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PANELBOARD SCHEDULE - "A" <br />MAIN 200A MCB IVOLTAGE 2401120 <br />PHASE 1 I WIRE 3 MOUNTING SURFACE I AIC 10K INOTES. <br />CKT <br /># <br />BKR <br />TRIP <br />POLE <br />WIRE <br />SIZE <br />COND <br />SIZE <br />DESCRIPTION <br />LOAD (KVA) <br />S <br />LOAD (KVA) <br />DESCRIPTION <br />COND <br />SIZE <br />WIRE <br />SIZE <br />POLE <br />BKR <br />TRIP <br />CKT <br /># <br />LTG <br />REC <br />FAT <br />AC <br />HTG <br />KIT <br />INVIIS <br />A B <br />LTG <br />REC <br />MTR <br />A/C <br />HTG <br />KIT <br />MISC <br />1 <br />20 <br />1 <br />12 <br />1i2" <br />PYLON SIGN (TC,PC) <br />1.2 <br />07 <br />05 <br />LTS - SERVICE BAYS <br />1112" <br />12 <br />1 <br />20 <br />2 <br />3 <br />20 <br />1 <br />SPARE <br />LTS -SUPPORT <br />1;2" <br />12 <br />1 <br />20 <br />4 <br />5 <br />20 <br />1 <br />12 <br />1i2" <br />REC -IG WORK #3 (GFI) <br />0 4 <br />0-5 <br />REC - SERV ICE RR (GFI <br />V2" <br />12 <br />1 <br />20 <br />6 <br />7 <br />20 <br />1 <br />12 <br />1'2" <br />REC - OFF.iSUPPLIES ( <br />06 <br />08 <br />REC - SERVICE,RR (GFI <br />1i2" <br />12 <br />1 <br />20 <br />8 <br />9 <br />1 20 <br />1 1 <br />12 <br />112" <br />IREC - SERVICE (GFI) <br />1.0 <br />SPARE <br />V2" <br />12 <br />1 1 <br />20 <br />10 <br />11 <br />20 <br />1 <br />12 <br />112" <br />SPARE <br />10 <br />E:+1tH-2 <br />1i2" <br />12 <br />2 <br />20 <br />12 <br />1.3 <br />20 <br />1 <br />12 <br />1i2" <br />AIR COM PRESSOR <br />1A <br />10 <br />14 <br />15 <br />1 <br />SPACE <br />18 <br />18 <br />I:''VH <br />34" <br />10 <br />2 <br />30 <br />16 <br />17 <br />20 <br />1 <br />12 <br />1?2" <br />EF-2 <br />1.2 <br />18 <br />19 <br />20 <br />1 <br />12 <br />1i2" <br />CF-1 <br />0' <br />0.5 <br />12 <br />REC - STORAGE (GFI) <br />PTHP-1 <br />112" <br />112" <br />12 <br />12 <br />1 <br />2 <br />20 <br />15 <br />20 <br />22 <br />21 <br />20 <br />1 <br />12 <br />112" <br />CF-1 <br />0.7 <br />23 <br />20 <br />1 <br />12 <br />112" <br />LTS -EXTERIOR (TC{PC) <br />0.2 <br />12 <br />24 <br />25 <br />20 <br />1 <br />12 <br />1i2" <br />BLDG SIGNAGE (TC1PC) <br />12 <br />0.8 <br />EVbH-1 <br />1?2" <br />12 <br />1 <br />20 <br />26 <br />27 <br />20 <br />1 <br />12 <br />1/2" <br />BLDG SIGNAGE (TCIPC) <br />12 <br />SPARE <br />1 2" <br />12 <br />1 <br />20 <br />28 <br />29 <br />20 <br />1 <br />12 <br />tit" <br />REC - "OPEN" SIGN (TC <br />10 4 <br />0 2 <br />RECEPT <br />RECEPT <br />v2" <br />1i2" <br />12 <br />12 <br />1 <br />1 <br />20 <br />20 <br />30 <br />31 <br />20 <br />1 <br />SPARE <br />0 2 <br />32 <br />33 <br />20 <br />1 <br />12 <br />1i2" <br />DATA ROUTER <br />0.5 <br />0.4 <br />%vVORK STATION #2 <br />WORK STATION #1 <br />112" <br />12 <br />1 <br />1 <br />20 <br />20 <br />34 <br />35 <br />20 <br />1 <br />12 <br />112" <br />REFRIGERATOR <br />0 7 <br />0 4 <br />1r2" <br />12 <br />36 <br />37 <br />35 <br />2 <br />8 <br />314' <br />IRH-1 <br />3 0 <br />0.4 <br />WORK STATION #3 <br />112" <br />12 <br />1 <br />20 <br />38 <br />39 <br />30 <br />18 <br />1WH <br />3`4" <br />10 <br />2 <br />30 <br />40 <br />41 <br />1 <br />SPACE <br />18 <br />1 <br />42 <br />LIGHTING (KVA) 1.3 <br />0.2 <br />3.1 <br />4 0 <br />0.0 <br />60 <br />0 0 <br />4.1 <br />11 <br />3.5 <br />00 <br />2 4 <br />19.9 <br />0 0 <br />0.0 <br />CONNECTED LOAD (KVA) 34.2 <br />RECEPTACLES (KVA) 6.5 <br />DEMAND LOAD (KVA). 34.6 <br />MOTORS (KVA): 4.0 <br />PHASE A <br />### <br />164 4 <br />A/C (KVA). 2 4 <br />PHASE B <br />### <br />120.9 <br />CONNECTED LOAD (AMPS): 142 7 <br />HEATING (KVA): 15 9 <br />KVA <br />AMPS <br />DEF,IAND LOAD (AMPS) 1440 <br />KITCHEN (KVA): 00 <br />MISCELLANEOUS (KVA). 41 <br />NOTES 1_SUBSCRIPTS TCiPC - CONTROL VIA TIME CLOCK AND PHOTOCELL BY E C . GFI - PROVIDE GF[ TYPE CIRCUIT BREAKER I G - PROVIDE ISOLATED GROUND. <br />SINGLE PHASE POWER <br />NOTE 4 <br />MAXIMUM AVAILABLE FAULT CURRENT IS BASED ON A 45kVA UTILITY <br />TRANSFORMER WITH 2.3%Z. CONTRACTOR SHALL NOTIFY ENGINEER <br />IMMEDIATELY IF ACTUAL TRANSFORMER CHARACTERISTICS INDICATE A <br />HIGHER FAULT CURRENT IS POSSIBLE. <br />0POWER RISER DIAGRAM SINGLE PHASE POWER <br />NTS <br />NOTES: <br />I. METER BASE PROVIDED AND INSTALLED BY ELECTRICAL CONTRACTOR, TO <br />UTILITY REQUIREMENTS. METER PROVIDED AND INSTALLED BY UTILITY. <br />MOUNT METER AT THE MINIMUM HEIGHT ABOVE FINAL GRADE. SECONDARY <br />SERVICE PROVIDED BY E.C.. <br />2. SERVICE LATERAL CONDUCTORS TO METER PROVIDED AND INSTALLED BY <br />UTILITY. COORDINATE FOR TRENCHING AND CONDUIT REQUIREMENTS. <br />3. 3#3/0 (CU), #6 CU. GND IN 2' CONDUIT. <br />4. #4 CU. GND TO GROUNDING ELECTRODE SYSTEM, SEE DETAIL, T14I5 SHEET. <br />C <br />C <br />S. <br />m <br />GROUND BUS <br />INTERSYSTEM <br />BONDING TERMINATION <br />BUS, PER NEC 250.94, <br />BONDED WITH <br />MINIMUM #6 AWG CU. <br />GROUND CLAMP ON <br />EFFECTIVELY GROUNDED <br />METALLIC WATER MAIN, PER <br />N.E.C. ART. 250-52.A.1 <br />GRADE <br />SINGLE PHASE POWER <br />PANEL DEMAND CALCS <br />LIGHTING <br />1.33 <br />KVPX <br />125 % = <br />1.7 KVA <br />RECEPTAC TOTAL <br />6.54 <br />KVA <br />1ST <br />1000 <br />KVA X <br />100 % = <br />6.5 KV A <br />REMAIN <br />000 <br />KVAX <br />50 % = <br />0.0 KVA <br />M OTORS <br />400 <br />KVP X <br />100 °'o = <br />4.0 KVA <br />A/C <br />2.37 <br />KVPX <br />100 % = <br />2.4 KVA <br />HEATING <br />15.90 <br />KVAX <br />100 % = <br />15.9 KVA <br />FUTURE <br />KVA X <br />100 % = <br />D.0 KVA <br />KITCHEN <br />000 <br />KVPX <br />65 % = <br />0.0 KVA <br />MISCELLANEOUS <br />410 <br />KVPX <br />100 % = <br />4.1 KVA <br />TOTAL = <br />144.0 amps <br />= <br />34.6 KVA <br />SERVICE ENTRANCE EQUIP. I NEUTRAL BUS <br />EXOTHERMIC WELD TO EFFECTIVELY - <br />GROUNDED BUILDING STEEL WHERE <br />AVAILABLE, PER N.E.C. ART. 250-52.A.2 <br />GROUNDING ELECTRODE CONDUCTORS SIZED AS <br />INDICATED ON POWER RI5ER DIAGRAM. <br />HAND HOLE FOR BOLTED TYPE CONNECTION <br />INSPECTION. OR EXOTHERMIC WELD. <br />20' MIN. <br />CONCRETE ENCASED ELECTRODE PER <br />N.E.C. ART. 250-52.A.3. 1/2' REBAR <br />OR #4 BARE COPPER (MINIMUM). <br />NONMETALLIC PROTECTIVE SLEEVE <br />(:j) <br />GROUNDING DETAIL <br />NTS <br />GROUNDING ELECTRODES SHALL BE PROVIDED IN ACCORDANCE WITH NEC <br />SECTION 250. ALL GROUNDING ELECTRODE CONDUCTORS 51ZED AS <br />INDICATED ON POWER RISER DIAGRAM. ALL ME HIM OF CREATING THE <br />GROUNDING SYSTEM MAY Nor BE REAUIRED OR AVAILABIM <br />HAND HOLE FOR <br />INSPECTION. <br />3/4'0 X 8'-0' MIN. CU <br />GROUND ROD DRIVEN <br />TO tV BELOW FINISH <br />GRADE. <br />Zaza aou1n I ryon aueet aune Zou <br />Charlotte, North Carolina 28203 <br />tel 704.373.0068 fax 704.373.0260 <br />MECHANICAL ELECTRICAL PLUMBING <br />W� <br />J <br />0_j <br />U�(y' <br />WM <br />JN-j <br />� 'LL <br />Lc)�_J <br />W W I..L <br />L.L = <br /><<n <br />i."'' N <br />W8"D <br />CD00 <br />'z' <br />W Q o <br />O� <br />E-Uw o <br />U <br />OE;od <br />c� o <br />�zr_.c <br />LIJ <br />M ~ <br />�1 <br />U <br />NUa3 <br />111, °re'e"�bin , <br />In �e orf- Y net Thle the Drva <br />13 <br />or <br />bo uwd an any oum Tat <br />RMebinm Moaon <br />must be b o <br />Copyrght 2013. Dd*w Roblman <br />tale <br />over .oal.a snorlobm asoi°"'a' <br />REV. I DESCRIPTION <br />09-23-2021 <br />ELECTRICAL <br />DETAILS <br />Em3 <br />