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Home My WebLink AboutB04-0252 Plans Electrical full sizeGENERAL ELECTRICAL REQUIREMENTS 1. ALL EXPOSED RACEWAYS ARE TO BE INSTALLED PARALLEL OR PERPENDICULAR TO WALLS OR STRUCTURAL MEMBERS SUCH THAT THEY FOLLOW STRUCTURAL SURFACE CONTOURS AND SHALL BE INSTALLED SUCH THAT THEY DO NOT OBSTRUCT PASAGEWAYS. MULTIPLE RACEWAYS SHOULD BE INSTALLED GROUPED TOGETHER. THE LOCATION OF THESE RACEWAYS SHALL BE REVIEWED BY THE ARCHITECT PRIOR TO INSTALLATION. 2. THE DISCONNECTING MEANS FOR ALL MECHANICAL EQUIPMENT SHALL BE ACCESSIBLE AND HAVE THE CLEARANCE IN FRONT AS REQUIRED BY THE NATIONAL ELECTRIC CODE 3. ALL SWITCHGEAR, SWITCHBOARDS AND TRANSFORMERS SHALL HAVE A 4 INCH HOUSE KEEPING PAD. 4. DATA GIVEN ON THE DRAWINGS IS AS EXACT AS COULD BE SECURED. ABSOLUTE ACCURACY IS NOT GUARANTEED AND THE CONTRACTOR SHALL OBTAIN AND VERIFY EXACT LOCATIONS, MEASUREMENTS, LEVELS, SPACE REQUIREMENTS, POTENTIAL CONFLICTS WITH OTHER TRADES, ETC. AT THE SITE AND SHALL SATISFACTORILY ADAPT HIS WORK TO ACTUAL CONDITIONS AT THE BUILDINGS. 5. COORDINATE AND ADJUST ALL WORK BETWEEN TRADES AND EXISTING CONDITIONS IN ORDER TO ACCOMPLISH A NEAT, INTEGRATED AND EFFICIENT INSTALLATION WHICH INCLUDE BUT ARE NOT LIMITED TO: a. EXAMINE THE CONTRACT DOCUMENTS OF ALL TRADES (IE. THE ARCHITECTURAL REFLECTED CEILING PLAN, MECHANICAL HVAC DRAWINGS, ELECTRICAL LIGHTING PLAN, FIRE PROTECTION PLAN, ETC.) b, COORDINATE NECESSARY EQUIPMENT, FIXTURES, ETC. SO THAT THE FINAL INSTALLATION IS COMPATABLE WITH THE MATERIALS AND EQUIPMENT OF THE OTHER TRADES, c. THIS CONTRACTOR SHALL ASSIST THE DIVISION 15 CONTRACTOR IN PREPARING SHOP DRAWINGS FOR COORDINATING INSTALLATION OF ALL WORK (IE. LOCATING ALL LIGHTING FIXTURES IN CEIL— ING WITH CEILING CLEARANCES, CABLE TRAY, CLEARANCE THROUGHOUT TENANT AREA.) 6. VERIFY THE ELECTRICAL SERVICE REQUIRED FOR EACH ITEM OF MECHANICAL EQUIPMENT WITH THE MECHANICAL CONTRACTOR PRIOR TO FURNISHING SUCH POWER. REPORT DISCREPANCIES TO ENGINEER. 7. DUCT DETECTORS WILL BE FURNISHED BY DIVISION 16 AND SET IN PLACE UNDER DIVISION 15. THE DIVISION 15 CONTRACTOR SHALL WIRE SHUTDOWN CONTROLS FOR AIR HANDLERS UTILIZING AUXILIARY CONTACTS ON DUCT DETECTOR. DIVISION 16 TO COORDINATE LOCATION OF DETECTOR WITH DIVISION 15 TO MAINTAIN PROPER CLEAR LENGTH OF DUCT REQUIRED BY FIRE ALARM MANUFACTURER, 8. REFER TO SPECIFICATION SECTION 1 5001 /1 6001 OF THE SPECIFICATIONS FOR COORDINATION OF MECHANICAL AND ELECTRICAL INSTALLATIONS. A. "FURNISH" MEANS TO "SUPPLY" AND USUALLY REFERS TO AN ITEM OF EQUIPMENT. B. "INSTALL" MEANS TO "SET IN PLACE, CONNECT AND PLACE IN FULL OPERATIONAL ORDER ". C. "PROVIDE" MEANS TO "FURNISH AND INSTALL ". D. "EQUIVALENT" MEANS "MEETS THE SPECIFICATIONS OF THE REFERENCE PRODUCT OR ITEM IN ALL SIGNIFICANT ASPECTS." SIGNIFICANT ASPECTS SHALL BE DETERMINED BY THE ENGINEER. 10. "FIRESTOPPING" REQUIREMENT. ALL PENETRATIONS THROUGH RATED WALLS AND FLOORS SHALL BE SEALED WITH MATERIAL CAPABLE OF PREVENTING THE PASSAGE OF FLAMES AND HOT GASSES WHEN SUBJECTED TO THE REQUIREMENTS OF THE TEST STANDARD SPECIFIC FOR FIRE STOPS ASTM —E -814. 11. COORDINATE THE LOCATION OF FLOW SWITCHES, TAMPER SWITCHES, AND PRE— ACTION OR DRY PIPE SYSTEM COMPONENTS WITH FIRE PROTECTION CONTRACTOR AND PROVIDE FIRE ALARM SYSTEM CONNECTION. 12. ALL DEVICES IN EXTERIOR AREAS SHALL BE WEATHERPROOF TYPE. TYPICAL 9' -0" CEILING OR HIGHER TYPICAL CELuNNg TOT? OF CABINET iC li II TOP OE CABINET F ,�p� = CONTROL PANELS } i i i i i C NOTE: ALL DEVICES INDICATED TOP OF CABINET F ,, �, i i i i TO BE INSTALLED AT DIFFERENT MOUNTING HEIGHTS AND LOCATE} WITHIN ONE STUD SPACE FROM _ v i C i EACH OTHER SHALL ALIGN VERTICALLY, ON THE SAME SIDE (SINGLE OR i i OF THE STUD. WHERE WALL �( MOUNTED TELEPHONES OCCUR OVER Z Z z z 2 z Z ALL TYPES) 3 LIGHT SWITCHES, VOLUME CONTROLS, 0 0 0 0 0 0 0 �— z o 00 V) i C i i i i ETC. OFFSET ONE STUD SPACE. �� I1 it I1 ^-• , 0 0 , D 0 r CD CD u, V WTV I I I I I I I I ti Li II it li L ' X iC CC ii 0 r oa �r cv 00 m 0 m FINISHED FLOOR oo w TYPICAL DEVICE MOUNTING HEIGHTS NO SCALE NOTES: 1. HEIGHTS SHOWN ARE TYPICAL TO CENTERLINE OF BOX UNLESS OTHERWISE NOTED. 2. WHERE EVER DEVICES ARE INDICATED TO BE ABOVE DOORS, DEVICE SHALL BE CENTERED BETWEEN TOP OF DOOR TRIM AND CEILING LINE, BUT NOT TO EXCEED 12" ABOVE DOOR TRIM. 3. MOUNTING HEIGHTS SHOWN ON ARCHITECTURAL ELEVATIONS SHALL APPLY IN LIEU OF THOSE SHOWN ABOVE. 4. MOUNTING HEIGHTS SHOWN ON ELECTRICAL FLOOR PLANS OR ELEVATIONS SHALL APPLY IN LIEU OF THOSE SHOWN ABOVE. 5. MOUNTING HEIGHTS. DETERMINED BY ADA (AMERICANS WITH DISABILITIES ACT) SHALL BE FOLLOWED. NU —HEAT NG110 THERMOSTAT /GFCI. WATT STOPPER TS -250 DIGITAL TIME SWITCH. SET TIME FOR 30 MINUTES. CONNECT TO BATHROOM RECEPTACLE CIRCUIT. INSTALL BOTH SWITCH & THERMOSTAT IN DOUBLE GANG BOX NEXT TO BATHROOM LIGHT SWITCH. 3/4" CONDUIT DOWN TO FLOOR LEVEL WITH HEAT MAT LEADS. MIQ6L FOR IBE FOLLQWItIG MA TF BAMS: 904U 708E 632J 902U 719P 639N 918M 718P 527J 917R 724D 532D 916R 7285 542K 9000 729L 5478 820R 727T AUXILIARY 822T 732E BFC 823T 734E BELOW FINISHED GRADE 825T 607F C 826M 622L CABINET 8278 625M CK T NU —HEAT F1509 3' X S' HEAT MAT. VERIFY CONFIGURATION IN EACH UNIT. INSTALL PER MANUFACTURERS INSTRUCTIONS. NU —HEAT NG110 THERMOSTAT /GFCI. WATT STOPPER TS -250 DIGITAL TIME SWITCH. SET TIME FOR 30 MINUTES. CONNECT TO BATHROOM RECEPTACLE CIRCUIT. INSTALL BOTH SWITCH & THERMOSTAT IN DOUBLE GANG BOX NEXT TO BATHROOM LIGHT SWITCH. 3/4" CONDUIT DOWN TO FLOOR LEVEL WITH HEAT MAT LEADS. NU —HEAT F1509 3' X 5' HEAT MAT. VERIFY CONFIGURATION IN EACH UNIT. INSTALL PER MANUFACTURERS INSTRUCTIONS. r' A ill s M AC ABOVE COUNTER AAC ABOVE ACCESSIBLE CEILING AFF ABOVE FINISHED FLOOR AFG ABOVE FINISHED GRADE AG ABOVE COUNTER GROUND FAULT MC CIRCUIT INTERRUPTER AL ALUMINUM AM AMMETER ANN ANNUNCIATOR ATS AUTOMATIC TRANSFER SWITCH AUTO AUTOMATIC AUX AUXILIARY AWG AMERICAN WIRE GAUGE BFC BELOW FINISHED CEILING BFG BELOW FINISHED GRADE BKR BREAKER C CONDUIT CAB CABINET CB CIRCUIT BREAKER CK T CIRCUIT CO CONDUIT ONLY COMB COMBINATION COND CONDUCTOR CONT CONTINUOUS, CONTINUED CT CURRENT TRANSFORMER CU COPPER DISC DISCONNECT DL DAMP LABEL DWG DRAWING EA EACH EC ELECTRICAL CONTRACTOR EF EXHAUST FAN EG EQUIPMENT GROUND EHC ELECTRIC HEATING COIL ELEC ELECTRIC OR ELECTRICAL ELEV ELEVATOR EMG EMERGENCY EMT ELECTRIC METALLIC TUBING EOL F/A END OF LINE RESISTOR EQUIP EQUIPMENT EWC ELECTRIC WATER COOLER EWH ELECTRIC WATER HEATER EXH EXHAUST EX EXISTING F FUSE F/A FIRE ALARM FRCP FIRE ALARM CONTROL PANEL FBO FURNISHED BY OTHERS FC FOOTCANDLES FCC FIRE COMMAND CENTER FOR FEEDER FLEX FLEXILE FLR FLOOR FLUOR FLUORESCENT G GROUND FAULT CIRCUIT INTERRUPTER GALV GALVANIZED GEN GENERATOR GFI GROUND FAULT CIRCUIT INTERRUPTER GFCI GROUND FAULT CIRCUIT INTERRUPTER GND GROUND HD HEAVY DUTY HH HAND HOLE HOA HAND —OFF —AUTO HP HORSEPOWER HPF HIGH POWER FACTOR HPS HIGH PRESSURE SODIUM HTR HEATER HVAC HEATING, VENTILATION, AIR CONDITIONING ID INSIDE DIAMETER IG ISOLATED GROUND IMC INTERMEDIATE GRADE METALLIC CONDUIT INCAND INCANDESCENT J —BOX JUNCTION BOX KCMIL THOUSAND OF CIRCULAR MILLS KV KILOVOLT KVA KILOVOLT AMPERE KW KILOWATT KWH KILOWATT HOUR SEE RESPECTIVE PANELBOARD SCHEDULE SNOW SENSOR MOUNTED IN WEATHER FOR 2P CONTACTOR CIRCUIT AND 1P ABOVE ROOT-. CONTROLLER CIRCUIT. -_ CONTACTOR IN NEMA 3R ENCLOSURE ABOVE JUNCTION BOX WITH AUTOMATIC SNOW CONTROLLER SIMILAR TO RAYCHEM SD—CIT -1 ADJACENT TO JUNCTION BOX. EMK —XJB UL LISTED WEATHERPROOF -- ----° JUNCTION BOX OR EQUIVALENT. INSTALL PER MANUFACTURERS INSTRUCTIONS. 1" CONDUIT LFC LIQUID TIGHT FLEXIBLE CONDUIT LTG LIGHTING LV LOW VOLTAGE MAX MAXIMUM MB MAIN BREAKERS MC MECHANICAL CONTRACTOR MCB MAIN CIRCUIT BREAKER MCC MOTOR CONTROL CENTER MDP MAIN DISTRIBUTION PANEL MECH MECHANICAL MFR MANUFACTURER MG MOTOR GENERATOR MH MANHOLE OR METAL HALIDE MIN MINIMUM MLO MAIN LUGS ONLY MTG MOUNTING HEIGHT MS MOTOR STARTER MSB MAIN SWITCHBOARD MTD MOUNTED MTG MOUNTING MV MEDIUM VOLTAGE NEC N&jrQtAA ELECTRICAL CODE NF NON FUSED NIC NOT IN CONTRACT NC NORMALLY CLOSED NL NIGHT LIGHT NO NORMALLY OPEN NTS NOT TO SCALE OC ON CENTER OD OUTSIDE DIAMETER P POLE PB PUSH BUTTON PBX PRIVATE BRANCH EXCHANGE PE PHOTOELECTRIC PF POWER FACTOR PH PHASE PNL PANEL PR PAIR PRI PRIMARY PT POTENTIAL TRANSFORMER PVC POLYVINYL CHLORIDE PWR POWER REC RECEPTACLE RGS RIGID GALVANIZED STEEL RM ROOM SEC SECONDARY /SECOND SECT SECTION SHT SHEET SPOT SINGLE POLE, DOUBLE THROW ST SHUNT TRIP STD STANDARD SW SWITCH SWBD SWITCHBOARD T TWIST LOCK TC TIME CLOCK TTC TELEPHONE TERMINAL CABINET OR CLOSET TTB TELEPHONE TERMINAL BOARD TEL TELEPHONE TELCO TELEPHONE COMPANY TEMP TEMPERATURE TV TELEVISION TVSS TRANSIENT VOLTAGE SURGE SUPPRESSER UC UNDER COUNTER U/G UNDER GROUND UH UNIT HEATED UL UNDERWRITER LABORATORIES UNO UNLESS NOTED OTHERWISE UPS UNINTERRUPTIBLE POWER SUPPLY V VOLT VM VOLTMETER W WATT W/ WITH WH WATT HOUR WHM WATT HOUR METER WP WEATHERPROOF WPL WEATHER PROOF LOCKABLE ENCLOSURE. WT WATERTIGHT XFMR TRANSFORMER ELECTROMELT SYSTEM OR EQUIVALENT FOR DECK SNOWMELT. PROTECT WITH GROUND FAULT PROTECTION DEVICE, INSTALL PER MANUFACTURERS INSTRUCTIONS. gm 6" ♦ W , FOR THE FflLL.OWiNG DECKS: 9040 826K 913 9020 815 920H 718 9180 719 917N 821E 916N 827J 913 729K 900A 728P 820N 727P 8220 726N 823Q 732J 8250 732A LIGHTING WALL MOUNTED LIGHT WALL MOUNTED FIXTURE 2 DECORATIVE WALL SCONCES K WALL MOUNTED FLUOR FLUORESCENT FIXTURE, SURFACE 1'X4' } FLUORESCENT FIXTURE, SURFACE 2'X4' XX FLUORESCENT FIXTURE, RECESSED 1'X4' Zj FLUORESCENT FIXTURE, RECESSED 2'X2' iXX FLUORESCENT FIXTURE, RECESSED 2'X4' WALL AT 18" AFF, U.N.O. FOR FIT -OUT BY OTHERS. REFER NOTE: SHADED FIXTURES ARE TO SHEET E3.01 /A FOR ADDITIONAL REQUIRMENTS. EMERGENCY FIXTURES. :i FLUORESCENT STRIP FIXTURE, CEILING f-- - --C?°� MTD, LENGTH AS SHOWN Iw FLUORESCEN LIRE, WALL (( TD LENGTH AS OWN SPECIAL RECEPTACLE AS NOTED, FIXTURE, WALL MOUNT . k FIXTURE, SURFACE CEILING /PENDANT "m MOUNT t2 FIXTURE, RECESSED CEILING *3 �4 RECESSED WALL WASHER �K �K3 POLE MOUNTED LIGHT - NUMBER OF 0-= FIXTURES SHOWN Ah EXIT LIGHT, WALL '{} EXIT LIGHT, CEILING E3.01 /E FOR ADDITIONAL REQUIREMENTS. NOTE: ARROWS INDICATE DIRECTIONS, dh SHADING SHOWS FACES AND 0 ORIENTATION. REQUIREMENTS. EMERGENCY, WALL /CEILING MOUNT WALL MOUNTED LIGHT WALL MOUNTED FIXTURE 2 DECORATIVE WALL SCONCES K WALL MOUNTED FLUOR ONE -LINE S Y ML -�- FUSED SWITCH CIRCUIT BREAKER P PANELBOARD OR ENCLOSURE Blhf TRANSFORMER -DELTA TO ry GROUNDED WYE q rn CURRENT TRANSFORMER METER -- TYPE AS SHOWN A - AMMETER V - VOLTMETER WHM - WATT --HOUR METER MM - MULTI - FUNCTION METER DISCONNECT SWITCH MOTOR - HORSEPOWER AS SHOWN _1.. GROUND CONNECTION - ----°- FEEDER (WITH CONDUIT) U AUTOMATIC TRANSFER SWITCH I. � .I E M METER -•- CT's GROUND Q DELTA /WYE WITH GROUND . F POWER TRANSFORMER E3 FUSE & St "ITCH CIRCUIT BREAKER GROUND FAULT INTERRUPTER BREAKER MECHANICAL EQUIPMENT IDENTIFICATION TAG MIMS TRANSIENT VOLTAGE SURGE SUPPRESSION ELEVATOR CONTROL PANEL GAP GENERATOR ANNUCIATOR PANEL 0. COMMUNICATIONS RECEPTACLE, SINGLE, WALL MTD. } RECEPTACLE'., DUPLEX, WALL MTD. XX RECEPTACLE, DOUBLE- DUPLEX, FOR ADDITIONAL REQUIRMENTS. WALL MTD. iXX RECEPTACLE, DUPLEX, FLOOR MTD. WALL AT 18" AFF, U.N.O. FOR FIT -OUT BY OTHERS. REFER SUBSCRIPTS INDICATE FOLLOWING: TO SHEET E3.01 /A FOR ADDITIONAL REQUIRMENTS. A - ABOVE COUNTER :i IG - ISOLATED GROUND TELEPHONE) MOUNTED ON WALL AT 48" AFF, U.N.O. FOR TVSS - TRANSIENT VOLTAGE SURGE Iw SUPRRESSOR (( FIRE ANNUNCIATOR PANEL SPECIAL RECEPTACLE AS NOTED, FIRE ALARM CONTROL PANEL . k WALL MOUNTED "m SWITCH, SINGLE POLE t2 SWITCH, DOUBLE POLE *3 �4 SWITCH, THR[ E -WAY / FOUR -WAY �K �K3 , KEY ED, SINGLE MAIN TELECOMMUNICATIONS GROUND BUS. REFER TO / HRE©PERA POL SWIT C H P SWITCH, PILOT LAMP *D SWITCH, DIMMER CONTROL E3.01 /E FOR ADDITIONAL REQUIREMENTS. dh MOTION SEN OR, WA L MOU ED' S - 0 MOTION SENSOR, CEILING MOUNTED REQUIREMENTS. PUSH TON STATION (EPO = EMERGENCY POWER OFF) TO MOTOR THERMAL OVERLOAD SWITCH CONDUIT, CONCEALED (WITH TURNUP) CONDUIT, CONCEALED (WITH TURNDOWN) CONDUIT STUB DUI ,,RADDERFLOOR OR BQ CONDUIT, EXPOSED HOME RUN - DESIGNATED PANEL -XX AND CIRCUIT t� o PANELSOARD - POWER /LIGHTING QJ JUNCTION BOX, FLOOR / WALL MOUNT [B POWER POLE 1y MOTOR CONNECTION c::y DISCONNECT SWITCH - AMPERES, POLES, FUSING, ENCLOSURE AS SHOWN -NON FUSED DiSCO�NNECT SW€TCHER m MOTOR STARTER (�T} THERMOSTAT - REFER TO MECHANICAL FLOOR MOUNTED FOURPLEX RECEPTACLE ' DIMMER (MODEL AS NOTED) CEILING MOUNTED OUTLET TV OUTLET - CEILING MOUNTED Q TV OUTLET - WALL MOUNTED CAMERA OUTLET ONE -LINE S Y ML -�- FUSED SWITCH CIRCUIT BREAKER P PANELBOARD OR ENCLOSURE Blhf TRANSFORMER -DELTA TO ry GROUNDED WYE q rn CURRENT TRANSFORMER METER -- TYPE AS SHOWN A - AMMETER V - VOLTMETER WHM - WATT --HOUR METER MM - MULTI - FUNCTION METER DISCONNECT SWITCH MOTOR - HORSEPOWER AS SHOWN _1.. GROUND CONNECTION - ----°- FEEDER (WITH CONDUIT) U AUTOMATIC TRANSFER SWITCH I. � .I E M METER -•- CT's GROUND Q DELTA /WYE WITH GROUND . F POWER TRANSFORMER E3 FUSE & St "ITCH CIRCUIT BREAKER GROUND FAULT INTERRUPTER BREAKER MECHANICAL EQUIPMENT IDENTIFICATION TAG MIMS TRANSIENT VOLTAGE SURGE SUPPRESSION ELEVATOR CONTROL PANEL GAP GENERATOR ANNUCIATOR PANEL 0. COMMUNICATIONS FIRE ALARM PULL STATION COMMUNICATIONS BACK -BOX MOUNTED ON WALL AT 18" AFF, FIRE ALARM HORN XX (CANDELA SCRIP E FOR ADDITIONAL REQUIRMENTS. iXX FIRE ALARM SPEAKER W /STROBE WALL AT 18" AFF, U.N.O. FOR FIT -OUT BY OTHERS. REFER (CANDELA - SCRIPT) TO SHEET E3.01 /A FOR ADDITIONAL REQUIRMENTS. DUCT DETECTOR :i SMOKE DETECTOR TELEPHONE) MOUNTED ON WALL AT 48" AFF, U.N.O. FOR HEAT DETECTOR Iw MAGNETIC DOOR HOLD FLAP FIRE ANNUNCIATOR PANEL FRCP FIRE ALARM CONTROL PANEL . k REMOTE INDICATOR "m FLOW SWITCH IXA TAMPER SWITCH SP SPEAKER, CEILING ONE -LINE S Y ML -�- FUSED SWITCH CIRCUIT BREAKER P PANELBOARD OR ENCLOSURE Blhf TRANSFORMER -DELTA TO ry GROUNDED WYE q rn CURRENT TRANSFORMER METER -- TYPE AS SHOWN A - AMMETER V - VOLTMETER WHM - WATT --HOUR METER MM - MULTI - FUNCTION METER DISCONNECT SWITCH MOTOR - HORSEPOWER AS SHOWN _1.. GROUND CONNECTION - ----°- FEEDER (WITH CONDUIT) U AUTOMATIC TRANSFER SWITCH I. � .I E M METER -•- CT's GROUND Q DELTA /WYE WITH GROUND . F POWER TRANSFORMER E3 FUSE & St "ITCH CIRCUIT BREAKER GROUND FAULT INTERRUPTER BREAKER MECHANICAL EQUIPMENT IDENTIFICATION TAG MIMS TRANSIENT VOLTAGE SURGE SUPPRESSION ELEVATOR CONTROL PANEL GAP GENERATOR ANNUCIATOR PANEL 0. COMMUNICATIONS COMMUNICATIONS BACK -BOX MOUNTED ON WALL AT 18" AFF, U.N.O. FOR FIT -OUT BY OTHERS. REFER TO SHEET E3.01 /A FOR ADDITIONAL REQUIRMENTS. COMMUNICATIONS AND TELEVISION BACK -BOX MOUNTED ON VTV WALL AT 18" AFF, U.N.O. FOR FIT -OUT BY OTHERS. REFER TO SHEET E3.01 /A FOR ADDITIONAL REQUIRMENTS. COMMUNICATIONS BACK -BOX (FOR WALL MOUNTED MODULAR W TELEPHONE) MOUNTED ON WALL AT 48" AFF, U.N.O. FOR FIT-OUT BY OTHERS. REFER TO SHEET E3.01/13 FOR ADDITIONAL REQUIRMENTS. COMMUNICATIONS JUNCTION -BOX MOUNTED OVERHEAD AND ABOVE CEILING. REFER TO SHEET E3.01 /C FOR ADDI TIONAL REQUIRMENTS. COMMUNICATIONS FLOOR -BOX WITH POWER FLUSH MOUNTED IN FLOOR FOR FUTURE FIT -OUT BY OTHERS. REFER TO SHEET E3.01 /C FOR ADDITIONAL REQUIRMENTS. MAIN TELECOMMUNICATIONS GROUND BUS. REFER TO TMGB SHEET E3.01 /D FOR ADDITIONAL REQUIREMENTS. TELECOMMUNICATIONS GROUND BUS. REFER TO SHEET TGB E3.01 /E FOR ADDITIONAL REQUIREMENTS. INTERCONNECTING TELECOMMUNICATIONS GROUND BUS. Tom` I -TGB REFER TO SHEET E3.01 /F FOR ADDITIONAL REQUIREMENTS. «.... 049 G. BEAVER OZER 9M. WE ;0 f .o. 90 ' P40, AVON, (tl. 91620 y� i gy�pp,�,, 4 m ^ A �`)) p A p 4 TYPICAL FOR ])JE FO LONNQ RESTER BATHS 9020 614K 815H 6168 821L 621E 715K 5258 725E FEEDER TABLE - CONDUCTORS -- Pansl 1+t9me (SEE SPECfFICATIONS FOR INSULATION TYPE) AiC 3 WIRE 4 UIIRE 22,000 DP1.5A 7,881 COPPER COPPER CONDUIT 22,000 COPPER COPPER =ONDUIT DP4A FOR WIRE GRD w /GRD FOR WIRE GIRD WIRE w /GRD DU REF Aim- WIRE INCHES REF AIlG- Au* INCHES EH1 A.1 2,802 KCMIL ..... SEE NOT E E 10,000 KGMIL ;SEE NOTE p (SEE NOTE= E) F41 FI (3) 12 12 3/4 FAI (4) 12 12 3/4 H3A F2 (3) 10 10 3/4 FA2 (4) 10 10 3/4 K1 F3 (3) s 10 3/4 FA3 (4) S 10 1 LN F4 (3) 6 10 1 FA4 (4) 6 6 1 -1/4 UL35 F5 (3) 4 8 1 -1/4 FA5 (4) 4 8 1 -114 F5 (3) 4 $ 1 -1/4 FA5 (4) 4 8 1 -1/4 F6 (3) 3 $ 1 -i/4 FA6 (4) 3 8 1 -1/2 Fl (3) 2 8 1 -1/4 FA'I (4) 2 8 1 -1/2 F8 (3)1 8 1 -1/2 FA8 (4)1, 1 -112 F9 (3)1/0 6 1 -1/2 PAS (4) 1/0 6 2 FA5 (4)1/0 6 2 NO (3) 2/0 6 2 FAIO (4) 2/0 6 2 FII (3) 3/0 6 2 FAIL (4) 3/0 6 2 -1/2 F12 (3) 4/0 2 2 FAl2 (4) 4/0 2 2 -1/2 F13 (3) 250 2 2 -1/2 FA13 (4) 250 2 3 F14 (3) 350 2 3 FA14 (4) 350 2 3 FIE, FA15 FI6 t6) 3/0 (2) 2 (2) 2 FAI6 (S) 3/0 (2) 2 (2) 2 - 1/2 Fly FAI&A (S) 3/0 (2)1/0 (2) 2 -1/2 4 FAIT 4 FIS (6) 250 (2) 2 (2) 2 -1/2 FA16 ($)250 (2) 2 (2) 3 FIS (+o) 350 (2)1 (2) 3 FAI$A ($)250 (2) 1/0 (2) 3 FA19 (s)350 (2) 1 (2) 3 - 1/2 F20 4) 500 (2)1/0 (2) 3 PA20 (S) 500 (2) 1/0 (2)3-1/2 F21 (S)3.50 (3) 1/0 (3) 3 FA21 (12) 350 (3)` (3) 3 -1/2 F22 (9) 500 (3) 2/0 (3) 3 FA21A (12) 350 (3) 2/0 (3) 3 -U2 FA22 (12) 500 (3) 2/0 (3) 3 -112 F23 (0 350 (4)3/0 (4) 3 FA22A (12) 500 (3) 4/0 (3) 3 -1/2 FA23 (f6) 350 (4) 3/0 (4) 3 -1/2 F24 4) 400 (5) 4/0 (5) 3 -1/2 FA24 (20) 400 (5) 250 (5) 3 -1/2 1 (18) 400 (6) 250 (( o ) 3-112 FA25 (24) 400 (6) 250 (( F26 - - I - FA26 (40) 600 (10) 500 (10) 4 2 WIRE =NERAL NG>TES: P51 F52 (2) 12 (2) 10 12 10 3/4 3/4 _Cs1 A. CONDUIT SIZES ARE MINIMUM. INCREASE FOR LONG OR P53 (2) S 10 3/4 DIFFICULT RUNS. F54 (2) 6 10 1 B. ABOVE 86 *F AMBIENT INCREASE WIRE SIZE PER NEC. F55 (2) 4 g 1 CONDUCTOR SIZE SHALL BE INCREAED TO ACCOUNT FOR F55 (2) 4 g 1 113*F/450C IN ALL EXTERIOR APPLICATIONS. F56 (2) 3 $ 1 C. USE 75 C COPPER WIRE MINIMUM. OR AS SPECIFIED. ' FBI F5$ (2) 2 (2) 1 $ # D. INCREASE GROUND WIRE ON SECONDARY SIDE OF F5$ (2) 1 /0 S 6 1 -1/4 TRANSFORMER TO PANEL FOR FA16, FA18 TO (2) 1 /0, 1 -1/4 FA21 TO (3) 2/0, AND FA22 TO (3) 3/0. FB9 (l) 1l0 6 1 -1/4 FBI (1) 2/0 6 1 -1/2 E. CONDUIT SIZES IS BASED ON COPPER CURRENT F511 (2) 3/0 6 1-1/2 CARRYING CONDUCTORS. CONDUIT SIZE SHALL BE INCREASED IF ALUMINUM CONDUCTORS ARE USED. gBi FAULfi ALCUl.AT #ON MULE Pansl 1+t9me Avail Fault AiC BAR 12,780 22,000 DP1.5A 7,881 22,000 DP2A 7,862 22,000 DP3A 7,844 22,000 DP4A 7,825 22,000 DP5A 7,807 22,000 DP6B 7,788 22,000 DU 7,538 10,000 EH1.5B 7,258 10,000 EH 1 A 3,628 0,000 EH1 A.1 2,802 10,000 F1 2,248 10,000 F20 2,561 10,000 F41 21360 10,000 F7 2,563 10,000 H2B 7,242 10,000 H3A 7,226 10,000 H 4A 7,505 10, DOa H5B 7,194 10,000 K1 19,029 22,000 K2 17,647 22,000 K3 15,320 22,000 LN 14,828 22,000 POOL 10,555 22,000 S81 78,700 100,000 UL35 2,420 10,000 UL44 4,408 10,000 UL50 2,485 10,000 12'X3'Xlr4' COPPER BUS ON H6A H6A STAND -OFF INSULATORS (TYPE ROOF _ - - - _ +GENERALtTE� BOND TO COLD WATER 1. FOR CALCULATION PURPOSES TO SNOUT . MELT CONTROLS THE FOLLOWING TRANSFORMER GROUND IMPEDANCES WILL BE USED: Hj6 A: ICE 15 KVA- 5,1 %Z, 30 MELT nS IB(!'j],ON BOARD R %Z, 45 - 4.9 KVA%Z, 400A, 208/12OV, 3PH, 4W KVA- 5,3 75 KVA- 5.4 %Z, K V A HEATING &NTADTn>•r WITH GROUND BUS 400A, 3P, 250V RATED KVA- 4.9 %Z, 150 KVA- 4.5 7Z, C M& 2 R6 225 KVA- 5.3 72, 300 KVA- 5.7 %Z, 500 KVA -5.87 VCu PA22 F5 � F4 T FAS 2. PROVIDE FULL BUSSING FOR F5 ALL SPACES INDICATED ON PANEL BOARDS, DISTRIBUTION 1+'6CU GND 3/4r- BOARDS, AND SWITCHBOARDS. �CND- 21 21' 2i 21 21 3. CONNECT ALL TRANSFORMER _ C _ ANSFORMER A SECONDARY GROUNDING L 23x0 ELECTRODES TO GROUND BUS t ❑ ❑ RISER. 100A -3 ELEV I -A # ELEV 1 -B 1�"250Kcm11 DU1 #._! �`I' UL35 UL36 UL37 UL38 UL40 H5B F48 UL44 UL45 UL46 UL4? UL49 UL50 P, DISCONNECT 1 %'C. TYP. 4. SEE SHEET "EO.05" FOR LOAD FDA FRS FUSES WITH ® ❑ ❑ ❑ ❑ 23 t=J ❑ 1.:J ❑ ❑ (61 ❑ n F7 ,-, SUMMARY INFORMATION. SHUNT TRIP l2) L°J L,I (! J P ❑ ❑ ❑ 5. MINIMUM AIC BRACING FOR GROUND E30ND TO COLD WATER BUSWAY CIRCUIT BREAKER RISER PLUGS SHALL BE 65,000 * AMPS. 26 6. REFER TO ' ° E0.3' ° FOR 1#25OKcmi! 25 u i_' u m 4r - - - - _ - - - CONTINUATION OF ELECTRICAL - - u i 1 %2'G. TYP. ONE -LINE DRAWINGS. 4aQlDr3 600 �, � � G cv f ` � 7. ALL UNDERGROUND CONDUITS J FIS T FAI`�L- -� _ - 1 14 SHALL BE SEALED IN ® - _ RFI -`741 ❑ P -. - - - - - - - - - __ J COMPLIANCE ALE NEC 230.8. - - - - 4 """ 6aQA, 208/12aV, 3PH, 4w - I *I /0 6U GND 21 21 21 21 21 WITH GROUND BUS L VL 220 KEY NC}TES# El ❑ ❑ 24 F34 F39 F41 F42 F43 UL21 UL22 UL23 U 1 IhANS dRM�R L28 UL29 H4A H4B ❑ 15KVA, 480- 208Y/12OV, F1 E] E] ❑ 23 Q ® ❑ ❑ ❑ ❑? ❑? 7 ? 7 g 8 3PH, 4w. PR25 El - (2) ❑ iANSFORf��ER GROUND BOND TO GOLD WATER 30KVA, 480- 208Y/12OV, RISER . 3PH, 4W. Ll 26 f �'_ - --- - TRANSFOR - - - - 3 M#= R a► - - - - ®° °" ❑ 75KVA, 480 208Y/12OV, 1*250Kcm11 25 u� u w m - 3'H, 4W, .' 1 /'C. TYF'. 500/3 SfDf�r3 1i�1 e�y �` <`t cam, G T " R_.J NS�dRM R FiS FAISL -- - -._ e - - - - - - - - - - - 14 225 KVA, 208 208Y/12OV, _._,..� ...._ �..._... � .._._ - i 3PH, 4W. 600A, 208/12OV, 3PH, 4W - - - - - `� - 1 * ir0 du GND WITH GROUND BUS (� TFZA(F VSORM R - - _ T LVL 210 [E] MANS , 480-208Yj12aV, ❑ ❑ Fl 30H, 4W. f_.I 24 F18 F19 F20 F25 F26 F27 F28 F30 F31 F32 F�3 H3A H38 ❑ RESIDENTIAL 20 CKT. PR�5 El ❑ 2 ❑6 ( 1 ('] F±] (� 6 6 6 ❑ 6 ❑ LOADCENTER (FLAT). u u 6 6 [g 6 6 � ❑ ❑ 7 RESIDENTIAL 20 CKT GROUND RISER BOND TO CtaLD WATER (2} RISER C2} ❑ LOADCENTER (TWO -LEVEL LOCK -OUT). L_'.1 HOTEL LOAD CENTER. 1*25OKcm11 1 TYP, 26 25 U- � � � c� m ._. o� - � ` � - C14 C14 - _�- -"f L' 1 OWNER DWELLING UNIT LOAD U- ILL CENTER. 500/3 T 00x3 c C14 C14 ru cv cis cv +5 L6 F18 FAIel - - _ _ _ _ _ - - - `'' "� 14 10 EMPLOYEE HOUSING LOAD 1 ? e DU6 RES 011 !i L 1 D 11 r 5]]3 ON BOARD CEN TER. 600A, 20$ /12aV, 3PH, 4W 11 1+'1x0 Cu GND WITH GROUND BUS VERIFY BREAKER SIZE. Lv 200 12 12ANSFORMEa 24 45KVA, 480- 208Y/12OV, Pa�25 ❑ ❑ ❑ F6 F7 F8 F9 F10 F11 F12 F13 F14 F15 F16 F17 H2A H2B 3PH, 4W. ❑ ❑ ❑ METERING WITH CT CABINET. ❑ 23 ❑ F6 ❑ ("� 6 6 6 13 Imo. �i t�J ❑ ❑ El ❑ g❑. CaROUND E30ND TO COLD WATER (2} C2} 14 PROVIDE ALTERNATE PHASE RiSER SINGLE PHASE FEEDS ON 36 DISTRIBUTION BOARDS: A B--C, C - A. 1025OKcm11 15 PROVIDE SHUNT -TRIP 1 TYP, 26 25 -' -- - BREAKERS AND CONTROLS 500x3 E500/3 , Ij ky ► ' FOR CHILLERS. T r _ ri ri F18 r --- - --- __ - -- - - - - _ _ __ _ _ ____ _ __ `,` ` 1q 16 T1�ANSEQRM R DA: RESIDENTIAL DaMW IT1a& BOARD - - -- --_ - __ __ �i 112.5KVA, 208 ©208Y/12OV, 2OV PE2 600A, 208 /12OV, 3PH, 4W 3PH, 4W. 1/0 CU _ 17 1 CND WITH GROUND BUS - LvL 190 17 TRANSFORMER 150KVA, 208 AS 208Y/12OV, 1:1 22 3PH, 4W. PR�5 F1 F2 F3 F4 F5 H1.5A EH1.5B ❑ ❑ 23 ,--, ® r---I 6 8 10 18 PROVIDE CONCRETE ENCASED �I (�? j LvJ ELECTRODE PER NEC 250.50 3 AND 250.52. (3RtOUND BOND TO COLD WATER C2} (2} MI.5A RiSER TR R TWIT .H� S, R1,5B Av1.5 * - - - CURRENT TECHNOLOGY 48C1V F5 T FA13 100+ FAS 26 I - 19 SL 20 0 - 277 /480- 3GY -L2. ol 1 '/2'C. TYP. 25 U- CURRENT TECHNOLOGY 208V >L u_ 20 i"2CU GND 3/4-C 50013 00t n S � , � ,� � ,��, � L2 -200 -120 G - I cv cv c� # /208 3GY -L2. CHILLER CHILLER _j _ - 14 T T FAieL .__.. - 5 - J 21 PANEL LOCATED ON LEVEL DPt 5A' RES1D �TiAit btSTR18UT1ON DQAR� _ _ _ __ BELOW. SEE SHEET E1.70 "" 600A, 208/12OV, 3PH, 4W E1.7b FO LOCATION. 1 *1/0 CU GND WITH GROUND BUS - _ _ - - L 180 22 MULTIPLE METER UNIT. 350 FRS -FUSES 125,q E-�MON D -MON MMU8, OR - MiB RIB CxROUND BOND TO COLD WATER - _ _ - _ ACCEPTABLE EQUIVALENT. PACT MOUNTER (21 R15ER ;TRANSIT# N HORiZONTAL EH1A F '�' I EH1A.1 K2 K3 BAR TRANSFORMER M F9 T FA13 23 KWH METER. E -MOH D -MOH BY HOLY CROSS ELECTRIC I 3 9C 6 1( 10 t2} 10 CLASS 1 4W/211v, 3PH, 4U1 -_- 000 OR ACCEPTABLE T _ _ 1 t 1 _ 1"2CU GND 3x4" II��'C. TYP. EQUIVALENT. (TYPICAL FOR WITHIN MULTIPLE METER REFER TO _ _ - _ - - - - _ _ _ _ _ _ _ _ UNfT). AMPERE RATING FOR CONTINUATION DRAWING E0.3 3 SHALL BE SELECTED BASED C3} C2} DIMS D1MA RD MD G1�OUND _ BONG TO COLD WATER _ _ T - - L 1'i0 ON FEEDER FA13 T 1=9 RISER _ _ - - - - - - _ _ CIRCUIT BREAKER SIZE. 120/208 - 24OV, 3W. TO ATS *1 60 . . 1 METER. 5' CONDUIT FOR EH01 T© ATS*2 UTILITY PRIMdi;>Y 551•.lo1 1*2CU GND 3/4'( - . tlY7arn1 :i 1 LN 1 1)A1 AAI It T#bi c ifctrn 1 i ; 0049 E, REAVER CRIER ..9ft. SUITE 307 PA A 1 x740, AVON, M 91620 a f �H: (00) 141-6000 FAX: (170) 149 -1151 6151 FAULT CALCULATI Panel Names FEEMR TABLE - CONDUCTO" 12,780 22,000 DP1.5A 7,881 22,000 DP2A (SEE SPECIFICATION$ 22,000 FOR fK8ULATION, 7,844 TYPE) DP4A 7,825 22,000, DP5A 3 WIRE 22,000 DP66 € 4 WIRE 22,000 DU 7,538 10,010 . COPPER CONDUIT 10,000 COPPER COPPER CONDUIT EH1 A.1 2,802 COPPI_R F1 FDR ti11RE F20 t1} /CIRD FDR QUIRE GRD WIRE W /CARD F7 2,563 REF AM- WIRE INCHES REF AU*- A IG INCHES 7,505 10,000 H5B KCMIL AIJ SEE NOTE E 19,029 KCMIL SEE NOIT:13 (SEE NOTE E) 1 22,000 Ft (3) 12 22,000 12 3/4 FAI (4) 12 12 3/4 SB1 78,700 F2 (3) 10 10 3/4 FA2 (4)10 t0 3/4 . 2,48 1 10,000 F3 (3) c 10 3/4 FA3 (4) $ 10 1 13206 18000 F4 (3) 6 10 1 FA4 (4) 6 $ 1 -114 10000 SBL6 F5 (3) 4 $ 1 -1/4 17-At� (4) 4 $ 1.1/4 FS (3) 4 $ i -t/4 F A5 (4) 4 $ 1 -114 F6 (3) 3 $ 1 -1/4 FA6 (4) 3 a 1 - 1/2 F'1 (3) 2 $ 1 -1/4 FA1 (4) 2 $ 1 -1/2 FS (3} t a 1 -1/2 FA-5 (4) l 6 1 -112 FS l3) I/O I -1/2 FAS (4) 1/0 6 2 FAS (4) 1/0 6 2 Flo (3) 2/0 (a 2 1AIO (4) 2/0 6 2 Flt (3) 3/0 6 2 FAII (4) 3/0 6 2 -1/2 P12 (3) 4/0 2 2 FAl2 (4) 4/0 2 2 -1/2 F13 (3) 250 2 2 -1/2 FA13 (4) 250 2 3 114 P15 (3) 350 2 3 FA14 FA1'; (4) 350 2 3 F16 ((0)3/0 (2) 2 (2) 2 FAI6 (5)3/0 (2) 2 (2)2-1/2 FA16A ($) 3/0 (2) I/O F11 ( () FA l - 1a r-ja (6) 250 (2) 2 l2) 2 -1/2 FA18 FA1$A (8) 250 ($) 250 (2) 2 (2) 1/0 (2) 3 (2) 3 FIS ((0) 350 (2)1 (2) 3 FATS ($) 350 (2)1 (2) 3 -1/2 P20 (6) 500 (2)1/0 (2) 3 FA20 (5) 500 (2) 1/0 F21 (S) 350 (3) (3) 3 FAV (12) 350 (3)1/0 (3) 3 -1/2 PA21A (I2) 350 (3) 2/0 (3) 3 -1/2 F22 ($)500 (3) 2/0 (3) 3 PA22 (12) 500 (3) 2/0 (3) 3 -1/2 FA22A (12) 500 (5)4/0 (3) 3 -1/2 F23 (I2) 350 (4) 310 (4) 3 FA23 (16) 350 (4) 3/0 (4) 3 -1/2 F24 (15) 400 (5} 4/0 l5) 3 -f/2 FA24 (20) 400 (5) 250 (5) 3 -1/2 P25 (1$) 400 (Co) 250 (6) 3 - €/2 FA25 (24) 400 (6) 250 (6) F26 _ _ _ FA26 (40) 600 (10) 500 ( WIRE CAN 2 FB1 (2) 12 12 3/4 A. CONDUIT SIZES ARE MINIMUM. INCREASE FOR LONG OR F15 (2) 1113 10 3/4 'DIFFICULT RUNS. - F153 F54 (2) 8 (2)(o 10 10 3 / 4 1 B. ABOVE 86o AMBIENT INCREASE `?'11RE SIZE PER NEC. CONDUCTOR SIZE SMALL BE !NCRESED TO ACCOUNT FOR FE (2) 4 $ f 113-F /45 IN ALL EXTERIOR APPLICATIONS. Ff35 1536 (2) 4 (2) 3 $ $ I 1 C. USE 75 C COPPER ARE MINIMUM. OR AS SPECIFIED. f:I51 ( 2 $ I D. INCREASE GROUND ARE ON SECONDARY SIDE OF PE�a (2) 1 $ 1 -114 TRANSFORMER TO PANEL FOR 1`A16, FA18 TO (2) 1/0, FB$ (2) 1/0 6 1 -114 FA21 TO (3) 2 /0, AND FA22 TO (3) 3/0. FIBS F81 (2) 1/0 (2) 2/0 6 6 1 -1/4 1 -1/2 E. CONDUIT SIZES IS BASED ON COPPER CURRENT CARRYING CONDUCTORS. CONDUIT SIZE SHALL BE F511 (2) 3/0 6 1 -1/7 INCREASED IF ALUMINUM CONDUCTORS ARE USED. 6151 FAULT CALCULATI Panel Names Avail Faun AfG BAR 12,780 22,000 DP1.5A 7,881 22,000 DP2A 7,862 22,000 DP3A 7,844 22,000 DP4A 7,825 22,000, DP5A 7,807 22,000 DP66 € 7,788 22,000 DU 7,538 10,010 . EH1.5B 7,258 10,000 EH I A 3,628 1 0,000 EH1 A.1 2,802 10,000 F1 2.248 10,0Q0 F20 2,561 10,000 F41 2,360 10,0Q0 F7 2,563 10,090 H2B 7,242 10,000. H3A 7,226 10,0Q0 H4A 7,505 10,000 H5B 7,194 10,0137 K1 19,029 22,000 K2 1 17,647 1 22,000 K3 15,320 22,000 IN 1 14,828 22,000 POOL. 10,555 22,000 SB1 78,700 100,000 UL35 2,420 10,000 UL44 4,408 10,000 UL50 2,48 1 10,000 5' CONDUIT FOR -' UTILITY PRIMARY 2F TC TI Panel Name Avail ft Cist AI DIMA 19811 22000 EH01 10875 18000 EH1 6844 14000 EH3 4771 14000 EH6 3487 14000 EL01 1386 10000 EL02 1348 10000 ELI 1,345 10000 EL3 1386 10000 EL6 1386 10000 L01 A 2311 10000 MO 19812 25000 M01 23110 25000 MO2 22017 25000 M1 B 27611 35000 M. 1.5A 23898 25000 M6 18731 25000 PBX 1869 10000 RO 6057 10000 R01 6163 10000 R02 6131 10000 R1B 6274 10000 R1.5B 6185 10000 R6 6015 10000 RETAIL -1 11241 18000 RETAIL -2 9620 18000 S82 58675 65000 SBH01 26939 35000 SBH02 15581 18000 SBH3 13206 18000 SBH6 13206 18000 SBL01 1433 10000 SBL02 1394 10000 SBL3 1399 10000 SBL6 1399 10000 H6A 11200 22000 H6A H6A 1 2 V 1 -A 4 - ALE ELE V 1 1004 -3P, DISCONNECT 10A FRS FUSE$ WITH SHUNT TRIP k r d k� I i �t w�Y � M GROUND RISER • I*250Kcrn11 --'� 1 , '2'C. TYP. GR� R I*250Kcm 1 TYf G G1~ €*25OK4 1 T� TO COLD WATER .r • * 3 GROUND BOND TO COLD WATER RISER 0 � 19 CURRENT' TECHNOLOGY 480V M1.5A RI.55 AVI.S • ##SL2- 200 -277 /4803- 3GY -L2. FS T I f0 FAS 20 CURRENT TECHNOLOGY 208V 1*250<=11 4 �, �, N, I ##SL2- 200- 120/2138- 3GY -L2. 1 1. %2C. TYP. 500/3 to U) a) do stt ut 0 r t*2CU CND 3/4'C 500/3 cu cv c cv cv �' f T cti ry # 14 21 PANEL LOCATED ON LEVEL F18 FAISI- __ - _ _ _ _ _ _ _ _ _ _ _ _ _. _ Y _..l BELOW. SEE SHEET E1.7a t CHILLER CHILLER QP1.5A: RESIDENTIAL QIS 1009N BOAR OR E1.7b FOR LOCATION. 17 _ 600A, 208/12OV, 3PH, 4W r 1 * 1/0 CU CINCH ,1 WITH GROUND BUS LVL 1£�0 125A 350 FRS -FUSES GROUND BOND TO COLD WATEP HORIZONTAL EH1A FAQ EH1A.1 K2 K3 BAR __ Mlf3 R18 RISER TRAN5ITION " s 213 5WITCiH(CFAR ._. __ . _ __ _ 3 T FA.1 T ROOM 1* 250KCM1L, 1- I12'C. } A Y cv 3 `0 CU GzND = G ROUND E3t13 TOvI CZNG� EIIS c� 9 ry �St A Li U_ yj13 u� I u u u s u� 13_ U_ U_ u. 11- 4*31 GND. 4*3, 1*2 GND. I 1*2CU GND, 1* TO 6B2 GND U5 ++3 /t T© GEI�tERAI OR �� (TYP.) M M 3/4 C GROUND I l ` M 19 4 3 � 200/3 22 5 3 400 3 225 3 400 3 400 3 400 3 250/3 400/3 600/ � , ( 2000 3 225 3 400 400/3 100/3 � i T tER *1 �0/3 100/3 400/3 200/3 200/3 .400/3 00/ / / / / / /' � 3 225/3 250/3 400/3 200/3 � 400 2 � / / / � �' HOLY CROSS CT IC 1 1 2 3 4 5 6 9 5 10 p il 19 13 1 15 16 17 1 s 12 11 10 8 7 5 4 3 2 1 20 y i 2 0sY /120x, 3 4� R 7 8 12 9 6 f 225/3 400/3 400/3 15 � ff 225/3 400/3 i 1 4W/2 ,34,4EU 203/12OV,30,4W TO GROUND BUS i 1 (I *2 50 KCMIL, 1- 1/2'C,) 4000A BUS 3000A EUS (1 *250 KCMIL, 1- 1/2'C.) I TO GROUND BUS RISER 100,000 AIC CIA � � 100,000 AIC � f 1 _ CU *4 /0 BARE � � ° � q � jCU� BARE tOTALI,�ER , TOTALIZER GROUNE> ROD 18 ROUND ROD 5 CONDUIT FOR ClU PIPE C1.0 PIPE UTILITY PRIMARY BLDG STEEL k BLDGc STEEL is LVL 1&0 (a,2 SETS (4* 500KGMIL) 4'C. -NJ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ CONCRETE ENCASE WHERE REGOUIRED °(11)L'_'�CrM_ C1,.) 4 °G• 3 2 CONCRETE ENCASE WHERE REQUIRED _ BY CODE. CODE. M01 ROl L01A AVOI KI POOL (2) T (2) T in ref F5 F 1 F4 PA8 1*2CU C NE'7_ ' l*r'aCU GND 3 /4'C MO2 12 R02 F4 T PAS 1*6CU CxNL? 314'0 TO COLD WATER *3/,o> To MAIN (3ROUI 0 3/0 r_U TO 5UILDIWa STEEL TO TO SQ2 FOR CXXsITIwif1&2 FAM L____j Muljm%�'Lll 15 KVA GENSET. REFER TO PLAN VIEW DRAWINGS FOR T GENERATOR EQUIPMENT s LAYOUT. EC AND GENERATOR oec_u MANUFACTURER TO CONFIRM 3E GENERATOR LAYOUT AND SPACING WITH ARCHITECT AND ENGINEER PRIOR TO ROUGH—IN AND (LVL 160) INSTALLATION. _LVL 1.5 60A/3F (LVL 110) LVL I LL T Z 'A X T M/3 fl OC IN MAIN PHONE ROOM) facu 415-1 er 100A E51;16,4 POLE 4801211V, 3PH, 4W AIC FA C> TO RMER EO-2 TO _ SWBr,> $S2 FAII � FOR CONTINUATION FAII (LVL *0) _LVL 0 : T ELfAI cku 6OA13P (LVL 14S) LVL -1 BNfd L T OAIB (LVL 136) LVL -2 0049 6, R&AVER CREW i?M- 5 URF 367 CO. 21CO -0, FOX MO, AW PH: (1 141-4000 FAX: (170) 141 (ROOF) GENERAL NOTES LVL -1 1. FOR CALCULATION PURPOSES THE FOLLOWING TRANSFORMER FEEC>F_lQ TABLE - C04DIXT01;6 IMPEDANCES WILL BE USED: (SEE $FECIFICATIONS FOR INSULATION TYPE) 15 KVA-5.1%Z, 30 S WIP 4 Wif RE L6 KVA-5.3%Z, 45 KVA-4.972, IE COFPER ALUMINUM - CO OtOUIT 00A/.�P ENSCONNEC-T T 0A/5 1 10, 75 KVA-5.4%Z, 112.5 KVA-4.9%Z, 150 KVA-4.5%Z, Copi-ERALUMINUt-1, COPPER CONDUIT FOR WIRE (AL) GRID W/CiRD FDR WIRE (AL) GRID WIRE W/GRD ICA FPS FUSES WITH 225 KVA-5.3%Z, 300 Rr=F AW3- AWs- WIRE ilsir-WE6 REF AU6- Allri- AW-1 INCHES SHUNT TRIP T KVA-5.7%Z, 500 KVA-5.8% KCMIL KCMIL AALG �$EE NOTE E, KCMIL KCMIL 6EE NOTE 0, {51EE NOTE E) 161 -nOA/15 F1 (3) 12 12 3/4 FAI (4)12 - 12 314 7 T] 2. PROVIDE FULL BUSSING FOR rz 2 (3) 10 - 10 314 FA2 (4) 10 - 10 314 p ALL SPACES INDICATED ON F3 (3) 5 - 10 314 FA3 {4) 5 - to I PANEL BOARDS, DISTRIBUTION F4 (3)(o - 10 1 FA4 (4)(o - a 1-114 BOARDS, AND SWITCHBOARDS. 1:5 (3) 4 - a 1-1/4 1-1/4 FA5 FA5 (4)4 (4) 4 - - 8 1-114 1-1/4 PASSENGER SERVICE 230) 3. CONNECT ALL TRANSFORMER Nr;i (3 )4 - 6 ELEVATOR (9LF_�- LVL F6 (3)3 1-1/4 FA(> (4)3 - 1 -#f2 SECONDARY GROUNDING F1 (3) 2 1-114 FAI (4) 2 1 -112 ELECTRODES TO GROUND BUS Fa (3) 1 1 -112 FA6 (4)1 (o I -112 RISER. FS (3)1/0 6 1-117 FAS (4)110 (o 2 FAIB (4)1/0 6 2 4- SEE SHEET "E-?" FOR LOAD Flo (3)2/0 - ro 2 FAIO (4)2/0 (o 2 SUMMARY INFORMATION. Fil (3) 310 (3) 250 6 2 FAIT (4)3/0 (4) 250 (o 2-In F12 (3)4/0 (3) 300 2 2 FAl2 (4)4/0 (4) 300 2 2-1t2 5. MINIMUM AIC BRACING FOR F13 (3) 250 (3) 350 2 2-11 FA13 (4) 250 (4) 350 2 3 BUSWAY CIRCUIT BREAKER F14 (3) 350 X/3) 500 2 3 FA14 (4) 350 (4) 500 2 3 PLUGS SHALL BE 65,000 F15 (3) = (3)100 1 2 3 FAI5 (4)500 (4)100 ___2 3-1/2 AMPS. FI(o ((0)3/0 ((0) 250 (2) 2 (2) 2 FAI(o (b) B/O (6) 250 (2) 2 (2)2-1/2 5A16A (ei) 3/0 ($) 250 (2)1/0 (2)2-1/2 6. REFER TO "E0.2" FOR 1 U22 AM UL = (222 FAII_ 2-1a CONTINUATION OF ELECTRICAL - F18 ((o)250 (6) 350 (2) 2 (2)2-1/2 FAI6 (5) 250 (a) 350 (2) 2 (2)3 (LVL 220) ONE-LINE DRAWINGS, FAI$A (6) 250 (6) 350 (2)110 (2) 3 LPL E> FI (6) 350 (6) 500 (2) 1 (2) 3 FA15 ($) 3W ($) 500 500 (2)l (2)3-1/2 7. ALL UNDERGROUND CONDUITS F20 ((v) 500 ((0)100 (2)1/0 (2) 3 FA20 (5) 500 (5)100 (2)1/0 (2)3-1/2 SHALL BE SEALED IN F21 (S) 350 (V 500 (3)1/0 (3) 3 FA21 ( #2) 350 (12) 500 (3) 110 (3)3-1/2 COMPLIANCE WITH NEC 280.8. PA21A {12) 35Q> (12) 500 2/0 522 OW 500 (C") 600 (a) 210 (3) 3 FA22 (12) 500 (12) 600 (3)2/0 (3)3-1/2 FA22A (12) 500 (12) 600 (3)4/0 (3)3-1/2 KEY NOTESv F23 (12) 350 (12) 500 (4)3/0 (4)3 FA23 (1( 350 06) 500 (4)3/0 (4)3-1/2 F-24 (15) 400 (15) 600 (5)4/0 (E) 3-1/2 FA24 {20) 400 (20) 600 (5) 250 (5) 3-117 - I f TRANSFORMER (18) 400 (lei) &W (6) 250 660 3-1/2 FA25 (24) 400� (24) 600 (<,) 250 (6) 3-112 11 15KVA, 480- 208/12OV, 42C 1 (40) 600 1 (10) 5w I 0 ) 4 3PH, 4W. 2 WIRE = TRANSFORMER R2 FBI (2) 12 12 314 A.CONDUIT SIZES ARE MINIMUM. INCREASE FOR LONG OR 30K VA, 480-208/ F52 (2) 10 10 3/4 DIFFICULT RUNS. 3PH, 4W. FE33 (2)S 10 5/4 B.ABO\/E 86oF AMBIENT INCREASE WIRE SIZE PER NEC. (LVL 210) F54 (2)(o 10 1 CONDUCTOR SIZE SHALL BE INCRESED TO ACCOUNT FOR 4 TRANSFORM� F55 (2) 4 a I 113- Fj45 °C IN ALL EXTERIOR APPLICATIONS, _LVL- R3 75KVA, 48a -2038 120V, F55 (2) 4 C. 75 C COPPER WIRE MINIMUM. OR AS SPECIFIED. 3PH, 4W. 5S6 (2)3 F51 (2) 2 a a I 1-114 D- INCREASE GROUND YORE ON SECONDARY SIDE OF TRANSFORMS TO PANEL FOR FA16, FA18 TO (2) 1/0, TRANSFORMER R4 FB13 (2) ) & 1.114 FA21 TO (3) 210, AND FA22 TO (3) 310. 225KVA, 480-208/12OV, (o 1-1/4 E. CONDUIT SIZES IS BASED ON COPPER CURRENT 3PH, 4.W. FBI FBI I (2)2/0 (2) 3/0 & (o 1-1/2 CARRYING CONDUCTORS. CONDUIT SIZE SHALL BE INCREASED IF ALUMINUM CONDUCTORS ARC USED. T A TRANSFORME j 300KVA, 480-208/12OV, *acu 3PH, 4W. 60A13F El PROVIDE SHUNT TRIP BREAKERS IN PANEL FOR ELEVATOR. (LVL 200) LVL 3 71 FINAL ELEVATOR OVERCURRENT PROTECTION RATING SHALL BE AS RECOMMENDED BY THE ELEVATOR MANUFACTURER. ELECTRICAL CONTRACTOR SHALL PROVIDE ALL FEEDERSS AND ASSOCIATED SHUNT TRIP BREAKERS AND DISCONNECTS TO ELEVATOR CONTROLLERS. CONFIRM ALL ELEVATOR OVER CURRENT lo PROTECTION WITH ELEVATO MANUFACTURER PRIOR TO INSTALLATION. (LVL 11BO� N_ATUf;P4j,. FA5 EQ9&n1;> CsENEfRx4ToR_ KVA OZ P.F. L VL 2 PROVIDE GAS POWERED 35OKW, 431-5 GENERATOR SET WITH 4ao_Y_ai:Lv__aeJ:4_4=UMR1=_ - REMOTE RADIATOR. REMOTE NO FZ4TINGS RADIATOR TO BE PLACED IN $Ef`AfP,ATELY DERIVEC> SYSTEM U- T CM A i�C TO *3/,o> To MAIN (3ROUI 0 3/0 r_U TO 5UILDIWa STEEL TO TO SQ2 FOR CXXsITIwif1&2 FAM L____j Muljm%�'Lll 15 KVA GENSET. REFER TO PLAN VIEW DRAWINGS FOR T GENERATOR EQUIPMENT s LAYOUT. EC AND GENERATOR oec_u MANUFACTURER TO CONFIRM 3E GENERATOR LAYOUT AND SPACING WITH ARCHITECT AND ENGINEER PRIOR TO ROUGH—IN AND (LVL 160) INSTALLATION. _LVL 1.5 60A/3F (LVL 110) LVL I LL T Z 'A X T M/3 fl OC IN MAIN PHONE ROOM) facu 415-1 er 100A E51;16,4 POLE 4801211V, 3PH, 4W AIC FA C> TO RMER EO-2 TO _ SWBr,> $S2 FAII � FOR CONTINUATION FAII (LVL *0) _LVL 0 : T ELfAI cku 6OA13P (LVL 14S) LVL -1 BNfd L T OAIB (LVL 136) LVL -2 0049 6, R&AVER CREW i?M- 5 URF 367 CO. 21CO -0, FOX MO, AW PH: (1 141-4000 FAX: (170) 141 fl a S 9 g P s Y Q� � N G: �o A' W� �aS Vail Plaza Hotel 57,938 SB2 (Main Service Switchboard 2 - Hous an d M e ch anica l Load Only) PANELS: VA AMPS 0480V, 3 h) M6 95,313 115 Chillerl 265,089 319 Chiller2 265,089 319 M 1.5A 187,04 2251 M1 B 95,737 115 Mo 1 47,789 178 M01 291,911 351 MO2 263,469 317 DIMA 126,539 152 L01 A 44,31 53 RETAILS 55,680 67 (928 SOFT @ 60 WATTS SOFT RETAIL POWER ALLOWANCE) RETAIL #2 70,980 85 (1183 SQFT @ 60 WATTS / SQFT RETAIL POWER ALLOWANCE) ATSI F17) Panel K2 (Level 170 -- Kitchen Panel) EH01 42,924 52 FPH (1) 8,160 10 EH02 (1) 6,000 7 EHl (1) 26,876 32 EH3 (2) 5,713 7 EH6 (3) 2,880 3 ATS#2 2,440 7 SBH01 446,954 538 PBX (4) 20,000 24 SBH02 (4) 147,069 177 SBH3 (4) 304,779 367 SBH6 (5) 171,760 207 Total Load on S82 2,398,824 VA 2,885 AMPS (SB2 UTILI A 4000 AMP BUS) (1) PANEL FED FROM EH01 Hotel Load (Panel H3A --- using NEC 220.3(A)) (2) PANEL FED FROM EH1 16 (3) PANEL FED FROM EH3 19,375 (4) PANEL FED FROM SBH01 Corridor Lighting Loads (at 1250 (5) PANEL FED FROfvJ SBH3 17,774 49 GENERATOR LOAD CALCULATION: House Loads (cat 1007) 5,140 VA AMPS EH01: 42,924 52 SBH 01: 446,954 538 489,878 590 LESS TWO (2) 30HP ELEVATORS (66,480 VA) LESS ONE (1) 20HP ELEVATORS (22,437 VA:) (Panels F34, F39, F41,F42,F43,UL21,UL22,UL23,UL28 489,878 590 LESS 88,917 107 400,961 483 GENERATOR SIZE USED: 450 KW 582.5 KVA e marne • - e - Switchboard '- •- e an ------ e House eea DP1.5A (level 180) 57,938 161 Total Load on 2000 Amp Bu (at 208V / 3 phase) Residential Ladd (Using Optional Calculation Method -- NEC 220.32) 44,104 122 2612,971 (Panels Fl,F2,F3,F4 8e F5) Employee Housing Lead (Panel EH1.58 - using NEC 220}.11) 59,185 164 Hotel Load (Panel H1.5A - using NEC 220.3(A)) 22,300 62 House Loads (Corridor Lighting and House Loads) Employee Housing Load (Panel EH1.56 - using NEC 220.11) 59,186 164 Corridor Lighting Loads (at 1250 518,550 2 7 House Leads (at 1000 2 6 262,971 730 House Loads (Corridor Lighting and House Loads) 1301,315 362 DP2A (level 190) Panel DU (Level 220 - Dwelling Unit Parcel) 31,610 88 Panel EH1A /EHIA.l (Level 170 - Employee Housing Residential Lead (Using Optional Calc u lation Method --- NEC 220.32) 96,411 268 (Panels F6, F7, F8 ,F9,FlO,Fll,F12,F13,F14,F15,F16 & F17) Panel K2 (Level 170 -- Kitchen Panel) 59,823 Hotel Lead (Panel H2A -- using NEC 220.3 Panel K3 /Bar (Level 170 - Kitchen and Bar Panels) 22,280 62 74 Hotel '/ Load (Panel H2B - using NEC 220.3(A)) 18,160 50 Panel POOL Corrior Lighting Loads (at 1250 57,791 2,900 8 House Loads at 100%) 1,790 2,440 7 644,881 VA 1,790 AMPS 142,191 395 DP3A (level 200) Residential Load (Using Optional Calculation Method - NEC 220.32) 89,816 249 (Panels F18, F19, F20,F24,F25,F26,F27,F30,F31,F32 & F33) Hotel Load (Panel H3A --- using NEC 220.3(A)) 5,835 16 Hot Lead (Panel H313 - using NEC 220.3(A)) 19,375 5 4 Corridor Lighting Loads (at 1250 17,774 49 House Loads (cat 1007) 5,140 14 137,940 383 DP4A (level 210) Residential Load (Using Optional Calculation Method -- NEC 220.32) 89,331 248 (Panels F34, F39, F41,F42,F43,UL21,UL22,UL23,UL28 & UL29) Hotel Load (Panel H4A --- using NEC 220.3(A)) 19,378 54 Hotel Load (Panel H4B - using NEC 220.3(A)) 19,375 54 Corridor Lighting Loads (at 1257*) 2 7 House Loads (at 10 }0 %) 1,830 5 1 32,479 368 DP5A (level 220) Residential Load (lasing Optional Calculation Method - NEC 220.32) (Panels F48,UL35,UL36,UL37,UL38 & UL40) Hotel Load (Panel H5B) -- House and Hotel Loads Corridor Lighting Loads (at 1250 House Loads (cat 100 %) Residential Load (Using Optional Calculation Method -- NEC 220.32) (Panels UL44,UL45,UL46,UL49 & UL50) 56,172 21, 990 :f. W I 956 61 8 21 245 fla 57,938 161 Total Load on 2000 Amp Bu (at 208V / 3 phase) Reside Load (Using Optional Calculation Method -- NEC 220.32 - 26 %) 2612,971 730 Employee Housing Lead (Panel EH1.58 - using NEC 220}.11) 59,185 164 Hotel Load (using NEC 220.3(A)) 148,690 413 House Loads (Corridor Lighting and House Loads) 47,703 133 518,550 1,440 Total Loads on SB1: (at 208V / 3 phase) Residenti Load (Using Optional Calculation Method -- NEC 220.32 - 26 %) 262,971 730 House Loads (Corridor Lighting and House Loads) 47,703 132 Panel DU (Level 220 - Dwelling Unit Parcel) 31,610 88 Panel EH1A /EHIA.l (Level 170 - Employee Housing Unit Panels) 63,974 178 Panel Kl (Level 160 - Kitchen Panel) 54,339 151 Panel K2 (Level 170 -- Kitchen Panel) 59,823 166 Panel K3 /Bar (Level 170 - Kitchen and Bar Panels) 26,515 74 Parcel LN (Level 160 - Laundry Panel) 40,155 111 Panel POOL 57,791 160 644,881 1,790 Total Load on SB1 (3000 Amp Bus) at 208V / 3 phase 644,881 VA 1,790 AMPS 2 p Y a qq Volt Plaza Hotel Unit UL50 (Two Level UNIT AREA (sf): 1750 A. GENERAL (a) (b) (C) VOLTAGE (V):l 208 .[ PHASE, 1 PANEL CAPACITY AMPS General Lighting and Receptacle Load for Specified Occupancy (NEC 220-3) 1750 sf x 3 VA / sf Small Appliance Circuit Load (NEC 220.16(A)) plianc'e Circuits 0 1500 VA Each Laundry Circuit Load (NEC220.16(6)) 1 0 :]-Laundry Circuit 0 1500 VA Each Subtotal Computed Load (without ranges or specific appliances) Application of Demand Factor (Table 220-11) First 3,000 VA or less at 10 % From 3,001 to 120,000 VA at 35 % Remainder over 120,000 VA at 25 % Net Computed Load (without ranges or specific appliances) B. NAMEPLATE RATING OF ALL APPLIANCES (a) Specific Appliances or Loads (75% d emand factor applied 1 Dishwasher I Kitchen Disposal _i] Microwave Oven Gas Fireplace Ignitor Subtotal Specific Appliances C. MOTORS (NEC 220.14) to four or more appl 75% x 75%x 75% x 757ox 4 Toilet Exhaust Fan 150/u I Oven Vent Hood 300/U I Dryer Booster Fan 300/u 1 Gas FP Exhuast Fan 300/u 4 Fan Coil Unit (FCU-1) Fan Coil Unit (FCU-3) 117an Coil Unit (FCU-5) Subtotal Specific Appliances (less heating/cooling foods) Electric Clothes Dryers - Dwelling Uhlt(s) (NEC 220-18) Electric Clothes Dryer (5000 VA or Nameplate if Larger) Fixed Electric Space Heating (NEC 220.15) Electric Floor Mat Heating Electric Ranges and Other Cooking Appliances - Dwelling Unit(s) (NEC 220.19) Electric Range/Oven Minimum Size Feeder Required: =Usinoptlonal Method Load Cola.: VAIL PLAZA HOTEL VA = VA = VA = VA = M-E Engineers Inc. 5,250 VA Sniall Appli. Branch- Ckts(9 20,30(B)(1)) PANEL VLbQ - VA Appliances(220.30(8)(3)&(4)) 208/120 Clothes Dryer (220,18) BUS: 125 Amps copper SECTION: 1 OF 1 Total General Load (w/o Htg Lood)EE,026�VA First 10 kVA of general load at 100% lPhosa,Wre + Grid Remainder of general food at 40% MAINS: Sub-total of general load: M.L.O. Added heating /cooling load: 265 Calculated load for service: LOCAnOW LEMEL 230 - BLDG B = :: Amps NOTES: *Provide omh fault circuit breaker for bedroom r-cepto iOPTIONS: DATE: 03101105 [NOTE OPTIONS I DATE: 03/01/ FED FROM DP6A FROM P4A 0 MOUNTiNG Recessed Recessed ISSUE: K-MEP Progress DESCRIP I I i P 8�(R CKT =P�' CKT am I P P R DESCRIPTION I ID S L K DESCRIPI)ON RECEPTACLES KITCHEN 1 1 20 1 A 2 20 RECEPTS TS BATHROOM R 2 20 _RE_CEPTACLES KITCHEN i 1500 i 1 20 a B I 4 20 1 1080 RECEPTACLES BEDROOM* R R 20 RECEPTACLES LIVING RM 900 ; 1 1080 RECEPTACLES BEDROOM* 20 1 1 300 RECEPTSLLTS STAIRS R LK RANGE 4 000 !2 50 7 8 t 4 _� 20 RECEPTSLLTS STAIRS FANCOIL UNIT M K K ----- i 4000 i < 4000 - 9 2 50 0 10 20 1 1 700 FANCOIL UNIT M -1 K M DIS DISHWASHER L P�6§xc ------------ 1200 ----- 4000 20 1 ISO RECPT-BALCONY R FANCOIL UNIT K M . .- RE17RI�£RATOR 1000 I1 20 13 A 1 14 20 1 1540 WASHER DRYER R 20 1 ISO --SPARE-- ----------------- 1 ------ 20 15 B i 16 REFRIGERATOR SPARE P --SPARE 20 I io 1 �19 A i 18 20 --SPARE-- -- - P --SPARE-- P - --SPARE -- --------------- 1 20 - 1 20 i 8 1 2D 20 1 SPARE P SPARE 1 20 1- 21 A 22 20 j I 1 --SPARE-- P P --SPARE-- P !1 20 23 20 1 1 ig 8 --SPARE-- P 1 P --SPARE-- --SPARE-- P t I _I 20 - P A 26 20 1 --SPARE-- P 21 A r2 20 -- SPARE-- ! I 20 i 7 - P --SPARE-- P P 20 -- SPARE -- 20 1 -1- 20 1 29 =A LO 8 --SPARE-- --SPARE-- 1 1 20 1 1 A _26 20 1 --SPARE-- CA ED LOAD (Dow"tr"n Loaft #adadsd P Ada WMY tlA DOWNSIREAM LOADS NCLUDED EA= 9&0-L-A !h-- --SPARE-- 10200 9135 C i 19,336 i i 20 GH 28 1 20 1 125% P AMPS 85 - 76 V_ 93 ECEPT 29 A 1 1 4,260 20 1 100% 4,260 20 voopnts S8 1.xls 100NNECTED,LOAD Downstream Loads included DOWNSTREAM LOADS . . DAD SUM ARY WITH DowNS L INCLUDED FA= A= V-A AMPS !2 =/J= YQU ECEPT C 507. IGHTING 125% OTOR -- AMPS 72 76 86 1,876 i 2,724 1009 i 2,720 13 GST MTR 1,176 25X 294 1 ISC OTOR 100% g 100% 1, ITCHEN 13,200 11,176 70P. 9,500 46 LEC HEAT ISO I 100% 1 10 TCtI L13,200 3 70% 9 46 LEC HEA'C 100% 1 11TOK �336 Volt Plaza Hotel Unit UL50 (Two Level UNIT AREA (sf): 1750 A. GENERAL (a) (b) (C) VOLTAGE (V):l 208 .[ PHASE, 1 PANEL CAPACITY AMPS General Lighting and Receptacle Load for Specified Occupancy (NEC 220-3) 1750 sf x 3 VA / sf Small Appliance Circuit Load (NEC 220.16(A)) plianc'e Circuits 0 1500 VA Each Laundry Circuit Load (NEC220.16(6)) 1 0 :]-Laundry Circuit 0 1500 VA Each Subtotal Computed Load (without ranges or specific appliances) Application of Demand Factor (Table 220-11) First 3,000 VA or less at 10 % From 3,001 to 120,000 VA at 35 % Remainder over 120,000 VA at 25 % Net Computed Load (without ranges or specific appliances) B. NAMEPLATE RATING OF ALL APPLIANCES (a) Specific Appliances or Loads (75% d emand factor applied 1 Dishwasher I Kitchen Disposal _i] Microwave Oven Gas Fireplace Ignitor Subtotal Specific Appliances C. MOTORS (NEC 220.14) to four or more appl 75% x 75%x 75% x 757ox 4 Toilet Exhaust Fan 150/u I Oven Vent Hood 300/U I Dryer Booster Fan 300/u 1 Gas FP Exhuast Fan 300/u 4 Fan Coil Unit (FCU-1) Fan Coil Unit (FCU-3) 117an Coil Unit (FCU-5) Subtotal Specific Appliances (less heating/cooling foods) Electric Clothes Dryers - Dwelling Uhlt(s) (NEC 220-18) Electric Clothes Dryer (5000 VA or Nameplate if Larger) Fixed Electric Space Heating (NEC 220.15) Electric Floor Mat Heating Electric Ranges and Other Cooking Appliances - Dwelling Unit(s) (NEC 220.19) Electric Range/Oven Minimum Size Feeder Required: =Usinoptlonal Method Load Cola.: 600. VA = VA = VA = VA = Gen Ltg & Recpt Loads (220.30(8)(2)) 5,250 VA Sniall Appli. Branch- Ckts(9 20,30(B)(1)) 3,000 VA Laundry Branch Circuit(220:30(C)(2)) - VA Appliances(220.30(8)(3)&(4)) 5,776 VA Clothes Dryer (220,18) 5 VA Ranges, Ovens, Cooktops (220.19) 8,000 VA Heating or Air-Conditioning (220.21) 265 VA Total General Load (w/o Htg Lood)EE,026�VA First 10 kVA of general load at 100% 10,000 Remainder of general food at 40% 6,810 Sub-total of general load: 16,810 Added heating /cooling load: 265 Calculated load for service: JVA L 17,075 Total Demand Amps = :: Amps 450 ' VA 225 VA 225 VA 225 VA VA VA [IVA E:=VA VA iances fastened in pla 1,800 VA = 1,176 VA = 1,000 VA - 300 VA = VA 75% x 757. x 75% x 75% x 600. VA = VA = VA = VA = 300 300 300 100% X 265 . VA = 65% X 265 VA = 65% x 145 I VA = E� iff I I -._I VA [=250 VA [A VA VA VA VA ce NEC 220,17) 1,350 VA 882 VA 750 VA 22,5 VA E:=VA Vail Plaza Hotel Unit F43 (Fiat Uni UNIT AREA (sf }; 1226 A. GENERAL (a) (b) (c) VOLTAGE (V):l 208 1 PHASE: L- PANEL CAPACITY -[ 100�AMPS General Lighting and Receptacle Load for Specified Occupancy (NEC 220.3) 1226 sf x 3 VA / sf Small Appliance Circuit Load (NEC 220.16(A)) -S-mcill Appliance Circuits 0 1500 VA Each - LoundrX Circuit Load (NtC220.16(8)) iry Circuit 0 1500 VA Each Subtotal Computed Load (without ranges or specific appliances) Application of Demand Factor (Table 220.11) First 3,000 VA or less at 100% From 3,001 to 120,000 VA at 35 % Remainder over 120,000 VA at 25 % Net Computed Load (without ranges or specific appliances) B. NAMEPLATE RATING OF ALL APPLIANCES VA VA 7_7 7 VA VA VA VA VA VA (a) Specific Appliances or Loads (75% d emand factor applied to four or more appliances fastened in place NEC 220.17) 1 Dishwasher 75%x 1,800 VA = 1,350 VA 1 Kitchen Disposal 75% x 1,176 VA = 882 VA 1 Microwave Oven 75%x 1,000 VA = 750 VA Subtotal Specific Appliances [:3,376 VA VA C. MOTORS (NEC 220.14) 1 2 VAIL PLAZA HOTEL 75% x 1 VA = E300 113 VA M-E Engine" Inc. Oven Vent Hood 300/u T - -- -- PANEL F43 265 VA IVA Ed1 208/120 65% x 1 2455 IVA = 172 BUS: 125 Amps copper 24,104 VA SECTION : _ -- I OF 1 Remainder of general load at 40% 5,642 - - _____ LOCA11ONi LEVEL 210 - BLDG B Added heating/cooling load: 265 1Phose,3Wre + Gnd 15,907 VA Total Demand Amps MAINS* M.LO. [NOTE OPTIONS I DATE: 03/01/ FROM P4A 0 mouNIING Recessed Ime. K-MEP Progress S I I DESMPTION V-A P R C1KT PH CKT i" P 1 V-A DESCRIPI)ON to K RECEPTACLES KITCHEN - 0 1 2 20 RECEPISZLTS BATHROOM R T VF K - ----- RECEPTAC L ES KITCHEN 20 3 8 4 1 2 0 1080 RECEPTACLES BEDROOM* I R RECEPTACLES LIVING RM 900 11 20 _ 5 1 A 6 t 2 300 RECEPTSLLTS STAIRS R K RANGE 4000 2 50 7 20 1 ! 1176 FANCOIL UNIT M ----- 4000 Ii 700 FANCOIL UNIT M WASHER �� 1200 1 20 20 1 ISO RECPT-BALCONY R REFRIGERATOR i000 14 20 1 1 --SPARE-- 1 P P I --SPARE-- 1 20 Is- --SPARE-- P P7 --SPARE-- 20 17 A IS ! 20 1 P P --SPARE-- 1 20 ig 8 20 20 1 --SPARE-- P P --SPARE-- 1 1 20 21 A r2 20 --SPARE-- P.- P --SPARE-- 20 24 20 --SPARE-- P 8 --SPARE-- 1 1 20 1 1 A _26 20 1 --SPARE-- P ! - I P --SPARE-- i i 20 1 27 1 9 28 1 20 1 P - 1 I 1TP�SPARE-- 20 29 A 1 1 I ��01 20 1 --SPARE-- P voopnts S8 1.xls 100NNECTED,LOAD Downstream Loads included . . DAD SUM ARY WITH DowNS L INCLUDED FA= A= V-A AMPS !2 =/J= YQU C 17,796 IGHTING 125% -- AMPS 72 76 86 CYPT i 2,724 1009 i 2,720 13 DOWNSTREAM LOADS E CEPT 1 OTOR 1,876 g 100% 1, T MTR 11,176 1 251 1 ISO I 1 10 TCtI L13,200 3 70% 9 46 LEC HEA'C 100% 1 TAL Vail Plaza Hotel Unit F43 (Fiat Uni UNIT AREA (sf }; 1226 A. GENERAL (a) (b) (c) VOLTAGE (V):l 208 1 PHASE: L- PANEL CAPACITY -[ 100�AMPS General Lighting and Receptacle Load for Specified Occupancy (NEC 220.3) 1226 sf x 3 VA / sf Small Appliance Circuit Load (NEC 220.16(A)) -S-mcill Appliance Circuits 0 1500 VA Each - LoundrX Circuit Load (NtC220.16(8)) iry Circuit 0 1500 VA Each Subtotal Computed Load (without ranges or specific appliances) Application of Demand Factor (Table 220.11) First 3,000 VA or less at 100% From 3,001 to 120,000 VA at 35 % Remainder over 120,000 VA at 25 % Net Computed Load (without ranges or specific appliances) B. NAMEPLATE RATING OF ALL APPLIANCES VA VA 7_7 7 VA VA VA VA VA VA (a) Specific Appliances or Loads (75% d emand factor applied to four or more appliances fastened in place NEC 220.17) 1 Dishwasher 75%x 1,800 VA = 1,350 VA 1 Kitchen Disposal 75% x 1,176 VA = 882 VA 1 Microwave Oven 75%x 1,000 VA = 750 VA Subtotal Specific Appliances [:3,376 VA VA C. MOTORS (NEC 220.14) 1 2 IToilet Exhaust Fan 150/u 75% x 1 VA = E300 113 VA =1 Oven Vent Hood 300/u 75%x IVA = F 225 VA Fan Coil Unit (FCU-1) 100% X 265 VA = 265 VA IVA Ed1 Fan Coil Unit (FCU-3) 65% x 1 2455 IVA = 172 Subtotal Specific Appliances 450 VA 24,104 VA 338 VA (less heating /cooling toads) Remainder of general load at 40% 5,642 Electric Clothes Dryers - Dwelling Unit(s) (NEC 220-18) Electric Clothes Dryer (5000 VA or Nameplate if Larger) Fixed Electric Space Heating (NEC 220.15) Electric Floor Mat Heating Electric Ranges and Other Cooking Appliances - Dwelling Unit(s) (NEC 220.19) Electric Range/Oven Minimum Size Feeder Required E iin optional Method Load Calc.: Gen Ltg & Recpt Loads (220.30(8)(2)) 3,678 _VA Small Appli. 8rarich-Ckts(220.30(6)(1)) 3,000 VA Laundry Branch Circuit(220.30(C)(2 ) - VA Appliances(220.30(8)(3)&(4)) 4,426 VA Clothes Dryer (220.18) 5,000 VA Ranges, Ovens, Cooktops (22(3.19)1 8'_000 - VA Heating or Air-Conditioning (220.21)1 265 VA Total General Load (w/o Htg Load) 24,104 VA First 10 kVA of general load at 100% 10,000 Remainder of general load at 40% 5,642 Sub-total of general load: 15,642 Added heating/cooling load: 265 Calculated load for service 15,907 VA Total Demand Amps Amps VA 180 VA lit t. @ 9 01 � y � � � -� A. GENERAL Volt Plaza Hotel DP5A (Level 220) Residential Dwellin2 Unij Loads Only - exclu( UNIT AREA (sf): VOLTAGE (v): PHASE:13!d A. GENERA ( a) General Lighting and Receptacle Load for Specified Occuponoy(NE 220.3) 9505 s x 3 V / of = VA /bl Small Appliance Circuit Load (NEC 22810(A)) 12 -3md| Appliance Circuits @>150D V4 Each VA (o) Laundry C (WEC220.16(8)) -Laundry Circuit 0 1500 VA Each VA Subtotal Computed Load (without ranges or specific appliances) VA Application of Demand Factor (Table 220.17) First 3^00O VA or |eue at ;% VA From 5,001 to 120.000 Y4 at VA Remainder over 120.000 VA at VA Net Computed Load (without ranges or specific appliances) VA 8. NAMEPLATE RATING OF ALL APPLIANCES (o) Specific Appliances or Looda (75% 6 emorid factor applied to four or more appliances uem*ounor 75% x Kitchen Disposal 75% x Microwave Oven 75% x Qoa Couktop Ignitor / Controls 75% x Qoa Fireplace Ignitor 75% x {natuHot 75% x Compactor 75% x Wine D6iUor 75% x Jet Tub 75% x \Stoor^ Shower 75% x VA VA IVA IVA 18,000 - 50 30,000 48,000 3,180 _IVA Subtotal Specific Appliances fastened 1 place NEC 10,800 VA 7,056 VA 6,000 VA 0 VA 0 VA 0 VA 0 VA 0 VA 0 VA 0 VA VA VA VA VA VA VA VA VA V4 VA VA VA C. MOTORS (NEC 22014) Toilet Exha Fan 150/u 75%x 5,400 VA = 4 W4 Oven Vent Hood 300/u 75% x 1,800 VA = 1 VA Dryer Booster Fan 300/u 75% x VA = VA Qoo Cumktop Exhaust 300/u 75% x VA = VA Qan RP Exhuoot Fan 300/u 75% x VA = VA ] Fan Coil Unit (FCU-1) 265/u 100% x VA = VA Fon Coil Unit (FCU-3) 265/u 65��x VA = VA Fan Coil Unit (FCU-5) 145/u 65%x A70 VA = W4 Subtotal Specific Appliances VA VA (less heating/cooling |oode) Electric Clothes Dryers - Dwelling Unit(s) (NEC 220-18A 800trk/ Clothes Dryer (5000 VA or Nuruopiuto if Larger) VA Maximum number between any two phase legs: 8/J= 2 Number of appliances: 8x 2 = 12 Total Demand Ytallowed by NEC Table 220.18 (417.): VA Per Phase Demand = 12.300 VA / 2 = VA Equivalent J-phomn (nod = VA Fixed Electric Space Heating (NEC 22015) Boctho Floor Mat Heating VA Electric Ranges and Other Conking Appliances - Dwelling Unit(s) (NEC 220.19) ~ Electric Range/Oven VA Woxinurn number between any two pboao |sgeu 8/3 = 2 Number of oppUonoao 8x 2 = 12 Total Demand %oUmmad by NEC Table 220.18: VA Per Phase Demand = 21.000 VA / 2 = IZVA YA Equivalent J-phoso load = Minimum Size Feeder Required >Usinv Ontioncd Method Load Colc^: | Small Appli. Bran ch-Ckts(2 20.30(8)(1)) Laundry Branch Circuit(220.30(C)(2)) Clothes Dryer (220.18)1 Ranges, Ovens, Cooktops (220.19)1 Heating or Air-Conditioning (220.21)1 NB VA \� VA VA IVA IVA 18,000 - 50 30,000 48,000 3,180 _IVA Total General Load: VA Calculated load for service: Using Optional Calculation /45%\ VA (see Table NEC 220.32) Total Demand Amps Arnpo PANEL CAPACITY : AMPS VA (13) General Lighting and Receptac Load for Specified Occupancy (NEC 2203) 9331 s x 3 V / sf = (b) Small Appliance Circuit Load (NEC 220.16(/)) 1 12 -3n,oU Appliance Circuits 0 1500 VA Each (o) Laundry /NEC220.18(8)\ -Laundry Circuit @150O V# Each Subtotal Computed Load (without ranges or specific appliances) Application of Demand Factor (Table 220'11) First 3,000 VA or /euu at % From 3.001 to 128.000 VA at % Remainder over 120'000 VA at [A % Net Computed Load (without ranges or specific appliances) B. NAMEPLATE: RATING 0F ALL APPLIANCES /o\ Specific Appliances or Loads (75% ernand factor applied to four m more appliances Dishwasher x /c� K�ohan Disposal 7�� x � oo ioro�ovo Cookto Over Ignitor 7�� x 8 � / Controls x �on x �na�oHot x 7b� � Fireplace Ignitor 7�� 7�% Cnnopoct�r no Chiller x Jot Tub 75Y� x 75� x Y0 7�� |Stmorn Shower 7�� x �� Subtotal Specific Appliances �MO0R�E�¢14l V4 VA VA 0\ VA W\ Toilet E�ou�F� 150/u 75% x = V& Oven Vent Hood 300/u 75% x VA = VA Dryer Booster Fan 300/u 75% x VA = VA Gas Cuohtop Exhaust 300/u 75% x VA � VA Gas FP Exhuoat Fan 300/u 75% x V4 = VA Coil Fo* C� Unit (FCU-1) 265/u 1OO100% x VA = VA Fon Coil Unit (FCU-3) 265/u �565% x VA = VA ] Fan Coil Unit (FCU-5) 145/u 86% x VA = E VA Subtotal Specific Appliances VA Y4 (less heoting/oon!ing loads) Electric Clothes 0rywna - Dwelling Unit(s) (NEC 220-1EA Electric Clothes Dryer (5000 VA or Nameplate it LorgmLarger) V4 Maximum number between any two phase legs: 6/3`� 2 Number of appliances: 6x 2 =12 Total Demand % allowed by NEC Table 220.18 (41%): VA Per Phase Demand = 12.300 VA / 2 = I ZVA VA Equivalent 3-phone food = Fixed Electric Space Heating (NEC 220-15) Electric Mot Heating YA Electric Ranges and Other Cooking Appliances - Dwelling Unit(s) (NEC 220.1Q) Electric Range/Oven VA Maximum number between any two pbomo loge: G/3= 2 Number of appliances: 8x 2 =12 Total Demand %oKnwwd by NEC Table 220.10. VA Per Phase Demand = 21.000 VA / 2 = VA Equivalent 3-phone load = %A Minimum Size Feeder Required: RaqRequired: IUsina Optional Method Load Colo.: Small Appli, Branch-Ckts(220.30(8)(1)) Laundry Branch Circuit(220.30(C)(2)) Clothes Dryer (,92018)r,30000 Ranges, Ovens, Cooktops (220 19) Heating or Air- Conditioning (220.21) NB VA \� VA VA VA VA VA VA VA VA YA - 50 50000 2,915 0 0,VA OJVA Toilet E�ou�F� 150/u 75% x = V& Oven Vent Hood 300/u 75% x VA = VA Dryer Booster Fan 300/u 75% x VA = VA Gas Cuohtop Exhaust 300/u 75% x VA � VA Gas FP Exhuoat Fan 300/u 75% x V4 = VA Coil Fo* C� Unit (FCU-1) 265/u 1OO100% x VA = VA Fon Coil Unit (FCU-3) 265/u �565% x VA = VA ] Fan Coil Unit (FCU-5) 145/u 86% x VA = E VA Subtotal Specific Appliances VA Y4 (less heoting/oon!ing loads) Electric Clothes 0rywna - Dwelling Unit(s) (NEC 220-1EA Electric Clothes Dryer (5000 VA or Nameplate it LorgmLarger) V4 Maximum number between any two phase legs: 6/3`� 2 Number of appliances: 6x 2 =12 Total Demand % allowed by NEC Table 220.18 (41%): VA Per Phase Demand = 12.300 VA / 2 = I ZVA VA Equivalent 3-phone food = Fixed Electric Space Heating (NEC 220-15) Electric Mot Heating YA Electric Ranges and Other Cooking Appliances - Dwelling Unit(s) (NEC 220.1Q) Electric Range/Oven VA Maximum number between any two pbomo loge: G/3= 2 Number of appliances: 8x 2 =12 Total Demand %oKnwwd by NEC Table 220.10. VA Per Phase Demand = 21.000 VA / 2 = VA Equivalent 3-phone load = %A Minimum Size Feeder Required: RaqRequired: IUsina Optional Method Load Colo.: Small Appli, Branch-Ckts(220.30(8)(1)) Laundry Branch Circuit(220.30(C)(2)) Clothes Dryer (,92018)r,30000 Ranges, Ovens, Cooktops (220 19) Heating or Air- Conditioning (220.21) D�� x �ohan Dinpoau| 7�� x �ioro�ovo Ovnn 7�� x oo Cooktogni�or / �on�o�e 7b� x Gas Firep|o�e |0n[tor 7�� x na�oHot 7�% x nnopoct�r 75� x Y0no ChiUar 7�� x et Tub 75Y� x Stmorn Sho�mr 7�� x VA VA VA VA VA 18.000 - 50 50000 2,915 Total General Load VA Calculated load for service: Using Optional Co\ouiotkm (44%) VA (aoa Table NEC 220k32) Total Demand Amps Amps Vail Plaza Hotel DP4A (Level 210) Residential Dwelling Unit Loads Only - excludes hotel and employee housing UNIT AREA (of): VOLTAGE (V)-. 208 PANEL CAPAC AMPS PHASE: 3 A. GENERA 66 General Lighting and Receptac Load for Specified Occupancy (NEC 220.3) 14584 of x 3W\ / of= VA (b) Small Appionce Circuit Load (NEC 220.16(A)) ::] -Small Appliance Circuits @l500 VA Each VA (c) Laundry Circuit Load (NEC220.18(8)) I -Lauhdry Circuit @> 1500 VA Each VA Subtotal Computed Load (without ranges or ap*oiUo appliances) VA Application of Demand Factor (Table 228.11) First 3.000 VA or |oom ot % VA From 3.001 to 120,000 VA at YJ VA Remainder over 120^$00 VA at % VA Net Computed Load (without ranges or specific appliances) VA B. NAMEPLATE RATING OF ALL APPLIANCES (o) Spwd8o Appliances or Loads (757, emond factor applied to four or more appliances fastened i place N Dishwasher 75% x 18,000 VA 13 V4 Kitchen Disposal 75% x 11,760 VA 8 VA Microwave Oven 75% x 10,000 V.A. 7 VA Qoo C*oktop Ignitor / Controls 75% x 0 VA = VA Ana Fireplace |gHit*r 75% x 0 VA - IYA )netoHot 75% x 0 VA = VA Compactor 75% x 0 VA = VA Wine Chiller 75% x VA = VA Jot Tub 75% x VA = VA ) |Steam Shower 75% x | 8|Y4 = | - |VA Subtotal Specific Appliohmes EEiR VA C. MOTOR (NEC 220,14) 25 Toilet Exhaust Fan 150/u 75% x 7,500 - VA = VA 300A Ovam vent Hood 3QO 75%x VA = 2 VA - Dryer Booster Fan 300/u 75% x VA = VA Goa Cuuktop Exhaust 300/u 75% x VA = VA Qus FP Exhuoot Fun JOU/u 75% x - I YA = VA Fan Coil Unit (FCU-1) 265/u 100% x VA = VA Fon Coil Unit (FCU-3) 263/u 55% x VA = VA Fnn Coil Unit (FCU-5) 145/u 65% x 1 MVA = IM VA Subtotal Specific App}iohcem L22 %A (|amo hooMng/000|inq |ooda) BeotriuClothes Dryers - Dwelling Unit(a) (NEC 220-18) Electric Clothes Dryer (5000 VA or Nameplate if Larger) 50,006 VA Maximum number between any two phase legs: 1O/J = 3 Number of appliances: 6 2 = 12 Total Demand % allowed by NEC Table 220.18 (41%): VA Per Pb000 Demand = 28.500 VA / 2 = VA Equivalent 3-phone load = VA Fixed Electric Space Heating (NEC 220J5) Electric Floor Mat Heating EERE Electric Ranges and Other Cooking Appliances - Dwellin Unit(s) (NEC 220.19) E|aotrioRonga/Ovon VA Maximum number between any two phase legs: 1O/ 3 = 3 Number of appliances: 8x 2 = 12 Total Demand y{allowed by NEC Table 220.19: 25,000 VA Per Phase Demand = 25,000 VA / 2 12 VA Equivalent J-phose |nod = 37 VA Minimum Size Feeder Required. Gen Ug&Recpt Loads (220 Small Appli.Bmnc6- 30(B)(18 Laundry Branch Circuit(220,30(C)(2)> App|ionoe,J220.30(E)(3)&(4)) Clothes Dryer (220.18) Ranges, Ovens, Cooktopm (220.18) Heating or Air-Conditioning (220.21) D�� x �ohan Dinpoau| 7�� x �ioro�ovo Ovnn 7�� x oo Cooktogni�or / �on�o�e 7b� x Gas Firep|o�e |0n[tor 7�� x na�oHot 7�% x nnopoct�r 75� x Y0no ChiUar 7�� x et Tub 75Y� x Stmorn Sho�mr 7�� x VA VA V& VA VA VA 30,000 50 50000 Total General Load VA Calculated load for service: Using Optional Co\ouiotkm (44%) VA (aoa Table NEC 220k32) Total Demand Amps Amps Vail Plaza Hotel DP4A (Level 210) Residential Dwelling Unit Loads Only - excludes hotel and employee housing UNIT AREA (of): VOLTAGE (V)-. 208 PANEL CAPAC AMPS PHASE: 3 A. GENERA 66 General Lighting and Receptac Load for Specified Occupancy (NEC 220.3) 14584 of x 3W\ / of= VA (b) Small Appionce Circuit Load (NEC 220.16(A)) ::] -Small Appliance Circuits @l500 VA Each VA (c) Laundry Circuit Load (NEC220.18(8)) I -Lauhdry Circuit @> 1500 VA Each VA Subtotal Computed Load (without ranges or ap*oiUo appliances) VA Application of Demand Factor (Table 228.11) First 3.000 VA or |oom ot % VA From 3.001 to 120,000 VA at YJ VA Remainder over 120^$00 VA at % VA Net Computed Load (without ranges or specific appliances) VA B. NAMEPLATE RATING OF ALL APPLIANCES (o) Spwd8o Appliances or Loads (757, emond factor applied to four or more appliances fastened i place N Dishwasher 75% x 18,000 VA 13 V4 Kitchen Disposal 75% x 11,760 VA 8 VA Microwave Oven 75% x 10,000 V.A. 7 VA Qoo C*oktop Ignitor / Controls 75% x 0 VA = VA Ana Fireplace |gHit*r 75% x 0 VA - IYA )netoHot 75% x 0 VA = VA Compactor 75% x 0 VA = VA Wine Chiller 75% x VA = VA Jot Tub 75% x VA = VA ) |Steam Shower 75% x | 8|Y4 = | - |VA Subtotal Specific Appliohmes EEiR VA C. MOTOR (NEC 220,14) 25 Toilet Exhaust Fan 150/u 75% x 7,500 - VA = VA 300A Ovam vent Hood 3QO 75%x VA = 2 VA - Dryer Booster Fan 300/u 75% x VA = VA Goa Cuuktop Exhaust 300/u 75% x VA = VA Qus FP Exhuoot Fun JOU/u 75% x - I YA = VA Fan Coil Unit (FCU-1) 265/u 100% x VA = VA Fon Coil Unit (FCU-3) 263/u 55% x VA = VA Fnn Coil Unit (FCU-5) 145/u 65% x 1 MVA = IM VA Subtotal Specific App}iohcem L22 %A (|amo hooMng/000|inq |ooda) BeotriuClothes Dryers - Dwelling Unit(a) (NEC 220-18) Electric Clothes Dryer (5000 VA or Nameplate if Larger) 50,006 VA Maximum number between any two phase legs: 1O/J = 3 Number of appliances: 6 2 = 12 Total Demand % allowed by NEC Table 220.18 (41%): VA Per Pb000 Demand = 28.500 VA / 2 = VA Equivalent 3-phone load = VA Fixed Electric Space Heating (NEC 220J5) Electric Floor Mat Heating EERE Electric Ranges and Other Cooking Appliances - Dwellin Unit(s) (NEC 220.19) E|aotrioRonga/Ovon VA Maximum number between any two phase legs: 1O/ 3 = 3 Number of appliances: 8x 2 = 12 Total Demand y{allowed by NEC Table 220.19: 25,000 VA Per Phase Demand = 25,000 VA / 2 12 VA Equivalent J-phose |nod = 37 VA Minimum Size Feeder Required. Gen Ug&Recpt Loads (220 Small Appli.Bmnc6- 30(B)(18 Laundry Branch Circuit(220,30(C)(2)> App|ionoe,J220.30(E)(3)&(4)) Clothes Dryer (220.18) Ranges, Ovens, Cooktopm (220.18) Heating or Air-Conditioning (220.21) VA VA V& VA VA VA 30,000 50 50000 Total General Load* V& Cobuimbd load for oerVice Using 0pUund Calculation (43%) VA (see Table NEC 22832) Total Demand ArnPa Amps 0 00 P-0. FOX 5740, AVON, CO. 91620 , � a Vail Plaza Hotel DP3A (Level 28 UNIT AREA (sf)! A. GENERA Loads Only - excludes VOLTAGE M: PHASE: EN and mnxduvee h PANEL CAPACITY : AMPS (a) C��o �� and R��h�e Load for Specified Occupancy (NEC 220.3) � 11127 sf x 3 V sf = EEii] (b) Small Load (NEC 220.15(x)) -Small App Circuits 0 1500 VA Each L_��L�w° (c) Laundry 8N[C22016(B) -Laundry Circuit @» 1500 VA Each L___�___�'A Subtotal Computed Loud (without ranges or apeo|Uo appliances) VA Ap of Demand Factor (Table 220.11) First 3 VA or |eoa at % «* �� From U01 to 120,000 VA at VA Remainder over 120.000 VA at VA Net Computed Load (without ranges or specific oppUonooa) V& B. NAMEPLATE RATING OF ALL APPLIANCES (o) Specific Appliances or Loads (75% emand factor app lied to four or more appliances fastened i place NEC 11 Dishwasher 75% x _ 19 = 14,850 VA 11 Kitchen Disposal 75% x 12,936 v* = 9 'A 11 Microwave Oven 75%x 11, VA = 8 VA Gas Conkhxp Ignitor / Controls 75% x 0 W4 = VA Qoa r/rop|ooe Ignitor 757. x 0 VA = VA {naiUHot 75% x 0 VA = VA Compactor 75% x 0 VA = VA Wine Chiller 757o x 0 VA = VA Jet Tub 75%x 0 VA = VA Steam Shower 75% x 0 VA = E±d VA --~ Subtotal Specific Appliances E�EE E:Ea] C. MOTORS (NEC 220.14) - 22 Toilet Exhaust Fon 150/u 757. x 6,600 VA = 4.950 VA 11 Oven Vent Hood 300/u 75% x 3,300 vn = 2 v^ Dryer Booster Fan 300/u 75% x W\ = v* Gas Cnoktop Exhaust 300/u 75% x VA = v« Gom FP Exhuoat Fan 300/u 75% x VA = VA YA Fan Coll Unit /FOU-1\ 265/u 100%x 2 VA = Fon Coll Unit Unit (FCU-3) 265/u S5 x [2,9 VA ;��j = L__- 15 5-1 VA Subtotal Specific Appliances VA VA (less hooting/cooling toads) Electric Clothes Dryers - Dwelling Unit(s) (NEC 220-18\ � Electric Clothes Dryer (5000 0\ or Nameplate if Larger) vx Maximum number between any two phase legs: 11 / 3 = 4 Number of appliances: 6 2 =12 Total Demand % allowed by NEC Table 220.18 (417.): V Per Phase Demand = 22.550 VA / 2 = [ ZV A A Equivalent 3-phoae load = VA Fixed Electric Space Heating (NEC 220J5) E|Electric Floor L_ Floor Mot Heating _l�R_J VA Electric Ranges and Other Cooking App - Dwelling Unit(s) (NEC 220M9) Elentrio Range/Oven EREIV Wox0nom number between any two phase legs: 4 Number of appliances: 6x g = 12 Total Demand % allowed by NEC Table 220.19: Por Phoae Demand = 2S,008 xA / 2 = YA VA Equivolent 3-phose |uod = [ZVA Minimum Size Feeder lUsinq Optional Method Load CoIc,; Laundry Branch Circuit(220.30(C)(2)) Clothes Dryer (220.18) Ranges, ovens, Cooktops (220-19) Heating or Air-Conditioning (220.21)[MVA emand factor applied to four or more appliances Dishwasher /zax Kitchen Disposal 75%x Microwavd Oven 75%x Com Cooktup ignitor / Controls 75% x Gas Fireplace Ignitor 75% x |netuHot 75% x Compactor 75%x Vine Chiller � 75��x 75YJ Jat Tub x Shower 75% x VA VA VA place NEC VA - VA = VA - VA = VA = VA = VA Y4 � VA � VA = - VA VA »A va v* VA VA VA VA VA 12 12 14,112 Total General �� VA Calcu load for serv Using optional Coudmbon (42%) VA (see Table NEC 220-32) Total Demand AmpsE�Amps A. GENERA (ol General Lighting and Receptacle Load for Spec Occupancy (NEC 2203) YA 12759 sf x 3 V / sf = ��/�_� (b) SrnmU AoDlionce Circuit Load (NEC 220.16(A)A -Small Appliance Circuits Ak 1500 %A Each VA (o) Lound d (NEC220'10(8)) "" -Laundry Circuit a 150 VA Each VA Subtotal Computed Load (without ranges or specific appliances) 74,277 VA Application of Demand Factor (Table 220.11) First 3,000 VA or |oou ut y3 VA From 3,001 to 120`000 VA at % 24,947 VA Remainder over 120,000 VA at 25 X VA Net Computed Load (without ranges or specific appliances) VA B. NAMEPLATE RATING OF ALL APPLIANCES (o) Specific Appliances or Loads (75% emand factor applied to four or more appliances Dishwasher /zax Kitchen Disposal 75%x Microwavd Oven 75%x Com Cooktup ignitor / Controls 75% x Gas Fireplace Ignitor 75% x |netuHot 75% x Compactor 75%x Vine Chiller � 75��x 75YJ Jat Tub x Shower 75% x fastened i 21,600 place NEC VA - VA = VA - VA = VA = VA = VA Y4 � VA � VA = 16,200 VA VA »A va v* VA VA VA VA VA 12 12 14,112 10,584 12 12,000 9 0 0 0 0 --- ---- lStoom \� VA Subtotal Specific App L_�� L_��i�J C. MOTORS (NEC 220-14) 24 Toilet Exhaust Fan 150/u 757.x 7,200 VA = 5,400 VA Oven Vent Hood 308/u 75% x 3,600 VA = 2,700 VA Dryer Booster Fan 300/u 75% x u* = v* Goa Cooktop Exhaust JOO/u 75% x I VA = VA Gas FP Exhunmt Fan 300/v 75% x IVA = - Fon Coil Unit (FCU-1) 285/u 100% x F 3,180 IVA = VA 1 12 Fon Coil Unit (FCU-3) 265/u 65YCx EERI = [ «« Subtotal Specific Appliances VA VA (loss heating/cooling |oodm) Electric Clothes Dryers - Dwe Unit(m) (NEC 320-1E) Electric Clothes Dryer /5000 VA or Nonnep|uto M Larger) VA Noxirnunn number between any two phase legs: 12 / 3 = 4 Number of appliances: 6x 2 =12 Total Demand %oOowed by NEC Table 22Q.18(417.): 24,600 VA Per Phase Demand = 24,600 VA / 2 = ___ 12 , 300 VA Equivalent J-phouo |nod 36,900 VA Fixed Electric Space Heating (NEC 220.15) VA Electric �o�Mat Heating L_�1��] Beothn Ranges and Other Cooking Appliances - Dwelling Unit(s) (NEC 220.19A Electric Range/Oven L_EED`" Maximum number between any two phase legs: 12/ 3 = 4 Number of appliances: 6 2 =12 Total Demand %oUo*ed by NEC Table 220.19: 7 VA VA Per Phase Demand nd = 27,000 VA / 2 = VA Equivalent J-phoae load = [40,J Minimum Size Feeder Using _Optional Method Load Colo.: Small Appli. Branch- Ckts(220.30(B)(1)) 36,000 VA Laundry Branch Circuit.(220.30(C)(2)) - VA Applionces(220.30(13)(3)&(4)) 58,512 VA Clothes Dryer (220.18) VA Ranges, Ovens, Cooktops (220-19) 6 00 VA Heating or Air-Conditioning (220.21)[ 9 0 6 " . '0 .3 0 6 0 0 :VA Total Genero Load VA Calculated load for servic Using Optional Calculation (41%) $A (sew Table NEC 220.32) Total Demand Amps Amps A. GENERAL (c6 General Lighting and Receptacle Load for Specified Occupancy (NEC 2203) 5326 sf x 3 V / sf = L�xJ�?�l \A (b) Small Aepilance C Load (NEC 220'16(A)) 1 10 -Small Appliance Circuits 0 1500 VA Each ��!�_�va (n) Laundry (NEC220.15(B)) -LouhdryCkoo{t 0 1500 VA Each VA Subtotal Computed Load (without ranges or specific nppUonoeo> vA APpUoot|ou of Demand Factor (Table 220'11) First 3.000 VA or !osn at % VA From 3`001 to 120,008 VA at 35 % VA Remainder over 120.000 VA at % VA Net Computed Load (without nzngoo or oponM(o oppUonoom) VA B. NAMEPLATE RATING DF ALL APPLIANCES (o) Specific Appliances or Loads emand factor appl to four or more opp|la^coa fastened I place NEC 5 Dishwasher 75% x 9,000 VA = 6 «* 5 Kitchen Disposal 75%x 5,380 VA = 4 VA 5 Microwave Oven 75%x 5,000 . VA = 3 VA Gas Couktop Ignitor / Controls 75% x 0 VA = VA Goo Fireplace Ignitor 75% n 0 VA = VA |natoHot 75% x 0 VA = VA Compactor 75% x 0 VA = V& Chiller 75% x VA = V4 Jmt Tub 75% x VA = VA ,Wine 5teom Shower 75% x I VA = E::� Subtotal Soeoific Appliances V onnen L__��U LL��L� C, MOTORS (NEC 22O 4) 10 Exhaust Fan 150/u 75% x = 2,250 VA 5 Oven Vent Hood JQD/u 75%x 1,500 vx = 1 v* Dryer Booster Fan 300/u 75% x VA = v* Gas Conktop Exhaust 300/u 75% x VA = v« �oo FP Exhuoot Fan 300/u 75%x VA = VA Fan Coil Unit (FCU-1) 265/u 1007. x 325 VA = 1 VA Fon Coil Unit (FCU-3) 265/u 55% x 1,325 JVA = 861 i VA Subtotal Specific VA App|iohcea L_��_/ L��_] (\oao heating/cooling |ood,) Electric Clothes Dryers - Dwelling UniK«) (NEC 220-18) E!*otho Clothes Dryer (5000 VA or Nameplate if Larger) %4 Maximum number between any two phase legs: 5/3= 2 Number of appliances: 6x 2 = 12 Total Demand | allowed by NEC Table 220.18 (417.): VA Per phoem Demand = 10,250 VA ' / = 2 VA Equivalent J-phoaolwod = Z VA Fixed Electric Space Heating (NEC 22015) �� eu��Rm�M�He��g L_ _iH Electric Ranges and Other Cooking App - Dwelling Unit(s) (NEC 220J9) Electric Range/Oven D�E V A Moxhnurn number between any two phase (ego: 5/3= 2 Number of appliances: 8 x 2 = 12 Total Demand %uUo*od by NEC Table 220.10: VA Per Phase Demand = 20'000 VA / 2 = [ ZVA VA Equivalent 3-phooe hod = Minimum Size Feeder Required: lUsino Optional Method Luod Cob': Small Appli. Branch- Ckts(220.30(8)(1))l Laundry Branch Circuit(220.3O(C)()) Applionces(220.30(13)(3)&N) Clothes Dryer (220.18)r25,000 Ranges, Ovens, Cooktops (220.19) Heating or Air-Conclitioning (220.21)1 VA VA VA VA IVA IVA 15,000 - 2 4, 0 E38, 0 .000 40,000 2,650 Total General Load VA Ca load for service Using Optional Comdu0on (457*) VA (see Table NEC 228-32) Total Demand Amps Amps PR (170) 141-6000 FAX: (170) 141-1151 ~~~ so MUM UNIT AREA (sf): A. GENERAL VOLTAGE (V): 2 08 PHASE: 3 PANEL CAPACITY : 200 AMPS (a) General Lighting and Receptacle Load for Specified Occupancy (NEC 220.3) 5224 sf x 3 VA / sf = 15,672 VA (b) Small A221jonce Circuit Load (NEC 220,16(A)) -Small Appliance Circuits 0 1500 VA Each 3,000 VA (c) Laundry Circuit Load (NEC220.16(8)) 1, i�� VA I- Laundry Circuit @ 1500 VA Each Subtotal Computed Load (without ranges or specific appliances) 20,172 VA Application of Demand Factor (Table 220.11) First 3,000 VA or less at % From 3,001 to 120,000 VA at % Remainder over 120,000 VA at P25 % Net Computed Load (without ranges or specific appliances) B. NAMEPLATE RATING OF ALL APPLIANCES V,k VA VA VA VA VA VA VA VA VA Subtotal Specific Appliances 12,652 VA E9,48�VA C. MOTORS (NEC 220,14) 1 Toilet Exhaust Fan 150/u 2 Oven Vent Hood 300/u 1 Dryer Booster Fan 300/u 2 Gas Cooktop Exhaust 300/u Gas FP Exhuost Fan 300/u 1 Fan Coil Unit (FCU-1) I Fan Coil Unit (FCU-1) Subtotal Specific Appliances (less heating/cooling loads) Electric Clothes Dryers Dwelling Unit($) (NEC 220-18) Electric Clothes Dryer (5000 Vr Fixed Electric Space Heating (NEC 220.15) 75% x 75% x 75% x 75%x 75% x 100% x 65% x k or Nomeplo 150 VA = 300 VA = 300 VA = 600 VA = VA = 6 ,500 VA 6,500 IVA = VA to if Larger) 3,000 VA VA VA 9,010 IVA 113 VA 225 VA 225 VA 450 VA 4jEj VA 1 6 VA 4,225 IVA 1,463 VA VA Electric Floor Mat Heating IVA Electric Ranges and Other Cooking Appliances - Dwelling UnIt(s) (NEC 220.19) Minimum Size Feeder Required: Electric Range/Oven --- I- 8,000 ] VA jUsing Optional Method Load CoIc.: Specific (75% d emand Appliances or Loads factor applied to four or niore appliances fastened Dishwasher 75% x 1,800 Kitchen Disposal 75% x 1,176 Micro I wove Oven 75% x 1,000 Gas Cooktop Ignitor / Controls 75% x 300 Gas Fireplace Ignitor 75%x 300 Instal 75%x 500 Compactor 75% x 1,176 Wine Chiller 75% x 2,400 Jet Tub 757. x 2,000 IStearn Shower 75% x F in place NEC VA = VA = VA = VA = VA = VA = VA = VA = VA = VA = 2 2 2 2 2 I 1 2 1 2 V,k VA VA VA VA VA VA VA VA VA Subtotal Specific Appliances 12,652 VA E9,48�VA C. MOTORS (NEC 220,14) 1 Toilet Exhaust Fan 150/u 2 Oven Vent Hood 300/u 1 Dryer Booster Fan 300/u 2 Gas Cooktop Exhaust 300/u Gas FP Exhuost Fan 300/u 1 Fan Coil Unit (FCU-1) I Fan Coil Unit (FCU-1) Subtotal Specific Appliances (less heating/cooling loads) Electric Clothes Dryers Dwelling Unit($) (NEC 220-18) Electric Clothes Dryer (5000 Vr Fixed Electric Space Heating (NEC 220.15) 75% x 75% x 75% x 75%x 75% x 100% x 65% x k or Nomeplo 150 VA = 300 VA = 300 VA = 600 VA = VA = 6 ,500 VA 6,500 IVA = VA to if Larger) 3,000 VA VA VA 9,010 IVA 113 VA 225 VA 225 VA 450 VA 4jEj VA 1 6 VA 4,225 IVA 1,463 VA VA Electric Floor Mat Heating IVA Electric Ranges and Other Cooking Appliances - Dwelling UnIt(s) (NEC 220.19) Minimum Size Feeder Required: Electric Range/Oven --- I- 8,000 ] VA jUsing Optional Method Load CoIc.: I Appliances or Loads factor applied to four or more appliances Dishwasher 75% x Kitchen Disposal 750 x Microwave Oven 75% x Gas Cooktop Ignitor Controls 75% x Gas Fireplace Ignitor 75% InstaHot 75% x Compactor 75% x Wine Chiller 75% x Jet Tub 757 x IStearn Shower 75% x Gen Ltg & Recpt Loads (220.30(6)(2)) 15,672 VA Small Appli, Branch - Ckts(220.30(8)(1)) 3,000 VA Laundry Branch Circuit(220.30(C)(2)) 1,500 VA Appliances(220.30(6)(3)&(4)) 14,602 VA Clothes Dryer (220.18) 5,000 1 _8,066 VA. Ranges, Ovens, Cooktops (220.19) VA Heating or Air-Conditioning (220.21) 6,500 VA Total General Load (w/o Htg Lood)E47,774 VA First 10 kVA of general load at 100% 10,000 Remainder of general food at 40% 15,110 Sub -total of general load: 25,110 Added heoting/cooling food: 6,500 Calculated load for service: 31,610 1 VA Total Demand Amps Amps Unit EH1A (Level i70 - Building A - Employ!e Housing Unit UNIT AREA (sf): 3700 VOLTAGE (V): 208 PANEL CAPACITY :� AMPS PHASE A. GENERAL (a) General Lighting and Receptacle Load for Specified Occupancy (NEC 220-3) 3700 sf x 3 VA / sf = 11,100 VA (b) Small Appliance Circuit Load (NEC 220.16(A)) 1 20 -Small Appliance Circuits 0 1500 VA Each ( Laundry Circuit Load (NEC220,16(B)) -Laundry Circuit 0 1500 VA Each Subtotal Computed Load (without ranges or specific appliances) Application of Demand Factor (Table 220.11) First 3,000 VA or less at '00 % From 3,001 to 120,000 VA at E35 % Remainder over 120,000 VA at ___j25 % Net Computed Load (without ranges or specific appliances) B. NAMEPLATE RATING OF ALL APPLIANCES (a) Specific (75% d emand Appliances or Loads factor applied to four or more appliances Dishwasher 75% x Kitchen Disposal 750 x Microwave Oven 75% x Gas Cooktop Ignitor Controls 75% x Gas Fireplace Ignitor 75% InstaHot 75% x Compactor 75% x Wine Chiller 75% x Jet Tub 757 x IStearn Shower 75% x 10 10 I Subtotal Specific Appliances C. MOTORS (NEC 220-14) in lace NEC VA ) VA ) VA ) VA ) VA ) VA = ) VA = )IVA = VA E ==VA 1 41,100 IVA VA 13, 335 VA VA E16,335 IVA - VA 8,820 VA 7,500 VA - VA - VA - VA - VA - VA VA VA 10 Toilet Exhaust Fan 150/u 75% x 1,500 VA = 1,125 - VA 10 Oven Vent Hood 300/u 75%x 3,000 VA = 2,250 VA Dryer Booster Fan 300/u 75% x 0 VA = - VA Gas Cooktop Exhaust 300/u 75%x 0 VA = - VA Gas FP Exhuast Fan 300/u 757 x 1 0 VA = Fan Coil Unit (FCU-1) 100% x 2,650 VA = 650 VA Subtotal Specific Appliances 4,5097 VA 1 3,375 IVA (less heating/cooling loads) Electric Clothes Dryers Dwelling Unit(s) (NEC 220-18) Electric Clothes Dryer (5000 VA or Nameplate if Larger) VA Fixed Electric Space Heating (NEC 220.15) Electric Floor Mat Heating IVA Electric Ranges and Other Cooking Appliances - Dwelling Unit(s) (NEC 220.19) Electric Range/Oven 80,000 VA Maximum number between any two phase legs: 10/3= 3 Number of appliances: 3 x 2 = 6 Total Demand % allowed by NEC Table 220.19. VA Per Phase Demand = 25,000 VA 2 VA Equivalent 3 -phase food = INVA Minimum Size feeder Required: jUsing Standard Method Load Cale.: Li Net Computed Load 16,335 VA Appliances (220-17) 19,695 VA Clothes Dryer (220. 18) - VA Ranges, Ovens, Cooktops (220.19) 25,000 VA Heating or Air-Conditioning (2,20.21)1 26 A 1 50 Largest Motor (220,14 & 430.24) 294 Total Demand Load 63,974 VA Total Demand Amps[ 7 Amps H-C Elva 0049 E. 96AVER CZEK MD. SVC ;M .0. 3OX 5740, AVON, CO. 91620 PH: (970) 141.6000 FAX (170) 141 6 Z O 0 7 KS r- y y 8 + } r ++7755 s �a U4 Is o� oI-- x o 4 �Ga LEVEL 280 LEVEL 220 LEVEL 210 LEVEL fi LEVEL 190 LEVEL 180 LEVEL 170 2L FM LEVEL 149 LEVEL 138 i *ff �4l�L COMMUNICATION RACEWAY M�� INE DIA1aR AM E SYMBOLS LEGEND GENERAL NOTES - - -LEVE 230 1. J -HOOKS OR BRIDLE RINGS CABLE TRAY (SHOWN FOR SHALL BE ONLY USED IN REFERENCE ONLY), ACCESSIBLE FINISHED CEILING SPACES NOT SERVED BY CONDUIT. it CONDUIT BUSHING. 2. ALL €REV €CE SACKBOXES SHALL BE FLUSH MOUNTED WITH ALL VERTICAL CONDUIT SEGMENTS CONDUIT AS NOTED). CONCEALED WITHIN WALL. LEVE 220 3. ALL COMMUNICATIONS CONDUIT - - �""�'°°'°"'"" -- UNDERGROUND CONDUIT (AS LARGER THAN 2- INCHES NOTED). (50mm) SHALL HAVE A MINIMUM BEND RADIUS OF 10:1 KEYNOTE (AS NOTED). OF THE INSIDE DIAMETER FOR ALL ELBOWS. 4, ALL COMMUNICATIONS CONDUIT 2-INCHES (50mm) AND SMALLER SHALL HAVE A MINIMUM BEND RADIUS OF 6:1 OF THE INSIDE DIAMETER FOR ALL ELBOWS. 5. ALL COMMUNICATIONS CONDUIT SHALL NOT EXCEED 180" FOR LEVE 210 THE SUM OF ELBOWS FOR A - - - PARTICULAR CONDUIT RUN WITHOUT AN APPROVED PULL -BOX OR MANHOLE. 6. ALL COMMUNICATIONS CONDUIT BENDS OR ELBOWS SHALL NOT EXCEED AN ANGLE OF 90' AT A SINGLE LOCATION. 7. COMMUNICATIONS CONDUIT ROUTING SHALL NOT EXCEED 150 -FEET (45tH) FOR A PARTICULAR CONDUIT RUN WITHOUT UTILIZING AN APPROVED PULL -BOX. LEVI L 200 8. PULL -BOXES SHALL NOT BE _ _ _ USED IN PLACE OF AN ELBOW. 9. PROVIDE PROTECTIVE BUSHINGS ON ALL COMMUNICATIONS CONDUITS INCLUDING SERVICE CONDUITS, BACK -BONE CONDUITS, DEVICE CONDUITS, AND SLEEVES PRIOR TO CABLE INSTALLATION. 10. ALL METALLIC RACEWAY INCLUDING CONDUITS, SLEEVES, AND LADDER RACKS SHALL BE BONDED TO BUILDING ELECTRICAL OIL LEVE 190 TELECOMMUNICATIONS GROUND SYSTEM PER NEC -250. 11, ALL SACK -SOME CONDUIT SHALL BE STUBBED A MINIMUM OF 2-- INCHES (50mm) AFF OR FROM WALL. 12. ALL COMMUNICATIONS CONDUIT PENETRATIONS THROUGH FIRE RATED ELEMENTS (WALLS .& FLOORS) SHALL BE FIRE PROOFED AS REQUIRED BY ALL APPLICABLE CODES. 13. ALL COMMUNICATIONS LEVE 180 CONDUITS SHALL BE - _ INSTALLED WITH PULL - STRINGS. 14. SERVICE CONDUITS SHALL BE STUBBED A MINIMUM OF 4- INCHES (100m) AFF. 15. UPON FINAL CABLE INSTALLATION, ALL UNDERGROUND COMMUNICATIONS CONDUIT SHALL BE SEALED TO PREVENT WATER, GAS AND RODENTS FROM ENTERING FACILITY. - LEVE L 170 16. ALL UNDERGROUND CONDUITS SHALL BE SCHEDULE --40 PVC. KEY NQT l L_'._! PRIMARY SERVICE: PROVIDE (4) 4 -INCH CONDUITS (WITH METALLIC LOCATOR TAPE) IN CONCRETE DUCT BANK BELOW GRADE FOR PRIMARY COMMUNICATIONS SERVICE. TWO (2) CONDUITS SHALL EACH BE INSTALLED WITH (3) r' FIBER OPTIC INNERDUCTS ((2) 1-1/2" AND (1) 1" DIAMETER LEVE 160 DUCTS). CONDUIT SHALL _ - - ORIGINATE FROM UNDERGROUND COMMUNICATIONS PULL -BOX OR MANHOLE AND BE EXTENDED FROM HANHOLE/ (DEVICE) PULLBOX TO A POINT AT PROPERTY LINE COORDINATED WITH SERVICE PROVIDER. El PROVIDE UNDERGROUND COMMUNICATIONS PULL -BOX OR MANHOLE. REFER TO CIVIL. SITE /UNDERGROUND FLAN FOR EXACT LOCATIONS. ELECTRICAL CONTRACTOR TO, COORDINATE WITH CIVIL ENGINEER AND _LEVE 149 SERVICE PROVIDER. F3' M a. PRIMARY COMMUNICATIONS SERVICE PROVIDER MAIN POINT OF ENTRY AND DEMARCATION. F., MC -ROOM: MAIN .1 CROSS- CONNECT ROOM. f 57 IC- RO .QM: INTERMEDIATE CROSS - CONNECT ROOM, �4l�L COMMUNICATION RACEWAY M�� INE DIA1aR AM E BUILDING 'A' BUILDING 'B' ROOF LEVEL LEVEL 220 LEVEL 210 LEVEL 200 LEVEL 190 LEVEL - 1 80 LEVEL 170! LEVEL 160 LEVEL AO - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - __ - - - LEVEL 230 - LEVEL 220 LEVEL 21 AWG TED) _LEVEL 200 AWG TED) _L EVEL 190 AWG TED) - LEVEL 180 _LEVEL 170 AWG 4TED) L EVEL 160 LEVEL 14-9 LEVEL 138 LEVEL 138 - COMMUNICATIONS GROUNDING - ��I�E�DIA�GR�AM SCALE: FOX 5)40, AVON, CC). 91V PH: (170) 141-6000 FAX. MO) 141-1151 N � O. i �o N C b§ 9 s it �� _ ............. .d. ..._.._ ...... t w_ 4 E 1:� ... P OWER SIGN E1 1 1, 1r r N OR TH a 2. ALL EXPOSED CONDUIT WHERE USED SHALL BE ROUTED PERPENDICULAR AND PARALLEL TO STRUCTURAL COLUMNS AND BEAMS. ALL EXPOSED CONDUIT ROUTING SHALL BE COORDINATED WITH ENGINEER AND ARCHITECT PRIOR TO INSTALLATION. NO ADDITIONAL COST TO THE OWNER WILL BE ALLOWED FOR RELOCATION OF CONDUIT DUE TO THE LACK OF COORDINATION WITH THE ARCHITECT. 3. ALL BACK BOXES SHALL BE FLUSH MOUNTED UNLESS DOTED OTHERWISE. BACK BOXES SHALL BE CONCEALED IN CONCRETE, MASONRY, AND GYP. WALLS. 4. ALL TECHNOLOGY SYSTEMS INCLUDING COMMUNICATIONS, SPECIAL SYSTEMS, ACCESS CONTROL, CCTV AND CABLE TELEVISION SYSTEMS SHALL BE DESIGNED AND PROVIDED BY OTHERS. COMMUNICATIONS AND SPECIAL SYSTEMS SHOWN ON DRAWINGS INDICATE RACEWAY REQUIREMENTS ONLY. CONFIRM EXACT LOCATION OF J— BOXES, DEVICE LOCATIONS AND DEVICE QUANTITIES WITH SPECIAL SYSTEMS CONSULTANT AND ARCHITECT PRIOR TO BID, ROUGH --IN AND INSTALLATION. 5. COORDINATE EXACT LOCATION AND ROUTING OF TELECOMMUNICATIONS CONDUIT WITH TECHNOLOGY CONSULTANT AND SERVICE TELECOMMUNICATIONS PROVIDER PRIOR TO BID, ROUGH —IN AND INSTALLATION. 6. COORDINATE EXACT LOCATION AND ROUTING OF CABLE TELEVISION CONDUIT WITH TECHNOLOGY CONSULTANT AND SERVICE CABLE TELEVISION PROVIDER PRIOR TO BID, ROUGH —IN AND INSTALLATION. 7. PROVIDE CLASS B WIRING FOR ALL FIRE ALARM SIGNAL AND INITIATION DEVICES. 8, CONTRACTOR SHALL COORDINATE EXACT QUANTITY AND LOCATIONS OF ALL FIRE ALARM SPRINKLER SYSTEM TAMPER AND FLOW DEVICES WITH FIRE SPRINKLER CONTRACTOR PRIOR TO BID. g, PROVIDE A SMOKE DETECTOR WITH 125V RATED CONTACTS FOR ALL FIRE SMOKE DAMPERS. KEY NOTE & ELEVATOR PIT RECEPTACLES TO BE GFCI AND TO COMPLY WITH NEC 620.85. ALL ELEVATOR EQUIPMENT SHALL COMPLY WITH LOCAL ELECTRICAL CODE REQUIREMENTS AND ADMENDMENTS. M PROVIDE ELEVATOR PIT LIGHTING WITH STEEL WIRE GUARD AND TELEPHONE, ELEVATOR PIT LIGHTING TO COMPLY WITH NEC 620, 24. f z ''{ • I ! "�Y Mgt F �'{ �f '* �� ! + V. I , 0049 E. $EAVEP, CREEK FWD, SUITE 30 P ^w P. FO 5740, AVON, eO. W20 }'W t� 1 1 4 1 -000 F0 (4 ,7 0 / 1 14,1 4 ticru _ � rsi• ttt 0) 4 rY! vvv fry.. t.ar � = | \ � ' � ! � | i ! \ ' | ` ------- 3. ALL BACK BOXES SHALL BE FLUSH MOUNTED UNLESS NOTED OTHERWISE. BACK BOXES SHALL BE CONCEALED IN CONCRETE, KJ/\SONR`( AND GYP. WALLS. 4. ALL TECHNOLOGY SYSTEMS INCLUDING COMMUNICATIONS, SPECIAL SYSTEMS, ACCESS CONTROL, CCTV AND CABLE TELEVISION SYSTEMS SHALL BE DESIGNED AND PROVIDED BY OTHERS. COMMUNICATIONS AND SPECIAL SYSTEMS SN0VVN ON DRAWINGS INDICATE RACEWAY REQUIREMENTS ONLY. CONFIRM EXACT LOCATION OFJ—BOXES, DEVICE LOCATIONS AND DEVICE DUAMllllES WITH SPEC!/\L SYSTEMS CONSULTANT AND ARCHITECT PRIOR TO BID, ROUGH—|N AND INSTALLATION. 5, COORDINATE EXACT LOCATION AND ROUTING OF TELECOMMUNICATIONS CONDUIT WITH TECHNOLOGY CONSULTANT AND SERVICE TELECOMMUNICATIONS PROVIDER PRIOR TO 8|D, ROUGH—IN AND INSTALLATION, 8. COORDINATE EXACT LOCATION AND ROUTING OF CABLE TELEVISION CONDUIT WITH TECHNOLOGY CONSULTANT AND SERVICE CABLE TELEVISION PROVIDER PRIOR TO BID, ROUGH —IN AND INSTALLATION. ---'-----\``_// ' -^ ' 7. PROVIDE CLASS O WIRING FOR ALL FIRE ALARM SIGNAL AND |N|llAllON DEVICES. 8. CONTRACTOR SHALL COORDINATE EXACT QUANTITY AND LOCATIONS OF ALL FIRE ALARM SPRINKLER SYSTEM TAMPER AND FLOW DEVICES WITH FIRE SPRINKLER CONTRACTOR PRIOR TO B0. -------/ � \ 9 ' PROVIDE A SMOKE DETECTOR WITH 125V RATED CONTACTS FOR ALL RR[ SMOKE / DAMPERS. F�l ELEVATOR PIT RECEPTACLES T0 BE GFCI AND TO COMPLY WITH NEC 02085. ALL / \ ELEVATOR EQUIPMENT SHALL COMPLY WITH LOCAL ELECTRICAL CODE REQUIREMENTS 4ND ADWENDkXENT5. 4q PROVIDE ELEVATOR PIT LIGHTING WITH ~~~ STEEL WIRE GUARD AND TELEPHONE. ELEVATOR PIT LIGHTING TO COMPLY WITH NEC 620,24. ------ ------- � -'-~`-----T m / ---~---- LEVEL 138 �� NORTH "`��C~ ==vw SU ^~. � �-<7. FOX 5740, AVON CO. 9 (4*)nl 4104 lAnll chy, MCI 41A 14C,4 � /-` / vrAiR lq /\ ` ri �------ ---------- \ ------�------ � � � � � { | ) | ! '--- --- i --- - - - -- -- ---|- - '- - - � ! � � ' < ! i � ! i ! GENERAL NOTESs 1 CONTRACTOR SHALL COORDINATE EXACT LOCATION OF ALL MECHANICAL UNITS AND SYSTEMS WITH MECHANICAL CONTRACTOR AND ARCHITECT PRIOR TO EQUIPMENT ROUGH-|N AND INSTALLATION. REFER TO MECHANICAL EQUIPMENT SCHEDULES AND DRAWING FOR ADDITIONAL INFORMATION. 2. ALL EXPOSED CONDUIT WHERE USED SHALL BE ROUTED PERPENDICULAR AND PARALLEL TO STRUCTURAL COLUMNS AND BEAMS. ALL EXPOSED CONDUIT ROUTING SHALL BE COORDINATED WITH ENGINEER AND ARCHITECT PRIOR TO INSTALLATION. NO ADDITIONAL COST TO THE OWNER WILL BE /\LLQVVEQ FOR RELOCATION OF CONDUIT DUE TO THE LACK OF COORDINATION WITH THE ARCHITECT. 3. ALL BACK BOXES SHALL BE FLUSH MOUNTED UNLESS NOTED OTHERVNSE, BACK 8()XE5 SHALL BE CONCEALED IN CONCRETE, MASONRY, AND GYP. WALLS. 4. ALL TECHNOLOGY SYSTEMS INCLUDING COMMUNICATIONS, SPECIAL SYSTEMS. ACCESS CONTROL, CCTV AND CABLE TELEVISION SYSTEMS SHALL BE DESIGNED AND PROVIDED BY OTHERS. COMMUNICATIONS AND SPECIAL SYSTEMS SHOWN ON DRAWINGS INDICATE RACEWAY REQUIREMENTS ONLY. CONFIRM EXACT LOCATION OF J-80XES, DEVICE LOCATIONS AND DEVICE QUANTITIES WITH SPECIAL SYSTEMS CONSULTANT AND ARCHITECT PRIOR TO BID, ROUGH-/N AND INSTALLATION. 5. COORDINATE EXACT LOCATION AND ROUTING OF TELECOMMUNICATIONS CONDUIT WITH TECHNOLOGY CONSULTANT AND SERVICE TELECOMMUNICATIONS PROVIDER PRIOR TO BID` ROUGH-IN AND INSTALLATION. 8. COORDINATE EXACT LOCATION AND ROUTING OF CABLE TELEVISION CONDUIT WITH SPECIAL SYSTEMS CONSULTANT AND SERVICE CABLE TELEVISION PROVIDER PRIOR TO BID, ROUGH-IN AND INSTALLATION. 7' PROVIDE CLASS B WRING FOR ALL FIRE ALARM SIGNAL AND INITIATION DEVICES. 8' CONTRACTOR SHALL COORDINATE EXACT QUANTITY AND LOCATIONS OF ALL FIRE ALARM SPRINKLER SYSTEM TAMPER AND FLOW DEVICES WITH FIRE SPRINKLER CONTRACTOR PRIOR TO BID. g, PROVIDE A SMOKE DETECTOR WITH 125V RATED CONTACTS FOR ALL FIRE SMOKE DAMPERS. 10. COORDINATE WITH OOL CONSULTANT FOR ALL ELECTRICAL ROUGH-IN REQUIREMENTS, CIRCUITING, CONTROLS, AND 4m FO||lPNENT IDENTIFICATION `�ITH '.,~ �._^.._'� --_�. - _ �-_� ' � 31,33 E ��`/��,��| ! �~/\~��_ ��\�� A� f~��~ ��~� � � 1 1 POOL 34 1>POC}L-3D,32 ! 11 POOL— 5,7 11 POOL 11 POOL-13,15,17 8 POOL-19 it - / | ' | � 1 POOL ` _..~`2- 12 J4 HONNECTELEVATOR3 POWER VIA SHUNT TRIP [| TO ACTIVATE UPON HEAT DETECTOR Z��ACTlVATlDN, COORDINATE WITH FIRE ALARM CONTRACTOR. �� p�C[}ORD|NATE CONNECTION OF ELEVATOR ^-~ CONTACTS WITH FIRE ALARM SYSTEM FOR ELEVATOR RECALL PROTOCOL UPON ELEVATOR SHAFT, ELEVATOR K8ECH ROOM AN ELEVATOR LOBBY SMOKE DETECTOR ACTIVATION. ED C ��PRO\8[}E 4"X 4"X 2-1/8" J-BOX WITH (1) PROVIDE CONDUIT ROUTED TO NEAREST COMMUNICATIONS ROOM FOR ELEVATOR TELECOMMUNICATION 8 10E CABLE AND INTERFACE PROVIDED BY OTHERS. CONDUIT SHALL BE EXTENDED FROM J-BOX TO ELEVATOR CONTROL PANEL. COORDINATE EXACT REQUIREMENTS WITH ELEVATOR INSTALLER. ENWAIER5, INC. 3M �7��O REG o team FM LOCATIONS PER POOL DRAWINGS, ALL ELECTRICAL I MENT INSTALLED c�"r + ' IN POOL EQUIPMENt ROOM SHALL BE IN P\/C. ' I�j ABOVE / 12. ALL ELECTRICAL CABLE, CONDUIT, BOXES, AND CONNECTIONS IN CHEM. K 3/1/05 STORAGE ROOM TO COMPLY WITH NEC / � ! CODE CLASS 1 TDV2 ARTICLES. POOL / / ! � KLY NOTES: E] PROVIDE PRDNDE JUNCTlON 8OX WITH 120V POWER FOR ��EACH ABOVE PUBLIC PAY TcU��HONELOCATION '^��^ M0UNTEO NEXT TO EACH COMMUNICATIONS ----'+-------�- -- ----- -----T--� � DEVICE. � ( [�� |�|NDTU3ED ` 3/2=6 KIT, REVI$137 ^-� �� PR|WARY COMMUNICATIONS SERVICE: REFERENCE ��SHBT EO-20 FOR ADDITIONAL REQUIREMENTS. POOL EQUIPMENT ROOM REFER TO POO ' ' +��^�v \ ' | \ |4! ^~�D��AVMNQS FOR EQUIPMENT ROOM LAYOUTS AND ^ /� i ANY ADD{llONAL 0NATE ALL ^`' ~' '''`''~'^ ~~~'' � ! ELECTRICAL EQUIPMENT CONNECT AND ------ ---^�- ---��-- - -- - -'--- -- -- - - -- -----� � i LAYOUTS WITH ARCH |TEC ' ~ '` ^`''~'~'` /SUPPLIER PRIOR TO CON ROUGH-|N AND INSTALLATION. REFER TO MEP � | ` AND DRAWINGS FOR �\ ` °" `~ '` ` ~~^' - EQUIPMENT SCHEDULES. r�� ;z 1Pk08DE AUTOMATIC SHOT-OFF FOR ~ � ~ BOILER/BURNER. COORDINATE ROUGH-IN, INSTALLATION AND CONTROL REQUIREMENTS VMTF CPWS0N 15 CONTRACTOR. | F�l -OFFS. 3UPPLY EXPLOSION PROOF SEAL [�� - ' ��1 �/ |JD"VV X CEILING HEIGHT WALL FOR TV3S -- MOUNTING AT PULLBOX' ��lphn EQUIPMENT CONTROL BOXES. MOUNT IN ___ | , \ �� --UPING WITH DISCONNECTS TO BE ' TROLLED. h9�HUBBELL OR EQUIVALENT #H8L53CM62 -- CORROSION RESISTANT 20A RECEPTACLE WI TH # H8L52CM21 LIFT COVER PLATE ON POOL FLUSH MOUNT NONMETALLIC BOX. pu| PVC WIREWAY FOR 120/208 WIRING. ~ � ~ COORDINATE LOCATION FOR FEED TO POOL ! PANEL. LABEL `�IR�WAY AS 2D8 V MOUNT � ' V. | ON CORROSION RESISTANT UNISTRUT. �� HV3UF/PL-Y NEMA 4X RATED COMBINATION STARTER /DISCONNECT WITH ONE SET NhRMALLY OPEN, AND ONE SET NORMALLY \ CLOSED 12DV RATED CONTACTS, � . -'� C�1 ;�SUPPLY GROUND FAULT PROTECTION DEVICE UO� --R TED 30MA IN FRONT OF JUNCTION BOX -- 2 DL-27 FOR PLUMBING HEAT TRACE ' SE[ PLUMBING SHEET AT THIS LEVEL FOR LINE TO BE ��D(�L-55 37 39 HEAT TRACED 31,33 E ��`/��,��| ! �~/\~��_ ��\�� A� f~��~ ��~� � � 1 1 POOL 34 1>POC}L-3D,32 ! 11 POOL— 5,7 11 POOL 11 POOL-13,15,17 8 POOL-19 it - / | ' | � 1 POOL ` _..~`2- 12 J4 HONNECTELEVATOR3 POWER VIA SHUNT TRIP [| TO ACTIVATE UPON HEAT DETECTOR Z��ACTlVATlDN, COORDINATE WITH FIRE ALARM CONTRACTOR. �� p�C[}ORD|NATE CONNECTION OF ELEVATOR ^-~ CONTACTS WITH FIRE ALARM SYSTEM FOR ELEVATOR RECALL PROTOCOL UPON ELEVATOR SHAFT, ELEVATOR K8ECH ROOM AN ELEVATOR LOBBY SMOKE DETECTOR ACTIVATION. ED C ��PRO\8[}E 4"X 4"X 2-1/8" J-BOX WITH (1) PROVIDE CONDUIT ROUTED TO NEAREST COMMUNICATIONS ROOM FOR ELEVATOR TELECOMMUNICATION 8 10E CABLE AND INTERFACE PROVIDED BY OTHERS. CONDUIT SHALL BE EXTENDED FROM J-BOX TO ELEVATOR CONTROL PANEL. COORDINATE EXACT REQUIREMENTS WITH ELEVATOR INSTALLER. ENWAIER5, INC. 3M �7��O REG o team FM 11/15/04 RSWF4�� PEfRMIT SE K 3/1/05 MIEP PACKAGE REVl$I0N6 2-A S4 3/2=6 KIT, REVI$137 �� * 0 SIR ov \ � |-- -----'----- 57 DIM ' | } } | ------------ ( | ' � i i i '-- \ } | i | ! i i � } ! ! > ! i L / \ �. ------------�---[-- / \ / /----------------3-�T ~_ � \ ! � } _ . � ) � � ' . l � i ! /_- / \ ) Ll 57 DIM ) \ } EXTERIOR -S2-H5B: 61 DIM � ' | \ | � \ � ~ [ ` `. i \ uj Lu il vw k i � ' i \ � \ ! � } _ . � ) � � ' . l � i ! /_- / \ ) Ll 57 DIM ) \ } EXTERIOR -S2-H5B: 61 DIM � ' | � \ � i \ uj Lu il vw k __-�_'_ -____-_------ ---------------- �--------- -- ------- ------- ( | _ ( i � � ! | | { � � | � 1 LIGHTING PLAN BUILDING A-LEVEL 220 NORTH � � | / � � ` f- ! � 57 DIM ) - / 2.REFER T0 LIGHTING CONTROL SCHEDULE ON EACH LEVEL FOR ZONING AND CONTROL REQUIREMENTS. SCHEDULE SUPERCEDE3 ALL PLAN DRAWINGS FOR ZONING AND LOCAL CONTROL INTENT. ALL PUBLIC ARE/\S EXCEPT AS NOTED SHALL BE CONTROLLED \4A THE LIGHTING CONTROL SYSTEM. LOCATE LIGHTING CONTROL PANELS ADJACENT TO LIGHTING PANELS IN ELECTRICAL ROOMS. REFER TO ONE-LINE DIAGRAM) ALSO PROVIDE LIGHTING CONTROL FOR EXTERIOR AND FACAD| LIGHTING, ZiREFER TO ARCHITECTURAL REFLECTED CEILING PLANS FOR ALL FIXTURE LOCATIONS WITHIN A CEILING OR CEILING GRID. FOR AREAS WITHOUT CE|UN8S, FIXTURE LOCATIONS ARE DIAGRAMMATIC. THE INTENT IS TO ALIGN, CENTER, OR SPACE FIXTURES BETWEEN ARCHITECTURAL AND STRUCTURAL ELEMENTS. 4, ALL SURFACE MOUNTED CONDUIT SHALL BE ROUTED PERPENDICULAR AND PARALLEL TO BEAMS AND COLUMNS. ALL CONDUIT ROUTING SHALL BE COORDINATED WITH THE ARCHITECT PRIOR T0 INSTALLATION AND INSTALLED IN A NEAT AND CONSISTENT MANNER. ALL SURFACE MOUNTED CONDUIT WHERE EXPOSED T0 PUBLIC AREAS SHALL BE PAINTED. PAINT COLOR TO BE DETERMINED BY ARCHITECT. 5. ALL FLUORESCENT BALLASTS SHALL BE ELECTRONIC. ALSO PROVIDE DIMMABLE BALLASTS WHERE NOTED ON DRAWINGS. 6. ELECTRICAL CONTRACTOR SHALL FIELD VERIFY EXACT FIXTURE LENGTHS FOR ALL CONTINUOUS LINEAR FLUORESCENT FIXTURES. FOR COVES, PROVIDE CONTINUOUS ILLUMINATION WITH 8 MAXIMUM DISTANCE BETWEEN END FIXTURE AND WALL. PROVIDE 1" EGGCRAtE LOUVERS FOR ALL TOILET AREA COVE LIGHTING. � 7. ELECTRICAL CONTRACTOR T0 COORDINATE WITH MECHANICAL CONTRACTOR FOR PLACEMENT OF FIXTURES IN MECHANICAL ROOMS. 8. PROVIDE [XT SIGNS FOR ALL PATHS OF EGRESS. EXIT SIGNS SHALL NOT EXCEED OO FEET IN EACH DIRECTION. ALL EXIT LIGHTS OF ALL TYPES SHALL BE MOUNTED AT 8'-0" AFF. U S. UNLESS NOTED OTHERWISE. LIGHT FIXTURES WITHIN ELECTRICAL ELEVATOR MACHINE ROOMS, ETC, SHALL BE ON EMERGENCY POWER. 10.ALL FIXTURES IN EMERGENCY EGRESS STAIRS SHALL BE ON EMERGENCY U POWER. 11.PRDNDE FIXTURES ON EMERGENCY POWER TO OBTAIN 1 FOOTCANDLE � MINIMUM IN ALL EGRESS PATHS. KEY NOTES: FINOT USED. F2�LIGHTING BY OWNER F LIGHTS TYPE X2A SHALL BE INSTALLED AT -- FLOOR LEVEL PER UBC 1007,6.2. THE BOTTOM OF THIS EXIT SIGN SHALL BE AT f0^ A.F.F. WITH CLOSEST EDGE OF THE SIGN WITHIN 4' OF THE DOOR FRAME. THE TYPE X2A EXIT SIGNS SHALL BE POWERED FROM THE TYPE X2 FIXTURE ABOVE THE DOOR. [ 7�CONNECT ENTRY WAY LIGHT TO RECEPTACLE. /\ z�� R 57 DIM EXTERIOR- S2- H 513: 59 DIM EXTERIOR- S2-H 513: 51 DIM EXTERIOR -S2-H5B: 61 DIM ARCHITECTURAL LIGHTING CHANGES MADE AFTER MEETING ON JULY 18TH, 2005 "AF 151VONEER5, INC. 0. ROX 040, AVON, CO. 91620 PH. MID) 141-000 FAX: (170) 141-11SI uj Lu il vw k uj _ sk 1 3 , 144 �-Vgxl QJi 510 UP WIN r, NIV rMa BUILDING A LEVEL 220 � y -- i � — ----�------------- J LEVEL 220 K�4 ki 1:4 M OT13 m i! Lo im NORTH 2. REFER TO LIGHTING CONTROL SCHEDULE ON EACH LEVEL FOR ZONING AND CONTROL REQUIREMENTS. SCHEDULE SUPERCEDES ALL PLAN DRAWINGS FOR ZONING AND LOCAL CONTROL INTENT. ALL PUBLIC AREAS EXCEPT AS NOTED SHALL BE CONTROLLED NA THE LIGHTING CONTROL SYSTEM. LOCATE LIGHTING CONTROL PANELS ADJACENT TO UGHllM8 PANELS IN ELECTRICAL ROOMS. (REFER TO ONE—LINE DIAGRAM) ALSO PROVIDE LIGHTING CONTROL FOR EXTERIOR AND FACADE LIGHTING, U 3.REFER T0 ARCHITECTURAL REFLECTED CEILING PLANS FOR ALL FIXTURE LOCATIONS WITHIN A CEILING OR CEILING GRID. FOR AREAS WITHOUT CEILINGS, FIXTURE LOCATIONS ARE DIAGRAMMATIC. THE INTENT IS TO ALIGN, CENTER OR SPACE FIXTURES BETWEEN ARCHITECTURAL AND STRUCTURAL ELEMENTS. 4. ALL SURFACE MOUNTED CONDUIT SMALL BE ROUTED PERPENDICULAR AND PARALLEL TO BEAMS AND COLUMNS. ALL CONDUIT ROUTING SHALL BE COORDINATED WITH THE ARCHITECT PRIOR TO INSTALLATION AND INSTALLED IN A NEAT AND CONSISTENT MANNER. ALL SURFACE MOUNTED CONDUIT WHERE EXPOSED TO PUBLIC AREAS SHALL BE PAINTED. PAINT COLOR TO BE DETERMINED BY ARCHITECT. 5. ALL FLUORESCENT BALLASTS SHALL BE ELECTRONIC. ALSO PROVIDE DIMMABLE BALLASTS WHERE NOTED ON DRAWINGS. 6. ELECTRICAL CONTRACTOR SHALL FIELD VERIFY EXACT FIXTURE LENGTHS FOR ALL CONTINUOUS LINEAR FLUORESCENT FIXTURES. FOR COVES, PROVIDE CONTINUOUS ILLUMINATION WITH 6" MAXIMUM DISTANCE BETWEEN END FIXTURE AND WALL. PROVIDE 1" EGGCRATE LOUVERS FOR ALL TOILET AREA COVE LIGHTING. 7.ELECTR|CAL CONTRACTOR TO COORDINATE WITH MECHANICAL CONTRACTOR FOR PLACEMENT OF FIXTURES IN MECHANICAL ROOMS. 8. PROV ENT SIGNS FOR ALL PATHS OF EGRESS. EXIT SIGNS SHALL NOT EXCEED OO FEET IN EACH DIRECTION. ALL EXIT LIGHTS OF ALL TYPES SHALL BE MOUNTED AT 8'-0" AFF, 9. UNLESS NOTED OTHERWISE. LIGHT FIXTURES WITHIN ELECTRICAL, ELEVATOR MACHINE ROOMS, ETC. � SHALL BE ON EMERGENCY POWER. 10.ALL FIXTURES IN EMERGENCY EGRESS STAIRS SHALL BE ON EMERGENCY K POWER. 11.PROVDE FIXTURES ON EMERGENCY POWER T0 OBTAIN 1 F0OTCANDLE � MINIMUM IN ALL EGRESS PATHS, ��V N/�T�c�' /�`�/ ��/�_`�. 0T USED. MUGHTlNG BY OWNER |�|EX| LIGHTS TYPE X2A SHALL BE INSTALLED AT ��FLO0R LEVEL PER UBC 1007.6,2. THE BOTTOM OF THIS EXIT SIGN SHALL RE AT f5" A.F.F. EST EDGE OF THE SIGN WITHIN 4" OF [HE DOOR FRAME. THE TYPE X2A EXIT SIGNS SHALL BE POWERED FROM THE TYPE X2 F|XTUR ABOVE THE DOOR. F�l [�]C0NNECT ENTRY WAY LIGHT T0 RECEPTACLE. A ' LIGHTING CONTROL LEGEND � � i � � / FeV1,61ONS 2-AV S4 11/01/05 ! i E '20104 | � KIT,REVI'S['ONI� C. 111/15/04 RECORD PERMIT SE H 12/la/04 REWRD PERMIT 6E | -r------------\ �/ -- i � — ----�------------- J LEVEL 220 K�4 ki 1:4 M OT13 m i! Lo im NORTH 2. REFER TO LIGHTING CONTROL SCHEDULE ON EACH LEVEL FOR ZONING AND CONTROL REQUIREMENTS. SCHEDULE SUPERCEDES ALL PLAN DRAWINGS FOR ZONING AND LOCAL CONTROL INTENT. ALL PUBLIC AREAS EXCEPT AS NOTED SHALL BE CONTROLLED NA THE LIGHTING CONTROL SYSTEM. LOCATE LIGHTING CONTROL PANELS ADJACENT TO UGHllM8 PANELS IN ELECTRICAL ROOMS. (REFER TO ONE—LINE DIAGRAM) ALSO PROVIDE LIGHTING CONTROL FOR EXTERIOR AND FACADE LIGHTING, U 3.REFER T0 ARCHITECTURAL REFLECTED CEILING PLANS FOR ALL FIXTURE LOCATIONS WITHIN A CEILING OR CEILING GRID. FOR AREAS WITHOUT CEILINGS, FIXTURE LOCATIONS ARE DIAGRAMMATIC. THE INTENT IS TO ALIGN, CENTER OR SPACE FIXTURES BETWEEN ARCHITECTURAL AND STRUCTURAL ELEMENTS. 4. ALL SURFACE MOUNTED CONDUIT SMALL BE ROUTED PERPENDICULAR AND PARALLEL TO BEAMS AND COLUMNS. ALL CONDUIT ROUTING SHALL BE COORDINATED WITH THE ARCHITECT PRIOR TO INSTALLATION AND INSTALLED IN A NEAT AND CONSISTENT MANNER. ALL SURFACE MOUNTED CONDUIT WHERE EXPOSED TO PUBLIC AREAS SHALL BE PAINTED. PAINT COLOR TO BE DETERMINED BY ARCHITECT. 5. ALL FLUORESCENT BALLASTS SHALL BE ELECTRONIC. ALSO PROVIDE DIMMABLE BALLASTS WHERE NOTED ON DRAWINGS. 6. ELECTRICAL CONTRACTOR SHALL FIELD VERIFY EXACT FIXTURE LENGTHS FOR ALL CONTINUOUS LINEAR FLUORESCENT FIXTURES. FOR COVES, PROVIDE CONTINUOUS ILLUMINATION WITH 6" MAXIMUM DISTANCE BETWEEN END FIXTURE AND WALL. PROVIDE 1" EGGCRATE LOUVERS FOR ALL TOILET AREA COVE LIGHTING. 7.ELECTR|CAL CONTRACTOR TO COORDINATE WITH MECHANICAL CONTRACTOR FOR PLACEMENT OF FIXTURES IN MECHANICAL ROOMS. 8. PROV ENT SIGNS FOR ALL PATHS OF EGRESS. EXIT SIGNS SHALL NOT EXCEED OO FEET IN EACH DIRECTION. ALL EXIT LIGHTS OF ALL TYPES SHALL BE MOUNTED AT 8'-0" AFF, 9. UNLESS NOTED OTHERWISE. LIGHT FIXTURES WITHIN ELECTRICAL, ELEVATOR MACHINE ROOMS, ETC. � SHALL BE ON EMERGENCY POWER. 10.ALL FIXTURES IN EMERGENCY EGRESS STAIRS SHALL BE ON EMERGENCY K POWER. 11.PROVDE FIXTURES ON EMERGENCY POWER T0 OBTAIN 1 F0OTCANDLE � MINIMUM IN ALL EGRESS PATHS, ��V N/�T�c�' /�`�/ ��/�_`�. 0T USED. MUGHTlNG BY OWNER |�|EX| LIGHTS TYPE X2A SHALL BE INSTALLED AT ��FLO0R LEVEL PER UBC 1007.6,2. THE BOTTOM OF THIS EXIT SIGN SHALL RE AT f5" A.F.F. EST EDGE OF THE SIGN WITHIN 4" OF [HE DOOR FRAME. THE TYPE X2A EXIT SIGNS SHALL BE POWERED FROM THE TYPE X2 F|XTUR ABOVE THE DOOR. F�l [�]C0NNECT ENTRY WAY LIGHT T0 RECEPTACLE. A ' LIGHTING CONTROL LEGEND ARCHITECTURAL LIGHTING CHANGES MADE AFTER MEETING ON JULY 18TH, 2005 zi LiLl RAS ib N �� uj UJ 22 u�� WRNAH ° FeV1,61ONS 2-AV S4 11/01/05 ARCHITECTURAL LIGHTING CHANGES MADE AFTER MEETING ON JULY 18TH, 2005 zi LiLl RAS ib N �� uj UJ 22 u�� WRNAH ° LIGHTING PLAN BUILDING B LEVEL 220 IN E2 9b IIN FeV1,61ONS 2-AV S4 11/01/05 REVI616NS A,61-151 E '20104 16,SUE r: KIT,REVI'S['ONI� C. 111/15/04 RECORD PERMIT SE H 12/la/04 REWRD PERMIT 6E LIGHTING PLAN BUILDING B LEVEL 220 IN E2 9b IIN FeV1,61ONS 2-AV S4 11/01/05 REVI616NS A,61-151 3/2 KIT,REVI'S['ONI� LIGHTING PLAN BUILDING B LEVEL 220 IN E2 9b IIN