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Home My WebLink AboutB07-0005 Plans pages 51-1007' -1 7/8" 3 S7 4" CONCRETE SLAB ON 4" CLEAN GRAVEL BASE ON UNDISTURBED GRADE OR COMPACTED STRUCTURAL FILL PER SOILS ENGINEER. REINFORCE SLAB WITH 6x6- W1.4xW1.4 WELDED WIRE FABRIC THROUGHOUT. PROVIDE 1" DEEP SAWN OR TOOLED CONTROL JOINTS AT 15' -0" MAXIMUM SPACING EACH WAY. J i 16" O.C. W/ 1. PLAN- 7' -1 7/8" 2 S7 • T.O.W. = VERIFY W/ ARCH. T.Q.F. = VERIFY W/ ARCH. T.Q.W. = VERIFY W/ ARCH. T.Q.F. = VERIFY W/ ARCH. PLAN NOTES 2x6 STUDS @ 16" O.C. W/ 1. PLAN- INDICATED ON PLAN THUS: T.O.W. =TOP OF CONCRETE WALL T.O.F. =TOP OF A T M 2. ADEQUATE SOIL PLAN NOTES 2x6 STUDS @ 16" O.C. W/ 1. ELEVATIONS OF CONCRETE FOUNDATION ELEMENTS INDICATED ON PLAN THUS: T.O.W. =TOP OF CONCRETE WALL T.O.F. =TOP OF CONCRETE FOOTING 2. TOP OF FOOTING ELEVATIONS ARE BASED ON FINDING ADEQUATE SOIL BEARING SHEATHING CONDITIONS AT THAT DEPTH. CONTACT ENGINEER IF QVEREXCAVATION IS REQUIRED. 3. STEPS IN TOP OF CONCRETE WALL INDICATED: TYP. @ RAFTER & E 4. CONTINUOUS CONCRETE FOOTINGS ARE CENTERED BENEATH CONCRETE FOUNDATION 1/2" EXP. MAT'L, TYP. WALLS UNLESS NOTED OTHERWISE. 1/2" 0 x 10" A. B.'s @ 48" 5. CONCRETE FOUNDATION WALLS ARE 8" THICK AND CONTINUOUS FOOTINGS ARE 8" THICK x 16" WIDE UNLESS NOTED OTHERWISE. IN CONT. 2x6 t 6. DO NOT SCALE DRAWINGS. 4" CONC. SLAB PER PLAN 7. (E) REFERS TO EXISTING CONSTRUCTION (N) REFERS TO NEW {— E (4) -10d NAILS INTO SOLID BLKG. BTWN. \ EA. LOOKOUT, TYP. LOOKOUTS @ BRG., TYP. l EQ. EQ. r 2x10 STRUCTURAL SUB - FASCIA, TYP. 2x10 LOOKOUTS Q 24" O.C„ TYP. 2x10 RAFTERS PER PLAN 2x6 STUDS @ 16" W/ - 1/2" PLYWD. OR OSB SHEATHING 4 S7 a r SIDING PER ARCH. i i SEE PLAN T. 0. W. CONT. 2x10 LEDGER W/ (2) -1 /4 "Ox2 3/4" TAPCON SCREWS © 12" O.C. PROVII 1 1/4" EMBED. INTO CONC. tiIn3v 1. LEDGER C -11 4 r � i. r w • w r r 0 w ;ONT. 2x10 STRUCTURAL SUB- FASCIA I* H R OO F r P LAN- AT : ► . M ��sc�AL E �-1 1 �,— o� PLAN NOTES FOR NEW FRAMING: NORTH 1. ROOF SHEATHING IS 5/8" FRT. APA RATED SHEATHING, EXP.1, SPAN RATING 40/20. 2. " 0 " INDICATES CONNECTION TYPE - REF. S1 FOR SCHEDULE. 3. ALL ROOF RAFTERS ARE: FRT. 2x10's @ 24 ", TYPICAL, UNLESS NOTED OTHERWISE, 4. (E) REFERS TO EXISTING CONSTRUCTION ( - -_ ____ _.__ _._ .__....... ), (N) REFERS TO NEW ( ) 5. ALL WOOD FRAMING MEMBERS SHALL BE FRT WOOD. rol 4 " 8 „ 4 „ "BOX STUD" @ 24" O.C. 350T125 -33 TRACK OVER 3505162 -33 STUD. FASTEN STUD TO CONC. W/ 1/4 "Ox1 1/4" TAPCON SCREWS Q EA. DOUBLE TEE. FASTEN TRACK TO STUD W/ #8 SCREWS @ 12" O.C. TOP & BOT. RECAST D�OifB-LE'`TEE! -s --,- � FDTN. WALL SEE 2/S7 (2) - #5's CONT. HORIZ. TOP & BOT. SCALE: 3/4" = l' -O" „ BOX STUD" ® 24" O.C. 350T125 -33 TRACK OVER 3505162 -33 STUD. FASTEN STUD TO CONC. W/ 1 /4 "Ox1 1/4" TAPCON SCREWS @ EA. DOUBLE TEE. FASTEN TRACK TO STUD W/ #8 SCREWS 12" O.C. TOP & BOT. 2x10 RAFTERS PER PLAN (E) PRECAST DOUBLE TEE's CONT. 2x10 LEDGER PER PLAN SCALE: 3/4" = l' -O SCALE:: 3/4" = 1' -0" 2x6 STUDS @ 16" O.C. W/ t17 (ll �j Q Co c0 r- NOTE: MAX. RETAINED 1/2" PLYWD. OR OSB �N(>f Q SOIL HT. IS 4' -0 SHEATHING z 00 Uj w TYP. @ RAFTER & E ad ca� =nti j j COV)J�r✓ 1/2" EXP. MAT'L, TYP. )OKOUT BRG. 1/2" 0 x 10" A. B.'s @ 48" 0. C. I z IN CONT. 2x6 t r� 0 4" CONC. SLAB PER PLAN -WALL DOUBLE TEE's L0 (o 0) � #00 0)0) p 0) a: SEE PLAN i x Q _ r- < t SEE PLAN or > T.Q.W. ( 44 T.O. SLAB (� PAVERS PER ARCH. �/ IL e A ti�� \�Q\ /r� \ j ` /r \A 4 (1) - #5 CONT. HORIZ. Q MID -HT. TERIOR HEADERS ARE: - 2x10's W/ (1) -2x6 d MMER AND (1) -2x6 IG STUD EA. SIDE, TYP. 4 „ ¢„ #5 DWLS x - @ 48" O.C. u NOTED OTHERWISE L ESS a 6„ r � i. r w • w r r 0 w ;ONT. 2x10 STRUCTURAL SUB- FASCIA I* H R OO F r P LAN- AT : ► . M ��sc�AL E �-1 1 �,— o� PLAN NOTES FOR NEW FRAMING: NORTH 1. ROOF SHEATHING IS 5/8" FRT. APA RATED SHEATHING, EXP.1, SPAN RATING 40/20. 2. " 0 " INDICATES CONNECTION TYPE - REF. S1 FOR SCHEDULE. 3. ALL ROOF RAFTERS ARE: FRT. 2x10's @ 24 ", TYPICAL, UNLESS NOTED OTHERWISE, 4. (E) REFERS TO EXISTING CONSTRUCTION ( - -_ ____ _.__ _._ .__....... ), (N) REFERS TO NEW ( ) 5. ALL WOOD FRAMING MEMBERS SHALL BE FRT WOOD. rol 4 " 8 „ 4 „ "BOX STUD" @ 24" O.C. 350T125 -33 TRACK OVER 3505162 -33 STUD. FASTEN STUD TO CONC. W/ 1/4 "Ox1 1/4" TAPCON SCREWS Q EA. DOUBLE TEE. FASTEN TRACK TO STUD W/ #8 SCREWS @ 12" O.C. TOP & BOT. RECAST D�OifB-LE'`TEE! -s --,- � FDTN. WALL SEE 2/S7 (2) - #5's CONT. HORIZ. TOP & BOT. SCALE: 3/4" = l' -O" „ BOX STUD" ® 24" O.C. 350T125 -33 TRACK OVER 3505162 -33 STUD. FASTEN STUD TO CONC. W/ 1 /4 "Ox1 1/4" TAPCON SCREWS @ EA. DOUBLE TEE. FASTEN TRACK TO STUD W/ #8 SCREWS 12" O.C. TOP & BOT. 2x10 RAFTERS PER PLAN (E) PRECAST DOUBLE TEE's CONT. 2x10 LEDGER PER PLAN SCALE: 3/4" = l' -O SCALE:: 3/4" = 1' -0" designed by MPS drawn by MTN /JDH Checked by issued DD 11 P ERMIT 12/2 0/06 REVISE TOV BLD PERMIT 02/28/0 REVISED TOV BLDG, PERMIT 0,3/26,/07A2 sheet } Co d t17 (ll �j Q Co c0 r- < 0 0000 z �N(>f Q z 00 Uj w `� E ad ca� =nti }— COV)J�r✓ J z r� 0 r- Lo L0 (o 0) � #00 0)0) p 0) a: 0 rn mj 4-d x Q _ r- < t or > designed by MPS drawn by MTN /JDH Checked by issued DD 11 P ERMIT 12/2 0/06 REVISE TOV BLD PERMIT 02/28/0 REVISED TOV BLDG, PERMIT 0,3/26,/07A2 sheet \ \ C\j ~--, _ m | �o C14 ZOOC OL | , _ _ | r~ U U |I L - ] � � � ! � � L�� DOUBLE TEE's � � U |� L - � � � i � � � [�� '! � | � � � | U [ �| U !� |� [- l� U | � � n AM 11 FOUNDATION P SCALE: 1 /�1" == 1 '--[l'` LOCKERS .~`'' `^_`_. . / . . `� PLAN NOTES [ � m �00 1. ELEVAT OF CONCRETE FOUNDATION ELEMENTS INDICATED ON PLAN THUS: T.O.YK=TOP OF CONCRETE WALL T.O.F.=TOP OF CONCRETE FOOTING T} 2. TOP OF FOOTING ELEVATIONS ARE BASED ON FINDING ADEQUATE SOIL BEARING O 0 ^ P0 ff) CONDITIONS AT THAT DEPTH. CONTACT ENGINEER IF OVEREXCAVATlON IS REQUIRED. 3. STEPS IN TOP OF CONCRETE WALL INDICATED: 4. CONTINUOUS CONCRETE FOOTINGS ARE CENTERED BENEATH CONCRETE FOUNDATION m m-j== WALLS UNLESS NOTED OTHERWISE. � 5. CONCRETE FOUNDATION WALLS ARE O THICK AND CONTINUOUS FOOTINGS ARE 8" 0 � THICK x 15" WIDE UNLESS NOTED OTHERWISE. u� 0 O. D0 NOT SCALE DRAWINGS. - 7. (E) REFERS TO EXISTING CONSTRUCTION /-'-----'---\, /N\ REFERS TO NEW (-- � } � | D ` | ' � / | || < U CIA X CL ry Ld Of DOUBLE TEE's � --2xl 0 (LOW) R L- 0 CONT. 2x10 LEDGER W/ (2)-1/4"0 TAPCON SCREWS @ O' O.C. PROVIDE 1 1/4^ EMBED. INTO CONC., TYP. CANT. LEDGER PHASE 11 ROOF FRAMING PLAN- AT SKI LOCKERS SCALE: 1/4" = V-0" PLAN NOTES FOR NEW FRAMING: 1. POSTS BELOW (ORIGINATING FROM THIS LEVEL OR ABOVE) ARE INDICATED: Ell SINGLE STUD TRIMMERS ARE INDICATED: Q 2. ALL COLUMNS ARE LABELED AT THE TOP. 3. ROOF SHEATHING IS 5/8" FRT. APA RATED SHEATHING, EXP.1, SPAN RATING 40/20. 4. °/\° INDICATES CONNECTION TYPE - REF. S1 FOR SCHEDULE. 5. ALL ROOF RAFTERS ARE: FRT. 2x10`a @24" TYPICAL, UNLESS NOTED OTHERWISE. O. /E\ REFERS TO EXISTING CONSTRUCTION (-- -- -- -- -- -- )^ (N) REFERS TO NEW \. 7. ALL WOOD FRAMING MEMBERS SHALL BE FRTWDOD. | ^ | -2x10 (LOVV)/�\ L r /E\ PRECAST DOUBLE TEEo SIDING PER ARCH. 2x10 RAFTERS PER PLAN CONT. 2x10 LEDGER PER ) PLAN 350T125-33 TRACK OVER 350S162-33 STUD. FASTEN STUD TAPCON SCREWS @ EA. DOUBLE TEE. FASTEN TRACK TO STUD W/ 5|U|N6 PER 8MCM /E\ PRECAST DOUBLE TEE's 2x4 PARTITION WALL PER ARCH. C0NT TREATED 2x10 LEDGER i | 1 4~Ox2 3/4 TAPCDN SCREWS @EA. DOUBLE TEE WEB {! �! /7\-2x1O ! � ` ' � PAVERS PER ARCH.-/ = | � | v�� \ � || 2x4 PARTITION WALL PER ARCH. >-2x1O � POST _#5's VERT. PIER HEIGHT EXCEEDS 4'-8, D /2\-#5 VERT. BARS FULL 1GHT OF P|ER) deS'ODod by MPS ~ ' dRJYVD by K4 |}� ^ checked by 'S8U8d DD 11/10/06 PERMIT 12Z20ZOr- PERMIT 02/28/07 REVISED TOV BLDG. P��k�|T O�/��/n7 �� PERMIT �°/^�°/u. ��, sheet {'-11 3/4" [ � m �00 . m 0 � 0 < oo (} 0 z T} �m� � _ [ O 0 ^ P0 ff) �� mm F- z � c F- m m-j== J � Dc 0 � � u� 0 � � CO 0) r` - m�m O � '�m w - �� m u � 0 �-�� '<o*� deS'ODod by MPS ~ ' dRJYVD by K4 |}� ^ checked by 'S8U8d DD 11/10/06 PERMIT 12Z20ZOr- PERMIT 02/28/07 REVISED TOV BLDG. P��k�|T O�/��/n7 �� PERMIT �°/^�°/u. ��, sheet {'-11 3/4" � � � Co Co � co Co Ch ry Co Cm m T o ' "BOX STUD" KD24" O.C. `- 350T125-35 TRACK OVER 350S102-33 STUD. FASTEN STUD TO WOOD 1 "Ox1 1/4 TAPCON | SCREWS @ EA. DOUBLE TEE. FASTEN � TRACK TO STUD W/ #8 SCREWS @ 12" O.C. TOP 8c B[)T. 7 S|WP50N CS18 @24' FASTEN STRAP 1 " x1 1/2 TAPCON SCREWS INTO CONCRETE @ EA. END � PAVERS PER ARCH. Is 600S137 STUDS @ STONE VENEER PER ARCH, x vW10 CONT, L PER SCHEDULE- SEE SHEET Sl �#5 DWLS x V-6 EPDXY ANCHORED INTO PERIMETER DRAIN PER�—/ 3/4"0 x 6" HOLES @ 16" O.C. SOILS ENGINEER [4" 8 4 VERT. TYPICAL FROST WALL FOR STONE VENEER SUPPORT SCALE: 3/4" l'-O" SEE PLAN CONT.EDGE SLOPE CONC. SLAB PER PLAN SEE PLAN UD"@ 24" [LC. \ -33 TRACK OVER - _ STUD. FAS --- To WOOD 1/4'OH 1/4 TAPCON SCREWS @EA. DOUBLE TEE. FASTEN TRACK TO STUD VY/ #8 SCREWS @ 12" O.C. TOP & B0T CONT. BOND BM. W/- /2\-#5 CONT. H0R|Z. CONT. BOND. BM. W/- >-#5'a CONT. H0R|Z. WE CAP 1 xBM. YHDTHxO'-O 1/2 W/ (2)-1/2"0 THRU-BOLTS |ES3x3x3/1O }ASE xBW. W0DTHx0'-10 W/ 4\-1/2 THRU-BOLTS SCALE: 3/4" = 1'-O'^ #5 @ 12" O.C. TRANS\( CAP 1/2 "xBM. VNDTHxO'-7 1/2 z —CONT. L PER SCHEDULE SEE SHALL BE LOCATED IN GROUTED CELLS 2 � � TYPICAL SITE WALL � (ALIGN OVER STUDS) CONT. 60OT150-43 STRUCTURAL SUB-FASCIA RAFTERS PER PLAN 60OS137-33 STUDS COL. PER PLAN T.[LNL ~y __~--STONE VENEER PER ARCH' ----STD. WIRE JO|NTRE|NF. H0R|Z @ 16" 0.C, TYP. = o ' | . ` " � //- CMU WALL W/ #�a @ 16' IN GROUTED CORES � NOTE: METAL DECK (SEE & INSTALLED AROUND COLUMN BASE ANCHOR RODS ON 1" MIN. 4: SHIM & NON-SHRINK GROUT SEE 1/S4 FOR WALL REINF. SCALE: 3/4 " = 1' -O " l ' - O " A LAll- | " BOX STUD " 350T125-33 TRACK OVER 350S182_33 STUD. FASTEN STUD TO WOOD YY 1 'Ox1 1/4 TAPCON SCREWS @EA. DOUBLE TEE. FASTEN TRACK TO STUD W/ #D SCREWS @> 12" O.C. TOP 8u BOT. -STONE VENEER PER ARCH. CONT. LO Mx1 STONE VENEER SUPPORT 00000 TJ + �m0mco c\ ' m0) [n � � �, [ m CONT. O0DT1 STRUCTURAL SUB-FASCIA, jTYP. SEE PLAN F-��~� RAFTERS PER PLAN (E) ROOF DOUBLE TEE's TYP, 12 LEDGER PER PLAN (E) PRECAST WALL"�', ANCH'o INTO DOUBLE TEE. SPACE EPDXYANCH'o | ! EVENLY OVER ENTIRE LENGTH MIN. O" FROM NOTE: FIELD VERIFY EXISTING ENDS CONDITIONS @ ROOF � | ' SCALE: 3/4" = 1 SLAB ON DECK PER _\ PLAN SEE PLAN L3x3x1/4 VV/ 3/4"0--~ ' THRU-BOLTS @24" 8" QWU WALL PER PLAN CONT BOND BM. W/ /2\-#5'a HOR|Z. 3/4 HEADED STUDS @ 24" D.C. SEEPLAN ~----'0MDx33 �ASE x8"x0/-8 VV/ 4)-1/2`¢n12" HEADED \NCHOR RODS ON 1' MIN. ;HIM & NON -SHRINK GROUT /4\-#5"o VERl[ 12^0 CONC. PIER O " ES x �3 TIES " Lj � @ 1D O.C. (4)-#5 DYVLS x SEE SCHED. FOR REINF. TYP. �-RAFTERS PER PLAN (ALIGN OVER STUDS) 60O3137-33 STUDS SHEATHING PER ARCH. 80OT100-27 TRACK DRIVE --- PINNED TO WALL @ 16" O.C. ' OL STONE VENEER--'- v» PER ARCH. CONT. L PER SCHEDULE SEE SHEET S1 E VENEER BOTH SIDES OF FNDTN. WALL AT SIM.) DWLSx @ 10 0. C. clil 8132 _ PERIMETER DRAIN PER SOILS ENGINEER ° uv 4" CONC. SLAB PER PLAN T.O. SLAB V Wvlx +4 OV SCALE: 3/4" INTO RAFTER, . � � � 0 � D 0 z 0 U 17" [ U Uj N � � 00000 TJ + �m0mco c\ ' m0) [n � � �, [ m m mm I�� [ _ � � a) r r~ 00mr` - ' mnm � w 'mm� ] � 00 + 0 � � � � 0 n ��t', < MPS ~ ' drawn by N1|N checked ' b y 'SSUpd DD llZlOI06 PRELIM 12/07/06 PERMIT 12/20/06 REVISED T0V BLDG. PERMIT /n REVISED TOV BLDG. p��k�|T 03/26/07A2 . ^_' `=. . Sh8Sf MAR 0 6 2007 8x12 LOOKOUT PER ARCH. FASTEN W/ (2) OLYLOG SCREWS TOP 8c BOT. � } } � | � FRT 2x12 BLKG. FASTEN TO CONC. —1 Ox2 3/4" TAPCON SCREWS @EA. END "BOX STUD" 350T125-33 TRACK OVER ' 350S182-33 STUD. FASTEN STUD TO / || | Ox 1/4" TAPCDN SCREWS @ E& END. FASTEN TRACK T0 STUD #B SCREWS @ 12" O.C. TOP & BOT. TYPICAL LOOKOUT SUPPORT ------- ____ \ PRECAST DOUBLE TEE's - -- -- — �— -- 1/4 CUT BACK FROM EDGE OF R.D. FOR BM. PKT. -\ � BHCL OW NON—SHRINK GROUT "� 4 ' 5/1O" �( 3�G" _/. ! PRECAST DOUBLE TEE'o " � \J } � Wl 2x26 ~_ ~ -` BRG, SEAT TOP R`1 x4 V.I.F. BOT R'1 x4"x BM. WIDTH W/ FITTED SIDE R's TYP. @DOUBLE TEE 8RG. LOCATIONS PHASE | UNIT WINDOW HEADER @ SOUTH WALL Sloj 3 /\(LF.\ =~` SIDER^ ' YV EPDXY ANQH. � O" � | SCALE: 3/4" = 1'—O" / dHB`OD8d by MPS ~ ' drOYYD by W1|N ' checked by issued [ � Ld > 00 `" . N 0 � � mo u (J 02/28/07 0 m 00 TOV BLDG PERMIT m m CF) [ � c\ - -O 0 .w p� �— m0') � z � � [ _ (o :D + � m m �[ 0 — z � 0 [ 0 r` C()m� U — mrnm m m - � 00 � � �� U m o ] ~~ ' 8x12 LOOKOUT PER ARCH. FASTEN W/ (2) OLYLOG SCREWS TOP 8c BOT. � } } � | � FRT 2x12 BLKG. FASTEN TO CONC. —1 Ox2 3/4" TAPCON SCREWS @EA. END "BOX STUD" 350T125-33 TRACK OVER ' 350S182-33 STUD. FASTEN STUD TO / || | Ox 1/4" TAPCDN SCREWS @ E& END. FASTEN TRACK T0 STUD #B SCREWS @ 12" O.C. TOP & BOT. TYPICAL LOOKOUT SUPPORT ------- ____ \ PRECAST DOUBLE TEE's - -- -- — �— -- 1/4 CUT BACK FROM EDGE OF R.D. FOR BM. PKT. -\ � BHCL OW NON—SHRINK GROUT "� 4 ' 5/1O" �( 3�G" _/. ! PRECAST DOUBLE TEE'o " � \J } � Wl 2x26 ~_ ~ -` BRG, SEAT TOP R`1 x4 V.I.F. BOT R'1 x4"x BM. WIDTH W/ FITTED SIDE R's TYP. @DOUBLE TEE 8RG. LOCATIONS PHASE | UNIT WINDOW HEADER @ SOUTH WALL Sloj 3 /\(LF.\ =~` SIDER^ ' YV EPDXY ANQH. � O" � | SCALE: 3/4" = 1'—O" / dHB`OD8d by MPS ~ ' drOYYD by W1|N ' checked by issued sheet PERMIT REVISED TOV BLDG PERMIT 02/28/07 REVISED TOV BLDG PERMIT 03/26/07 sheet r- T Q Co 0 1 CL A C) O 0) 0 _0 0 E 0 Co 0) Co 'o 0 O -i C) designed by MPS drawn by MTNZJDH checked by issued DD 11 /10/06 Ui 00 < C\j 12Z20/06 REVISED 0 < 00 (0 r- 0-4- PERMIT 02/28/07 < 00000 Z PERMIT 0*) 0') 0 0 LO § p z 0) co LLJ L-Li to x < C: < U- L U) z Q) 0 00 LO V') Lo L 00 0) CY) 4-j x o 0 M L — 1 0 x C5 :� r- < O)h > designed by MPS drawn by MTNZJDH checked by issued DD 11 /10/06 sheet PERMIT 12Z20/06 REVISED TOV BLDG. PERMIT 02/28/07 REVISED TOV BLDG. PERMIT 03/26/07A2 sheet W36x135 ---^– BQ BLKG. BTWN. RAFTERS @BRG.. TYP. 1Od NAILS INTO LKG. \. -10 L - 1 0 THRU-BOLTS EA. SIDE OF BRACE ° RAFTERS PER PLAN 2x4 NAILER DRIVE–PINNED 0 FLANGE @ 16" O.C. ' /9\ ROWS OF 1 O NAILS @ 6' O.C. — (E) PRECAST DOUBLE CAP It: 1/2"xCOL. YNDTHxl' SHEAR T: ' EPDXY ANCH. /4\-3/4"0 THRU–BOLTS (EA. END) . o 1/4" ST � --`, U |U K�| | k SCALE: 3/4" = 1'-0" WEB BLKG. REQUIRED FOR CONNECTION BC| BLKG. BTWN. / RAFTERS dDBRQ.. TYP. 0 - 5/8"0 THU–BOLTS @ 36" CONT. BEVELED 6x8 BRG. FE /DO NOT NOTCH BC|`a\ W36xl 35 Ilia "t SCALE: 3/4" = 1'-0" SHEATHING PER PLAN CAP t " W. V0DTHxO'-8 1/2 W/ /2\-5/4"0 THRU–BOLTS SCALE: 3/4" = 1`-0" x35 COL. PER PLAN BRG, CONDITIONS BASE 5 "x6"x1'-0 /2\–J/4"Ox6" EPDXY ANCHORS (E) PRECAST WALL PANEL W36xl 35 RAFTERS PER PLAN 1 3 4x11 7 LVL LEDGER W/ (2)-3/4^0 THRU–BOLTS (2) NAILS INTO SOL BLKG. BTWN^ EA. LO0KOUT, TYP. LOOKOUTS @BRG. TYP. aTYP. TYP. STRUCTURAL - BLKG. REQUIRED SUB-FASCIA, TYP. FOR HANGER 11 7/8 BCI LOOKOUTS 11 7/8" I-JOISTS 2x6 STUDS @16" OSB SHEATHING 4 " = 1'–O d8S'OD�d by –MP designed drawn by yW|N checked by ' 'SSU8d DD 11/10/06 [ � uu � m `~ . N (D � < cn 0 « 0 00 00 z +momM [ � c\ ' 0 ~ � .m � z � .� + �� D[ z � OW U [ � �m� – w�Lr) L L0mm._ 't �� U ] C) 0) �u L ~~ (� b)h ' � d8S'OD�d by –MP designed drawn by yW|N checked by ' 'SSU8d DD 11/10/06 SCALE: 3/4" = 1`-0" NOTE: FIELD VERFIYJ BRG. CONDITIONS W36x1 35 MOMENT BASE T� 5 4W/ 3 OxO' EP0XYANCH'e INTO PRECAST CONC. WALL PANEL 1/4" STIFFENER T CAP R. 1 xBM. V0DTHxO 1/2 W/ /2\-3/4 THRU–BOLTS BASE R' 1 xBM. VNDTHx1'-0 W/ /4\-3/4"0 THRU–BOLTS PERMIT 12Z20/06 REVISED PERMIT TOV BLDG. 02/28/07 REVISED PERMIT TOV BLDG. 03/26/07 & SCALE: 3/4" = 1`-0" NOTE: FIELD VERFIYJ BRG. CONDITIONS W36x1 35 MOMENT BASE T� 5 4W/ 3 OxO' EP0XYANCH'e INTO PRECAST CONC. WALL PANEL 1/4" STIFFENER T CAP R. 1 xBM. V0DTHxO 1/2 W/ /2\-3/4 THRU–BOLTS BASE R' 1 xBM. VNDTHx1'-0 W/ /4\-3/4"0 THRU–BOLTS C) C __. _. tt FLAG NOTES: MECHANICAL SITE PLAN , Ero '� FLAG NOTES: MECHANICAL SITE PLAN , :f ROUTE 6" HWS AND HWR PIPING MAINS OUT OF MECHANICAL ROOM BELOW GRADE AND PREPARE FOR CONNECTION TO SNOW MELT MAINS ROUTED ON SITE. COORDINATE WITH SITE UTILITIES IN SCALE: 1 "= 2O' -0" THIS AREA AND MAINTAIN A MINIMUM OF 36" COVER. NORTH <:> OUTLINED AREA INDICATES SNOWMELT SYSTEM COVERAGE, TYPICAL. '3 MANIFOLD BOX INSTALLED BELOW GRADE WITH THE COVER FLUSH WITH FINISHED GRADE. MANIFOLD l: vim• BOX SHALL BE STONGWELL QUAZITE 48 "X48 "X36" #PG4848DA36 WITH COVER #LG4848CAOO. COORDINATE EXACT BOX LOCATION WITH FIELD CONDITIONS, TYPICAL. PROVIDE AND INSTALL TEKMAR SNOW /ICE SENSOR 090 AND SENSOR SOCKET 091. SENSOR SHALL COMMUNICATE WITH THE TEKMAR CONTROLLER LOCATED IN THE MECHNAICAL ROOM. NUMBER OF SENSORS REQUIRED SHALL BE DETERMINED BY THE MANUFACTURER, 2 ZONES PER SENSOR IS TYPICAL. d PROVIDE AND INSTALL OUTDOOR AIR TEMPERATURE SENSOR MOUNTED ON THE NORTH SIDE OF THE BUILDING ABOVE GRADE. INTERLOCK WITH THE TEKMAR SNOW MELT CONTROLLER AND THE ...... BUILDING AUTOMATION SYSTEM. NUMBER OF OUTDOOR SENSORS SHALL BE COORDINATED WITH MANUFACTURER OF CONTROLS. COORDINATE ALL SNOWMELT LOCATIONS WITH THE LANDSCAPE PLAN, THE GENERAL CONTRACTOR ND THE RCIIIT CT. . PR0jECT. 06 -146 DRAWN BY: BB/RC D A T E: 4 -05 -2007 REVISIONS: CODE CHANGES 02 -28 -2007 CODE CHANGES O4 -05 -2007 NAM :f l: vim• :: fi � .dNj• ...... ...... .... y f l�la: . r +A: l' i PR0jECT. 06 -146 DRAWN BY: BB/RC D A T E: 4 -05 -2007 REVISIONS: CODE CHANGES 02 -28 -2007 CODE CHANGES O4 -05 -2007 NAM t i _ l _• TO WIRE RIGID INSULATION 1 OR EDGE SLOW MELT f MANIFOLD BOX SCHEDULE M� GRILLE - REGISTER - DIFFUSER SCHEDULE SR- SUPPLY REGISTER RG- RETURN GRILLE CD- CEILING DIFFUSER EG- EXHAUST GRILLE TG- TRANSFER GRILLE EQUIPMENT NO. SIZE TYPE MANUFACTURER & MODEL FINISH OPTIONS- ACCESSORIES SL -1 96 "X78" STATIONARY LOUVER RUSKIN L811 GALVANIZED BACKDRAFT DAMPER RATED HP RPM KW AIR TEMP. V.- PH. -CY. NOTES: 4000 t i _ l _• TO WIRE RIGID INSULATION 1 OR EDGE SLOW MELT f MANIFOLD BOX SCHEDULE M� ELECTRIC ELECTRIC WALL HEATER SCHEDULE w " EQUIPMENT LENGTH FAN ELECTRIC HEATER ELECTRICAL REQUIREMENTS MANUFACTURER & MODEL OPTIONS - ACCESSORIES SYSTEM FLOW (GPM) RATED HP RPM KW AIR TEMP. V.- PH. -CY. NO. 4000 - 250 8 3/4 CFM BB -1 25 VARIES RISE C F) VARIES - 300 /FT QMARK HBB1254 SILICON OIL HEATER REHAU EWH -1 100 - -- - -- 2.0 75 208 -1 -60 BERKO — FRA SEE NOTES REMOTE TSTAT AND CONTROLS BY MANUFACTURER. EWH -2 100 - -- - -- 3.0 75 208 -1 -60 BERKO — FRA SEE NOTES 1000 NOTE 250 8 3/4 150 120 FINISH — BAKED ENAMEL OFF —WHITE COLOR, TAMPER PROOF FRONT COVER, SURFACE 12 - 17 MOUNTED UNIT WITH INTEGRAL THERMOSTAT, AND INTEGRAL DISCONNECT SWITCH. NOTE 1 MB -4 #4 t i _ l _• TO WIRE RIGID INSULATION 1 OR EDGE SLOW MELT f MANIFOLD BOX SCHEDULE M� ELECTRIC BASEBOARD HEATER SCHEDULE BB EQUIPMENT SPACING (INCHES) LENGTH VOLTS /PHASE AMPS TEMP DIFF (DEG. F.) WATTS MANUFACTURER & MODEL SYSTEM FLOW (GPM) OPTIONS- ACCESSORIES MAX HEADLOSS PER CIRCUIT (FT. HD.) NO. SNOW MELT SYSTEM MANUFACTURER & MODEL OPTIONS- ACCESSORIES MB -1 #t 4000 - 250 8 3/4 150 BB -1 25 VARIES 208 -1 VARIES - 300 /FT QMARK HBB1254 SILICON OIL HEATER REHAU INTEGRAL TSTATS IN HALL, REMOTE TSTATS IN OFFICE AND UNITS MAT -1 #2 288 "X18" 208 -1 7.2 EA (6) 8 - DELTA THERM MA -18X20 120 REMOTE TSTAT AND CONTROLS BY MANUFACTURER. 40 240,000 20 - 17 STRONGWELL QUAZITE - 48 "x48" NOTES: NOTE 1 MB -3 #3 1000 t i _ l _• TO WIRE RIGID INSULATION 1 OR EDGE SLOW MELT f MANIFOLD BOX SCHEDULE M� EQUIPMENT NO. ZONE NO. SNOW MELT AREA (SF) NO. CIRCUITS LENGTH PER CIRCUIT (FEET) SPACING (INCHES) TUBE SIZE (INCHES) BTU / SF INCLUDING BACK / SIDE LOSSES MEAN HW TEMP (DEG. F.) TEMP DIFF (DEG. F.) PERCENT PROPYLENE GLYCOL SYSTEM CAPACITY (BTU /HR) SYSTEM FLOW (GPM) FLOW PER CIRCUIT (GPM) MAX HEADLOSS PER CIRCUIT (FT. HD.) MANIFOLD BOX MANUFACTURER & MODEL SNOW MELT SYSTEM MANUFACTURER & MODEL OPTIONS- ACCESSORIES MB -1 #t 4000 - 250 8 3/4 150 120 25 40 600,000 48 - 17 STRONGWELL QUAZITE - 48 "x48" REHAU NOTE 1 MB -2 #2 1600 - 250 8 3/4 150 120 25 40 240,000 20 - 17 STRONGWELL QUAZITE - 48 "x48" REHAU NOTE 1 MB -3 #3 1000 - 250 8 3/4 150 120 25 40 150,000 12 - 17 STRONGWELL QUAZITE - 48 "08" REHAU NOTE 1 MB -4 #4 5500 - 250 8 3/4 150 120 25 40 825,000 66 - 17 STRONGWELL QUAZITE - 48 "x48" REHAU NOTE 1 MB -5 #5 5500 - 250 8 3/4 150 120 25 40 825,000 66 - 17 STRONGWELL QUAZITE - 48 "x48" REHAU NOTE 1 MB -6 #6 1500 - 250 8 3/4 150 120 25 40 225,000 18 - 17 STRONGWELL QUAZITE - 48 "x48" REHAU NOTE 1 MB -7 #7 300 - 250 8 3/4 150 120 25 40 45,000 4 - 17 STRONGWELL QUAZITE - 48 "x48" REHAU NOTE 1 NOTES: 1. REFER TO SPECIFICATIONS FOR ALL REQUIRED COMPONENTS AND ACCESSORIES. SUBMIT SHOP DRAWINGS OF COMPLETE SNOW MELT SYSTEM INCLUDING LOOP LAYOUT. MEN 1 �: NOT TO SCALE ----- - - - - -- - .^^_. MANIFOLD ASSEMBLY INSTALLED IN BELOW GRADE VAULT. ACCESS PANEL FLUSH WITH GRADE. STRONGWELL MELT MANIFOLD QUAZITE 48 "x48 "x36" ENCLOSURE #PG4848DA36 WITH COVER #LG4848CAOO. I I I I ;HUT—OFF VALVE, TYP. I HWR MAIN SITE HEATING WATER PIPING INSTALLED 1 36" BELOW GRADE OL VALVE I ANCING VALVE I I I I ( I I L---------------------- J ■ SNOWMELT M-ANIFOLD PIPING DETAIL It STAINLESS STEEL BRAIDED CONNECTOR (INCREASER WHERE REO'D.) MULTIPORT PRESSURE INDICATOR (4 -PORT) OSHA /ANSI COUPLER GUARD BASE MOUNTED END SUCTION PUMP (LONG COUPLED) GROUTABLE FABRICATED STEEL BASE PLATE FINISH FLOOR -., .•�� ;: N11: FAIR tIR111If FROM SYSTEM „s-- ISOLATION VALVE u STAINLESS STEEL BRAIDED CONNECTOR TRIPLE DUTY VALVE (SIZED FOR 1 -3 PSI P.D. AT THE DESIGN FLOW RATE) 9" INDUSTRIAL THERMOMETER j W/ 3/4" NPT COPPER WELL j 1/4" Q.D. COPPER TUBING f Wj COMP, FITTINGS fd j SUCTION DIFFUSER WITH STRAINER FIELD FABRICATED SUPPORT LEG ® DRAIN: TERMINATE NEAR F.D. 3" HIGH CONCRETE :. .:•' • , ''�� HOUSE KEEPING PAD r r r vofimAll N.T.S. GAS FIRED NOT WATER BOILER SCHEDULE BL EQUIPMENT A.G.A. SERVICE A.G.A. WATER CONTENT BOILER CHIMNEY/ BREECHING ELECTRICAL MANUFACTURER & MODEL OPTIONS - ACCESSORIES AMPS VOLT.- PH. -CY. NO. INPUT (MBH) OUTPUT (MBH) GAL HP SIZE MOTOR HP UH -1 B -1,2 2400 400 2160 40 - 10" 13 120 -1 -60 LAARS RHEOS + 2400 SEE NOTE #1 NOTES: SEALED COMBUSTION, INTEGRAL T'STAT UH -2 GARAGE 1. PROVIDE BOILER WITH ALL ACCESSORIES NEEDED TO COMPLY WITH CSD -1 REQUIREMENTS. CAPACITY BASED UPON 135" LEAVING WATER TEMPERATURE, 320 8 FEET OF INSULATED COMBUSTION AIR DUCT, ISOLATON PADS, MODULATING BURNER CONTROL, CONDENSATE DRAIN TRAP WITH NEUTRALIZER, WATER AND 520 GAS LINE FLEX CONNECTORS, AND MODULATING CONTOL SYSTEM PANEL. BOILER HAS INTEGRAL PUMPS AND NEED 20 AMP CIRCUIT. 6" MECHANCIAL - LEGEND, SCHEDULES, NOTES SCALE: N.T.S. [EQUIPMENT PUMP GAS FIRED UNIT NEATER SCHEDULE" SERVICE EQUIPMENT NO. SERVICE CFM INPUT (BTU) OUTPUT (BTU) EFFIC- IENCY A.F.U.E. GAS RATE (CFH) COMB AIR SIZE VENT OUTLET SIZE N0. ELECTRIC MANUFACTURER & MODEL OPTIONS- ACCESSORIES AMPS V.- PH. -CY. MOTOR HP UH -1 GARAGE 5000 400 320 80 520 6" 6" 11.0 120 -1 -60 1/2 REZNOR UDAS 400 SEALED COMBUSTION, INTEGRAL T'STAT UH -2 GARAGE 5000 400 320 80 520 6" 6" 11.0 120 -1 -60 1/2 REZNOR UDAS 400 SEALED COMBUSTION, INTEGRAL T'STAT NOTES: GREENHECK SBE- 31_42 -30 SEE NOTE #'S 1 & 2 NOTE 1 [EQUIPMENT PUMP FAIL SCHEDULE / / EQUIPMENT SERVICE LOCATION CFM STATIC MOTOR MOTOR MANUFACTURER & MODEL OPTIONS- ACCESSORIES OPTIONS - ACCESSORIES N0. PRESS. c.� `11.IMf, (IN. W.G.) WATTS HP RPM VOLT.- PH. -CY. HWP -1,2 EF -1 GARAGE SYSTEM WALL 12,000 0.5 - 3 1036 208 -3 -60 GREENHECK SBE- 31_42 -30 SEE NOTE #'S 1 & 2 NOTE 1 1. CAPACITY BASED ON 40% PROPYLENE GLYCOL SOLUTION. 2. PROVIDE EACH PUMP WITH A VARIABLE FREQUENCY DRIVE. MOTOR HORSEPOWER SHALL EXCEED NOL BHP. Cl . R 0 06-146 D RAWN B BB i li NOTES: 1. PROVIDE WITH WALL HOUSING AND WALL HOUSING GUARD. INSTALL IN BASEMENT WALL. 2. - 3.- [EQUIPMENT PUMP SCHEDULE n SERVICE HEAD (FT) GPM SIZE MOTOR MANUFACTURER & MODEL v OPTIONS- ACCESSORIES NO. c.� `11.IMf, HP RPM VOLT.- PH. -CY. FLA HWP -1,2 SNOW MELT HEATING WATER 105 250 4" x 3" 15 1750 208 -3 -60 - TACO FI /CI 3011 SEE NOTE #'S 1 & 2 NOTES: 1. CAPACITY BASED ON 40% PROPYLENE GLYCOL SOLUTION. 2. PROVIDE EACH PUMP WITH A VARIABLE FREQUENCY DRIVE. MOTOR HORSEPOWER SHALL EXCEED NOL BHP. 0 7 v Lam.. v c.� `11.IMf, 7 REVISIONS: CODE 02 -28 -2007 CHANGES f r: `11.IMf, Cl . R 0 06-146 D RAWN B BB i li REVISIONS: CODE 02 -28 -2007 CHANGES �—�H WS �—�HWR POOL EQUIP. I 023 LOW PRESSURE PHASE 11 SOUTH <, F0 --- 2 1 ( No m � M � I CI 6" LOW PRESSURE 6 LOW PRESSURE �5 LOW x 3* MEDIUM PRESSURE G HALLWAY 01 w HALLWAY PHASE II F 0-1--7- 1 PRESSURE 1 LOW 1 LOW PRESSURE 2* LOW m ELEVATOR EQUIPMENT Fo -1-3- 1 PHASE 11 NORTH STAIR 007 _ . o L PHASE 11 PARKING GARAGE FO LOW PRESSURE LOW PRESSURE LOW PRESSURE G— LOW PRESSURE 1 , 1 1 -6" LOW HOUSEKEEPING rb ELEVATOR EQUIPMENT 014 ] LOW PRESSURE ........ ......... . ............... . 9 ............... ..... .... .......... . ............. ........................................... ........... ----------------- --- --- SAUNA Fo -1-6- 1 MEN'S LAUNDRY F0 15 Nil ......... . . WOMEN'S SAUN A Foil] FO I TO FOURTH R� 1-1/2 LOW PRESSURE 2" LOW PRESSURE � 3" MEDIUM PRESSURE 3* MEDIUM PRESSURE G 2 LOW PRESSURE GENERAL NOTES: I v A l. GAS VALVES SHALL BE PROVIDED TO MEET INTERNATIONAL FUEL GAS CODE SECTION 409, TYPICAL. 2. GAS LOG SETS INSTALLED IN EXISTING FIREPLACES MAY NOT EXCEED 30,000 BTUH PER TOWN OF 650 CFH VAIL ORDINANCE, EXISTING FIRE PLACE FLUE DAMPERS MUST BE REMOVED, TO UNIT #4, 2 L MECHANCIAL - PHASE 2 - GARAGE GAS `S P PL SCALE: 3/16"=1'-0' G 1-1/2* LOW PRESSURE PHASE 11 LINEN STOR. 004 ] m FLAG NOTE: I9 IL-1-1/2* LOW PRESSURE ...................... 1. INSTALL NEW EXHAUST FAN IN EXISTING OPENING TO THE OUTSIDE OF THE BUILDING, THE FAN SHALL BE CONTROLLED BY A CO DETECTOR. THIS DETECTOR SHALL OPERATE IN CONJUNCTION THE MAKE UP AIR UNIT AND THE EXHAUST FAN UNTIL THE DETECTOR IS SATISFIED THAT THE CO HAS EVACUATED THE SPACE. 2. THE STATIONARY LOUVER SHALL HAVE AN AUTOMATIC DAMPER INSTALLED TO CONTROL WITH THE EXHAUST FAN, THIS DAMPER SHALL OPEN ON A CALL FOR THE EXHAUST FAN TO COME ON FROM THE CO DETECTOR. 3. THE GAS SERVICE TO THIS BUILDING SHALL BE DEMO'D AND REPLACED. ROUTE UNDERGROUND GAS LINE TO NEW METER G G LOCATION. THIS METER LOCATION IS ACCESSIBLE TO THE UTILITY COMPANY AND SHALL BE COORDINATED WITH THE FENCE IN THIS AREA FOR MOUNTING, ROUTE GAS FROM METER, INSIDE GARAGE TO MAKE UP AIR UNIT AND THEN UP IN THE NEW SKIN PROVIDED BY THE ARCHITECT TO EACH UNIT, THIS GAS LINE WILL PROVIDE GAS TO EACH UNIT FOR FIREPLACE OPERATION. 4. NEW METER LOCATION, COORDINATE WITH UTILITY DEPARTMENT 5. OLD METER LOCATIONS, DEMO AND CAP PIPES AS NECESSARY. 6. SEE PIPING PLANS AND BOILER DETAILS FOR DETAILS IN THE MECHANICAL ROOM, POOL EQUIPMENT AND SIZING IS NOT INCLUDED BOLLARD IN THIS DESIGN. 7. ELECTRIC WALL HEATER WITH INTEGRAL THERMOSTAT FOR HEAT IN THE BOILER ROOM. 1 1,000 CFH S. 4" HWS AND HWR FROM MECHANICAL ROOM TO SITE. SEE ME1.0 FOR CONTINUATION. 9. PROVIDE AND INSTALL TEKMAR 664 SNOW DETECTOR AND MELTING CONTROL PANEL, CONTROLLER SHALL BE INTERLOCKED WITH THE OUTDOOR AIR SENSOR AND SNOW/ICE SENSORS. THE CONTROLLER SHALL COMMUNICATE WITH THE BUILDING AUTOMATION SYSTEM. PROVIDE ALL ACCESSORIES FOR A FULLY FUNCTIONING SNOW MELT SYSTEM. BOLLAR 0. BUILDING AUTOMATION SYSTEM CONTROL PANEL. 11. NEW WALL HEATER IN THE PLACE OF EXISTING, TYPICAL. N AND ICE PROTECTION 2. NEW UNIT HEATERS FOR MAKE UP AIR IN THE GARAGE. FIRE PROTECTION SHALL TAKE PRECAUTIONS TO AVOID THE AIR INTAKE ARCH M O'TURAL ROOF OF THE LOUVER AS IT WILL BE OUTSIDE AIR. THE UNIT HEATERS SHALL VENT AND GATHER COMBUSTION AIR FROM THE BOILER FLUE STACK BEING BUILT. VENT IS 6*0 AND THE COMBUSTION AIR IS 6"0 FOR EACH HEATER. EACH HEATER SHALL BE VENTED IN 13. THE EXHA ST OPENING iS EXISTING AND IS AN AREA WELL ON THE NORTH SIDE OF THE BUILDING, THiS OPENING IS A MINIMUM OF 3 FEET FROM THE PROPERTY LINE AND 3 FEET FROM ANY OPENING INTO THE BUILDING. as tJ mm R E V I S 10 N S : CODE 02-28-2007 CHANGES Iik P R 0 j 06-146 DRAWN BY: BB /RC D A T E : 3-26-2007 R E V I S 10 N S : CODE 02-28-2007 CHANGES cv is tv MT; 33843 Iml -- m MECHANCIAL - PHASE 2 - LEVEL 1 GAS SCALE: 3/16"=l'—O" ........... P R 0 j $44 06-146 DRAWN BY: BB/RC D A 3-26-2007 R CODE 02-28-2001 CHANGES 33843 Iml -- m MECHANCIAL - PHASE 2 - LEVEL 1 GAS SCALE: 3/16"=l'—O" MECHANCIAL - PHASE 2 - LEVEL 2 GAS SCALE: 3/16"=l'—O" mr i v • w v cc3 r• Mk .f y . AM. :: r ::. ;. :k4•Alb :` ! R Y � 06 D RA WN ! i A 3 - 2 6 - 2 00 7 R i (i 02-28-200 CHANGES 1. NATURAL GAS RISER AT LOW PRESSURE 2' NATURAL GAS LINE ROUTED IN THE SKIN OF THE BUILDING TO EACH UNIT. MAKE OFFSETS NECESSARY 0 AVOID DOORS, WINDOWS, ETC. WHERE APPLICABLE, ROUTE GAS LINE OVER ADJACENT ROOF TO DN[[ 3. {AS LINE INTO EACH UNIT. STUB LINE INTO UNIT WITH PLUG VALVE SHUT OFF LINE AND CAP. GAS LINE SHOULD BE ROUTED TO THE LOCATION OF THE FIRE PLACE IN THE UNIT, TYPICAL 4. BOILER FLUE UP IN THIS LOCAT 5. REPLACE ELECTRIC BASEBOARD HEATERS WITH APPROVED HEATER BY ARCHITECT, REPLACE ONE HEATER FOR ONE HEATER. K[V|qXUNS : CODE 02-28-2007 CHANGES Ck- == 00;. � ~~~ K[V|qXUNS : CODE 02-28-2007 CHANGES DRAWN BY: BB/R( K[V|qXUNS : CODE 02-28-2007 CHANGES 1. NATURAL GAS RISER AT LOW PRESSURE. 2. NATURAL [AS LINE ROUTED IN THE SKIN OF THE BUILDING TO EACH UNIT. MAKE OFFSETS NECESSARY TO AVOID D8UR3 YMNDOWS, ETC. WHERE APPLICABLE, ROUTE GAS LINE OVER ADJACENT ROOF TO UN[[ 3. GAS LINE INTO EACH QN[[ STUB LINE INTO UN[[ WITH PLUG VALVE SHUT OFF LINE AND CAP. GAS LINE SHOULD BE ROUTED T0 THE LOCATION OF THE FIRE PLACE IN THE UNIT, TYPICAL 4. BOILER FLOE UP IN THIS LOCATION. Sr--REPLACE ELECTRIC BASEBOARD HEATERS WITH APPROVED HEATER BY ARCHITECT. REPLACE ONE HEATER FOR ONE HEATER G. )0Al WITH NEW WALL HEATERS TYPICAL. m +^ � +~ m R EVI S|QNS : CODE 02-28-2007 CHANGES SCALE 3/10°=1'-O" frolions DRAWN BY: BB/RC R EVI S|QNS : CODE 02-28-2007 CHANGES SCALE 3/10°=1'-O" frolions M� sn • S-3 \ —� HWJ �-�HWIR 4- El 6' LOW PRESSURE BOILER ROOM PLANS AND SECTIONS SCALE: 3/16"=l'—O" ........... P R 0 l4w? 06-146 D R A W N B Y BB/RC D A T E : 3-26-2007 R CODE 02-28-2007 CHANGES 74 HALL,W HOUSEK EPI NG ELEVATOR I I _L RIGHT EQUIPMENT METERBANK METERBANK PANEL PANEL PAN WPI HP2 MP21 low r .__.`__ NO SCALE NOTE: CONFIRM CURRENT GROUNDING MEETS CODE MINIMUM. PANEL UNIT 401 WATER METER'm �- L INUm 19111 # LINZ w 19 D ROD • ° 4#4 "I - CU, #4 CU G)2-1/2 PANEL PANEL (4#110 CU, #4 CU G)Z'C - " 771 PANEL PANEL PANEL PANEL PANEL UNIT 280 UNIT 290 ' I I UNIT1210 UNIT 220 UNIT230 UNIT240 UNIT2 50 UNIT 260 UNIT 270 PANEL PANEL PAN15L PANEL PAN5L PANEL PANEL PANE OFFICE AREA UNIT 100 UNIT 110 UNIT 120 UNIT 130 UNIT 140 UNIT 150 1 it • #1 #2 UNMARKED UNMAS I *"M�= t- =Il E--ia -_ - -_ t 1� pEnmnn!mm pmm-mmmmmmm 0 - - ELI 'full lwjlLq i mjjLwjllk o--- Iffm 61,334 (NOT ALL MOM RMUM17) MR TO PRZ)'j=) 0 0 REaESSIED OR SURFACE DOWNUGHT ABBREVIATIONS 0 WALL MOUNTED LIGHT FIXTURE U) • t- 0 • AC ABOVE COUNTER 0 RECESSED FLUOR UGHT FIXTURE AFF ABOVE FINI FLOOR pa AFG ABOVE F NI SHED GRADE ED SURPACt FLUOR. LIGHT FIXTURE AL AI J" CU -COPPER rlpr FIXTURE DESIGNATIONS DSSIG - DESIGNATION UPPER CASE - FIXTURETYPE EM -EMERGENCY LOWER CASE - SWITCH DESIGNATION EMP - ENERGY MANAGEMENT PANEL SHADING ON FIXTURE INDICATES EMERG. BATTERY BACKUP Em - ELECTRIC WATER COOLER GND -GROUND FLUORESCENT STRIP FIXTURE GFI - GROUND FAULT INTERRUPTER NF - NOT FUSED TRACK LIGHT AS NOTED OR SCHEDULED N(c NOT IN CONTRACT WALL WASHER 14L NiSHT LIGHT NTS NOT TO SCALE POLE-MOUNTEDFixTURE UG -UNDERGROUND POST (BOLLARD) FIXTURE WP - WEATHER PROOF XFMR -TRANSFORMER 1=21 STEP UGHT +fe" - MOUNTING HEIGHT TO CENTERUNE 0 CEILING OR WALL MOUNTED EXIT LIGHT OF DEVICE AFF OR AFG 1=41 EMERGENCY BATTERY LIGHTS FiRg Aj�611M 2LSTfM Qc DUPLEX RECEPTACLE p - 18" UNLESS NOTED M P '*FAC FIRE ALARM CONTROL PANEL DOUBLE DUPLEX RECEPTACLE @ 18` UNLESS NOTED M FIRE ALARM ANNUNCIATOR PANEL FLUSH FLOOR DUPLEX RECEPTACLE IQ FIRE ALARM PULL STATION SPECIAL OUTLET AS NOTED 130 ALARM HORN OR SPEAKER DUPLEX RECEPTACLE HALF-SMCH ED Q 18' UNLESS NOTED Cyr , COMBINATION HORNISIROBE ORSPEAKER/SrROBE TELE-POWER POLE MULTI-OUTLET PLUG STRIP 16 H THERMAL HEAT DETECTOR of SMOKE40NIZATION DETECTOR JUNCTION BOX IN FLOOR, CEILING OR IN WALL lop PHOTOELECTRIC SMOKE DEFECTOR ♦ COMPUTERfTELSPHONE OUTLET IN FLOOR OR WALL IPHIP HEATIPHOTOELECTRIC SMOKE DETECTOR TELEVISION OUTLET DUCT DETECTOR TELEPHONESACKBOARD SPRINKLER SYSTEM FLOWSWCH CONDUIT RUN CONCEALED IN WALLOR ABOVE CSUNG 101H SPRINKLER SYSTEM TAMPER SWITCH 10 CIRCUITHOMERUN STROBE — — — CONDUIT PUN 88LOWPLOOR OR GRADE CONDUIT STUB-UP- CAP& MARK $ LIGHT SWITCH AT 48' UNLESS NOTED REMOTE INDICATOR LIGHT SUBSCRIPTS SECURITY SYSTEM 2 .2-POLESMC" 3 = 3-WAY SWITCH 0 CONTACT DOOR SWITCH IN JAMB OR HINGE 4 = 4-WAY SWITCH (DO INTRUSION MOTM D 157 AS SPECIFIED. FIED. M CORRIDOMDO FDSWTCH K = KEY - OPERATED CORR TO = THERMAL OVERLOAD SWCH P = SWITCH MATH PILOT LIGHT KEY-OPERATED ACCESS SWITCH EM DIMMER SWITCH W/ WATTAGE SURVEILLANCE CAMERA El PUSHBUTTON CONTROL STATION PHOTOELECTRIC CELL DISTRIBUTION EQUIPMENT SYMBOLS TIMESWTCH DISCONNECT SWITCH THERMOSTAT AT 6TUNLESS NOTED FUSES DIVISION 15 EQUIPMENT CIRCUIT BREAKER E3 FOOD SERVICE EQUIPMENT - CURREINITTRANSFORMER COMMUNICATION SYSTEM TRANSFORMER METER (Di SPEAKER in CEILING OR WALL MAGNETir- MOTOR STARTER & VOLUME CONTROL AT W'UNLESS NOTED DISCONNECT SWITCH *q MICROPHONE OUTLET IN FLOOR BOXOR WALL - 0 - Or PANEUBOARD OR LOAD MGM FLUSH OR SURFACE MOUNTED CALL -IN SWITCH OwlITCHSOARD PROGRAM BELL TRANSFORMER INTERCOM GROUND CLOCK CIRCUIT BREAKER AMPLIFIER MOTOROUTLET ATS AUTOMATIC TRANSFER SWITCH Ey OD 0 0 U) • t- 0 • 0 LL 40 • rlpr so 0• 0 0 M. AEC PROJECT* 27767 - El - E - C ONE-LM DIAGRAM & CALCS ENGINEER: SOH )N. ICE S% tiMIT46 F-1 ROJECT LODGE AT LIONSHEAD PHASE 11 CLIENT: .... ... ...... .. ...... CENTER "T WA Ver. 4.OD Length (distance) ------ - --- L = PROJECT#: !ENGINEER: ------- iVOLTAGE ZR67 OH 11 AMLO 421( =9 Y Phase tiT Neutral E x 1.732 N Vractor. Ism= trans, FLAx120 C Phase condductor sookcryt transtbrrror Z EL-L 1 d % wa = anpere current fM synyreffical, f amperes 4_ pe m 2 'otnt to Point Method C A)ase 2b81120 Length (distance) L Cl Aknimn in mew Racemy V factor 1.732 x L x I (ASC) Nxc Xr=L-N #cMdudcrsparphase Isca N , M- I - "I - fl 4 Phase conductor constant 0 = N se Conductor J;ikotg Pha Volt Uneto Line EL- L = 208 Volt Ism x M = fault current at terminals ofthe panel L- L Wultiplier amperes Neutral conductor constant C 1 ubalConductor knf v Auttiplier Volt 11beto Neutrw EL-N 120 Volt I+f I M M = 1 Ism x M = fault current at terminals of the panel L- L - i Line to Line M 1.= x M IV fault current at term nws &the parao t.x 40 Line to Neutral M �aultCurrent at Service Equipment Calculation does not include nwAorcortuibution 4,400 Ism X- M = fault current: at terminals of main disconnectL -L= # amperes Ism X M = fault current at terminals of main disconnect L, N amperes :ault Current from Semi ce this tormteybanks � III - "tom M ��I a Three Ph.. Three Phase Feeder Length (distance) L - `f factor= 1.732 x L x I (ASC) NxCxELoa Atcordidorspero)ase K N Phase Neutral Phase conductor constant C + • ' + i i • Volt Uftelo Lkle EL- L i l i ! �� f �� C MN Neutral Condm-tor r350kwT Volt Uneto Neutral EL-N ' l l dultiplier f M = 1 Line to Line M V M MWWRIA I+f Line to Neutral M Ism x M = faultcunentatterzinals .L= amperes Ism x M = fault current at terminals of the panel L- N = ., amperes Calculation doesnot include motor contribution t W - L'� l l/ 2• . fvppr--�— mum • , a t ' � I R � .�''�� t i ' � iiMiiili(ii�Mtdr� �l IIII �� l l 3 r 017761 MIT IN119-Nig -1."#19 13901 - moms R1 t� SUFAMI ° ' fibux t go Mw 20" ©�� ` ' • P t �_� 11111 ' t � t � IIII�II�III� w 11111 111111 �Iw ��ill mom �� 1�1s =1�0 - moo= �l �� ` ` ��- MM t OM ■ �r[+� � 1�111�11111111�1 »�� mmom t r111�1�>��U�, 11 � 11 11111��1111� 1 / POWER FACTOR: 0.95 �APP LIANCE S 621 fi i --J 64226.9' i 211, 209 2119191, jCALqULATEQ POWER FACTOR: PP 917ED LOAD CONNEC AMPS . a APPLIANCES 5501 1 # 20201, M, "loll POOLCO APPLIANCE �1�1 DEMANDLO AD DEMAND AMPS NG&-REGEPT 12D20 'TOTAL 12020 KITCHEN OVEN& DRYER 0 , LIM 0 Ality Fault Current 5(IU amperes WA Ver. 4.OD Length (distance) E L = 'I = kVAx 1000 - trams. FLA trans. F ka =9 Y Phase tiT Neutral E x 1.732 N Vractor. Ism= trans, FLAx120 C Phase condductor sookcryt transtbrrror Z EL-L 1 d % wa = anpere current fM synyreffical, f amperes 4_ pe m 2 'otnt to Point Method C A)ase 2b81120 Length (distance) L Cl Aknimn in mew Racemy V factor 1.732 x L x I (ASC) Nxc Xr=L-N #cMdudcrsparphase Isca N , M- I - "I - fl 4 Phase conductor constant 0 = N se Conductor J;ikotg Pha Volt Uneto Line EL- L = 208 Volt Ism x M = fault current at terminals ofthe panel L- L Wultiplier amperes Neutral conductor constant C 1 ubalConductor knf v Auttiplier Volt 11beto Neutrw EL-N 120 Volt I+f I M M = 1 Ism x M = fault current at terminals of the panel L- L - i Line to Line M 1.= x M IV fault current at term nws &the parao t.x 40 Line to Neutral M �aultCurrent at Service Equipment Calculation does not include nwAorcortuibution 4,400 Ism X- M = fault current: at terminals of main disconnectL -L= # amperes Ism X M = fault current at terminals of main disconnect L, N amperes :ault Current from Semi ce this tormteybanks � III - "tom M ��I a Three Ph.. Three Phase Feeder Length (distance) L - `f factor= 1.732 x L x I (ASC) NxCxELoa Atcordidorspero)ase K N Phase Neutral Phase conductor constant C H , Phase Conductor 35Okml Volt Uftelo Lkle EL- L = '20$ Volt f Neutral conductor constant C MN Neutral Condm-tor r350kwT Volt Uneto Neutral EL-N = 120 Volt dultiplier f M = 1 Line to Line M V M MWWRIA I+f Line to Neutral M Ism x M = faultcunentatterzinals .L= amperes Ism x M = fault current at terminals of the panel L- N = ., amperes Calculation doesnot include motor contribution - Ault Current from Service dftw- to Houm L'' on Center lAka*m in Metal Raceway Three Phase Length (distance) Three Phase Feeder Length (distance) L = 'f' factor:: 1.732xLxl (ASC) ka =9 Y Phase tiT Neutral NXCXEL-N tloorduc riper phase N Vractor. Phase conductor constant C Phase condductor sookcryt Volt Wato Line EL-L 208 Volt C f 'Pig Neutral conductor constant C �Nautral ConducWr 50G) Q Volt Line to Nagral L - N = 120 Volt dultiplier f = M=, I Line totine M = I+f Line to Neutral M Voltt.knetork Ism x M = fault current at terminals ofthe panel L- L Wultiplier amperes 19m x -M - fault current at terminals of the panel LN t�l amperes Calculation does not include motor contribution FUSE AT HDC LIMITS LET-THROUGH CURRENT TO 14,750A. SEE CURRENT-LIMITING EFFECTS BELOW (BY BUSSMAN). 3ranch orcuitfawtffom 440C to Ww Panels Three Phase Length (distance) L PROJECT#. 7 ENGINEER: VOLTAGE: M IN A IC: I 1.732 x L x I (ASC) bm =0VRV Phase FffiZ Neutral Vractor. 'ENGINEER: • 15,000 Phase conductor constant C = Ph.. Cotrducftr f310 11=2 VoltUnetQ13ne EL-L = '20$'Volt in= '1 MLO 25,000 3,350 5300 Neutral conductor constant C = V l conductor F0 2NO9000 Voltt.knetork E L-N Volt Wultiplier I t�l v- 9,700---- 1 I+f Line to Neutral M ----5,850 6,150 Ism x M = fault current at terminals of the panel L- L - i HeAmparas amperes 1.= x M IV fault current at term nws &the parao t.x 40 6,600 10,700 I Calculation does not include nwAorcortuibution PROJECT LODGE AT LIONSHEAD PHASE It CLIENT EC ELECTRIC b - f -- OANEL MP2 hS60 MOUNTING: RECESSED TYPE: PER SPECIFICATIONS I T' PROJECT#. 7 ENGINEER: VOLTAGE: M IN A IC: PR eft. 3,150 5iOW I CLIENP 4 'ENGINEER: • 15,000 2,950 4,500 -------- --- ---- - -------- - - -,,--,,-,VQLTAGE. 11=2 20,000 3,200 4,900 8,a50- in= '1 MLO 25,000 3,350 5300 8,850 Imm X 40 �-K I 2NO9000 3,550 5MO c3"300 O 35,000 1750 9,700---- 1 0- 4,0,,000 IWO ----5,850 6,150 10"0'50 i Ar-- 10K 50,000 4,150 6,600 10,700 60,000 4,400 7,000 . IK1U*!w;1 � III - "tom M ��I a = r - - INE w 11illawo M # � i�� #'�'� # R i vim JUV 111111 1 ., � t W - L'� l l/ 2• . fvppr--�— mum • , a t ' � I R � .�''�� t i ' � iiMiiili(ii�Mtdr� �l IIII �� l l 3 r 017761 MIT IN119-Nig -1."#19 13901 - moms R1 t� SUFAMI ° ' fibux t Mw 20" ©�� ` ' • P t �_� 11111 ' t � t � IIII�II�III� w 11111 111111 � mom �� MMON =1�0 moo= �� ` ` t ■ �r[+� � 1�111�11111111�1 »�� t r111�1�>��U�, 11 � 11 11111��1111� 1 / POWER FACTOR: 0.95 �APP LIANCE S 621 fi i --J 64226.9' i 211, 209 2119191, jCALqULATEQ POWER FACTOR: PP QTED LOAD . a PROJECT LODGE AT LIONSHEAD PHASE It CLIENT EC ELECTRIC b - f -- OANEL MP2 hS60 MOUNTING: RECESSED TYPE: PER SPECIFICATIONS I T' PROJECT#. 7 ENGINEER: VOLTAGE: M IN A IC: PR eft. 3,150 5iOW I CLIENP 4 'ENGINEER: • 15,000 2,950 4,500 -------- --- ---- - -------- - - -,,--,,-,VQLTAGE. 11=2 20,000 3,200 4,900 8,a50- in= '1 MLO 25,000 3,350 5300 8,850 Imm X 40 �-K I 2NO9000 3,550 5MO c3"300 O 35,000 1750 9,700---- 1 0- 4,0,,000 IWO ----5,850 6,150 10"0'50 i Ar-- 10K 50,000 4,150 6,600 10,700 60,000 4,400 7,000 . IK1U*!w;1 � III - "tom M ��I a = r - - INE w 11illawo M # � i�� #'�'� # R i vim JUV 111111 1 ., � t W - L'� l l/ 2• . fvppr--�— mum �l IIII l l 3 r 017761 MIT IN119-Nig -1."#19 13901 - moms R1 t� SUFAMI ° ' fibux t Mw 20" �_� 11111 t � 11111 111111 � r �� =1�0 moo= �� ` ` t ■ �r[+� � 1�111�11111111�1 »�� t r111�1�>��U�, 11 � 11 11111��1111� 1 / "M 'em- M 151 WX I X 7 Mm jCALqULATEQ POWER FACTOR: PP QTED LOAD . a 01 # 20201, M, "loll POOLCO APPLIANCE �1�1 DEMANDLO AD DEMAND AMPS NG&-REGEPT 12D20 'TOTAL 12020 PROJECT LODGE AT LIONSHEAD PHASE It CLIENT EC ELECTRIC b - f -- OANEL MP2 hS60 MOUNTING: RECESSED TYPE: PER SPECIFICATIONS I T' PROJECT#. 7 ENGINEER: VOLTAGE: M IN A IC: 2D�di SOH 125 A MCB A0K 3,150 5iOW I CLIENP 4 'ENGINEER: • 15,000 2,950 4,500 -------- --- ---- - -------- - - -,,--,,-,VQLTAGE. 11=2 20,000 3,200 4,900 8,a50- in= '1 MLO 25,000 3,350 5300 8,850 Imm X 40 �-K I 2NO9000 3,550 5MO c3"300 O 35,000 1750 9,700---- 1 0- 4,0,,000 IWO ----5,850 6,150 10"0'50 i Ar-- 10K 50,000 4,150 6,600 10,700 60,000 4,400 7,000 . IK1U*!w;1 � III - "tom M ��I a = r - - INE w 11illawo M # � i�� #'�'� # R i vim JUV 111111 1 ., � t filufflM L'� l l/ 2• . fvppr--�— mum �l IIII l l 3 r 017761 -1."#19 13901 - moms R1 t� SUFAMI ° ' fibux t Mw 20" �_� 11111 t � 11111 111111 � r �� moo= �� ` ` t ■ �r[+� � 1�111�11111111�1 »�� t r111�1�>��U�, 11 � 11 11111��1111� 1 / "M 'em- M 151 WX I X 7 - `�� II I�� jCALqULATEQ POWER FACTOR: PP . a i�lllll�llllllullli M, "loll POOLCO APPLIANCE �1�1 DEMANDLO AD DEMAND AMPS NG&-REGEPT 12D20 'TOTAL 12020 Cumnt-Lilm Eftets Prost. Let-Throuqlh Current (A reARMS rpa -t Smmetkah. Wi - use Ratina 12 11 M 11 rfin WIMME Ma is"M Ran OEM's — --- --- 5,000 2,100 3,150 5iOW I CLIENP 4 'ENGINEER: • 15,000 2,950 4,500 -------- --- ---- - -------- - - -,,--,,-,VQLTAGE. 11=2 20,000 3,200 4,900 8,a50- in= '1 MLO 25,000 3,350 5300 8,850 Imm X 40 �-K I 2NO9000 3,550 5MO c3"300 O 35,000 1750 9,700---- 1 0- 4,0,,000 IWO ----5,850 6,150 10"0'50 i Ar-- 10K 50,000 4,150 6,600 10,700 60,000 4,400 7,000 11,250 12 11 M 11 rfin WIMME Ma is"M Ran FRITZLEN PIERCE ARCHITECTS 'PROJECT#: EC ELECTRIC I CLIENP 4 'ENGINEER: • IDESCRIPTION: POOL PANEL "PP" — ----------- -------- --- ---- - -------- - - -,,--,,-,VQLTAGE. 11=2 MOUf9NG;,SURFACE a) 111nr cc w w 01) ----------- '1 MLO TYPE: SQUARE D NQOD OR EQUAL NEMA 3R ENCWWxv- 0 LLJ C► C -- 00 0 W 5 AIC: X 40 �-K I 10 0919=1 00 ii O M 0 0- ... --------- Ar-- 10K b�' � � III - "tom M ��I a = r - - # � i�� #'�'� R i vim JUV 111111 1 ., � t filufflM L'� l l/ `ii mum �l IIII l l 3 r moms t� M1 ° ' fibux t Mw �_� 11111 t � MII��L moo= �� ` ` t I � 1�111�11111111�1 �� 11 � 11 11111��1111� 1 / t - `�� II I�� . a i�lllll�llllllullli M, "loll POOLCO CALC D POWER FA CTOR: �1�1 DEMANDLO AD DEMAND AMPS ALCU D •# OR 0. CONNECTED LOAD CONNECTED AMPS DEMA ND AMPS S i 550i WP LIGHTING & RECEPT. 9, ' PROJECT 9 VAL ROAD FRITZLEN PIERCE ARCHITECTS I CLIENP 4 IDESCRIPTION: POOL PANEL "PP" — ----------- -------- --- ---- - -------- - - -,,--,,-,VQLTAGE. 11=2 MOUf9NG;,SURFACE a) 111nr cc w w 01) 16- '1 MLO TYPE: SQUARE D NQOD OR EQUAL NEMA 3R ENCWWxv- 0 LLJ C► C -- 00 0 W 5 AIC: i42K 00 ii O M 0 0- R i vim JUV 111111 1 ., � t � L'� l l/ `ii mum moms M1 M, "loll POOLCO CALC D POWER FA CTOR: DEMANDLO AD DEMAND AMPS 4 w a) 111nr cc w w 01) 16- 2 0 LLJ C► C -- 00 0 W 5 5 a) a) 00 ii O M 0 0- i HALLW HOUSEKEEPING 0=1 V 6 1 IN I C I ' I IN L91 IN I �; RIGHT I LEFT METER BANK METERBANK PANEL PANEL PANEL WPI HP2 MP2 0 rw (3) 3/4"xiV DRIVEN GROUND ROD No = NOTE. CONFIRM CURRENT GROUNDING MEETS CODE MINIMUM. �_ MMIMM I mifflim PANEL PANEL PANEL PANEL PANEL PANEL PANEL PANEL OFFICE AREA UNIT 100 UNIT110 UNIT120 UNIT130 UNIT 140 UNIT 150 UNIT 16 Erg.."llrAm xrkqizlw-. 4#1/0 CU, #4 CU G)Z'C Ii R 61,334 AF01 (3#210 AL)Z (3#1 AL)7'C- 0 to Ill T III pah Is I No t i i WATER MJETE 250 MGMA1:.)2'C EXISTING # MILS CU, #4 CU G)2-1/2 PANEL PANEL PANEL PANEL PANEL PANEL UNIT 220 UNIT 230 UNIT 2•0 UNIT 250 UNIT 260 UV IT 27 2 71 07 AEC PROJECT* 27767 -a Fi o" M, OWL W 1111,4'' • ill ME 0. 1219141* FIAN (OT A 97MBOLS MOM) FOR TRIS PRZrJ 'o (D 0 cq 0 0 ABBREVIATIONS eat 0) WALL MOUNTED LIGHT FIXTURE 0 .00 a W ABOVE COUNTER • jZ_ C > 0 RECESSED FLUOR. LIGHT FIXTURE cri C ABOVE FI NISHED FLOOR 10 CD C (40 ID ABOVE F GRADE ai SURFACE FLUOR. LIGHT FIXTURE ait ALUNUNUM A<ti CU COPPER FIXTURE DESIGNATIONS- DESIG. DESIGNATION UPPER CASE - FWURETYPE EM -EMERGENCY LOWER CASE - SWTCH DESIGNATION EMP ENERGY MANAGEMENT PANEL. SHADING ON FIXTURE INDICATMEMERG. BATTERI BACKUP Zvic ELECTRIC MTER COOLER GND -GROUND FLUORESCENT STRIP F IXTURE GFI GROUND FAULT INTERRUPTER 71 07 AEC PROJECT* 27767 -a Fi o" M, OWL W 1111,4'' • ill ME 0. 1219141* FIAN (OT A 97MBOLS MOM) FOR TRIS PRZrJ 'o AEOMSSDORSURFACEDOWNLIGHT ABBREVIATIONS WALL MOUNTED LIGHT FIXTURE AC ABOVE COUNTER RECESSED FLUOR. LIGHT FIXTURE AFF ABOVE FI NISHED FLOOR AFG ABOVE F GRADE SURFACE FLUOR. LIGHT FIXTURE AL ALUNUNUM A<ti CU COPPER FIXTURE DESIGNATIONS- DESIG. DESIGNATION UPPER CASE - FWURETYPE EM -EMERGENCY LOWER CASE - SWTCH DESIGNATION EMP ENERGY MANAGEMENT PANEL. SHADING ON FIXTURE INDICATMEMERG. BATTERI BACKUP Zvic ELECTRIC MTER COOLER GND -GROUND FLUORESCENT STRIP F IXTURE GFI GROUND FAULT INTERRUPTER NF NOT FUSED TRACK LIG14T AS NOTED OR SCHEDULED NIC NOT IN CONTRACT Q0 WALL WASHER 14L NIGHT LIGHT NTS NOT TO SCALE 10 POLE-MOUNTED FIXTURE UG -UNDERGROUND 3a POST (BOLLARD) FIXTURE WP - WEATHER PROOF XFMR -TRANSFORMER gm STEPWHT +18 - MWUrWG HEIGHT TO CENTERUNE CEILING OR WALL MOUNTED DOT LIGHT OF DEVICE AFF OR AFG EMERGENCY BATTERY UG14TS FIRE ALARM SYSTEM DUPLEX RECEPTACLE @, itrUNLESSNOTED - 90 FACP FIRE ALARM CONTROL PANEL DOUBLE DUPLEX RECEPTACLE@ IWUNLESSNOT8D a@ FIRE ALARM ANNUNCIATOR PANEL FLUSH FLOOR DUPLEX RECEPTACLE Ll FIRE ALARM PuLLsTATioN SPECIAL OUTLET ASNOTel) 00 AL4RM }TORN OR SPSAKPq DUPLEX RECEPTACLE HALF-SWTCHED0 IfPUNLESS NOTED o,K- COMBINATION HORNISTROBE OR $PEAKERISTROBE TELE-POWER POLE OH THERMAL HEAT DETECTOR MULTI-OUTLET PLUG STRIP 4H SMOKFAONIZATfON DETECTOR 04 JUNCTION BOX IN FLOOR, CEILING OR IN WALL op PHOTOELECTRIC SMOKE DETECTOR T compuTERfrELEPHONE OUTLET IN FLOOR OR WALL OHIP HEATIPHOTOELECTRIC SMOKE DETECTOR TELEVISION OUTLET It 9D DUCT DETECTOR TELEPHONE SACKBOARD (D SPRINKLER SYSTEM FLMSWITCH — CONDUIT RUN CONCEALED IN WALL OR ABOVE CEILING 11*11- SPRINKLER SYSTEM TAMPERISWITCH 00 CIRCUIT HOMERUN STROBE — — — CONDUIT RUN BELOW FLOOR OR GRADE smomr-mr-DAMPE-RCONNECTION —3 CONDUIT smaup . CAP& MARK $ LIGHT SWITCH AT 48' UNLESSNOTED REMOTE INDICATOR LIGHT SUBSCRIPTS, SECURITY SYSTEM 2 - 24>OLE SWITCH 3 = 3-WAY SWCH CONTACT DOOR SWITCH IN JAMB OR HINGE 4 = 4-WAY SWTCH 00 INTRU$1061 MOTM DETECTOR AS SPECIFIED, COARIDOPJROOM K = KEY-OPERATED SWITCH GORR TO = THERMAL OVERLOAD SWITCH P = SWITCH WITH PILOT UGHT KEY-OPERATED ACCESS SWITCH DIMMER SWITCH WIWATTAGE SURVEILLANCE CAMERA PUSHBUTTON CONTROL STATION PHOTOELECTRIC CELL DISTRIBUTION EOILI.PMENT SYMBOLS TIMESWTCH DISCONNECT SAffCH TH SR MOSTAT AT W U NLESS NOTED FUSES e DIVISION 15 EQUIPMENT CIRCUIT BREAKER FOOD SERVICE EQUIPMENT CUR RENTTRANSFORMER COMMUNICA_TION§=E_M TRANSFORMER METER (1H SPEAKER IN CEILING OR WALL MAGN n-C MOTOR STARTER VOLUME CONTROL AT 69' UNLESS NOTED [:h DISCONNECT SWITCH 1�8>4 MICROPHONE OUTLET IN FLOOR BOXOR WALL " l�r PANEWARD OR LOAD CEMIER, FLUSH OR SURFACE MOUNTED CALL-IN SWITCH =S=Z3 WffCKBOAADMOTORCORTROLCEWMORCXWRMMON BOARD PROGRAM BELL In TRANSFORMER INTERCOM ------ #* GROUND (9 CLOCK CIRCUIT BREAKER AMPLIFIER MOTOR OUTLET MATS AUTOMATIC TRANSFER SWITCH PROJECT: LODGE AT LIONSHEAD PHASE 11 I Aluumm in Metal Raceway transfornwer Z � arrpere short-circuit current IFM synymt*A 11 oiritto Point Method Pha F (distance) Three Phase Feeder L 1PROJECT# PROJECT* 27767 N x C x E L-N # conductors per phase N Phase conductor constant Phase conductor constant Volt Lkna to the M Phase Conductor 1350 kart Volt Line to One E L-L ENG94EER: SOH -4- Volt Line to Neutral Neutral conductor constant i N e utral Conductor 350 Ira Volt Lir* to Neutral EL-N Volt Wultiplier f = M= I Line to Une MOUNTING: SURFACE . fflo, "A I+f Line to Neutral M L 1,,. x M = fault current at terminals of the panel L- L = DESCRIPTION amperes 1,,a x M - fault current at terminals of the panel L- N = 6,150 120208V, 3P, 4W T - - -- ----- MOUNTING: EXISTING ----------- 4,150 6,600 10 700 60,000 L ----- - ----- 1 MANS: 1 11 600A MLO 800 1 PHASE 2 1 2 2 125 9750 660 POOL PUMPS PHASEI GAS FIRED UNIT HTR POOL AREA LIGHTING DESCRIPTION A B C BKR P CIR CIR P BKR A B C DESCRIPTION 23035 200 2 5 6 2 100 20 POOL LIGHTS 9290 PANEL uNrr#280 FIRST FLOOR CORRIDOR 23035 LEFT METERBANK 170853 1 20 800 3 1 2 3 600 24048 11 PANEL UNIT#370 HOUSE METERBANK 11- *19111591 0 WMI "M 4 0 170853 2 9 16 3 4 20 9915 1000 24048 WALL HEATER 11 ELEC HEAT MAT 23420 20 170853 11 12 .5 1 6 20 20 9915 11 24048 45775 RIGHT METERBANK 95407 200 2 800 3 7 8 9915 1000 0 PANELUNfT#310 WALL HEATER SPACE 145775 0 95407 2 16 16 9 10 20 9915 720 0 PANEL UNIT #140 SPACE .1 13625 125 95407 17 1 18 11 12 20 1 0 SPACE 0 13625 0 0 20 2 19 20 13 14 0 1720 750 SPACE PANELUNIT#150 SPACE 13625 0 0 2 21 22 15 16 2 0 0 0 SPACE SPACE ELEG HEAT MAT 13625 1 0 23 24 117 118 0 1 0 SPACE 0 1 23460 0 0 125 2 25 26 119 120 0 1 0 SPACE 11 SPACE 23460 1 0 28 .27 28 21 22 10 0 0 PANEL UNIT#230 SPACE 30 MA GFPE 23915 125 0 29 1 30 23 24 1176 GFI 0 SPACE 0 23915 0 0 31 32 25 26 0 .0 0 SPACE PANEL UNIT#240 20515 0 0 2 33 34 27 28 0 0 0 .1 0 SPACE 20515 1 0 35 36 29 30 0 1 0 SPACE 0 1 0 0 125 2 37 38 131 132 0 0 0 SPACE SPACE ISPAC 13625 0 0 39 40 33 34 0 0 0 SPACE SPACE SPACE 10 0 0 41 42 35 36 1 1 0 SPACE 0 SPACE SPACE 0 37 38 1 10 1 LOAD CALCULATION SUMMARY CALCULATED POWER FACTOR CONNECTED 10.95 LOAD CONNECTED AMPS 0 ---- ------ DEMAND LOAD DEMAND 39 40 3 I 1 _i&6_[ L 280 8321 ___j 1 0 4101 44357 1 32943.5 4141 119120` 0 6698, 0 66020! 64226.91 562 i T 71 1831 2091 TOTAL 512559 0 33' ,, 41 42 6698 1 1 1 0 SPACE LOAD CALCULATION SUMMARY - --------- bACC0LAftb_0_dWtR_0Adf6R: 10.94 t ------------ t CONNECTED - Ed - Abs LOAD AMPS DEMAND LOAD DEMAND AMPS R60§ff 72144 i 200 DEMAND 90180 250 LIGHTING _ RECEPT, 260578 176 72_2 T �. 22085 9 258 M ECHANI CAL 2 _ 772 _ � 1 82950.4 270 KITCHEN OVEN & DRYER 238100 660 --- 1 86� � -- T961 --- - ------ 231 TOTAL 1 8709231 10821.51 0i 2528 1 1 28 1523 1 070 Fault Current WA x 1000 = trans. FLA E x 1.732 be.%M sw Ver. 4.00 amperes kVk 77,77 , 72 trans. FLA _-0--aw trans. FLA xIO0 I Aluumm in Metal Raceway transfornwer Z � arrpere short-circuit current IFM synymt*A 11 oiritto Point Method Pha F (distance) Three Phase Feeder L 1PROJECT# 1 27767 II N x C x E L-N # conductors per phase N Phase conductor constant Phase conductor constant Volt Lkna to the M Phase Conductor 1350 kart Volt Line to One E L-L Volt • DESCRIPTION: HOUSE DISTRIBUTION CENTER Volt Line to Neutral Neutral conductor constant i N e utral Conductor 350 Ira Volt Lir* to Neutral EL-N Volt Wultiplier f = M= I Line to Une MOUNTING: SURFACE . fflo, "A I+f Line to Neutral M amperes 1,,. x M = fault current at terminals of the panel L- L = DESCRIPTION amperes 1,,a x M - fault current at terminals of the panel L- N = 6,150 amperes !TYPE: 50,000 4,150 6,600 10 700 60,000 4,400 7,000 PANEL UNIT #350 16415 800 1 200 2 1 2 2 125 9750 660 POOL PUMPS PANEL OFFICE AREA GAS FIRED UNIT HTR POOL AREA LIGHTING 16415 800 20 1 3 4 4 1 20 9750 1000 11 PANEL UNIT #360 OPEN AREA LIGHTING 23035 200 2 5 6 2 100 20 POOL LIGHTS 9290 PANEL uNrr#280 FIRST FLOOR CORRIDOR 23035 800 376 1 20 7 8 1 8 1 19290 1000 1200 11 PANEL UNIT#370 SPACE 11- *19111591 0 WMI "M 4 0 200 2 9 16 2 100 20 9915 1000 PANEL UNIT#290 WALL HEATER SPACE ELEC HEAT MAT 23420 20 2 11 12 12 1 20 20 9915 11 PANEL UNIT#401 45775 0 375 200 2 13 14 2 100 9915 1000 750 PANELUNfT#310 WALL HEATER SPACE 145775 0 20 2 16 16 16 1 20 9915 720 SPACE PANEL UNIT #140 SPACE 30 rnA GFPE 13625 125 2 17 1 18 18 1 20 1 0 SPACE 11 13625 0 375 20 2 19 20 1 1 0 1720 750 SPACE PANELUNIT#150 SPACE 13625 0 125 2 21 22 22 16 2 0 0 SPACE SPACE SPACE ELEG HEAT MAT 13625 0 375 23 24 24 1 0 SPACE 0 SPACE PANEL UNIT#220 23460 0 375 125 2 25 26 26 1 0 0 1750 SPACE 11 SPACE 23460 1 375 28 .27 28 .28 22 10 0 SPACE PANEL UNIT#230 SPACE 30 MA GFPE 23915 125 2 29 1 30 1 24 1176 GFI 0 SPACE .1 23915 0 0 31 32 1 26 0 .0 5543 SPACE PANEL UNIT#240 20515 0 125 2 33 34 0 0 0 SPACE .1 0 SPACE 20515 0 0 35 36 129 30 0 1 0 SPACE PANEL UNIT#250 13625 0 0 125 2 37 38 31 1 0 0 1 SPACE SPACE ISPAC 13625 0 0 39 40 33 34 0 0 SPACE SPACE SPACE SPACE 10 0 0 41 42 35 36 1 1 0 SPACE 0 SPACE SPACE . 0 37 38 1 0 NOTE: PROVIDE GFI PROTECTION FORALL POOL AREA LIGHTING LOAD CALCULATION SUMMARY CALCULATED POWER FACTOR CONNECTED 10.95 LOAD CONNECTED AMPS r ---- ------ DEMAND LOAD DEMAND AMPS APPLIANCES _q2109 1 156708 MECHANICAL 156651 KrTCHEN OVEN & DRYER 137100 3 I 1 _i&6_[ L 280 8321 ___j 172 - - -------- 511, 1 380 _1496 - - 4101 44357 1 32943.5 4141 119120` 0 6698, 0 66020! 64226.91 562 i T 71 1831 2091 TOTAL 512559 10 33' ,, 1 42 6698 1 2119191 6181 ............. . . 0 SPACE LOAD CALCULATION SUMMARY CALCULATED POWER FACTOR: 10.87 t CALCULATED POWER FACTOR: t • r r DLOAD DEMAND AMP CONNECTED LOAD CONNECTED AMPS DEMAND 7279j 11 �_o 20 APPLIANCES i 550! LIGHTING & RECEPT. 3180 1 21 �. � ! 1 ____ _,__ _ _ � _.�_ MECHANICAL 1 263941 KITCHEN OVEN & DRYER 01 r TOTAL 1 301241 --- 1 86� � -- T961 --- - ------ 10821.51 0i Fault Current WA x 1000 = trans. FLA E x 1.732 be.%M sw Ver. 4.00 amperes kVk 77,77 , 72 trans. FLA _-0--aw trans. FLA xIO0 I Aluumm in Metal Raceway transfornwer Z � arrpere short-circuit current IFM synymt*A 11 oiritto Point Method Pha F (distance) Three Phase Feeder L Length (distance) 'f' factor- 1.732x Lx I (ASC) N x C x E L-N # conductors per phase N Phase conductor constant Phase conductor constant Volt Lkna to the Neutral conductor constant Volt Lk* to Neutral M- I I+f Una to Une Una to Neutral at Service Equipment Ists x M = fault current at terminals of main disconnect L- L = r amperes Isca x M = fault current at terminals of main disconnect L- N = amperes - aultCurrentfrom Service disc. tometerbanRs I Aluumm in Metal Raceway j&;;;i1;;etW1R.My � Three Phase • Three Phase Pha F (distance) Three Phase Feeder L 7 factor = 1.732 x L x I (ASC) 1.732 x L x I (ASC) 't factor boa ""Ou " Phase Neutral NxCxEL-N At conductors W phase N Phase conductor constant Phase conductor constant --- Phase Conductor 15002 - 4 M Phase Conductor 1350 kart Volt Line to One E L-L Volt f C f Volt Line to Neutral Neutral conductor constant i N e utral Conductor 350 Ira Volt Lir* to Neutral EL-N Volt Wultiplier f = M= I Line to Une M . fflo, "A I+f Line to Neutral M amperes 1,,. x M = fault current at terminals of the panel L- L = DESCRIPTION amperes 1,,a x M - fault current at terminals of the panel L- N = 6,150 amperes Calculation does not include motor contribution Fault Current from Service disc, to House Distribution Center I Aluumm in Metal Raceway --------- � Three Phase • Three Phase Feeder 11-ongth (distance) L 5 7 factor = 1.732 x L x I (ASC) Ilea Phase raf", Neutral NxCxEL-N # conductors per phase N 2 Phase conductor constant C --- Phase Conductor 15002 - 4 Volt Line to Lkle EL- L 2ft Volt Neutral conductor constant f C = NNW Neutral Conductor SW Ira Volt Line to Neutral EL-1 .::A Volt Multiplier f = M = I Line to Line M = 1+f Une to Neutral M = I.ca x M = fault current at terminals of the panel L- L = B amperes Isca x M = fault current at terminals of the panel L- N = DESCRIPTION amperes I Calculation does not Include motor contribution FUSE AT HDC LIMITS LET-THROUGH CURRENT TO 14,750A. SEE CURRENT-LIMITING EFFECTS BELOW (BY BUSSMAN). Circuit Fault from HDO to Now Panels I COPW 1. Metal R.M.Y Three Phase Branch Length (distance) • factor C 1.732 x L x I (ASC) NxCxEL-N *condodorS per phase Phase conductor constant Volt Line to Lko Neutral conductor constant Volt We to Neutral M = 1 Line to Line I+f Une to Neutral L 100 Isca Phase Neutral N C Phase Conductor 1310 EL- L 'V 209, oil f C Neutral Conductor 13/0 EL- N Volt f %ffiffl M M I: x M = fault current at terminals of the panel L- L amperes c x M = fault cutrent A terminals of the panel L- N res 1 amperes ampe E _ Calculation does not include motor contribution PROJECT. LODGE AT LIONSHEAD PHASE It CLIENT. EC ELECTRI DESCRIPTION: PANEL LEFT METERBANK MOUNTING: EXISTING I I 4 � I - --------- 21 GO --------- - i PROJECTM ENGINEER: I iSOH ---- ------ VOLTAGE: MAINS: i i AIC: 1 27767 i 120/208V, 3P 4W 800A MLO 41< 2 127767 1201208V 3 4W 1125 A MCB 1 3,950, PHASE PHASE 15,000 2,950 4,500 7,650 01 20,000 3,200 PHASE PHASE A DESCRIPTION A B C BKR P CIR CIR P BKR A B C DESCRIPTION DESCRIPTION 40,000 3,900 6,150 10,050 TYPE P S P 50,000 4,150 6,600 10 700 60,000 4,400 7,000 PANEL UNIT #350 16415 800 1 200 2 1 2 2 125 9750 660 POOL PUMPS PANEL OFFICE AREA GAS FIRED UNIT HTR POOL AREA LIGHTING 16415 800 20 1 3 4 4 1 20 9750 1000 11 PANEL UNIT #360 OPEN AREA LIGHTING 23035 200 2 5 6 2 100 20 POOL LIGHTS 9290 PANEL uNrr#280 FIRST FLOOR CORRIDOR 23035 800 376 1 20 7 8 1 8 1 19290 1000 1200 11 PANEL UNIT#370 SPACE 23420 0 200 2 9 16 2 100 20 9915 1000 PANEL UNIT#290 WALL HEATER SPACE ELEC HEAT MAT 23420 20 2 11 12 12 1 20 20 9915 11 PANEL UNIT#401 45775 0 375 200 2 13 14 2 100 9915 1000 750 PANELUNfT#310 WALL HEATER SPACE 145775 0 20 2 16 16 16 1 20 9915 720 SPACE PANEL UNIT #140 SPACE 30 rnA GFPE 13625 125 2 17 1 18 18 1 20 1 0 SPACE 11 13625 0 375 20 2 19 20 1 1 0 1720 750 SPACE PANELUNIT#150 SPACE 13625 0 125 2 21 22 22 16 2 0 0 SPACE SPACE SPACE ELEG HEAT MAT 13625 0 375 23 24 24 1 0 SPACE 0 SPACE PANEL UNIT#220 23460 0 375 125 2 25 26 26 1 0 0 1750 SPACE 11 SPACE 23460 1 375 28 .27 28 .28 22 10 0 SPACE PANEL UNIT#230 SPACE 30 MA GFPE 23915 125 2 29 1 30 1 24 1176 GFI 0 SPACE .1 23915 0 0 31 32 1 26 0 .0 5543 SPACE PANEL UNIT#240 20515 0 125 2 33 34 0 0 0 SPACE .1 0 SPACE 20515 0 0 35 36 129 30 0 1 0 SPACE PANEL UNIT#250 13625 0 0 125 2 37 38 31 1 0 0 1 SPACE SPACE ISPAC 13625 0 0 39 40 33 34 0 0 SPACE SPACE SPACE SPACE 10 0 0 41 42 35 36 1 1 0 SPACE 0 SPACE SPACE . 0 37 38 1 0 NOTE: PROVIDE GFI PROTECTION FORALL POOL AREA LIGHTING LOAD CALCULATION SUMMARY CALCULATED POWER FACTOR CONNECTED 10.95 LOAD CONNECTED AMPS r ---- ------ DEMAND LOAD DEMAND AMPS APPLIANCES _q2109 1 156708 MECHANICAL 156651 KrTCHEN OVEN & DRYER 137100 3 I 1 _i&6_[ L 280 8321 ___j 172 - - -------- 511, 1 380 _1496 - - 4101 44357 1 32943.5 4141 119120` 0 6698, 0 66020! 64226.91 562 i T 71 1831 2091 TOTAL 512559 10 33' ,, 1 42 6698 1 2119191 6181 ............. . . PROJECT. LODGE AT LIONSHEAD PHASE 0 CLENr EC ELECT DESCRIPTION. PANEL _k0�F - Ou _NT_ I _NG_: R_ ES SE D TYPE: PER SPEGIPICATKDiNS I i � PHASE 11 I 4 � I � 21 GO � 5,000 PROJECTM ENGINEER: VOLTAGE: MAINS: iAIC: � 127767 !SOH 120/208V 3P, 4W 225 A MCB 10K 127767 1201208V 3 4W 1125 A MCB 1 3,950, PHASE PHASE 15,000 2,950 4,500 7,650 01 20,000 3,200 PHASE PHASE A DESCRIPTION A B C BKR P CIR CIR P BKR A B C DESCRIPTION DESCRIPTION 40,000 3,900 6,150 10,050 TYPE P S P 50,000 4,150 6,600 10 700 60,000 4,400 7,000 GAS FIRED UNIT HTR 1176 800 1 20 1 1 2 3 125 4007 660 POOL PUMPS PANEL MP2 GAS FIRED UNIT HTR POOL AREA LIGHTING 1176 800 20 1 3 4 4 1 20 4007 1000 11 HOT WATER PUMP OPEN AREA LIGHTING 5800 90 35 1 6 6 1 20 POOL LIGHTS 4007 1000 FIRST FLOOR CORRIDOR 5800 1 800 376 1 20 7 8 8 1 0 1000 1200 SPACE .4 SPACE 5800 0 1 2 9 10 10 1 20 0 1000 SPACE WALL HEATER SPACE ELEC HEAT MAT 750 20 2 11 12 12 1 20 20 0 SPACE 11 750 0 375 125 2 13 14 14 1 0 1000 750 SPACE WALL HEATER SPACE 750 0 20 2 15 16 16 1 20 0 720 SPACE 11 SPACE 30 rnA GFPE 750 0 2 17 18 18 1 20 1 0 SPACE WALL HEATER 750 0 375 20 2 19 20 20 1 0 1720 750 SPACE THIRD FLR CORRIDOR SPACE 750 0 1 2 21 22 22 16 2 0 0 SPACE SPACE SPACE ELEG HEAT MAT 0 0 375 23 24 24 1 0 SPACE 0 SPACE SPACE 0 0 375 125 2 25 26 26 1 0 0 1750 SPACE SPACE SPACE 0 1 375 28 .27 28 .28 22 0 0 SPACE SPACE SPACE 30 MA GFPE 0 0 2 29 30 130 24 1176 GFI 0 SPACE SPACE 0 0 0 31 32 25 26 0 .0 5543 SPACE SPACE 0 0 100 2 33 34 0 0 0 SPACE SPACE 0 SPACE 0 0 0 35 36 129 30 0 1 0 SPACE SPACE 0 0 0 100 2 37 38 31 1 0 0 1 SPACE SPACE ISPAC 0 0 0 39 40 33 34 0 0 SPACE SPACE SPACE SPACE 0 0 0 41 42 35 36 1 1 0 SPACE 0 SPACE SPACE . 0 37 38 1 0 NOTE: PROVIDE GFI PROTECTION FORALL POOL AREA LIGHTING LOAD CALCULATION SUMMARY CALCULATED POWER FACTOR: 0.89 CONNECTED LOAD APPLIANCES 1 0 LIGHTING & RECEPT. 1 12020 MECHANICAL 24253 KITCHEN OVEN & DRYER 0 TOTA 36273 CONNECTED AMPS 01 331 79i ----- ------ ---- - -- ____fififiMM ...... ---- ------ L LOAD DEMAND 0i 6698 m 9943.73 0 16 - ------ --- AMPS 0 19 i 321 0i DEMAND PROJECT: LODGE AT LIONSHEAD CLENT: EC ELECTRIC btS�RI_0 F;A_Wff1L MOUNTING: RECESSED fYP1E:_P_ERSPE_CFr_A_T)0NS____ PHASE 11 T 400A 5,000 21 GO 3,150 5,000 PROJECT* ENGINEER: ------ ------- 11 1PROJECTt. E It R' ISOH VOLTAGE: At-: 127767 1201208V 3 4W 1125 A MCB 1 3,950, 6,900 PHASE 15,000 2,950 4,500 7,650 01 20,000 3,200 4,900 PHASE A 25,000 DESCRIPTION A 8 C BKR P CIR CIR P BKR A B C DESCRIPTION 40,000 3,900 6,150 10,050 TYPE P S P 50,000 4,150 6,600 10 700 60,000 4,400 7,000 11.250 POOL AREA LIGHTING 800 1 125 20 1 1 2 1 20 660 POOL PUMPS PANEL UNIT#330 LTG BOLER & EQUIPMENT POOL AREA LIGHTING 10830 800 3 20 1 3 4 1 20 9915 1000 11 FIRST FLOOR CORRIDOR OPEN AREA LIGHTING 10830 800 20 1 5 6 1 20 POOL LIGHTS 9915 1000 FIRST FLOOR CORRIDOR POOL AREA LIGHTING 800 376 7 20 1 7 8 1 20 1000 1200 1 SECOND FLR CORRIDOR SPACE 110830 0 1 2 19 9 10 1 20 0 1000 600 SECOND FLR CORRIDOR SPACE ELEC HEAT MAT 10830 0 375 111 11 12 1 20 20 0 1000 THIRD FLR CORRIDOR SPACE 0 375 125 2 13 13 14 1 20 1000 750 THIRD FLR CORRIDOR SPACE 15310 0 375 16 15 15 16 1 20 0 720 750 FIRST FLOOR CORRIDOR SPACE 30 rnA GFPE 10830 0 2 17 17 18 1 20 1 0 720 SECOND PLR CORRIDOR SPACE 0 375 1 20 19 19 20 1 20 1720 750 THIRD FLR CORRIDOR SPACE 1 10830 0 1 2 21 21 22 16 2 0 0 750 SPACE SPACE ELEG HEAT MAT 10830 0 375 23 23 24 1 0 SPACE 0 0 SPACE SPACE 0 375 125 2 26 25 26 1 0 0 1750 SPACE SPACE 10830 0 375 28 27 27 .28 22 0 0 750 SPACE SPACE 30 MA GFPE 15310 0 2 29 29 130 24 1176 GFI 0 0 SPACE 15310 0 0 .31 32 25 26 0 .0 5543 PANEL UNIT#120 18390 0 100 2 33 34 0 0 0 3 11 0 SPACE 18390 0 0 35 36 129 30 0 1 0 0 PANEL UNIT#320 9290 0 0 100 2 37 138 31 1 0 0 0 01 ISPAC 9290 0 0 39 40 33 34 0 0 0 SPACE SPACE 0 0 41 42 35 36 1 1 0 0 0 SPACE SPACE . 0 37 38 1 0 NOTE: PROVIDE GFI PROTECTION FORALL POOL AREA LIGHTING LOAD CALCULATION SUMMARY CALCULATED POWER FACTOR: 1095 CONNECTED LOAD LOAD CALCULATION SUMMARY CALCULATED POWER FACTOR: CONNE LOAD ;__. CONNECTED ----- ------ ---- - -- ____fififiMM ...... jDEMANDLOAD DEMAND LOAD DEMAND AMPS APPLIANCES 01 LIGHTING & RECEPT. 12020 MECHANICAL KITCHEN OVEN & DRYER 0T 3 I 1 _i&6_[ L 280 8321 33 i 0 0 0 4101 44357 1 32943.5 4141 119120` 0 6698, 0 0� 193 12020 1 0 1 10 33' ,, 41 42 6698 1 9! Current-Limiting Effects Pros Let-Througfit Curren, It parent RMS 4 ab e use Ratinia 1% Symmetric Vr �rt 1 PROJECT. LODGE AT LIONSHEAD PHASE 11 - -------- -- -- CLIENT. EC ELECTRIC DESCRIPTION: PANEL RIGHT METERBANK MOUNTING: EXISTING ----------- - . ... ...... •DA 200A 400A 5,000 21 GO 3,150 5,000 PROJECT* ENGINEER: ------ ------- 11 10,000 CLENT: EC ELECTRIC 3,950, 6,900 • 15,000 2,950 4,500 7,650 01 20,000 3,200 4,900 8 35 0 A 25,000 3,350 5,300 8,850 BKR 30,000 3,550 5,600 9,300--1 BKR 35,000 3,750 5,850 9,700 C-= W 0• • c) 40,000 3,900 6,150 10,050 TYPE P S P 50,000 4,150 6,600 10 700 60,000 4,400 7,000 11.250 10830 PROJECT. LODGE AT LIONSHEAD PHASE 11 - -------- -- -- CLIENT. EC ELECTRIC DESCRIPTION: PANEL RIGHT METERBANK MOUNTING: EXISTING ----------- - . ... ...... • --------- - (0 • !PROJECT*. IENGNEER VOLTAGE: 1N§: MA ' i !VOLTAGE: iAIC: PROJECT* ENGINEER: ------ ------- 11 27767 SOH --- ------ ------ 20/208V, 3P, 4W i 800A MLO --- ---------- 142K CLENT: EC ELECTRIC IPHASE • I I I 01 I 7 OH � PHASE DESCRIPTION A DESCRIPTION A B C BKR P CIR CIR P BKR A B C DESCRIPTION C-= W 0• • c) __! MAWS I ____j2Z4AMCB C; � a) F- TYPE P S P O• I • EXTERIOR RECEPTACLE 180 PANEL UNIT#100 10830 20 1 125 2 1 2 2 100 9915 POOL AREA COLUMN LIGHTS POOL PUMPS PANEL UNIT#330 11 10830 1 3 4 3 4 1 100 P 9915 A 11 PANELUNIT#110 DESCRIPTION 10830 125 2 5 6 .2 .100 200 POOL LIGHTS 9915 PANEL UNIT #340 1 10830 ELEC HEAT MAT 376 7 8 7 8 0 1 9915 20 1200 V PANEL UNIT#130 1ST LOBBY LTG 30MAGFI 110830 2 125 2 19 10 13 1 1 0 11 600 f, 4TH LOBBY LTG 30 MA GFI ELEC HEAT MAT 10830 11 375 111 12 15 6 1 20 0 0 PANEL UNIT#160 15310 30 rnA GFPE 375 125 2 13 14 17 8 0 130 750 11 HEAT TRACE AT GUTTERS 15310 375 16 15 116 19 10 0 CRC PUMP #1 (2 HP) 750 PANELUNFT#210 30 ITIA GFPE 30 rnA GFPE 10830 125 2 17 118 11 12 1 36 0 1175 11 10830 ELEC HEAT MAT 375 1 20 19 120 13 14 0 JET PUMP #1 (2 HP) 750 PANEL UNIT#260 30 rnA GFPE 1 10830 2 125 2 21 22 15 16 2 0 GFI 750 11 HEAT TRACE AT GUTTERS ELEG HEAT MAT 10830 123 375 23 24 17 1 0 SPACE 0 0 PANEL UNIT#270 10830 30 rnA GFPE 375 125 2 26 26 19 1 0 30 1750 11 HEAT TRACE AT GUTTERS 10830 375 28 27 28 21 22 0 750 PANEL UNIT#380 30 rnA GFPE 30 MA GFPE 15310 125 2 29 30 23 24 1176 GFI 0 0 0 15310 SPACE 0 .31 32 25 26 0 125, 5543 PANEL UNIT#120 18390 100 2 33 34 0 0 3 11 0 SPACE 18390 0 35 36 129 30 0 1 0 0 PANEL UNIT#320 9290 SPACE 0 100 2 37 138 31 1 0 1 0 01 ISPAC 9290 0 39 40 33 34 0 0 SPACE SPACE 0 41 42 35 36 1 1 0 0 SPACE SPACE . 0 37 38 1 0 NOTE: PROVIDE GFI PROTECTION FORALL POOL AREA LIGHTING LOAD CALCULATION SUMMARY CALCULATED POWER FACTOR: 1095 CONNECTED LOAD SPACE AMPS ...... jDEMANDLOAD DEMAND AMPS,,.--.,,--, ------- APPLIANCES 10001 LIGHTING & RECEPT. 801 MECHANICAL 035 ol KITCHEN OV &DR -- YER --- io - ido - TOTAL 2862201 40 3 I 1 _i&6_[ L 280 8321 0 4101 44357 1 32943.5 4141 119120` 1 15! � 346i PROJECT: LODGE AT LIONSHEAD PHASE 0 • --------- - (0 • !PROJECT*. IENGNEER VOLTAGE: 1N§: MA ' 'PROJECT#' 1 27767 CLENT: EC ELECTRIC 0• • C) r-O > • o Cal CO) W w c�f a E 01 ENGINEER: 1 7 OH � DESCRIPTION. PANEL NP? DESCRIPTION A B C BKR P ICIR ICIR VOLTAGE: 1120/208V 3P, 4W MOUNTING RECESSED - CF , _ 1C_A_1h6N§�_ B C DESCRIPTION W g C r C-= W 0• • c) __! MAWS I ____j2Z4AMCB C; � a) F- TYPE P S P O• I • EXTERIOR RECEPTACLE 180 AIC: i 10K 20 1 1PHASE 2 1 20 POOL AREA COLUMN LIGHTS POOL PUMPS PHASE 1000 DESCREI 1 3 4 1 P 1 100 P BKR A B C DESCRIPTION 5 6 1 20 1 200 POOL LIGHTS SPACE 0 1 ELEC HEAT MAT 376 7 8 15 2 11 0 2 1 20 1200 1750 1ST LOBBY LTG 30MAGFI 30 rnA GFPE 2 375 10 1 20 13 4 1 20 11 600 4TH LOBBY LTG 30 MA GFI ELEC HEAT MAT 11 375 15 2 15 6 1 20 SPACE 0 1200 EXT. LOBBY LANDSCP LTG 30 rnA GFPE 375 13 14 1 20 17 8 2 130 750 0 HEAT TRACE AT GUTTERS ELEC HEAT MAT 375 16 152 26 19 10 1 CRC PUMP #1 (2 HP) 750 30 ITIA GFPE 30 rnA GFPE 2 17 375 1 20 11 12 2 36 GFI 1175 750 HEAT TRACE AT GUTTERS ELEC HEAT MAT 375 19 20 15 2 13 14 JET PUMP #1 (2 HP) 750 1175 30 rnA GFPE 30 rnA GFPE 2 375 22 15 16 2 30 GFI 750 HEAT TRACE AT GUTTERS ELEG HEAT MAT 123 375 15 2 17 18 0 SPACE SPACE 0 750 30 MA GFPE 30 rnA GFPE 375 125 26 19 120 2 30 1750 0 HEAT TRACE AT GUTTERS ELEC HEAT MAT 375 28 15 2 21 22 JETAR#I 2 HP), 750 30 rnA GFPE 30 MA GFPE 29 375 23 24 1176 GFI 0 0 S9ACE SPACE 0 25 26 3 125, 5543 10 sp 0 3 0 SPACE 0 129 30 0 1 0 5543 " SPACE 0 1 31 32 1 0 0 ISPAC SPACE 0 33 34 1 0 SPACE SPACE 0 1 35 36 0 1 0 SPACE SPACE 0 37 38 1 0 NOTE: PROVIDE GFI PROTECTION FORALL POOL AREA LIGHTING AND RECEPTACLES. SPACE SPACE 39 40 0 SPACE SPACE 1 0 1 10 41 42 0 SPACE LOAD CALCULATION SUMMARY CALCULATED POWER FACTOR: 10.87 CONNECTED LOAD CONNECTED AMPS DEMAND LOAD DEMAND AMPS APPLIANCES i 550! LIGHTING & RECEPT. 3180 1 21 �. � 226 ____ _,__ _ _ � _.�_ MECHANICAL 1 263941 KITCHEN OVEN & DRYER 01 r TOTAL 1 301241 --- 1 86� � -- T961 --- - ------ 10821.51 0i r z PROJECT: 9 VAIL ROAD CLEW. FRITZLEN PIERCE ARCHITECTS T - ------ DESCRIPTION. POOL PANEL "PP MOUNTING: SURFACE�_= TYPE: SQUARE D NQOD OR EQUAL NEMA 3R ENCL OSURE • --------- - (0 • !PROJECT*. IENGNEER VOLTAGE: 1N§: MA ' 127773 SOH 11 20208V 3P, 4W 100A MLO ca • L_ 0 4_ PHASE 0• • C) r-O > • o Cal CO) W w c�f a E 01 PHASE WCN x • 0 W01 C: 0 (DU_ DESCRIPTION A B C BKR P ICIR ICIR P BKR I A B C DESCRIPTION W g C C-= W 0• • c) "t • -C C; � a) F- O• I • EXTERIOR RECEPTACLE 180 0- 20 1 1 2 1 20 1250 POOL AREA COLUMN LIGHTS POOL PUMPS 1000 20 1 3 4 1 20 1 100 SPA LIGHTS SPACE 0 5 6 1 20 1 200 POOL LIGHTS SPACE 0 1 7 8 0 1 SPACE ELECTRIC UNIT HEATER 1750 30 2 9 10 1 20 1200 OZONE 11 1750 11 12 1 20 200 OZONE PUMP SPACE 0 13 14 1 20 200 ALYTOFEEDER SPACE 0 15 16 1 26 200 CHEMICAL FEED PMP CRC PUMP #1 (2 HP) 1175 20 2 17 18 1 20 200 CHEMICAL CONTROLLER GFI 1175 19 20 2 120 11175 JET PUMP #1 (2 HP) GIRC PUMP #2 (2 HP) 1175 20 2 21 22 1175 GFI GFI 1175 123 24 1 1 0 SPACE SPACE 0 125 26 0 SPACE SPACE 0 26 28 2 20 1175 JETAR#I 2 HP), 0 29 30 1176 GFI 0 0 10 0 0 0 0 1 10 0 0 0 1 0 i 1 LOAD CALCULATION SUMMARY NOTE: PROVIDE GFI PROTECTION FORALL POOL AREA LIGHTING AND RECEPTACLES. CONFIRM �RdiTSS AND LOADS WITH POOL CONTRAC CALCULATED POWER FACT -- OR. 0.86 T CONNECTEDLOAD 1 CONNECTED AMPS DEMANDLOAD 5501 2i MECHANICAL 15900 521 KITCHEN 01 0 ' _ _ _l. TOTAL i 166301 541 j j � --------------- T UK. - DEMANDAMPS 6881 0i 16775 55 -- _ -0 1 0 I 176431 t AEC PROJECT* 27767 Checked By: L AEC E 1.1 2 Of 2 )TUr, Ile , _CN 1 i9rM F4 _X - T - W;k #TAa, • (0 • 0 CU ca • L_ 0 4_ 0 OD 0• • C) r-O > • o Cal CO) W w c�f a E 01 WCN x • 0 W01 C: 0 (DU_ 00) W (D • 0- • C-4 C-4 •• 0) 0• C: Uj t (D < M D W g C C-= W 0• • c) "t • -C C; � a) F- O• • 0 0- AEC PROJECT* 27767 Checked By: L AEC E 1.1 2 Of 2 )TUr, Ile , _CN 1 i9rM F4 _X - T - W;k #TAa, -------------------------- ---- - - - - -- - - -- ME HANICAL EQUIPMENT SCHEDULE COMB: COMBINATION MOTOR STARTER NR: NONE REQUIRED CONT: CONTRACTOR 3 MAG: MAGNETIC MOTOR STARTER P I: PLUG -IN UNIT M, - MANUAL MOTOR STARTER SUPPLIED WITH UNIT. . .......... .. ..... .. �_...................................... .,.......... ,...... _ ............................... .............. ...... .. . . .. ............................................... .. ..................... _. .... ............ .............. .._ ........ FULL BRANCH CIRCUIT GRND 1 UNIT FUNCTION LOAD VOLTS 0 1 LOAD BRKR START DISC NOTES NO (NOTES) I CONDUIT N0. ;WIRE WIRE SIZE FUSE I l AMPS SIZE SIZE SIZE 3 I GAS FIRED UNIT 1/2 HP 120 1 19.8 PANEL WILL HANDLE THE NEW BOILER AND ASSOCIATED EQUIPMENT. 3/4" 2 12 12 15 $ 30 AMPS 1 1 HEATER UH -1 ' A I 20A LIGHTING FIRST FLOOR LOBBY L OAD GROUND FAULT BREAKER 30 MA 2P 749 15 1200 2 GAS FIRED UNIT 1 1/2 HEATER U H -2 HP 120 1 9.8 3/4" 2 12 12 15 $ 15 I I .- .GAR,4GE . HP 1 P . L ........ .................... ........... ............¢...........,... _............. ..,.....,.........,............ 6 ... ............._..........,..,..- - 1 1 1 EFHAUST FAN 3 208 3 11.0 3/4" 3 12 12 20 MAG 20 A W I SNOW MELT HOT 15 HP 208 3 1 48.3 1 1/4" 3 1 4 8 90 MAG 1100 1 ....,- _ ............................ WATER PUMP HWP -1 ............................... SNOW MELT HOT ........................................................................................................... 10 20A PROCESS HEAT TRACE .:............................_ GROUND FAULT BREAKER 30 MA 2P 1 ............................... ..............-,..-..........., 1�0 ........,..............._ M W 2 WATER PUMP HWP -1 15 HP 208 3 48.3 1 1/4" 3 4 8 90 MAG 9 1 i ELECTRIC WALL 3KW 208 1 ; 14.4 1 3/4" 2 12 12 20 MAN 30 20 HEAT TRACE 1 1 _ HEATER .EWH.,.... FIOT tNATER BOILER - _ - - - -• .......................... ..... .. ........................ - .............,... ..._............,.............................................. -- -- 15 .,........._..__............... 30 16 BL PROCESS HEAT TRACE 120 1 13A 3/4" 2 12 12 20 GROUND FAULT BREAKER 30 MA MISCELLANEOUS ELECTRIC HEAT MAT E 15A 1 BL -1 18 20A PROCESS HEAT TRACE GROUND FAULT BREAKER 30 MA 2P 749 - -- 1200 20 1550 1 BL 2 HOT WATER BOILER BL -2 1 120 1 1 13A �- 3/4" 2 12 12 - _ 20 $� 749 I "ASBC}ARD FI EA fiER �............ �ELE��3 _ PER OFT. 208 1 ELECTRIC HEAT MAT € 15A 3/4" 2 12 12 # 15_ SPACE 1 5 MECH HEATING �� BB 1 1 - RIC H MAT 208 1 ..... -..... 7.2A �3/4 -. 2 - 12 - 12 ..........._., 15 C p ; MECHANICAL EQUIPMENT NOTES: 1. THE HOT WATER PUMPS ARE A REDUNDANT PUMP SYSTEM. THIS IS WHERE BOTH PUMPS WILL NOT RUN AT THE SAME TIME, THEREFORE ONLY ONE CIRCUIT CAN BE BROUGHT TO THE PUMPS. ELECTRICAL CONTRACTOR WILL PROVIDE A DUPLEX CONTROLLER OR MECHANICAL INTERLOCK TO PREVENT BOTH PUMPS FROM RUNNING AT THE SAME TIME. 2. ALL MOTORS AND EQUIPMENT SHALL HAVE A DISCONNECT SWITCH TO OPEN ALL UNGROUNDED CONDUCTORS. PANEL SCHEDULE - HP2 TYPE: PANELBOARD BUS SIZE: 225 PHASES: 3 NEUTRAL BUS: YES VOLTAGE: 120/208 MAIN BRKR: NONE WIRES: 4 GROUND BUS: YES ENCLOSURE: NEMAi MOUNTING: FLUSH SC RATING: 10000 LOAD TYPE LOAD DESCRIPTION AMPS CKT# jd CKT# AMPS LOAD TYPE LOAD DESCRIPTION PANEL WILL HANDLE THE NEW BOILER AND ASSOCIATED EQUIPMENT. POLES LOAD 175 AMP BREAKER LABELED SNOW MELT THAT WILL BE REMOVED LOAD POLES _F - CKT# = AMPS MISCELLANEOUS ELECTRIC HEAT MAT 15A 1 A 2 20A LIGHTING FIRST FLOOR LOBBY L OAD GROUND FAULT BREAKER 30 MA 2P 749 PO LES 1200 iP GROUND FAULT BREAKER 30 MA MISCELLANEOUS - -- - -- 3 B 4 20A LIGHTING FOURTH FLOOR LOBBY MECH HEATING - -- - -- 749 600 1 P . GROUND FAULT BREAKER 30 MA MISCELLANEOUS ELECTRIC HEAT MAT 15A 5 C 6 20A LIGHTING EXTERIOR LOBBY & LANDSCAPE _ GROUND FAULT B REAKER 30 MA 2P 749 -mm 1200 1P _ - -- ' MISCELLANEOUS -_ -- 17 A 8 20A PROCESS HEAT TRACE 3 - -- - -- 749 "_, 15A 1200 1 P GROUND FAULT BREAKER 30 MA MISCELLANEOUS ELECTRIC HEAT MAT 15A 9 B 10 20A PROCESS HEAT TRACE _ GROUND FAULT BREAKER 30 MA 2P 749 MECH 1200 1P ................... GROUND FAULT BREAKER 30 MA MISCELLANEOUS -- -- 11 C 12 20A PROCESS HEAT TRACE E -- -- 749 - -- 1200 1F 936 GROUND FAULT BREAKER 30 MA MISCELLANEOUS ELECTRIC HEAT MAT 15A 13 A 14 20A PROCESS HEAT TRACE � 1 7 GROUND FAULT BREAKER 30 MA 2P 749 20A _ 1200 1P GROUND FAULT BREAKER 30 MA MISCELLANEOUS -- -- 15 B 16 20A PROCESS HEAT TRACE -- -- 749 MECH 1200 1 P GROUND FAULT BREAKER 30 MA MISCELLANEOUS ELECTRIC HEAT MAT E 15A 17 C 18 20A PROCESS HEAT TRACE GROUND FAULT BREAKER 30 MA 2P 749 - -- 1200 1P 1550 GROUND FAULT BREAKER 30 MA MISCELLANEOUS A SPACE _ -- -- 749 04 - -- - -- MISCELLANEOUS ELECTRIC HEAT MAT € 15A 21 1 B 22 - -- SPACE - -- MECH HEATING GROUND FAULT BREAKER 30 MA E 2P 749 0 - -- - -- MISCELLANEOUS ------ - -- - -- 23 C 24 -- SPACE -- HEATING - 749 I - 0 --- A 14 -_- SPACE -- - -- E 25 A 26 - -- SUBFEED - -- 1 1500 _- - -- 0 2P 4984 - -- - -- SPACE - -- - -- 27 B 28 125A SUBFEED PANEL MP2 MECH HEATING - -- -- 0 3520 3P - -- SPACE -- - -- 29 C 30 ° -- SUBFEED - -- HEATING -__ , -- 3520 - -- _- C 18 - -- SPACE -- - -- 31 A 32 -- SPACE -- ' 15 �' 19 _ 0 1 2P ''; -- 0 - -- .... .. 7 - -° SPACE -- - -- 1 33 B 34 -- SPACE -- -- - -- 0 MECH d - -- __ SPACE - -- -- 35 C 36 - -- SPACE - -- __ -- 0 - -- 0 -- 0 ° - SPACE -- -- 37 A 38 - -- SPACE - -- 23 __ 0 --- 4 -- I - -- SPACE -`_ I B 400 SPACE - 09 SPACE - --- -- SPACE - 41 C 42 - -- SPACE - - -- -- 0 _ _ 4 - -- 0 -- LOADS B.. TYPE: LOADS BY PHASE: A LOAD CONNECTED DEMAND DEMAND CONNECTED CONNECTED BALANCE 1 TYPE LOAD (VA) FACTOR LOAD (VA) PRASE LOAD (VA) LOAD (AMPS) (PERCENT) LIGHTING 12860.00 1.25 1 607 5.0 0 A 11574.00 96.45 A -9: 82.2 1 KITCHEN 0.00 1.00 0.00 B 9514.00 79.28 B -C: 94.1 PROCESS 7200.00 1.00 7200.00 C 10114.40 84.28 C -A: 87.4 RECEPTACLES 2160.00 1.00 2160.00 -- MECH HEATING 0.00 1.00 0.00 TOTAL/AVERAGE 31202.00 86.67 87.9 MECH COOLING 0.00 1.00 0.00 I MECH YEAR ROUND O.OD 1.04 0.00 NOTES: APPLIANCE 0.00 1.00 0.00 MISCELLANEOUS EOUS 8982.00 1.00 8982.00 1. THE LARGEST CONNECTED MOTOR LOAD IS INCLUDED IN MECHANICAL, PROCESS, OR MOTOR LOADS. MOTOR 0.00 1.00 0.00 SPARE 0.00 1.00 0.00 SPACE LARGEST MOTOR ABOVE 0.25 0.00 TOTAL 31202.00 34417.04 _ - - _.. ------ - - - - -- - ............. ............... ....... .................. _ ................ ..................... ..........,......................... .......... ., .......... ,... .. .......... ,. ................... ......-............ ..............................i 1. LOCATED IN THE MAIN DISTRIBUTION SECTION ALONG WITH THE MAIN DISCONNECT SWITCH IS A PANEL BOARD SECTION, THIS SECTION HAS AN EMPTY SPACE, WHICH WOULD BE DESIGNATED #8, IN THIS SPACE A 225 AMP BREAKER WILL BE INSTALLED. THIS BREAKER WILL BE USED TO FEED A NEW 225 AMP PANELBOARD (MP1) THAT WILL BE LOCATED IN THE NEW BOILER ROOM. THE BRANCH CIRCUIT WILL BE 2.5" EMT- 4 #4 /0(THHN,CU) +1 #4(THHN,CU) GROUND. THIS PANEL WILL HANDLE THE NEW BOILER AND ASSOCIATED EQUIPMENT. THE FAULT CURRENT RATING WILL BE EQUAL OR GREATER THAN THE SURROUNDING BREAKERS (REFERENCE THE 175 AMP BREAKER LABELED SNOW MELT THAT WILL BE REMOVED FROM THE PANEL BOARD SECTION). _F - CKT# = AMPS 2. LOCATED IN THE MAIN DISTRIBUTION SECTION ALONG WITH THE MAIN DISCONNECT SWIITCH IS A PANEL BOARD SECTION. THIS SECTION HAS AN ABANDONED 175 AMP BREAKER THAT AT ONE TIME WAS USED FOR SNOW MELT. THIS BREAKER WILL BE REMOVED AND A NEW 225 AMP BREAKER WILL BE INSTALLED IN ITS PLACE. THIS BREAKER WILL BE USED TO FEED A NEW 225 AMP PANEL BOARD (MP2) THAT WILL BE LOCATED IN THE EXISTING ELECTRICAL ROOM. THE ELECTRICAL CONTRACTOR WILL PROVIDE A 2.5" EMT CONDUIT WITH 4 #4 /0(THHN ' -CU) CONDUCTORS+ #4(THHN,CU) GROUIND TO SUPPLY THE PANELBOARD, HOUSED IN THIS PANEL BOARD WILL BE A 125 AMP SUBFEED BREAKER. THIS BREAKER WILL BE USED TO FEED A NEW 125 AMP PANEL BOARD THAT WILL BE LOCATED IN THE NEW BOILER ROOM. THE FAULT CURRENT RATING WILL BE EQUAL OR GREATER THAN THE BREAKER THAT IS BEING REMOVED. ., TYPE: PANELBOARD BUS SIZE: 225 PHASES: 3 NEUTRAL BUS: YES VOLTAGE: 120/208 MAIN BRKR: NONE WIRES: 4 GROUND BUS: YES LOAD CONNECTED DEMAND DEMAND CONNECTED CONNECTED BALANCE TYPE LOAD (VA) FACTOR LOAD (VA PHASE LOAD (VA) LOAD (AMPS) (PERCENT) LIGHTING 0.00 1.25 0.00 A 27173.00 226.44 A - 92 KITCHEN 0.00 0.00 0.00 B 24999.00 208.33 B -C: 97.8 PROCESS 0.00 1.00 0.00 C 24447.00 203.73 C -A: 90 RECEPTACLES 0.00 1.00 0.00 MECH HEATING 70419.00 1.00 70419.00 1 TOTAL /AVERAGE 76619.00 212.83 93.3 MECH COOLING 0.00 1.00 0.00 1 MECH YEAR ROUND 0.00 1.00 0.00 NOTES: ' APPLIANCE 0.00 1.00 0.00 MISCELLANEOUS 0.00 1.00 0.00 1 1. THE LARGEST CONNECTED MOTOR LOAD IS INCLUDED IN MECHANICAL, PROCESS, OR MOTOR LOADS. { MOTOR 6200.00 1.00 9300.00 SPARE 0.00 1.00 0.00 LARGEST MOTOR 1 ABOVE 0.25 775.00 TOTAL 76619.00 77394 L PANEL SCHEDULE - MP2 TYPE: PANELBOARD BUS SIZE: 125 PHASES: 3 NEUTRAL BUS. YES VOLTAGE: 120/208 MAIN BRKR: NONE WIRES: 4 GROUND BUS: YES ENCLOSU NEMA1 MOUNTING: FLUSH SC RATING: 10000 LOAD TYPE �- LOAD DESCRIPTION AMPS CKT# R CKT# AMPS LOAD TYPE -- I LOAD DESCRIPTION POLES LOAD LOAD - POLES _ -- LIGHTING POOL AREA LIGHTING 20A 1 A -2 - �20A LIGHTING LIGHTING BOILER & EQUIPMENT 1 P 1 800 660 1 P LIGHTING POOL AREA LIGHTING 20A 3 B 4 - 20A LIGHTING 1 FIRST FLOOR CORRIDOR - -- 1 P 800 1000 1 P LIGHTING -- OPEN AREA LIGHTING 20A mm- 5 C 6 20A LIGHTING - FIRST FLOOR CORRIDOR - -- 1 P 800 1000 1 P LIGHTING -� OPEN AREA LIGHTING 20A 1 7 A - A - 8 m- 20A LIGHTING �- SECOND FLOOR CORRIDOR - -- 1 P 800 1000 1 P SPACE -- - -- 9 B 10 20A - � . LIGHTING - � - - 1 SECOND FLOOR CORRIDOR - -- - -- 0 1000 E 1 P SPACE L - --��- - -- 11 -- C 12 `' 20A LIGHTING `s THIRD FLOOR CORRIDOR 1 - -- - -- 0 1000 1 P _ - -- SPACE -_- ._._ ............._........._.._- .._._....._................... - --�- 13 �._.. A 14 -�- 20A �. LIGHTING 1 THIRD FLOOR CORRIDOR - -- - -- 0 1000 I 1 P - -- - -- - -- 0 RECEPTACLE FIRST FLOOR CORRIDOR SPACE - -- - -- I 0 720 1 P - -- SPACE - -- - -- 17 C 18 A 20A - RECEPTACLE 1 SECOND FLOOR CORRIDOR - -- 0 720 1 P - -- SPACE ° - - - 19 A 20 - 20A RECEPTACLE �- THIRD FLOOR CORRIDOR - -- - -- 0 720 1 P - -- SPACE -_- - -- 21 B 22 - -- SPACE - -- ,--- - -- 0 1 0 - -- - -- SPACE ~ � --- --- 24 C 24 - --- SPACE - -- SPACE P -- - -- 25 A �26 SPACE 0 0 ___ SPACE - -- _ -- 27 B 28 SPACE _ -- 0 0 - -- SPACE - -- - -- i 29 C 30 - -- SPACE - -- --- ___ 0 0 __- LOADS BY TYPE: € LOADS BY PHASE: LOAD CONNECTED DEMAND DEMAND E CONNECTED CONNECTED BALANCE TYPE LOA (VA) FACTOR LOA (VA) PHASE LOAD ( VA) LOAD (AMPS) - (PERCENT) LIGHTING 9860.00 1.25 12325.00 A 4980.00 41.50 A -B: 70.7 KITCHEN 0.00 0.00 0.00 B 3520.00 29.33 B -C: 100 PROCESS 0.00 1.00 0.00 C 3520.00 29.33 C -A: 70.7 RECEPTACLES2160.00 1.00 2160.00 ...... ........... _ .............. .. ....... ,.................................. ..................... .. ........... ... ... ............................... MECH HEATING 0.00 1.00 0.00 TOTAL /AVERAGE 12020.00 33.39 80.5 MECH COOLING 0.00 1.00 0.00 MECH YEAR ROUND 0.00 1.00 0.-00 NOTES: APPLIANCE 0.00 1.00 0.00 MISCELLANEOUS 0.00 1.00 0.00 1. THE LARGEST CONNECTED MOTOR LOAD IS INCLUDED IN MECHANICAL, PROCESS, OR MOTOR LOADS. MOTOR 0.00 1.00 0.00 i SPARE 0.00 1.00 0.00 LAR MOTOR 1 ABOVE 0.25 0.00 TOTAL 12020.00 14485.00 cu CL. ENCLOSURE: NEMA1 MOUNTING: SC RATING: 10000 LOAD TYPE _ LOAD DESCRIPTION ymAMPS _ CKT# _F - CKT# = AMPS LOAD TYPE - � LOAD DESCRIPTION _ v cc3 L OAD LOAD PO LES MECH HEATING GAS FIRED UNIT HEATER -� -- i • PO LES 20A 1 A 2 mm 15A MECH HEATING HOT WATER BOILER . 1 P 1176 1560 1 P _ -mm _ MECH HEATING GAS FIRED UNIT HEATER f P R 0 20A 3 B 4 "_, 15A MECH HEATING BOILER BLOWER - -- 1 P 1176 936 12P _ - -- MECH HEATING --- . �.. � ........_.._ ................... 5 C 6.._. -..-.. - -- MECH HEATING - -- --- - -- 17401 936 MECH HEATING ... HOT WATER PUMP 90A � 1 7 A 8 20A _ MOTOR . BOILER PUMP - -- 3P 1 17401 1550 € 2P - -- MECH HEATING _- - -- -- 9 _ B 10 - _ _ MOTOR - -- - --- - -- 1 17401 1550 MECH HEATING WALL HEATER 20A 11 C 12 15A MECH HEATING HOT WATER BOILER - -- 2P 1 1500 156 1P - - -_ MECH HEATING --- �� -. -� -- I - 13 A 14 1 15A _ MECH HEATING BOILER BLOWER - -- -- _ 1 1500 L 936 2P _- MECH HEATING WALL HEATER " 20A 1 15 B 16 1 - -- MECH HEATING - -- - -- 2P 1500 936 � MECH HEATING _ a - -- -- 17 _- C 18 _ 20A �w MOTOR BOILER PUMP MECH HEATING - -- WALL HEATER - 20A ' 15 �' 19 _ 15 A _ 20 1 2P ''; -- _ _ .MOTOR - -- .... .. 7 - -- 2P 1500 1550 1 - -- MECH HEATING - - -- mm 1 21 B 22 - --- SPACE - -- - -- - -- 1500 0 - -- - -- SPACE.� _ -- _.-.. �......... �.. �.-..... _....._..........� ............. ^ ^- 23 C 24 --- SPACE..._...... ._..,. r .................-- ,�......... __.._......,.- .n..._.........._ - -- - -- o 0 SPACE - - -- - - 25 A 26 w - -- SPACE - -- 1 - -- _ _ 0 0 - -- -- -- w..... �................,... �. aw. �._. �.. �.. �...._...-........... ; ......- ................_.... --. SPACE ......._...._.. -- ...............-... �..........._ �..--. � .�.....�.,........_._.,,.,..... _ .,.._. 7 ......... -.... g ._28 -- SPACE ...m...�..�........ -- - -- - -- 0 0 SPACE - s C 30 -. ®__ . SPACE - 1 0 - -- -_ LO ADS BY TYPE: __ LOADS BY PHASE: LOAD CONNECTED DEMAND DEMAND CONNECTED CONNECTED BALANCE TYPE LOAD (VA) FACTOR LOAD (VA PHASE LOAD (VA) LOAD (AMPS) (PERCENT) LIGHTING 0.00 1.25 0.00 A 27173.00 226.44 A - 92 KITCHEN 0.00 0.00 0.00 B 24999.00 208.33 B -C: 97.8 PROCESS 0.00 1.00 0.00 C 24447.00 203.73 C -A: 90 RECEPTACLES 0.00 1.00 0.00 MECH HEATING 70419.00 1.00 70419.00 1 TOTAL /AVERAGE 76619.00 212.83 93.3 MECH COOLING 0.00 1.00 0.00 1 MECH YEAR ROUND 0.00 1.00 0.00 NOTES: ' APPLIANCE 0.00 1.00 0.00 MISCELLANEOUS 0.00 1.00 0.00 1 1. THE LARGEST CONNECTED MOTOR LOAD IS INCLUDED IN MECHANICAL, PROCESS, OR MOTOR LOADS. { MOTOR 6200.00 1.00 9300.00 SPARE 0.00 1.00 0.00 LARGEST MOTOR 1 ABOVE 0.25 775.00 TOTAL 76619.00 77394 L PANEL SCHEDULE - MP2 TYPE: PANELBOARD BUS SIZE: 125 PHASES: 3 NEUTRAL BUS. YES VOLTAGE: 120/208 MAIN BRKR: NONE WIRES: 4 GROUND BUS: YES ENCLOSU NEMA1 MOUNTING: FLUSH SC RATING: 10000 LOAD TYPE �- LOAD DESCRIPTION AMPS CKT# R CKT# AMPS LOAD TYPE -- I LOAD DESCRIPTION POLES LOAD LOAD - POLES _ -- LIGHTING POOL AREA LIGHTING 20A 1 A -2 - �20A LIGHTING LIGHTING BOILER & EQUIPMENT 1 P 1 800 660 1 P LIGHTING POOL AREA LIGHTING 20A 3 B 4 - 20A LIGHTING 1 FIRST FLOOR CORRIDOR - -- 1 P 800 1000 1 P LIGHTING -- OPEN AREA LIGHTING 20A mm- 5 C 6 20A LIGHTING - FIRST FLOOR CORRIDOR - -- 1 P 800 1000 1 P LIGHTING -� OPEN AREA LIGHTING 20A 1 7 A - A - 8 m- 20A LIGHTING �- SECOND FLOOR CORRIDOR - -- 1 P 800 1000 1 P SPACE -- - -- 9 B 10 20A - � . LIGHTING - � - - 1 SECOND FLOOR CORRIDOR - -- - -- 0 1000 E 1 P SPACE L - --��- - -- 11 -- C 12 `' 20A LIGHTING `s THIRD FLOOR CORRIDOR 1 - -- - -- 0 1000 1 P _ - -- SPACE -_- ._._ ............._........._.._- .._._....._................... - --�- 13 �._.. A 14 -�- 20A �. LIGHTING 1 THIRD FLOOR CORRIDOR - -- - -- 0 1000 I 1 P - -- - -- - -- 0 RECEPTACLE FIRST FLOOR CORRIDOR SPACE - -- - -- I 0 720 1 P - -- SPACE - -- - -- 17 C 18 A 20A - RECEPTACLE 1 SECOND FLOOR CORRIDOR - -- 0 720 1 P - -- SPACE ° - - - 19 A 20 - 20A RECEPTACLE �- THIRD FLOOR CORRIDOR - -- - -- 0 720 1 P - -- SPACE -_- - -- 21 B 22 - -- SPACE - -- ,--- - -- 0 1 0 - -- - -- SPACE ~ � --- --- 24 C 24 - --- SPACE - -- SPACE P -- - -- 25 A �26 SPACE 0 0 ___ SPACE - -- _ -- 27 B 28 SPACE _ -- 0 0 - -- SPACE - -- - -- i 29 C 30 - -- SPACE - -- --- ___ 0 0 __- LOADS BY TYPE: € LOADS BY PHASE: LOAD CONNECTED DEMAND DEMAND E CONNECTED CONNECTED BALANCE TYPE LOA (VA) FACTOR LOA (VA) PHASE LOAD ( VA) LOAD (AMPS) - (PERCENT) LIGHTING 9860.00 1.25 12325.00 A 4980.00 41.50 A -B: 70.7 KITCHEN 0.00 0.00 0.00 B 3520.00 29.33 B -C: 100 PROCESS 0.00 1.00 0.00 C 3520.00 29.33 C -A: 70.7 RECEPTACLES2160.00 1.00 2160.00 ...... ........... _ .............. .. ....... ,.................................. ..................... .. ........... ... ... ............................... MECH HEATING 0.00 1.00 0.00 TOTAL /AVERAGE 12020.00 33.39 80.5 MECH COOLING 0.00 1.00 0.00 MECH YEAR ROUND 0.00 1.00 0.-00 NOTES: APPLIANCE 0.00 1.00 0.00 MISCELLANEOUS 0.00 1.00 0.00 1. THE LARGEST CONNECTED MOTOR LOAD IS INCLUDED IN MECHANICAL, PROCESS, OR MOTOR LOADS. MOTOR 0.00 1.00 0.00 i SPARE 0.00 1.00 0.00 LAR MOTOR 1 ABOVE 0.25 0.00 TOTAL 12020.00 14485.00 cu CL. c� v cc3 m . '±lN.ls f P R 0 1. R A W N ' It N„ 1. THE ELECTRONIC FLUORESCENT BALLAST SHALL HAVE A TOTAL HARMONIC DISTORTION OF PLUS /MINUS 20% AND A BALLAST FACTOR EQUAL TO OR GREATER THAN 80% 2. ALL LIGHTING FIXTURES DENOTED WITH "EM" OR HALF SHADED SHALL BE PROVIDED WITH AN ENGINEER APPROVED EMERGENCY BALLAST FOR OPERATION OF TWO LAMPS IN A 4 LAMP FIXTURE AND 1 LAMP IN A 2 OR 3 LAMP FIXTURE. BALLAST SHALL BE CONNECT TO THE UNSWITCHED SIDE OF THE LIGHTING CIRCUIT. 3. GRID TROFFER TYPE LIGHTING FIXTURES SHALL NOT BE SUPPORTED FROM THE T -BAR CEILING GRID. 4. THE SYMBOL USED IN THIS SCHEDULE IS A GENERIC SYMBOL TO INDICATE AN EXIT LIGHT FIXTURE. REFER TO THE PLANS FOR THE NUMBER OF FACES REQUIRED AT EACH EXIT. INSTALL THE NUMBER OF FACES REQUIRED AT EACH EXIT. FIELD ADJUST THE LOCATION OF THE EXIT SIGNS FOR THE BEST VISIBILITY POSSIBLE. 5. THIS EXIT SIGN REQUIRES THE EXTRA BATTERY CAPACITY TO OPERATE THE REMOTELY LOCATED EMERGENCY HEAD FOR EGRESS AWAY FROM THE BUILDING. GENERAL NOTES 1. ALL CONDUITS AND CONVEYANCES SHALL BE CONCEALED. IN THE EVENT THAT A NEW DEVICE IS BEING INSTALLED IN AN EXISTING DRYWALL PARTITION, PROVIDE A CUT IN TYPE BOX AND FISH FLEXIBLE CONDUIT DOWN INSIDE THE WALL FROM ABOVE THE CEILING AND REPAIR THE DRYWALL AROUND THE CONDUIT. TRANSITION TO EMT ONCE ABOVE THE CEILING. 2. SIZES OF WIRE AND CABLES ARE BASED UPON COPPER CONDUCTORS, UNLESS OTHERWISE INDICATED. ALL CIRCUITS SHALL CONTAIN (2) #12 AWG WITH (1) #12 GND IN 1/2" CONDUIT UNLESS NOTED OTHERWISE. 3. ALL PENETRATIONS IN OR THROUGH FIRE RATED PARTITIONS SHALL BE FIRE STOPPED IN SUCH A WAY THAT THE PENETRATION MATCHES THE FIRE RATING OF THE WALL. 4. THE ELECTRICAL CONTRACTOR IS RESPONSIBLE FOR ALL COORDINATION BETWEEN THE APPROPRIATE DISCIPLINES AND CONTRACTORS. 5. COORDINATE ALL DEVICE, FIXTURE AND HARDWARE COLOR SELECTIONS WITH THE ARCHITECT PRIOR TO MAKING SHOP DRAWING SUBMITTALS. 6. BRANCH CIRCUIT AND SPECIAL SYSTEMS WIRING FOR DEVICES ON WALLS IN FINISHED AREAS WHICH CANNOT BE CONCEALED SHALL BE INSTALLED IN SURFACE MOUNTED RACEWAY. 7. ALL EXPOSED CONDUITS, BOXES, ETC. IN ROOMS TO BE PAINTED SHALL BE PAINTED TO MATCH THE SURROUNDING SURFACE. EXPOSED CONDUITS, BOXES, ETC. IN ROOMS WHICH ARE NOT PAINTED MAY BE LEFT UN- PAINTED. EXPOSED CONDUIT, BOXES, ETC. ON THE EXTERIOR OF BUILDINGS SHALL BE PAINTED TO MATCH THE SURROUNDING SURFACE AS CLOSELY AS POSSIBLE. 8. THE CONTRACTOR IS RESPONSIBLE FOR PATCHING, PAINTING, REPAIRING OR REPLACEMENT OF ALL WALLS, CEILING OR OTHER BUILDING ELEMENTS WHICH ARE DISTURBED AS PART OF THE DEMOLITION AND /OR INSTALLATION OF ELECTRICAL WORK. 9. PROVIDE ELECTRICAL CONNECTION TO ALL FIRE SMOKE DAMPERS INCLUDING POWER AND FIRE ALARM. VERIFY EXACT SIZE AND FINAL LOCATION OF ALL DAMPERS WITH THE MECHANICAL CONTRACTOR. ALL ROOFTOP UNITS RATED AT MORE THAN 2000 CFM WILL BE OUTFITTED WITH A DUCT DETECTOR IN THE RETURN DUCT. ALL ROOFTOP UNITS RATED AT MORE THAN 15000 CFM WILL BE OUTFITTED WITH A DUCT DETECTOR IN BOTH THE SUPPLY AND RETURN DUCT AT ROOFTOP LEVEL AND IN THE RETURN DUCT AT EVERY LEVEL THAT IS SERVED. ELECTRICAL CONTRACTOR WILL PROVIDE A REMOTE TEST STATION AND ALL WIRING NECESSARY TO COMPLETE INSTALLATION. 10. REFER TO THE ELECTRICAL CONNECTIONS SCHEDULE FOR ADDITIONAL REQUIREMENTS ASSOCIATED WITH PLUMBING AND HVAC EQUIPMENT AND OWNER /GENERAL CONTRACTOR FURNISHED EQUIPMENT. NOTE: SYMBOLS SHOWN ARE STANDARD. VARIATION AND /OR COMBINATION MAY BE USED ON THE PLANS SUCH AS $n (b: SWITCHING DESIGNATION ) ,0� (4: CIRCUIT NO.), ET 30A-2P (30A -2P: 30 AMPERE -TWO POLE), ETC. THIS LIST SHOWS STANDARD SYMBOLS AND ALL MAY NOT APPEAR ON THE PROJECT DRAWINGS; HOWEVER, WHEREVER THE SYMBOL ON THE PROJECT DRAWINGS OCCUR; THE ITEM SHALL BE PROVIDED AND INSTALLED. G BRANCH CIRCUIT PANELBOARD TELEPHONE TERMINAL BOARD CY MOTOR Lr 1 FUSED SAFETY SWITCH / DISCONNECT LCK COMBINATION MOTOR STARTER ® CONTACTOR LA CIRCUITRY HOMERUN: PANEL LA - CIR. #7 CONDUIT OR WIRE CONCEALED IN WALL /CLG. CONDUIT OR WIRE UNDERFLOOR /UNDERGND. Qa CEILING JUNCTION BOX - SURFACE /FLUSH (2H WALL JUNCTION BOX - SURFACE /FLUSH & DUPLEX RECEPTACLE (nr SPLIT WIRED DUPLEX RECEPTACLE FOURPLEX RECEPTACLE @E APPLIANCE RECEPTACLE - 3 WIRE Q THERMOSTAT V TELEPHONE OUTLET ♦ COMPUTER -DATA Q COMBINATION DATA /TELEPHONE j TELEVISION OUTLET $ SINGLE POLE SWITCH $2 TWO POLE SWITCH $3 THREE -WAY SWITCH $4 FOUR -WAY SWITCH $D DIMMER SWITCH $TO MANUAL MOTOR STARTER ® FLUORESCENT FIXTURE TYPE A WALL_ BRACKET FLUORESCENT FIXTURE OPEN STRIP FLUORESCENT FIXTURE -{- SURFACE CEILING INCANDESCENT OR H.I.D. FIXTURE -�} I WALL MOUNTED INCANDESCENT OR H.I.D. FIXTURE -- RECESSED CEILING DOWN LIGHT DOUBLE FACE EXIT SIGN, WALL AND CEILING MOUNTED SINGLE FACE EXIT SIGN, WALL AND CEILING MOUNTED EM WALL MOUNTED EMERGENCY LIGHT 00 REMOTE MOUNTED EMERGENCY HEAD A� MECHANICAL CONTRACTOR FURNISHED EQUIPMENT V A OWNER FURNISHED EQUIPMENT DRAWING FLAG NOTE goo ROOM DESIGNATION EXISTING NIGHT /SECURITY LIGHT - DO NOT SWITCH WP WEATHERPROOF A.F.F. ABOVE FINISHED FLOOR A.F.G. ABOVE FINISHED GRADE GFCI GROUND FAULT CIRCUIT INTERRUPTER GP RECEPTACLE IS GFCI PROTECTED FROM AN UP STREAM GFCI RECEPTACLE EM EMERGENCY FUNCTION 42' MOUNTING HEIGHT - A.F.F. OR A.F.G. TO C.L. HIGH HID CB INTENSITY DISCHARGE LIGHTING TYPE CIRCUIT BREAKER SWD CB U.L. LISTED AS SWITCHING DUTY CIRCUIT BREAKER LUMINAIRE SCHEDULE ..........,. MANUFACTURER _ . ................. MANUFACTURER ........... .._...... VOLTAGE _.. ......... ........... BALLAST .... -.................... .............. ...._........... ............... ................ ,., .......................... ...... ` I TYPE° MOUNTING LAMP TYPE DESCRIPTION 1 CATALOG N0. CATALOG N0. # OF LAMPS LAMP CAT. # I r............:;: ::::: ::::..::....................... .. : .... ..� :.................. ....... - �........� BASELITE ;ENGINEER 120 ......... :..- - ...... ....,..........,. m., -- V .............,........ 1 LOUVERED SHADES, WALL MOUNT, POWDER COAT A L112- 51- 42 -WM11 ;APPROVED WALL COMPACT FLUOR. I FINISH, ARCH BRONZE COLOR, ALUMINUM CFWTMPLT EQUIVALENT 1 - °- - . REFLECTOR. COMPACT FLUORESCENT_ I __.BASELITE W 1 ENGINEER , 120 NOT REQUIRED . LOUVERED SHADES, WALL MOUNT, POWERDER COAT' B L112- 51 -WM -51 :APPROVED WALL INCANDESCENT FINISH, ARCH BRONZE COLOR, ALUMINUM i EQUIVALENT 1 10OW MEDIUM BASE REFLECTOR INCANDESCENT. 1 BASELITE ENGINEER 120 ELECTRONIC LOUVERED SHADES, PENDANT MOUNT, POWDER C L1 12- 51- CFSLC -42 I APPROVED PENDANT COMPACT FLUOR. COAT FINISH, ARCH BRONZE COLOR, ALUMINUM - MEfALUX- - ": ;,_EQUIVALENT_ _._ ENGINEER -- 120 --- __. � ELECTRONIC REFLECTOR. FLUORESCE 4 OPEN STRIP, STAGERED T5 MICRO STRIPLIGHT. D I SML- 1- 54T5 -120V I APPROVED CEILING FLUORESCENT DIE FORMED CHANNEL, POWDER COAT FINISH. `•:SML- ASY -... �........................ I EQUIVALENT......_._..... -- -...,. ASY.., REFLECTQR ............. I I LANDSCAPE LIGHTING ., I ENGINEER _ ....................... ....................... 12 .. ....... __j. NOT REQUIRED .,................ .. ....... , .... - ............... ................................... -. DRIVEOVER RATED, CAST ALUMINUM, 12 VOLT E I LV -307 I APPROVED - -- INCANDESCENT I LANDSCAPE LIGHT. • - -- I EQUI VALENT 1 50W PAR -36 -- ' LANDSCAPE LIGHTING I ENGINEER 12 NOT REQUIRED ; 22 SOLID BRASS PATH AND WALKWAY POLE LIGHT, F I LV -217 I APPROVED POLE INCANDESCENT 112 VOLT, 1 E iUIVALENT 1 20W JC I PDS I ENGINEER 120 ELECTRONIC 17" APERTURE, RECESSED DOWNLIGHT, 6" HEIGHT, G :PD7- H218E -7HC (APPROVED RECESSED COMPACT FLUOR. I2 -18W QUAD TUBE COMPACT FLUORESCENT, I - -- ¢ EQUIVALENT 2 - -- TOR. I I HORICONTAL CLEAR REFLECTOR. .......................,............. _ .¢ ............................... „ .... i TECH LIGHTING I ENGINEER ... ......... ............................... 24 ,_............... ............... NOT REQUIRED 1 5'`x4" PENDANT, , S ,.. FEILD ADJt1STIABIrE CORD " "' "" H 700- FJ- MONW -S -24 I APPROVED PENDANT HALOGEN ;LENGTH, SATIN NICKEL FINISH, HITS SHA , I FLU SH CANOPY,,,..,_. 1 70OFJ4RF _ .EQUIVALENT _ 1 50 HAL OGEN _ W - FREEJACK SYSTEM 4 " RO ;ENGINEER 120 - -- N 10'x8 x4 » WAS SCONC E, ZINC COATED STEED, J I HPKW- 11- 1- 1P13 -2 APPROVED WALL MOUNT MAG 2700K 13W MAG LAMP, ADA COMPLIANT, 1 EQUIVALENT 1 13W MAG I - I COOPER LIGHTING I ENGINEER 120 NOT REQUIRED I INCANDESCENT VAPOR LIGHT, DIE -CAST ALUMINUM K IC- VC -1 -G : APPROVED CEILING INCANDESCENT I GUARD, POWDER COAT GRAY FINISH, I EQUIVALENT 1 20OW - -- - 1 HALOw n _ ENGINEER . 120 - ELECTRONIC __ I BRICK LIGHT/ASILE LIGHT, BROWN DIE CAST TRIM, L 1 H2925PL :APPROVED RECESSED WALL COMPACT FLUOR. WET LOCATION, i EQUIVALENT 1 -. ..m,W.._ I COOPER LIGHTING € ENGINEER 12Q -�� POLYCARBONATE HIGH ABUSESE l UMINAIRE, CLEAR M I HUD - LOOM -MT -LL 1 APPROVED CEILING METAL HALIDE I PRISMATIC, CAST ALUMINUM, MULTI -TAP, LAMP - I E UIVALENT 1 10OW MH MED BASE ' INCLUDED METALUX I ENGINEER 120 ELECTRONIC 14' OPEN STRIP, COLD ROLLED STEEL, 32W T8 N I SS- 232 - UNV- EB81 -U I APPROVED CEILING FLUORESCENT LAMP, INSTANT START BALLAST, UNIT PACKAGING EQUIVALENT 2 I METALUX I ENGINEER 120 ELECTRONIC 1 4' SURFACE WRAPAROUND, LOW PROFILE, BAKED I P I W- 4- 32- A- UNV -EBB- I APPROVED CEILING FLUORESCENT I WHITE FINISH,• INSTANT START BALLAST, UNIT ................ U................ ..................... .....,.......... QUIVALE IT....... ., .... . �...,...................... .......... ..........':.".-................ ............................I.. PACKAGING,........,................_....._.........__...................,. ......................,....... � I LITHONIA ENGINEER 120 - -- I CUTOFF MINI WALL PACK, POLYCARBONATE I 1 Q I TWAC - LOOM- MVOLT- : APPROVED WALL MOUNT METAL HALIDE 10OW, MH !REFRACTOR, BLACK FINISH, IES CUTOFF I DISTRIBUTION DBL _ -_ _ :_EQ UIVALENT L.. _ - - _ LITHONIA ENGINEER 120/277 NONE REQUIRED 112.79' Dx7.01 ° H HIGH CAPACi7Y EMERGENCY( ELM1254- H1212 °N SD I APPROVED SURFACE WALL HALOGEN I UNIT, THERMOPLASTIC HOUSING, SELF - DIAGNOSTICS I EQUIVALENT 2 WITH UNIT I MAINTENANCE -FREE NI -CAD BATTERY LITHONIA I ENGINEER 120/277 NONE REQUIRED 112- 1/4 "Wx7 -1 2 Hx2 "D, WHITE POLYCARB. °:. LQMSW1G120f277ELN I APPROVED WALLfCEIL1NG LED I HOUSING Wf GREEN LETTERING, NICAD _- SEE NOTE 4 -- EQUIVALENT N/A _ _WITH UNIT _ I BATTERY "Hx2 "D, LITHONIA ENGINEER 120f277 NONE REQUIRED' 12- 1/4"Wx7 -1/2 WHITE POLYCARB, 1 ¢ I LHQMSWl G120 /277 :APPROVED WALL /CEILING LED I ` HOUSING W /GREEN LETTERING, NICAD X I RO ELN, SEE NOTE 5 N SA WITH UNIT j BATfERYIND REMOTE HEAD Wv _ LITHONIA _ s EtUIVALENT _ I ENGINEER 120/277 NONE REQUIRED 14.75'Wx7.75 - Rx4.5 D WHITE SEALED REMOTE ELA- W -HO806 I APPROVED WALL /CEILING INCANDESCENT ( MOUNTED FIXTURE, 6 VOLT, 8 WATT LAMP, I_EQUIVALENT _ 1 _ WI TH UNIT (VERIFY COMPATIBILITY WITH EMERGENCY FIXTURE N„ 1. THE ELECTRONIC FLUORESCENT BALLAST SHALL HAVE A TOTAL HARMONIC DISTORTION OF PLUS /MINUS 20% AND A BALLAST FACTOR EQUAL TO OR GREATER THAN 80% 2. ALL LIGHTING FIXTURES DENOTED WITH "EM" OR HALF SHADED SHALL BE PROVIDED WITH AN ENGINEER APPROVED EMERGENCY BALLAST FOR OPERATION OF TWO LAMPS IN A 4 LAMP FIXTURE AND 1 LAMP IN A 2 OR 3 LAMP FIXTURE. BALLAST SHALL BE CONNECT TO THE UNSWITCHED SIDE OF THE LIGHTING CIRCUIT. 3. GRID TROFFER TYPE LIGHTING FIXTURES SHALL NOT BE SUPPORTED FROM THE T -BAR CEILING GRID. 4. THE SYMBOL USED IN THIS SCHEDULE IS A GENERIC SYMBOL TO INDICATE AN EXIT LIGHT FIXTURE. REFER TO THE PLANS FOR THE NUMBER OF FACES REQUIRED AT EACH EXIT. INSTALL THE NUMBER OF FACES REQUIRED AT EACH EXIT. FIELD ADJUST THE LOCATION OF THE EXIT SIGNS FOR THE BEST VISIBILITY POSSIBLE. 5. THIS EXIT SIGN REQUIRES THE EXTRA BATTERY CAPACITY TO OPERATE THE REMOTELY LOCATED EMERGENCY HEAD FOR EGRESS AWAY FROM THE BUILDING. GENERAL NOTES 1. ALL CONDUITS AND CONVEYANCES SHALL BE CONCEALED. IN THE EVENT THAT A NEW DEVICE IS BEING INSTALLED IN AN EXISTING DRYWALL PARTITION, PROVIDE A CUT IN TYPE BOX AND FISH FLEXIBLE CONDUIT DOWN INSIDE THE WALL FROM ABOVE THE CEILING AND REPAIR THE DRYWALL AROUND THE CONDUIT. TRANSITION TO EMT ONCE ABOVE THE CEILING. 2. SIZES OF WIRE AND CABLES ARE BASED UPON COPPER CONDUCTORS, UNLESS OTHERWISE INDICATED. ALL CIRCUITS SHALL CONTAIN (2) #12 AWG WITH (1) #12 GND IN 1/2" CONDUIT UNLESS NOTED OTHERWISE. 3. ALL PENETRATIONS IN OR THROUGH FIRE RATED PARTITIONS SHALL BE FIRE STOPPED IN SUCH A WAY THAT THE PENETRATION MATCHES THE FIRE RATING OF THE WALL. 4. THE ELECTRICAL CONTRACTOR IS RESPONSIBLE FOR ALL COORDINATION BETWEEN THE APPROPRIATE DISCIPLINES AND CONTRACTORS. 5. COORDINATE ALL DEVICE, FIXTURE AND HARDWARE COLOR SELECTIONS WITH THE ARCHITECT PRIOR TO MAKING SHOP DRAWING SUBMITTALS. 6. BRANCH CIRCUIT AND SPECIAL SYSTEMS WIRING FOR DEVICES ON WALLS IN FINISHED AREAS WHICH CANNOT BE CONCEALED SHALL BE INSTALLED IN SURFACE MOUNTED RACEWAY. 7. ALL EXPOSED CONDUITS, BOXES, ETC. IN ROOMS TO BE PAINTED SHALL BE PAINTED TO MATCH THE SURROUNDING SURFACE. EXPOSED CONDUITS, BOXES, ETC. IN ROOMS WHICH ARE NOT PAINTED MAY BE LEFT UN- PAINTED. EXPOSED CONDUIT, BOXES, ETC. ON THE EXTERIOR OF BUILDINGS SHALL BE PAINTED TO MATCH THE SURROUNDING SURFACE AS CLOSELY AS POSSIBLE. 8. THE CONTRACTOR IS RESPONSIBLE FOR PATCHING, PAINTING, REPAIRING OR REPLACEMENT OF ALL WALLS, CEILING OR OTHER BUILDING ELEMENTS WHICH ARE DISTURBED AS PART OF THE DEMOLITION AND /OR INSTALLATION OF ELECTRICAL WORK. 9. PROVIDE ELECTRICAL CONNECTION TO ALL FIRE SMOKE DAMPERS INCLUDING POWER AND FIRE ALARM. VERIFY EXACT SIZE AND FINAL LOCATION OF ALL DAMPERS WITH THE MECHANICAL CONTRACTOR. ALL ROOFTOP UNITS RATED AT MORE THAN 2000 CFM WILL BE OUTFITTED WITH A DUCT DETECTOR IN THE RETURN DUCT. ALL ROOFTOP UNITS RATED AT MORE THAN 15000 CFM WILL BE OUTFITTED WITH A DUCT DETECTOR IN BOTH THE SUPPLY AND RETURN DUCT AT ROOFTOP LEVEL AND IN THE RETURN DUCT AT EVERY LEVEL THAT IS SERVED. ELECTRICAL CONTRACTOR WILL PROVIDE A REMOTE TEST STATION AND ALL WIRING NECESSARY TO COMPLETE INSTALLATION. 10. REFER TO THE ELECTRICAL CONNECTIONS SCHEDULE FOR ADDITIONAL REQUIREMENTS ASSOCIATED WITH PLUMBING AND HVAC EQUIPMENT AND OWNER /GENERAL CONTRACTOR FURNISHED EQUIPMENT. NOTE: SYMBOLS SHOWN ARE STANDARD. VARIATION AND /OR COMBINATION MAY BE USED ON THE PLANS SUCH AS $n (b: SWITCHING DESIGNATION ) ,0� (4: CIRCUIT NO.), ET 30A-2P (30A -2P: 30 AMPERE -TWO POLE), ETC. THIS LIST SHOWS STANDARD SYMBOLS AND ALL MAY NOT APPEAR ON THE PROJECT DRAWINGS; HOWEVER, WHEREVER THE SYMBOL ON THE PROJECT DRAWINGS OCCUR; THE ITEM SHALL BE PROVIDED AND INSTALLED. G BRANCH CIRCUIT PANELBOARD TELEPHONE TERMINAL BOARD CY MOTOR Lr 1 FUSED SAFETY SWITCH / DISCONNECT LCK COMBINATION MOTOR STARTER ® CONTACTOR LA CIRCUITRY HOMERUN: PANEL LA - CIR. #7 CONDUIT OR WIRE CONCEALED IN WALL /CLG. CONDUIT OR WIRE UNDERFLOOR /UNDERGND. Qa CEILING JUNCTION BOX - SURFACE /FLUSH (2H WALL JUNCTION BOX - SURFACE /FLUSH & DUPLEX RECEPTACLE (nr SPLIT WIRED DUPLEX RECEPTACLE FOURPLEX RECEPTACLE @E APPLIANCE RECEPTACLE - 3 WIRE Q THERMOSTAT V TELEPHONE OUTLET ♦ COMPUTER -DATA Q COMBINATION DATA /TELEPHONE j TELEVISION OUTLET $ SINGLE POLE SWITCH $2 TWO POLE SWITCH $3 THREE -WAY SWITCH $4 FOUR -WAY SWITCH $D DIMMER SWITCH $TO MANUAL MOTOR STARTER ® FLUORESCENT FIXTURE TYPE A WALL_ BRACKET FLUORESCENT FIXTURE OPEN STRIP FLUORESCENT FIXTURE -{- SURFACE CEILING INCANDESCENT OR H.I.D. FIXTURE -�} I WALL MOUNTED INCANDESCENT OR H.I.D. FIXTURE -- RECESSED CEILING DOWN LIGHT DOUBLE FACE EXIT SIGN, WALL AND CEILING MOUNTED SINGLE FACE EXIT SIGN, WALL AND CEILING MOUNTED EM WALL MOUNTED EMERGENCY LIGHT 00 REMOTE MOUNTED EMERGENCY HEAD A� MECHANICAL CONTRACTOR FURNISHED EQUIPMENT V A OWNER FURNISHED EQUIPMENT DRAWING FLAG NOTE goo ROOM DESIGNATION EXISTING NIGHT /SECURITY LIGHT - DO NOT SWITCH WP WEATHERPROOF A.F.F. ABOVE FINISHED FLOOR A.F.G. ABOVE FINISHED GRADE GFCI GROUND FAULT CIRCUIT INTERRUPTER GP RECEPTACLE IS GFCI PROTECTED FROM AN UP STREAM GFCI RECEPTACLE EM EMERGENCY FUNCTION 42' MOUNTING HEIGHT - A.F.F. OR A.F.G. TO C.L. HIGH HID CB INTENSITY DISCHARGE LIGHTING TYPE CIRCUIT BREAKER SWD CB U.L. LISTED AS SWITCHING DUTY CIRCUIT BREAKER T f v r� vs cr cv a-+ rc3 T CODE 02 -28 -2007 CHANGES SCALE: 3/16" f DR 1 BB/R D 1 3-26-200 CODE 02 -28 -2007 CHANGES SCALE: 3/16"