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11-269-010LOAD CALCULATION EXISTING ELECTRICAL PANEL 91 LIGHTING FIXTURES 49x40 1,960 WATTS RECEPTACLES 49x18O 3,9 6 0 WATTS A/C CONDENSING UNIT 7,576 WATTS TOTAL LOAD 13,49 6 WATTS PROVIDE 3#2 THW -1 1/4!' FROM EXISTING METER, 125 AMPS, 2 POLES, 1 PHASE 120/240 EXISTING ELECTRICAL PANEL "A:' Ground Floor North Section 150 AMPS, MCB, 1 0, 3W, 120/240 VOLTS FLUSH MOUNTED TYPE I.T.E. DESCRIPTION C14 • < N 0 < _j w 0 Fr c ij DESCRIPTION LL. 0 0 0 _j LJJ m 0 cr_ < m F- z < _j LL 0 D 0 V) L) _j < m _j < LLJ 0 0 RECEPTACLE _j 0 a: F LJ fx_ V) Recep. COMPUTER A/C COMPRESSOR LIJ r- _j _j F_ LLJ y EXIT __ LIGHTS 0 _j 0 LO w M 0 Q: MOVE LIGHTING FIXT. E- z M U) w 1z (=I 2 W 0 U) U2 PQ 94 0" E_ E- v E- 0 0 % E-4 0 0 w E-4 0 04 P4 RECEPTACLE a4 0 MOVE • (11,656 V.A 065%) = 7,576 V.A (6,984 V.A @100%) = 6,984 NON- CURRENT LOADS Seim. TOTAL: KVA AMPS LOAD CALCULATION EXISTING ELECTRICAL PANEL "C LIGHTING FIXTURES 49x40 1,960 WATTS RECEPTACLES 17x18O 3,060 WATTS A/C CONDENSING UNIT 7,576 WA1 _TS TOTAL LOAD 14,556 WA17S 66 AMPS PROVIDE 3#2 THW -1 1/4!' FROM EXISTING METER, 125 AMPS, 2 POLES, 1 PHASE 120/240 EXISTING ELECTRICAL PANEL "C7 150 AMPS, MCB, 1 0, 3W, 120/240 VOLTS Second Floor North Section FLUSH MOUNTED TYPE I.T.E. 1-DESCRIPTION DESCRIPTION NOW AIR HANDLING LIGHTING FIXT.- LIGHTING FIXT. NON- CURRENT LOADS TOTAL: KVA AMPS LOAD CALCULATION EXISTING ELECTRICAL PANEL "Y' LIGHTING FIXTURES 46x4O 1,840 WATTS RECEPTACLES 18x18O 3,240 WATTS A/C CONDENSING UNIT 7,576 WATTS TOTAL LOAD 12,656 WATTS 58 AMPS PROVIDE 3#2 THW -1 1/4!' FROM EXISTING METER, 125 AMPS, 2 POLES, 1 PHASE 120/240 EXISTING ELECTRICAL PANEL "IY' 150 AMPS, MCB, 1 0. 3w, 120/240 VOLTS Second Floor South Section FLUSH MOUNTED TYPE I.T.E. DESCRIPTION, DESCRIPTION RECEPTACLE ------ RECEPTACLE A/C COMPRESSOR Iowa U&MVIV AIR HANDLING NONE aw No No-go Now, C.U. #4 (6,984 V.A 0100%) = 6,984 NON- CURRENT LOADS TOTAL: KVA AMPS a SCALE: 1/4" = 1'-0" EXIST'G. EXIST'G. EXIST'G. EXIST'G. I*- C14 < N 0 < _j w 0 Fr c ij (o 00 r- LL. 0 0 0 _j LJJ m 0 cr_ < m F- z < _j LL 0 D 0 V) L) _j < m _j < LLJ 0 0 LLI W V) _j 0 a: F LJ fx_ V) LIJ r- _j _j F_ LLJ y 0 _j 0 LO w M 0 Q: r- E- z M U) w 1z (=I 2 W 0 U) U2 PQ 94 0" E_ E- v E- 0 0 % E-4 0 0 w E-4 0 04 P4 a4 a4 0