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HomeMy WebLinkAboutE18-0147_TOV Municipal Permit 6.29.18_1533659398.pdf *Alti OF go AN:400,400.44, itjw*15 M. LATION 115 O (E)TRANSFISOLORMATIONER TRANS ORMER O 314:10J0 100MP, E 60A/2P (E) 100A/2P 100 AMP, 08/07/18 208/A1 OV, 10 DISCONNECT (E) 100A/2P DISCONNECT / 208/12OV , 10 PANEL: (E) (E) P2 (EXISTING) VOLTAGE: 120/208V, 1PH, 3W [DISCONNECT DISCONNECT MINIMUM BUS: 100 (E) (E) (E) UPS PANEL I LOCATION: IT ROOM MAIN: MLO PANEL PANEL UPS J T J 10.5KVA 'UPS2' MOUNTING: SUR FACE MINIMUM AIC: 'UPS1' 'UPS1' 10KVA L T L SUB- _1 I T T •� _• I O NO. LOAD TYPE LOAD DESCRIPTION BREAKER BUS BREAKER TYPE LOAD DESCRIPTION LOAD NO PANEL 40A/3P (E) (E) A B POLE TRIP A B TRIP POLE A B — PANEL PANEL (E) UPS 1 2500 E + 20 1 E (E)RECEPTACLES 500 2 'EM1' 'EM2' BY-PASS 3 2500 E (E)SERVER RACK 2 30 + 20 1 E (E)RECEPTACLES 500 4 (E) UPS n SWITCH BY-PASS n rm100 AMP, 5 1664 E (N)SERVER RACK 2 20 + 20 1 E (E)RECEPTACLES 500 6 © SWITCH 60 2P 150 3P 100A/2P / 208/12OV , 10 7 1664 E + 20 1 E (E)RECEPTACLES 500 8 9 1664 E + 20 1 E (E)RECEPTACLES 500 10 n I co E 11 1664 E (N)SERVER RACK 2 20 + 12 80A/3P (E) z o 13 + 14 (E) 0 UPS (E) EXISTING KOHLER 163KVA-130KW J Y 15 + 16 PANEL • 9KVA PANEL STAND-BY/EMERGENCY 0 U 8 17 + 18 P1 P2 e GENERATOR. Do •- a1 19 + 20 n •, .A. I O ° O 2213 + + 24 100A/2P LL -- 25 + 26 22 cm n Z w - 400A/3P 29 + 28 70 3P G I I G ® 0 Lu 29 + 30 FEED THRU SUBFEED FEEDER GENERAL NOTES: LOAD TYPE PANEL TOTAL DEMAND FEEDER TOTAL a TOTAL TOTAL SUBTOTAL A. (L)LIGHTING 0 0 125% 0 B. IM Q (R)RECEPTACLES 0 0 NEC 220 0 C. n� V w (LM)LR G.MOTOR 0 0 25% 0 D. �J (M)MOTOR S(ALL) 0 0 100% 0 E. (E) 0 0 0 (E)EQUIPMENT 14156 14156 100% 14156 SPECIFIC NOTES: (E) w coM (A)APPLIANCES 0 0 0 0 (1) PANEL PANEL — 2 (E) 400 AMP ATS-\\ DP' LS' m C.N PANEL TOTAL(KVA): 14.2 ( ) J o NOTE:PROVIDE TEMPORARY 30-DAY DEMAND (3) Q co METER ON PANEL.RESULTS WILL BE PROVIDED (4) N E ONCE AVAILABLE. PANEL TOTAL(A): 68 (5) �— i(E) 80AMP ATS A (E) (E) PANEL RT PANEL L O FLAG NOTES: PANEL: UPS1 (EXISTING) VOLTAGE: 120/208V, 1PH, 3W 'L3' 1 'L5A' MINIMUM BUS: 100 N �E SEAL 1. PROVIDE TEMPORARY 30-DAY METER TO MONITOR LOCATION: IT ROOM MAIN: MLO PEAK LOAD ON EXISTING PANEL.METER ING DATA ,,,,.,••..,,•. NOT AVAILABLE AT THE TIME OF THIS ISSUANCE. .8. MOUNTING: SUR FACE MINIMUM AIC: �� pRADp METER DATA RECORDING TO START CONCUR R ENT es 0\- ... • . /c, NO. LOAD TYPE LOAD DESCRIPTION BREAKER BUS BREAKER TYPE LOAD DESCRIPTION LOAD NO. I WITH NEW CIR CUIT INSTALLATION.ONCE DATA IS ,��� •:�:; '• S,9••.,F2� A B POLE TRIP A B TRIP POLE A B AVAILABLE LOAD JUSTIFICATIONS AND DESIGN WILL 1 E (E)FLR.RECEPT.#9 1 20 + 20 1 E (E)CONSOLE RACK 2 BE UPDATED AND NEW PLANS WILL BE ISSUED AS AN 4• O'; I 3 E (E)FLR.RECEPT.#8 1 20 + 20 1 E (E)CONSOLE R ACK 4 5 E (E)FLR.RECEPT.#12 1 20 + 20 1 E (E)CONSOLE RACK 6 d a ADDENDUM.PROVIDE METER DATA TO ENGINEER AT •• -o ' 1$ 7 E (E)FLR.RECEPT.#13 1 20 + 20 1 E (E)CONSOLE RACK 8 co M �, M M a M 3, 7, 14, 21, AND 30 DAY INTERVALS FOR REVIEW AND :p.; /_r` ,. 9 E (E)CONSOLE CT 1 20 + 20 1 E (E)CONSOLE RACK 10 Qo Q Q Q Q Q Q '•...'(� ANALYSIS. a UTILITY TRANSFORMER O 0 0 0 o ro '��5�• •.....a'' • ����� 11 E (E)CONSOLE CT 1 20 + 20 1 E (E)CONSOLE RACK 12 N N N 2. ADD TWO(2)NEW 20 AMP,208/120 VOLT CIR CUITSTO OA, Cjk\(j�� 13 E (E)FLR.RECEPT.RADIO 1 20 + 20 1 E (E)PHONE RACK 14 I • I PANEL.PROVIDE TWO(2)NEW 20A/2P CIRCUIT •••''*. ENG' 15 E (E)FLR.RECEPT.#10 1 20 + 20 1 E (E)FLR.RECEPT.#7 16 ������ 17 E (E)FLR.RECEPT.RADIO 1 20 + 20 1 E (E)MC7500 1-4 18 BREAKERS TO PANEL TO SERVE TWO NEW SER VER 19 E (E)FLR.RECEPT.RADIO 1 20 + 20 1 E (E)MC7500 5-8 20 I ,I 3328 E + E 22 N PDU'S. DO NOT CONNECT LOAD UNTIL METER DATA 213 -- 2 3328 E (N)SERVER RACK 2 20 + 60 2 E (E)SPD 24 IS- I G HAS BEEN REVIEWED AND APPROVED BY ENGINEER. 25 SPARE 1 20 + E DICTAPHONE 26 I I f I 3. PROVIDE A NEW SPARE 20A/2P CIRCUIT BREAKER TO 27 E CONSOLE#4 2 20 + S 28 PANEL TO SERVE POSSIBLE FUTURE NEW SER VER 29 E SUPV 1 20 + 40 2 S (E)SUB PANEL B 30 (E) MSB PDU. FEED THRU SUBFEED FEEDER GENERAL NOTES: 1200A, 208Y/120V, r n LOAD TYPE PANEL TOTAL TOTAL TOTAL SUBTOTAL DEMAND FEEDER TOTAL A 3o/4W v (L)LIGHTING 0 0 125% 0 B. Z (R)RECEPTACLES 0 0 NEC 220 0 C. 0 (LM)LR G.MOTOR 0 0 25% 0 D. (M)MOTOR S(ALL) 0 0 100% 0 E. (E)EQUIPMENT 6656 6656 100% 6656 SPECIFIC NOTES:(A)APPLIANCES 0 0 0 0 (1) D PANEL TOTAL(KVA): 6.7 (2) CCI j NOTE:PROVIDE RESULTS Y 30-DAY WILLBEND (3) PARTIAL EXISTING ELECTRICAL ONE—LINE DIAGRAM METER ON PANEL.RESULTS WILL BE PROVIDED (4) 0 ONCE AVAILABLE. PANEL TOTAL(A): 32 J (5) w CD w SCALE: NOT TO SCALE Q 0 00rI Q O o VOLTAGE: 120/208V, 1PH, 3W 0 0 Lu PANEL: UPS2 (EXISTING) — 0o MINIMUM BUS: 100 Z Q Ct rn LOCATION: IT ROOM MAIN: MLO : D C) MOUNTING: SUR FACE MINIMUM AIC: C C.9 LOAD BREAKER BUS BREAKER LOAD N.E.C.Load Justification Form N.E.C. Load Justification Form N.E.C. Load Justification Form J ; f , 0 Z NO. A B TYPE LOAD DESCR IPTION POLE TRIP A B TRIP POLE TYPE LOAD DESCRIPTION A B NO. 1 (E)QUAD R ECEPT 1 20 + 20 1 (E)QUAD R ECEPT 2 Panel Name: UPS2 Engineer: MAS Panel Name: P2 Engineer: MAS Panel Name: EMI Engineer: MAS D' 3 (E)QUAD R ECEPT 1 20 + 20 1 (E)QUAD R ECEPT 4 Date: 6/29/2018 Electric Utility: HCE Date: 6/29/2018 Electric Utility: HCE Date: 6/29/2018 Electric Utility: HCE Q w J O 5 (E)CONSOLE 1 1 20 + 20 1 (E)CONSOLE 5 6 > vJ Q IY 7 (E)CONSOLE 2 1 20 + 20 1 (E)CONSOLE 6 8 1 . EXISTING ELECTRICAL SER VICE: 208 VOLTS 1 . EXISTING ELECTRICAL SER VICE: 208 VOLTS 1 . EXISTING ELECTRICAL SER VICE: 208 VOLTS W1 PHASE 1 PHASE 3 PHASE > 9 (E)CONSOLE 3 1 20 + 20 1 (E)CONSOLE 7 10 3 WIRE 3 WIRE 4 WIRE LI- O 11 (E)CONSOLE 4 1 20 + 20 1 (E)CONSOLE 8 12 100 AMPS 80 AMPS 400 AMPS 0 13 (E)W.CABINET HEADPH 1 20 + 20 1 (E)PHONE R ECEPT 14 CC 15 (E)CENTUR YTEL 1 20 + 20 1 (E)PHONE R ECEPT 16 2 • 30 DAY HIGHEST AVERAGE KILOWATTS- 2 • 30 DAY HIGHEST AVERAGE KILOWATTS- 2 • 30 DAY HIGHEST AVERAGE KILOWATTS- H- 17 (E)CENTUR YTEL 1 20 + 20 1 (E)NORTH CONSOLE 18 2/28/18 TO 3/28/18(PER NEC 220.87) PENDING kW 2/28/18 TO 3/28/18(PER NEC 220.87) PENDING kW 2/28/18 TO 3/28/18(PER NEC 220.87) 53.24 kW ` Z 19 (E)SECURITY CAMERA 1 20 + 20 1 (E)NOR THCONSOLE 20 W 3 . ASSUMING 0.80 POWER FACTOR MAX KW IS: 3 . ASSUMING 0.80 POWER FACTOR MAX KW IS: 3 . ASSUMING 0.80 POWER FACTOR MAX KW IS: U 21 (E)SECURITY#3 1 20 + 20 1 (E)RACK MC7500 1-4 22 #VALUE! kVA #VALUE! kVA 66.55 kVA Q 23 + 20 1 (E)RACK MC7500 5-8 24 0 Q 25 (E)SURGE PROTECTOR 2 60 + 3328 26 . . . 20 2 (N)SERVER RACK 4 MAX kVA x 125%PER THE NEC: #VALUE! kVA 4 MAX kVA x 125%PER THE NEC: #VALUE! kVA 4 MAX kVA x 125%PER THE NEC: 83.19 kVA I- 27 3328 + 3328 28 (N)SERVER RACK 2 20 (� 29 3328 + 30 5 . (kVA FR OMLINE 4 x 1000)/VOLTAGE: #VALUE! AMPS 5 . (kVA FR OMLINE 4 x 1000)/VOLTAGE: #VALUE! AMPS 5 . (kVA FR OMLINE 4 x 1000)/VOLTAGE: 230.9 AMPS z I— FEED THRU SUBFEED FEEDER GENERAL NOTES: 6 . LOAD ADDED TO THE ELECTRICAL SERVICE AS A RESULT OF THIS 6 . LOAD ADDED TO THE ELECTRICAL SERVICE AS A RESULT OF THIS 6 . LOAD ADDED TO THE ELECTRICAL SERVICE AS A RESULT OF THIS LOAD TYPE PANEL TOTAL TOTAL TOTAL SUBTOTAL DEMAND FEEDER TOTAL A. W PROJECT: PROJECT: PROJECT: (L)LIGHTING 0 0 125% 0 B. NEW SERVER R ACK = 3328 VA NEW SERVER R ACK = 3328 VA NEW SERVER R ACK = 3328 VA W (R)RECEPTACLES 0 0 NEC 220 0 C. NEW SERVER R ACK = 3328 VA NEW SERVER R ACK = 3328 VA NEW SERVER R ACK = 3328 VA J0 25% 0 D. Q NEW SERVER R ACK = 3328 VA (LM)LR G.MOTOR 0 > (M)MOTOR S(ALL) 0 0 100% 0 E. 7 . TOTAL CURRENT ADDED TO PANEL EM1: 32.00 AMPS 7 . TOTAL CURRENT ADDED TO PANEL EM1: 32.00 AMPS NEW SERVER R ACK 3328 VA W (E)EQUIPMENT 0 0 100% 0 SPECIFIC NOTES: Current Issue: 8 . LOAD REMOVED FR OMTHE PANEL AS A 8 . LOAD REMOVED FR OMTHE PANEL AS A 7 . TOTAL CURRENT ADDED TO PANEL EM1: 36.95 AMPS O (A)APPLIANCES 0 0 0 0 (1) RESULT OF THIS PROJECT: RESULT OF THIS PROJECT: Z (2) = 0 VA = 0 VA 8 . LOAD REMOVED FR OMTHE PANEL AS A 100% PANEL TOTAL(KVA): 0.0 RESULT OF THIS PR OJECT: Construction Documents O NOTE:PROVIDE TEMPORARY 30-DAY DEMAND (3) I— METER ON PANEL.RESULTS WILL BE PROVIDED (4) 9 TOTAL LOAD REMOVED FR OMTHE 9 TOTAL LOAD REMOVED FR OMTHE = 0 VA ONCE AVAILABLE. PANEL TOTAL(A): 0 5) ELECTRICAL SER VICE: 0.00 AMPS ELECTRICAL SER VICE 0.00 AMPS C 9 TOTAL LOAD REMOVED FR OMTHE 10 • ELECTRICAL SERVICE CAPACITY AMPS 10 ELECTRICAL SERVICE CAPACITY AMPS ELECTRICAL SER VICE: 0.00 AMPS 0 O W OF EXISTING ELECTRICAL LOAD)+(AMPS OF OF EXISTING ELECTRICAL LOAD),(AMPS OF Issued: w LOAD ADDED AS A RESULT OF THIS PROJECT) LOAD ADDED AS A RESULT OF THIS PROJECT) 10 • (ELECTRICAL SERVICE CAPACITY)-((AMPS -(AMPS OF LOAD REMOVED AS A RESULT FO -(AMPS OF LOAD REMOVED AS A RESULT FO Q OF EXISTING ELECTRICAL LOAD),(AMPS OF THIS PROJECT)): THIS PR OJECT)): LOAD ADDED AS A RESULT OF THIS PROJECT) PERMIT 06.29.18 6 #VALUE! AMPS OF SPARE CAPACITY #VALUE! AMPS OF SPARE CAPACITY -(AMPS OF LOAD REMOVED AS A RESULT FO REVISION 1 07.21.18 ON EXISTING PANEL ON EXISTING PANEL THIS PROJECT)): Z I= 132.14 AMPS OF SPARE CAPACITYJ ON EXISTING PANEL D CO Z 0 0 J J Q 0 z 0 I0 W I- W N_ 2 Sheet Title: D' ELECTRICAL co ONE-LINE CA I- 0 W 0 a_ 0_ Date: JUNE 29, 2018 m Designed: MAS uj Reviewed: DAL Project No: 9899.00 Sheet No: Q co U-) 66 oi co E-0 . 1 M CV ✓ Scale: As Shown O