOUSE RECEPT 0 SPARE 9 8 -- -- 0 20 1 11 3000 3000 3 11 C 12 20 1 i 0 � SPARE - -- _- SPARE _ -- - 20 1 � - SPARE _.. -� i 0 I 20 1 13 0 20 /1 13 A 14 20 /1 0 SPARE ( SPARE �- SPARE _ $ 20 1 SPARE ( - _ u 20 Li - -F 0 _.. B 15 B 16 f 20 - _ 0 _ SPARE j SPARE - -�- SPA SPARE ; SPARE 15 0 20 i 0 I 0 20 1 17 C 18 20 1 0 0 16 _ 20 1 ��� I SPARE SPARE SPARE SPARE SPARE 20 1 0 20 11 21 0 20 1 19 A 20 20 t 20 /1 0 SPARE C I I -- SPARE ^- _ ( SPARE 0 ( 0 20 � 1 23 0 0 20 /1 21 20 11 _ _- 0 0 20 1 20 1 SPARE A B SPARE SPARE SP - 0 0 SPARE SPARE 0 �- 20 1 25 0 20 1 23 C 24 20 /1� C 0 _ 0 - -� ! 23 SPARE _ S PARE - FARE - `- 0 SPARE_ _. _ _ .. _ 0 20 /1 0 201 25 A 26 20 1 � � 25 0 26 20 1 0 SPARE O SPARE SPARE A SPARE - ' - - _ ` -- 0 20 27 B� 28 _- 20 1 20 /1 0 - - _ SPARE SPARE 0 SPARE SPARE SPARE 28 i SPARE 0 20 1 29 C 30 20 1 ; 0 0 r 29 C _ -_ 32 30 20 1 / ISPARE BARE - - I SPARE { SPARE 20 /1 SPARE C 0 0 20 1 31 A 32 20 1 30 0 20 � - 31 A SPARE SPARE - - SPARE SPARE I ( SPARE _ 0 0 20 1 33 8 34 20 1 A 0 4 ; 20 /1 , 33 6 ISPARE -V - p j PANEL `LEV3' SPARE 1260 0 0 - -0 SPARE__ 0 20 1 35 C 36 201j_ _ - - 0 0 � 0 _ 0 20 1 35 C 36 SPARE 0 i PANEL "LEV2` 0 1440 1200 0 2640 45 37 A 38 20 1 r 0 0 1080 0 100 37 A SPARE 20 /1 0 VIA 3 0 KVA 0 900 1200 _ 0 2100 3 39 B 40 20 t 0 0 - - - 0 0 39 SPARE 40 i 20 j i ' XFMR 0 180 1 1200 0 1380 3 4t C 42 20 1 Q 0 NEC CALCULATED POWER 39 DEMAND 40 3 f._ SPARE C _42 P HASE LOADING SUMMARY -� 0 DEMAND LOAD FACTOR PA NEL LOADING SUMMARY LOAD KW ( PANEL SPARE____v P LOADING SUMMARY PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED - - -. NEC CALCULATED POWER LOAD TYPE DEMAND CONNECTED SPARE NEC CALCULATED POWER DEMAND 93% LIGHTING 1,000 0 LOAD KVA UGHTING 1.0 KVA DEMAND LOAD FACTOR 1.3 KVA x 95% LOAD KW FACTOR PANEL LOAD TYPE (VA) PANEL 2,160 900 RECEPTACLES LOAD TYPE CONNECTED CONNECTED NEC CALCULATED POWER - DEMAND CONNECTED MOTORS 6,648 CONNECTED PF= FIRST 10 KVA 4.3 KVA x 100% = 4.3 KVA x 100% = 4.3 KW AMPACITY = OTHER 0 0 92% LIGHTING 100% LIGHTING LIGHTING 0 0 0 LIGHTING 0.0 KVA 0.0 x 125% = 0.0 KVA x 95% = 0.0 KW CONNECTED PF- RECEPTACLES 1,440 900 180 RECEPTACLES LARGEST .13 KVA CONNECTED MOTORS 3,324 0 0 FIRST 10 KVA 1.1 KVA KW CONNECTED 1.1 KVA MOTORS 1,200 1,200 1,200 I FIRST 10 KVA 2.5 KVA REMAINDER x 100% - 2.5 KVA x 100% AMPACITY = 2.5 KW AMPACITY - OTHER 105,490 105,490 105,4 REMAINDER 0.0 KVA 20.7 x 50% = 0.0 KVA x 100% = 0.0 KW 388.0 TOTAL 3,324 1,080 0 LARGEST MOTORS MOTORS 0 x 125% = 42 KVA x 90% = 3.7 KW NEC DEMAND PHASE BALANCE A -B B -C C -A TOTAL 108,130 107,590 106,870 LARGEST 16 KVA x 90% = x 125% = 4.5 KVA x 90% = 4.1 KW NEC DEMAND PROVIDE NEW UPDATED PANEL DIRECTORIES PHASE BALANCE A -8 B -C C -A REMAINDER 0.0 KVA KW x 100% = 0.0 KVA x 90% - 0.0 KW AMPACITY = # = SHUNT TRIP OTHER 316.5 KVA TOTAL x 100% = 316.5 KVA x 100% = 316.5 KW 389.1 52 KVA x 125% = 1% t% 1% GENERAL NOTES: 0.0 NEC DEMAND PHASE BALANCE A -B B -C -_ REMAINDER REMAINDER 0.0 KVA 0.0 KVA BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF TOTAL 322.6 KVA 0.0 3215 KVA NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL 323.0 KW OTHER OTHER GENERAL NOTES: 0.0 KVA x SOD% _ 0.0 KVA - ++ = SHUNT TRiP 0.0 KW 0.0 9.0 0.0 17% 20% BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF ; = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL �- v- ^ - TOTAL 3.2 KVA i - ^- ++ = SHUNT TRIP Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 2 -E.DWG - E700.10 PLOT: 02/10/2005 @ 2:03pm REV: 02/10/2005 CAD: WES XREF: tb.dwg DD PROG 1 04.12.04 NEW NEW PANEL PANEL "LEV4" PANEL "LEV3" CD PROG SET 01.14.05 006 PERNHT /BID 02.15.05 Panel Notes Panel Notes 150 A MAIN CIRCUIT BREAKER 150 A MAIN CIRCUIT BREAKER VOLTAGE 120 / 208 V 150 A MAIN CIRCUIT BREAKER 225 A BUS VOLTAGE 120/208 PHASE 3 PH 200 A BUS PHASE 3 PH 100 A 200 A BUS WIRE 4 W PHASE PHASE 3 PH WIRE 4 W TYPE : TYPE : WARE WIRE 4 W MTG.: SURFACE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER -_r BREAKER MTG.: SURFACE BREAKER 10,000 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER NOTE DESCRIPTION LTG - RECEPT 1 MOTORS ! OTHER TOTAL AMP P NOTE DESCRIPTION LTG RECEPT ! -- f MOTORS OTHER REC EPT _� TOT CCT PH OC T TOTAL i OTHER MOTORS RECEPT LTG DESCRIPTION NOTE AMP P AMP P j 20 /1 FCU -2 AG2 -02 NOTE + 3324 3324 I MOTORS 33 _ i A 2 20 /1 00 ; 0 20 /1 3 B SPARE ( 20 /1 �T 3324 SKI TUNE RECEPT 1080 20 1 _ F CU -2 (A1 -07) -m }- 1080 20 1 3 B 4 20 Ll 0 20 1 5 C 6 201L SPARE SPARE WAREHOUSE OFF REC -- jFCU - i Ai - 09 3 SPARE 0 20 11 5 C 6 20 1 I 0 A _ 8 - 0 SPARE _ SPARE WAREHOUSE RECEIPT I 20 1 SPARE ( 0 - p - Li 20 1 7 A 8 20 1 0 10 20 /1 0 _I SPARE WAREHOUSE RECEPT SSPARE 20 1 SPARE - A - � - 0 20 9 6 10 20 1 0 - 0 SPARE SPARE SPARE WAREHOUSE RECEPT 0 SPARE 9 8 ( 0 20 1 11 C 12 20 /1 0 �(____- 0 i SPARE SPARE _ WAREHOUSE RECEIPT _ _ 20 1 � - ( i 0 I 20 1 13 A 1 4 20 /i 0 I 0 SPARE ( SPARE SPARE SPARE _ $ 20 1 ! (^ _ _ - 0 20 Li 15 _.. B 16 20 1 _ 0 _ j _ SPARE j SPARE - -�- SPARE SPARE ; 20 1 15 0 20 i 0 1 17 C 18 20 1 0 SPARE 16 _ 20 1 ��� I SPARE SPARE (SPARE SPARE 0 20 1 0 20 11 21 0 20 1 19 A 20 20 /1 0 SPARE C I I i SPARE _ ( SPARE 0 ( 0 20 � 1 23 _ C 2_4_� �26 0 20 /1 21 B 22 20 /1 0 20 1 20 1 SPARE A B SPARE SPARE SP - 0 0 SPARE 0 �- 20 1 25 A 22 0 1 20 1 23 C 24 , 20 1 0 SPARE ! 23 SPARE SPARE S PARE - I 0 SPARE_ _. _ _ .. _ 0 20 /1 27 B 28 0 20 t � � 25 A 26 20 1 0 SPARE O 20 1 SPARE A SPARE 20 1 SPARE - I 20 1 29 C 30 20 t 0 20 /1 27 B _ SPARE 0 SPARE 27 SPARE 28 i SPARE 20 /1 31 - � - -- _ 0 20 1 r 29 C _ -_ 32 30 20 1 / 0 BARE - - I SPARE { SPARE 20 /1 SPARE C 0 SPARE�� 33 L 34 20 1 30 _ 0 20 � - 31 A 20 1 _ -- 0 SPARE - - SPARE I ( SPARE _ 0 20 1 SPARE 0 36 ; A 0 4 ; 20 /1 , 33 6 34 i 20 1 p j PANEL `LEV3' 0 1260 0 0 - -0 SPARE__ 70 3 7 SPARE 38 70 / ; 332 0 � 0 _ 0 20 1 35 C 36 2011 _ 0 i 0 1480 SPARE SPARE i 40 SUBFEED 0 0 r 0 0 1080 0 100 37 A 38 i 20 /1 0 0 900 3 41 C SPARE 3 PANEL 'LEV4A' O T 0 0 0 0 0 - - 39 B 40 i 20 j i ' 0 - S PARE SP _ SPARE SPARE - PH 8 -- Q _.._._ ._. NEC CALCULATED POWER 39 DEMAND 40 3 f._ 0 C _42 ( 2 Q.f -� 0 DEMAND LOAD FACTOR SPARE LOAD KW ( PANEL SPARE____v P LOADING SUMMARY PANEL LOADING SUMMARY 0 20 1 41 C - ---- - - - - -- - - - -. LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED SPARE NEC CALCULATED POWER DEMAND 93% LIGHTING 1,000 0 0 UGHTING 1.0 KVA LOAD KVA 1.3 KVA x 95% DEMAND LOAD FACTOR LOAD KW LOAD TYPE (VA) PANEL 2,160 900 RECEPTACLES LOAD TYPE CONNECTED CONNECTED NEC CALCULATED POWER - DEMAND CONNECTED MOTORS 6,648 CONNECTED PF= 803 FIRST 10 KVA 4.3 KVA x 100% = 4.3 KVA x 100% = 4.3 KW AMPACITY = OTHER 0 0 92% LIGHTING 0 0 0 LIGHTING 0.0 KVA x 100% 0.0 KVA 0.0 x 125% = 0.0 KVA x 95% = 0.0 KW MOTORS RECEPTACLES 0 1,080 0 RECEPTACLES CONNECTED PF- CONNECTED PF= TOTAL 8,908 5,484 1,703 ( LARGEST .13 KVA CONNECTED MOTORS 3,324 0 0 FIRST 10 KVA 1.1 KVA KW x 100% = 1.1 KVA x 100% = 1.1 KW AMPACITY = OTHER _ 0 0 0 REMAINDER 6.7 0.0 KVA AMPACITY = x 50% = 0.0 KVA x 100% = 0.0 KW 12.2 0.0 KVA x 100% = MOTORS KW 20.7 62% 222% 4237. TOTAL 3,324 1,080 0 LARGEST MOTORS 13 KVA 0 x 125% = 42 KVA x 90% = 3.7 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER GENERAL NOTES: 0.0 KVA AMPACITY = x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = 0.0 KVA 0.0 KVA OTHER PROVIDE NEW UPDATED PANEL DIRECTORIES 0.0 KVA INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF x 100% = 0.0 KVA x 100% = 0.0 KW 14.5 208% 0% 0% MOTORS # = SHUNT TRIP TOTAL 1,260 TOTAL 900 ; 4. KVA LARGEST 0.0 KVA 52 KVA x 125% = 4.8 KW x 90% = 0.0 GENERAL NOTES: 0.0 NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER REMAINDER 0.0 KVA 0.0 KVA BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF 0.0 KW 0.0 • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL OTHER OTHER 0.0 KVA 0.0 KVA x SOD% _ 0.0 KVA - ++ = SHUNT TRiP Cotor, Ruma & Assoc. FILENAME: P: \PROJECTS \2003 \2003 -237 VAIL LIONSHEAD CORE REDEVELOPMENT \CAD \DDS \ELEC \P- PAN 2 -E.DWG - E700.10 PLOT: 02/10/2005 @ 2:03pm REV: 02/10/2005 CAD: WES XREF: tb.dwg © 2003 42140 ARCHITECTURE, INIL \ \\i \11illilttn/ 7 , / 0 REG/ %� //, �� •• � � < /l1111tltiWW \ \ \\ OWNER, DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD V *AM11C.I Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 NEW DD PROG 2 PANEL "HEV3" PANEL "LEV4A" PANEL "LEV3" CD PROG SET 01.14.05 006 PERNHT /BID 02.15.05 Panel Notes 150 A MAIN CIRCUIT BREAKER VOLTAGE 277/480 V 100 A M.L.O. 150 A MAIN CIRCUIT BREAKER 225 A BUS VOLTAGE 120/208 PHASE 3 PH V 100 A 200 A BUS WIRE 4 W PHASE PHASE 3 PH 3 PH TYPE : WARE WIRE 4 W MTG.: SURFACE 35,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) TYPE : BREAKER -_r BREAKER MTG.: SURFACE MTG.: SURFACE 10,000 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) NOTE DESCRIPTION LTG - RECEPT 1 MOTORS ! OTHER TOTAL AMP P !OCT PH CCT �� AMP / P TOTAL OTHER j MOTORS REC EPT _� LTG --- - __ DESCR NOTE TUNNEL UGH71NG 1000 I 1000 20 / 1 � 1 A 2 j 20 /1 ( 3324 NOTE + LTG 3324 I MOTORS i FC -2 (A1 -06) j ;SPARE - OTHER ( RECEPT LTG 0 20 /1 3 B 4 ( 20 /1 �T 3324 3324 20 1 i F CU -2 (A1 -07) -m }- 2 !SPARE 360 1 0 I 0 20 1 5 C 6 201L 803 SPARE 803 -- jFCU - i Ai - 09 3 SPARE 4 20 11 1080 ( 0 20 /1 7 A _ 8 ( 20 /i 0 ( _ SPARE �- SPARE 20 1 SPARE C 6 20 11 900 0 20 /1 9 B - 10 20 /1 0 _I SPARE I SSPARE 20 1 SPARE - A - � - 20 1 900 0 i 20 L� i 11 C 12 20 Z1 0 SPARE - SPARE (SPARE 0 SPARE 9 8 10 20 1 0 20 1 13 A 14 ' 20 1 SPARE 0 i SPARE _ j! SPARE _ SPARE 20 1 ( 4 i 0 20 / 1 15 8 16 20 / 1 12 0 0 SPARE ! SPARE SPARE ( $ 20 1 ! A 0 ; 20 /1 ( 17 C 18 i 24 j1 13 _ 0 SPARE -- _ SPARE j `SPARE - - -�- SPARE ; 20 1 15 0 20 i ( 19 A 20 20 1 0 0 _ SPARE 16 _ 20 1 ��� I SPARE i -- (SPARE - 0 20 1 0 20 11 21 B 22 20 1 0 0 20 1_ SPARE C I SPARE - i !SPARE _ ( 0 ( 0 20 � 1 23 _ C 2_4_� �26 20 1 0 0 y t 20 1 20 1 SPARE A B SPARE SPARE i 0 0 0 �- 20 1 25 A 22 20 /1 p a - - SPARE (SPARE 23 SPARE SPARE j 20 1 I 0 - 0 20 /1 27 B 28 - 20 /1 0 0 L- SPARE O 20 1 SPARE A 26 20 1 0 I 20 1 29 C 30 20 t 20 1 0 i SPARE _ SPARE 0 SPARE 27 B 28 i 0 20 /1 31 A 32 20 /1 20 /i 0 j BARE - - I SPARE { SPARE 20 /1 29 C 0 20 1 33 B 34 20 1 30 0 i - � SPARE I SPARE SPARE - - SPARE I 0 20 0 20 1 35 0 36 20 /1 A 0 _ 20 1 0 _ I SPARE 1 -- j PANEL `LEV3' 0 1260 0 0 - -0 - 1260 70 3 7 _C A -�B 38 70 / ; 332 0 3 4 3324 0 j 0 PANEL 'L.EV4' ViA 45 KVA 0 1080 0 1480 SPARE 39 i 40 20 1 1 1080 ! 0 20 1 0 1080 0 VIA 45 KVA U XFIMR 0 900 0 0 900 3 41 C 42 3 0 r 0 0 0 0! 0 XfMR 20 1 1 PHASE LOADING SUMMARY _ ( PANEL LOADING SUMMARY - S PARE SP _ SPARE _ LOAD TYPE (VA) PH A PH 8 PH C LOAD TYPE CONNECTED 0 NEC CALCULATED POWER 39 DEMAND 40 20 1 0 _ ( LOAD KVA DEMAND LOAD FACTOR SPARE LOAD KW PANEL 0 20 1 41 C - 42 CONNECTED PF= 0 0 SPARE PHASE LOADING SUMMARY PHASE LOADING SUMMARY 93% LIGHTING 1,000 0 0 UGHTING 1.0 KVA x 1252 = 1.3 KVA x 95% = 1.2 KW LOAD TYPE (VA) RECEPTACLES 1,260 2,160 900 RECEPTACLES LOAD TYPE CONNECTED CONNECTED NEC CALCULATED POWER - DEMAND CONNECTED MOTORS 6,648 3,324 803 FIRST 10 KVA 4.3 KVA x 100% = 4.3 KVA x 100% = 4.3 KW AMPACITY = OTHER 0 0 0 _� REMAINDER 0.0 KVA PANEL x 50% = 0.0 KVA x 100% = 0.0 KW 19.4 MOTORS CONNECTED PF- CONNECTED PF= TOTAL 8,908 5,484 1,703 ( LARGEST .13 KVA x 125% = 4.2 KVA x 90% - .17 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 7.5 KVA 0 x 100% = 7.5 KVA x 90% = 6.7 KW AMPACITY = 0.0 KVA x 95% = 0.0 OTHER 0.0 KVA 0.0 x 100% _ 0.0 KVA x 100% = 0.0 KW 20.7 62% 222% 4237. CONNECTED MOTORS 0 0 0 TOTAL 16.1 KVA _ FIRST 10 KVA 3.2 KVA 17.2 KVA x 100% - 16.0 KW x 100% 3.2 GENERAL NOTES: 0.0 AMPACITY = OTHER 0 0 _ - - -- REMAINDER REMAINDER 0.0 KVA 0.0 KVA BREAKER ACCESSORIES PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF KW 0.0 9.0 0.0 • = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL MOTORS MOTORS # = SHUNT TRIP © 2003 42140 ARCHITECTURE, INIL \ \\i \11illilttn/ 7 , / 0 REG/ %� //, �� •• � � < /l1111tltiWW \ \ \\ OWNER, DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD V *AM11C.I Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 NEW PANEL "LEV4A" PANEL "LEV3" CD PROG SET 01.14.05 006 PERNHT /BID 02.15.05 Panel Notes Panel Notes 100 A M.L.O. 150 A MAIN CIRCUIT BREAKER VOLTAGE VOLTAGE 120/208 120/208 V 100 A 200 A BUS PHASE PHASE 3 PH 3 PH WARE WIRE 4 W 4 W TYPE : TYPE : MTG.: SURFACE MTG.: SURFACE 10,000 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER BREAKER BREAKER BREAKER -� AMP P AMP / P NOTE DESCRIPTION LTG RECEPT I MOTORS OTHER TOTAL OCT PH CCT TOTAL OTHER I MOTORS RECEPT LTG DESCRIPTION NOTE NOTE SPARE SPARE 0 - 0 20 1 i A 2 20 /1 360 1 0 360 ��- SW SCHOOL FLR REC SPARE_ -� SPARE SPARE i - - 20 1 3 B 4 20 11 1080 i 0 1080 SKi SCHOOL FLR REC SPARE _ SPARE �- 0 20 1 5 C 6 20 11 900 _ j 20 1 900 O SIC SCHOOL FLR REC SPARE SPARE I 0 20 1 7 A 8 20 1 900 -7 A _ 20 1 SKl SCHOOL FLR REC SPARE SPARE _- 0 20 1 9 8 10 20 1 0 20 1 9 B 1 20 1 SPARE 0 SPARE _ _ 0 20 1 11 C 12 20 1 0 0 I 11 C 12 1 SPARE 0 SPARE - 0 $ 20 1 13 A 14 20 1 0 0 20 13 A SPARE -- ( SPARE _ 0 20 1 15 B 16 20 /1 0 0 _ 20 1 _ SPARE 16 _ 20 1 ��� SPA E i -- _ _ 0 20 1 17 C 18 20 /1 0 0 20 1_ SPARE C 18 SPARE_ 0 0 20 1 19 A 20 20 1 0 y _SPARE 20 1 20 1 19 21 A B SPARE 20 1 ! i 0 0 0 20 /1 21 8 22 20 /1 p - _ - ® -- SPARE 20 1 23 SPARE 24 j 20 1 0 0 20 1 23 C_ - 24 20 /1 0 SPARE T SPAR - O 20 1 SPARE A 26 20 1 0 0 20 1 25 A 26 20 1 0 I SPARE SPARE 0 SPARE 27 B 28 _ -- _ 0 20 LI 1 27 8 28 20 /i 0 j SPARE SPARE 20 /1 29 C 30 20 /1 0 20 1 29 C 30 20 1 0 - � SPARE I SPARE SPARE -- 0 20 31 A 32 0 20 1 31 A 32 _ 20 1 0 _ SPARE SPARE SPARE SPARE 0 ZO 1 33 6 0 20 1 33 B 3 4 20 1 0 S PARE SPARE_ SPARE ! i 0 20 1 1 35~ 0 20 1 35 C 36 20 1 U f r' SPARE _ SPARE SPARE µ SPARE 0 20 1 0 20 1 37 A 38 20 1 1 0 ( - S PARE SP _ SPARE _ - t 0 0 20 1 39 8 40 20 1 0 _ ( ( SPARE -- SPARE 0 20 1 41 C - 42 20 1 0 0 SPARE PHASE LOADING SUMMARY PHASE LOADING SUMMARY PANEL LOADING SUMM I PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH B PH C LOAD TYPE LOAD TYPE CONNECTED CONNECTED NEC CALCULATED POWER - DEMAND DEMAND LOAD KVA LOAD KVA DEMAND LOAD FACTOR LOAD KW LOAD KW PANEL PANEL CONNECTED PF- CONNECTED PF= 100% LIGHTING 0 0 0 LIGHTING LIGHTING 0.0 KVA 0.0 KVA x 125% - 0.0 KVA x 95% = 0.0 KW 0.0 KW RECEPTACLES 1,260 1,080 900 RECEPTACLES RECEPTACLES CONNECTED MOTORS 0 0 0 FIRST 10 KVA FIRST 10 KVA 3.2 KVA 0.0 KVA x 100% - 12 KVA x 100% 3.2 KW 0.0 AMPACITY = OTHER 0 0 0 REMAINDER REMAINDER 0.0 KVA 0.0 KVA x 50% = 0.0 KVA x 100% = 0.0 KW 0.0 9.0 0.0 MOTORS MOTORS TOTAL 1,260 1,080 900 ; LARGEST LARGEST 0.0 KVA 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW 0.0 NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER REMAINDER 0.0 KVA 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW 0.0 AMPACITY = AMPACITY = OTHER OTHER 0.0 KVA 0.0 KVA x SOD% _ 0.0 KVA - x 100% = 0.0 KW 0.0 9.0 0.0 17% 20% 40% 0% �- v- ^ - TOTAL 3.2 KVA i - ^- 0.0 KVA 3.2 KVA 12 KW 0.0 KW GENERAL NOTES GENERAL NOTES: - - -� - _ BREAKER ACCESSORIES -�- PROViDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF + = GFCI NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL • = GFC1 NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL •+ SHUNT TRIP © 2003 42140 ARCHITECTURE, INIL \ \\i \11illilttn/ 7 , / 0 REG/ %� //, �� •• � � < /l1111tltiWW \ \ \\ OWNER, DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD V *AM11C.I Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 NEW PANEL "LEV4A" 06.21.04 005 CD PROG SET 01.14.05 006 PERNHT /BID 02.15.05 Panel Notes 100 A M.L.O. VOLTAGE 120/208 V 100 A BUS PHASE 3 PH WARE 4 W TYPE : MTG.: SURFACE 10,000 AMPERE SHORT CIRCUIT RATING (FULLY RATED) BREAKER BREAKER AMP P AMP P NOTE DESCRIPTION LTG RECEPT MOTORS OTHER TOTAL CCT PH CCT TOTAL j OTHER MOTORS RECEPT LTG DESCRIPTION NOTE SPARE 0 20 1 1 A 2 20 /1 0 ��- SPARE_ -� SPARE i - - 0 20 1 3 B 4 20 / 1 0 SPARE SPARE �- 0 20 1 5 C 6 j 20 1 O f SPARE SPARE 0 1 20/1 1 7 A 8 20 1 0 SPARE _- SPARE - _ 0 20 1 9 B 1 20 1 0 SPARE SPARE 1 0 20 1 11 C 12 20 1 0 SPARE - SPARE 0 20 13 A 14 20 ( 0 _ (SPARE SPARE 0 _ 20 1 15 6 16 _ 20 1 ��� i -- -� I SPARE - SPARE -_ 0 20 1_ 17 C 18 20 1 0 f "SPARE - _ SPARE SPARE _ y 0 0 20 1 20 1 19 21 A B 20 22 20 1 ! i 0 0 ; - � SP ARE _ ISPARE SPARE -- 0 u 20 1 23 C 24 j 20 1 0 __ (SPARE _ SPARE T O 20 1 25 A 26 20 1 0 _ ! SPARE v SPARE 0 _ 20 1 27 B 28 20 /t 0 ( SPARE SPARE ? 0 20 /1 29 C 30 20 /1 0 - -� ! SPARE SPARE I 0 20 31 A 32 20 1 0 -- _ SPARE SPARE - 0 ZO 1 33 6 34 20 /1 p i S PARE SPARE ! 0 20 1 1 35~ C 36 20 1 0 ( f r' SPARE SPARE 0 20 1 37 A - 38 20 /1 - 0 ( SPARE SP _ _ - t 0 20 1 3 9 B 40 ( 20 / 1 0 _ ( ( - SPARE �_ -- 0 _ 20 /1 41 C 7 20 1 0 PHASE LOADING SUMMARY I PANEL LOADING SUMMARY LOAD TYPE (VA) PH A PH B PH C LOAD TYPE CONNECTED NEC CALCULATED POWER DEMAND LOAD KVA DEMAND LOAD FACTOR LOAD KW PANEL CONNECTED PF= 0% UGH71NG 0 0 0 LIGHTING 0.0 KVA x 1259 = 0.0 KVA x 95% = 0.0 KW RECEPTACLES 0 0 0 RECEPTACLES CONNECTED MOTORS 0 0 0 FIRST 10 KVA 0.0 KVA x 100% = 0.0 KVA x 1002 = 0.0 KW AMPACITY = OTHER 0 0 0 REMAINDER 0.0 KVA x 50% = 0.0 KVA x 1002 = 0.0 KW 0.0 ' MOTORS TOTAL 0 0 0 LARGEST 0.0 KVA x 125% = 0.0 KVA x 90% = 0.0 KW NEC DEMAND PHASE BALANCE A -B B -C C -A REMAINDER 0.0 KVA x 100% = 0.0 KVA x 90% = 0.0 KW AMPACITY = OTHER 0.0 KVA x I00% = 0.0 KVA x 100% = 0.0 KW 0.0 0% 0% 0% TOTAL 0.0 KVA 0.0 KVA 0.0 KW GENERAL NOTES: - -- - ____.� �_ - _ BREAKER ACCESSORIES _ PROVIDE NEW UPDATED PANEL DIRECTORIES FOR PANELS THAT ARE INCLUDED IN THIS PROJECT. PROVIDE TYPED DESCRIPTIONS OF • = GFC1 NEW CIRCUITS BEING INSTALLED. INDICATE NEW SPARES IN PENCIL ++ = SHUNT TRIP © 2003 42140 ARCHITECTURE, INIL \ \\i \11illilttn/ 7 , / 0 REG/ %� //, �� •• � � < /l1111tltiWW \ \ \\ OWNER, DEVELOPER VAIL RESORTS DEVELOPMENT COMPANY AVON, COLORADO ARCHITECT OF RECORD V *AM11C.I Denver, Colorado MASTER PLANNER & DESIGN ARCHITECT HART (HOWERTON NEW YORK, NEW YORK STRUCTURAL ENGINEER MONROE & NEWELL ENGINEERS, INC AVON,COLORADO MEP ENGINEERS CATOR, RUMA AND ASSOCIATES, CO. DENVER, COLORADO CIVIL ENGINEER ALPINE ENGINEERING, INC. VAIL, COLORADO INTERIOR DESIGN SLIFER DESIGNS EDWARDS, COLORADO PROJECT NUMBER: 20826.01 ISSUE REVISION DATE 002 DD PROG 1 04.12.04 003 DD PROG 2 05.21.04 004 PRICING PKG 06.21.04 005 CD PROG SET 01.14.05 006 PERNHT /BID 02.15.05 PROJWr N PROJECT KEYPLAN ELECTRICAL PANEL SCHEDULES r��