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i - k1VA x 1000 = trans. FLA <br />E <br />E =1 240 <br />trans_ FLA <br />I=,a- trans. FLA x 100 x PF PF 90°ra <br />transformer Z Z <br />lsea = ampere short-circuit current RNIS symmetrical. 1�s-a amperes <br />Pointto Point Method Single Phase 24G,1120 <br />Length (distance) FEET L = 50 Capper in Nc,nmetalhc Raceway <br />factor 2 x. L x I (ASC) lx <br />N x G x E L-N ## conductors par phase N t <br />Phase conductor constant C Phase t cndu ter 3/0 <br />Volt Line to Line E L - L = 240 volt <br />f' <br />Neutral conductor constant C _ Neutral Conductorf 3/0 <br />Multiplier Volt Line to Neutral E L - N = 120 Volt <br />1 As <br />M _ I <br />1 + f Line to Line M = <br />Line to Neutral M = <br />l--ca x M = fault current at terminals of main disconnect L- L = amperes <br />1=a x M = fault current at terminals of main disconnect L-N _ I amperes <br />AVAILABLE FAULT CURRENT AT PANEL B <br />Available Fault Current Calculation <br />6, J.h. Sokvlik Ver. 6.6 <br />Utility Symmetrical Fault Current 1-7 3 amperes k'VA implids(�corrlcast.net <br />i'= kLti4 x "I000 trans. FLA trans_ FLA <br />E <br />I.wa= trans. FLA x 100 x PF _ PF = 90 ° <br />transformer Z _ Z = I90 <br />tea=ampere short-circuit current RMSsymmetrical- <br />amperes <br />Point to Point Method Single Ptnase2+^" ^ — <br />Length (distance) FEET <br />L <br />170 r©pperinN. <br />"f' factor = 2 x L x I (ASC) <br />k" <br />`. <br />N x C x E L-N # canductars per phases <br />N <br />Phase conductor constant <br />C <br />_ Phase Condw <br />Volt Line to Line <br />E L - L <br />24[l Volt <br />f <br />Neutral conductor constant <br />C <br />Neutral Conde <br />Multiplier Volt Line torNeutral <br />EL-N <br />= 121DVolt <br />f <br />— <br />1 -f Line to Line <br />M <br />— <br />Line to Neutral <br />M <br />= _ <br />Iwo x M = fault current at terminals of main disconnect L- L = —10 am <br />=m x M = fault current at terminals of main disconnect L- N = 6 i am <br />SERVICE ENTRANCE FEEDER SCHEDULE <br />CU200SE <br />200A SERVICE ENTRANCE FEEDER: I SET OF - (3) 3/0 CU & (1) 3/0 <br />CU NEUTRAL IN (1) 2" CONDUIT <br />FEEDER SCHEDULE <br />CU100 <br />IOOA FEEDER: 1 SET OF - (3) #3 CU, (1) #3 CU NEUTRAL & (1) <br />#8 CU E.G.C. IN (1) 1 /4" CONDUIT <br />PANEL LABELING <br />NEW OR EXISTING DENOTES CONDITION <br />" A" DENOTES NAME <br />277/480V DENOTES VOLTAGE <br />30, 4-WIRE— DENOTES PHASE, SYSTEM <br />200A DENOTES AMPS <br />MCB OR MLA DENOTES PANEL TYPE <br />NEMA_ DENOTES ENCLOSURE RATING <br />SHEET DESCRIPTION: PANEL SCHEDULE, RISER DIAGRAM & DETAILS <br />PANEL <br />A <br />SURFACEMOUNTED <br />120/240 VOLT 1 PHASE <br />3 R' IRE W ITH GROUND <br />200A MCB <br />NEMA 3R <br />22,000 AIC <br />NOTES <br />CKT. <br />DESCRIPTION <br />BREAKER <br />A <br />B <br />BREAKER <br />DESCRIPTION <br />CKT. <br />NOTES <br />NO. <br />TRIP <br />POLE <br />VOLT <br />VOLT <br />POLE <br />TRIP <br />NO. <br />5 <br />1 <br />ENTRY GATE <br />20 <br />2 <br />240 <br />1800 1800 <br />240 <br />2 <br />20 <br />EXIT GATE <br />2 <br />5 <br />5 <br />3 <br />20 <br />2 <br />240 <br />1800 1800 <br />240 <br />2 <br />20 <br />4 <br />5 <br />3 <br />5 <br />OFFICEAC <br />20 <br />2 <br />240 <br />1800 1050 <br />120 <br />1 <br />20 <br />OFFICE RECPTACLES <br />6 <br />2 <br />3 <br />7 <br />" " <br />20 <br />2 <br />240 <br />1800 1200 <br />120 <br />1 <br />20 <br />OFFICE LIGHTS <br />8 <br />1 <br />1 <br />9 <br />FUTURE LIGHT J-BOX <br />20 <br />1 <br />120 <br />540 540 <br />120 <br />1 <br />20 <br />FUTURE LIGHT J-BOX <br />10 <br />1 <br />2 <br />I <br />ENTRY GATE RECEPTACLE <br />20 <br />1 <br />120 <br />180 180 <br />120 <br />1 <br />20 <br />EXIT GATE RECEPTACLE <br />121 <br />2 <br />6 <br />13 <br />PANEL B <br />100 <br />2 <br />240 <br />360 ISO <br />120 <br />1 <br />20 <br />RECEPTACLE AT PANEL <br />14 <br />2 <br />6 <br />15 <br />100 <br />2 <br />240 <br />360 <br />16 <br />17 <br />18 <br />19 <br />20 <br />21 <br />1 <br />22 <br />23 <br />24 <br />25 <br />26 <br />27 <br />28 <br />29 <br />30 <br />31 <br />32 <br />331 <br />34 <br />35 <br />36 <br />37 <br />38 <br />39 <br />240 <br />2 <br />30 <br />SURGEPROTECTOR <br />40 <br />41 <br />240 <br />2 <br />30 <br />42 <br />CONNECTED VA <br />SYSTEM VOLTS <br />PHASEAMPS <br />81001 <br />7320 <br />DEMAND LOAD <br />2850 VA <br />1620 VA <br />3600 VA <br />0 VA <br />7200 VA <br />900 VA <br />0 VA <br />116170 VA <br />1 67 AMPS <br />120/240V, 1 PHASE <br />68 <br />61 <br />NOTES <br />LOAD TYPE <br />IS LARGER <br />CONNECTED <br />NEC DEMAND <br />1 <br />LIGHTING <br />2280 <br />1.25 <br />2 <br />RECEPTACLES <br />1620 <br />1 <br />3 <br />AIRCONDITIONING <br />3600 <br />1 <br />4 <br />HEATING <br />0 <br />0 <br />5 <br />MISC. NON -CONTINUOUS <br />7200 <br />1 <br />6 <br />CONTINUOUS <br />720 <br />1.25 <br />7 <br />KITCHEN <br />0 <br />0.65 <br />TOTAL <br />120/240V, I PHASE <br />� Q <br />Q <br />U W -70 V1\V1_i 1 1\V I J-%- i 11J1V 1--f-L,V 1Vli <br />W <br />W� <br />2z`l� <br />3 <br />Ow <br />U <br />POWER <br />RISER <br />SCALE: NONE <br />PANEL <br />B <br />SURFACEMOUNTED <br />120/240 VOLT 1 PHASE <br />3 WIRE WITH GROUND <br />100A MLO <br />NEMA 3R <br />10,000 AIC <br />NOTES <br />CKT. <br />DESCRIPTION <br />BREAKER <br />A <br />B <br />BREAKER <br />DESCRIPTION <br />CKT. <br />NOTES <br />NO. <br />TRIP <br />POLE <br />VOLT <br />VOLT <br />POLE <br />TRIP <br />NO. <br />2 <br />11 <br />RECEPTACLE 1 <br />20 <br />1 <br />120 <br />180 1.80 <br />120 <br />1 <br />20 <br />RECEPTACLE 2 <br />2 <br />2 <br />2 <br />3 <br />RECEPTACLE 3 <br />20 <br />1 <br />120 <br />190 1 180 <br />120 <br />1 <br />20 <br />RECEPTACLE 4 <br />4 <br />2 <br />5 <br />6 <br />7 <br />8 <br />9 <br />10 <br />11 <br />12 <br />131 <br />14 <br />15 <br />16 <br />17 <br />18 <br />19 <br />20 <br />21 <br />22 <br />23 <br />24 <br />25 <br />26 <br />27 <br />240 <br />2 <br />30 <br />SURGEPROTECTOR <br />28 <br />29 <br />1 <br />1 <br />240 <br />2 <br />30 <br />1 30 <br />CONNECTED VA <br />SYSTEM VOLTS <br />PHASEAMPS <br />3601 <br />360 <br />NOTES (-)GFCIBRF-UUR <br />DEMAND LOAD <br />0 VA <br />720 VA <br />0 VA <br />0 VA <br />0 VA <br />0 VA <br />0 VA <br />720 VA <br />3 AMPS <br />120/240V, 1PHASE <br />3 <br />3 <br />NOTES <br />LOAD TYPE <br />CONNECTED <br />NEC DEMAND <br />1 <br />LIGHTING <br />0 <br />1.25 <br />2 <br />RECEPTACLES <br />720 <br />1 <br />3 <br />AIR CONDITIONING <br />0 <br />0 <br />4 <br />HEATING <br />0 <br />0 <br />5 <br />MISC. NON -CONTINUOUS <br />0 <br />1 <br />6 <br />CONTINUOUS <br />0 <br />1.25 <br />7 <br />KITCHEN <br />0 <br />0.65 <br />TOTAL <br />120/240V, 1 PHASE <br />SERVICE FEEDER VOLTAGE DROP <br />WIRE SIZE <br />DISTANCE <br />AMPERAGE <br />VOLTAGE DROP % <br />3/0 AWG <br />50' <br />200A <br />0.73% <br />I <br />°z <br />FLU>I--IM—ozM <br />This item has <br />been digitally <br />signed and <br />sealed by Cory A. <br />Glass, PE on the <br />00 <br />date adjacent to <br />W <br />A.—. 04 the seal using a <br />o°<,cerrs�as °o Digital Signature. <br />No 804e7 Printed copies of <br />o �a .,,',"this document <br />CA <br />o ®e 3iATE OF `p--are not <br />considered <br />signed and <br />sealed and the <br />SHA <br />authentication <br />pC <br />code must be <br />O <br />verified on any <br />U <br />electronic copies. <br />Lo <br />00 <br />0 <br />0. <br />� M <br />� <br />® <br />N <br />r) O <br />� N <br />LLJL <br />LLl <br />0o <br />LU <br />U c <br />0 <br />zt o <br />L6MC7—d <br />-0 � <br />O c7 <br />-J O <br />0��� <br />0) <br />s v �, 0 <br />W <br />�Nm <br />M�-0 <br />o <br />W <br />C O <br />O N <br />N U LL <br />KTK JIW CAG <br />BY: ENG: APPRV: <br />S <br />H <br />E <br />E <br />T 0 <br />0 <br />0 %/5/2023 <br />