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REVISIONS GENERAL NOTES KEYED NOTES NO. DESCRIPTION DATE 1. CONTRACTOR SHALL PROVIDE NEW ENGRAVED LABELS FOR ALL 1. CONTRACTOR SHALL PROVIDE NEW BREAKERS IN EXISTING BREAKERS WITHIN SWITCHGEAR AT END OF PROJECT. SWITCHGEAR AS SHOWN. 2. ALL PANEL BOARDS, TRANSFORMERS, AND CONTACTORS WILL BE 2. LOADS AND BREAKERS WITHIN SWITCHBOARD/PANELBOARD SUPPLIED BY OWNER, INSTALLED BY CONTRACTOR. CONTRACTOR SHALL BE ADDED/REMOVED AS PHASING DICTATES. TO TAKE RECEIPT AT SITE. COORDINATE WITH GENERAL CONTRACTOR AND STORE 3. WIREWAYS ARE NOT ALLOWED TO BE USED TO GROUP BRANCH MANAGER IN ORDER TO MINIMIZE DOWNTIME TO REMAINING CIRCUITS AT PANEL BOARDS. SYSTEMS. 4. ALL EXISTING EQUIPMENT IS SHOWN HALFTONE, ALL NEW 3. INDIVIDUAL CIRCUIT BREAKERS REQUIRED FOR EXISTING EQUIPMENT IS SHOWN BOLD. 5. ALL EQUIPMENT SHOWN AS HATCHED IS TO BE DEMOED. PANELBOARDS SHALL BE SUPPLIED BY CONTRACTOR. COORDINATE PHASING WITH GENERAL CONTRACTOR. 4. CONTRACTOR SHALL PROVIDE PERMANENT NON-TYPED LABEL 6. CONTRACTOR SHALL ADD TO THE MAIN SWITCHBOARD BUSSING ON TRANSFORMER INDICATING LOCATION TRANSFORMER IS FED (5)LUGS PER PHASE, SUITABLE FOR#500 CONDUCTORS, WHICH FROM, AS REQUIRED BY NEC 450.14. SHOULD BE PLACED BETWEEN THE MAIN SERVICE DISCONNECT 5. PENDANT MOUNT TRANSFORMER FROM THE BUILDING AND THE DISTRIBUTION SECTION OF THE SWITCHBOARD, FOR STRUCTURE ABOVE THE ASSOCIATED PANEL. FUTURE TEMPORARY BACKUP GENERATOR INSTALLATION. 6. INSTALL LUGS AND GENERATOR SIGNAGE BETWEEN SERVICE CONTRACTOR SHALL PROVIDE SIGNAGE AT THIS LOCATION TO ENTRANCE DISCONNECT AND DISTRIBUTION BREAKERS. IDENTIFY THE LUG LOCATION, AND SHALL USE HAND HELD PHASE RE:E6-GN6. ROTATION METER AND NOTATE UTILITY PHASE ROTATION ON 8. CONTRACTOR TO PROVIDE BREAKER LOCK AT THIS LOCATION. SWITCHBOARD IN PERMANENT INK. PLACE A LAMINATED COPY OF ARCH.PROJECT NO. GENERATOR STARTUP SPEC SECTION 260500A, PERMANENTLY 2004 AFFIXED TO SWITCHBOARD AT GENERATOR LUG LOCATION. RE:E6-3 FOR SIGNAGE REQUIREMENTS. DRAWN JF/DL CHECKED BC SUBMITTAL DATES DISTRIBUTION SECTION(S) 06/11/20 (E) MSB 22 800AIC OO 277/480V, 3PH/4W OTB DATE SQUARE D QED SWITCHBOARD 2000A, 35KAIC M 2000/3 GFP ) x w Up � O AZ rzu oa ��oyo: t,,4 z1 o" O O O O O O O O O 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 o W ED a 6 1 175/3 70/3 1 90/3 1 400/3 1 400/3 1 60/3 1 90/3 8 100/3 1 80/3 1 60/3 1 150/3 1 150/3 1 150/3 1 175/3 1 225/3 8 200/3 1 175/3 1 150/3 1 150/3 190/3 70/3 1 110/3 8 200/3 8 200/3 8 200/3 8 200/3 8 200/3 0 a A o M N E E / E / E / E / E / E O / E o/ E / E / E o/ E / E / E / E O ! E / E / E a/ E / E a� E / E O N O / N O / N O / N O N W E (E) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) oa �600 w ww .aw7Ag0o ? B L F D C G H I J K zw ,Z Qw w " 3 °° a Q V a c6 j z CG Q Z Q Z 3 N O N O W F W O �i U N C �y L p w W ;r PO O cnQU rwU � O U a (E) 480Y/277 TRANSFORMER Q A �� Uwza ,O BY ELECTRICAL UTILITY AND PAD Z 0 0 0 o c o 0 C7 n n n n n nS3S M Q - M ~z- Q Z M M M M M N U Nz ~ Nz Nz (V z NZ Nz 0 - 5-5"C. EA. W/ N CJ L7 L7 623 � C7 L7 C7 C7 C7 = 4-600MCM-420 423 X23 46 N `' 7 � M �' * �' �' * �' * �' * O o Z �, 0/ Z � 0 0 0 0 Z � M M z � Z � z � z � Z � N 4 L� 3 = _ - _ N N N (N) 'TLR2 (N) TLR3 (N) TLR4 (N) TLRS (N) 'TLR6 U U U U U U U U U 480-208Y/120V 480-208Y/120V 480-208Y/120V 480-208Y/120V 480-208Y/120V U z a m N 'TLC2' = N N N N N (N) °TLRF N N N -� = 150VA 112.5VA 150VA 112 5V 112.5VA x o 110AT 110AT ^ 110AT -1 ^ ^ ^ ^ ^ Q U /120V 4 w w w w w 480-208Y/120V 4 w w w w w 4 4 4 4 4 y 200AF 200AF 200AF _ _ _ _ _ _ W (E) 'TRI' (E) RACK A 75VA - 5 F F F 112.5VA - (E) RACK C RACK B 5 5 5 5 ' v L NEMA 3R NEMA 3R NEMA 3R 5 LL 480-208Y/120V - FORMERLY ( (N) DISC. (N) DISC. (N) DISC. J FORMERLY RMERLY w U j 112.5kVA PROTOCOL J p PROTOCOL OTOCOL ¢o co w A Qo (N) (N) (N) N \ E \ \ N N N N N Z � J 60/2 30/2 5 / RTU-11 RTU-10 RTU-9 Q M J 125/2 70/2 ` 100/2 J 200/2 � W � � (E) (E) ) (97A) (97A) (97A) Cz7 (E) (E) ) U (E) (E) Q W c0 r� 3 � Q UQ z UQ UQ � Q � Q � Q a O U Q N Z z 4 N Z � � Z �`� Z � � Z � � Z O z � � JL Z U Z � � ,� � � 0 � N \ ^ W U w z � CD Z � E � z � � Z � Z � Z � Z � Z � Q O (E) 'AD' U z PANEL PANEL PANEL ^ 480-208Y/120V PANEL PANEL PANEL PANEL N - W °8 PANEL PANEL PANEL PANEL PANEL 112.5kVA HB HA HEM w �' - (E) 'TE' 'LR2 LR3 'LR4 LRS 'LR6 � 'HF' AHC, 'LC2' 'LR1' W � � `J ' 4# (E) 'TA' N (E) 4 - 0 Q (E) (E) (E) (E) TF 480-208Y/120V Z 480-208Y/120V ( ) / (N) 2 / z (N) 25kVA Y/120V 4 - 0 37.5VA (N) (N) (N) (N) (N) �o Q�pFESS/p�y9l U z Q I0kVA Z 20 795AIC Q 5 697AIC 11 569AIC (E) 100kW 1 12 187AIC 11 894AIC 11 368AIC 15 121AIC115,121AIC ILLIAM RTO F/ G j o Q G STANDBY CRAB o Cz7 GENERATOR E L6 W/ 150/3 (E) 200/3 o sT FBF W/3-200A M oo MAIN BREAKER 9TF OF CA 7t N U 06/11/20 ONE-LINE DIAGRAM U NTS M W W W 4# (E) 100/3 (E) 100/3 (E) 100/3 (E) 'TL' (E) 100/3 W/3-90A W/3-70A W/3-90A 480-208Y/120V W/3-80A 112.5kVA = PANELPANEL -CT S CHEDULE X PANEL O3 (E) 1 1/4"C W/3-4 'LA' HD & 1#8 GND (E) GENERATOR CONNECTION POINT (E) MARK ZONE RATING Q Z 'TJ' A SERVICE 2000A LUGS HAVE BEEN INSTALLED BEHIND THIS PANEL ON THE SWITCHGEAR L7 480-208Y/120V O Q Q Q � - B RACK A 100A Lz7 Lz7 Z z o Q BUSSING TO ASSIST IN THE TERMINATION OF GENERATOR CONDUCTORS 15kVA C RACK B 100A ►--� z00 00 Q� Z Q IN THE EVENT A PORTABLE GENERATOR IS NEEDED DUE TO A UTILITY Q z OUTAGE. THERE ARE 5 LUGS SUITABLE FOR#500 CONDUCTORS PER 6' Z Z Z Z D RACK C 100A � � 0 ( ) Q c Q (E) 2"C W/2-8 & rT1 46 4 8 � PHASE. ELECTRICIAN SHALL FOLLOW THE GENERATOR STARTUP U z L7 C7 C7 E RACK D 100A W 1#8 GND DIRECTIONS DURING UTILITY OUTAGE. o � oo0c oc F PANEL LR1 200A61� O o o °8 G PANEL LR2 200A O U U U U v `4 00 H PANEL LR3 200A �--� U _ GENERATOR SIGNAGE a I PANELLR4 200A M N 3 NTS _� U U U U U U_ J PANEL LR5 200A rY'1 w w w w w w w M w w w w w K PANEL LR6 200A Q REMOTE REMOTE REMOTE REMOTE `J 'TL2' 'TR2' (E) 'TLEM' � ' w w (E) TLCR3 (E) TLCR L PANEL HF 400A 'C' 'B' 'A' 'D' PANEL 480-208Y/120V 480-208Y/120V 480-208Y/120V 480-208Y/120V 480-208Y/120V PANEL PANEL PANEL PANEL O (E) (E) (E) (E) MED 'HSL' 'HIV' 'LD' 'LB' - 112.5kVA - 30kVA 30kVA - 30kVA"K4" - 45kVA "K4" - (E) (E) (E) (E) -ELECTRICAL LOAD SUMMARY- o O Z U O U EXISTING LOADS (EXISTING) C O 12 month Maximum Demand Load (7/19) 773.0 kVA Q Q Q Maximum Demand at 125% 966.3 kVA w z z z � 0 400/3 Z Q GROUND LUGS INSIDE TRANSFORMER TRANSFORMER HOUSING EXISTING LOAD TO BE REMOVED (DEMO) W/3-400A Z Q SECONDARY GROUNDING 0o C7 z CONDUCTOR PRIMARY GROUNDING 0 0 o REFRIGERATION PROTOCOLS 803.8 kVA (E) GUTTER N CONDUCTOR AIR HANDLERS 213.9 kVA U U U M Q M Q N N N NEW LOADS TO BE ADDED (NEW) 2 - - w w w RACK A 49.7 kVA w w 100/3 PANEL HF 164.2 kVA W/3 90A w w PANEL PANEL PANEL REMOTE PANEL PANEL PANEL HC 88.3 kVA U 'LG1' 'LJA' 'LH' PANEL PANEL ,G, LEM' 'LCR3' PANEL a w (E) (E) (E) PANEL LC2 60.2 kVA ( 'LC' 'LFF (E) 3 (E) (E) 'LCR' RTU-11 80.5 kVA (E) (E) (E) PANEL PANEL PANEL RTU-10 80.5 kVA 'LG2' 'LJB' 'LH2' O RTU-9 80.5 kVA PANEL PANEL (E) (E) (E) PANEL LA 2.8 kVA 'LF2' 'LCR' 480V, 3PH 208/120V, 3PH (E) (E) PANEL HD 110.4 kVA PANEL LR1 112.5 kVA O 1 - PNEL HB 0.0 kVA TO BLDG. STEEL COLUMN OR PANEL HA 49.5 kVA GROUND BAR IN ELECTRICAL ROOM. PANEL HEM 7.3 kVA TRANSFORMER SIZE PER NEC SCHEDULE BELOW RACK C 43.8 kVA RACK B 48.5 kVA 2 GROUNDING DETAIL PANEL LR2 145.0 kVA NTS PANEL LR3 89.8 kVA WIRE SCHEDULE PANEL LR4 133.3 kVA SHEET TITLE TRANSF. O O PANEL LR5 84.1 kVA KVA PANEL LR6 103.3 kVA 15 #10 #6 30 #8 #3 ONE-LINE NEW LOAD SUB-TOTAL 1534.4 kVA 45 #4 #2/0 DIAGRAM 75 #1 #4/0 TOTAL (EXISTING-DEMO+NEW) 1483.0 kVA a 1786 Amps �a 480V/3P 112.5 #1/0 #1/0 150 #1/0 #1/0 SHEET cYi 225 #2/0 #2/0 M N ALL GROUNDING CONDUCTORS 0 SHOWN IN THIS TABLE ARE COPPER. N O�