Electrical Drawings - Table of Contents
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1 Electrical Drawings - Table of Contents E1.0 Lighting Plan E1.1 Power Plan E2.0 Electrical Specifications E2.1 Electrical Specifications E3.0 Panel Schedule E3.1 Load Summary
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6 Panel Schedule LP1 Source Name: MDP Size: 800A Voltage: 208 V Phase: 3 Frame Size: 800 A Enclosure NEMA: Type 1 Main Connection: breaker Ground Buss: Yes Neutral Buss: Yes CT Meter: No Entrance: Top Circuit Circuits: 33 / 42 Voltage: 120 / 208 System: 3Ø, 4-Wire Hertz: 60 Protection Frame Size: 200A Load (A): 136 % Factor: 145 Size: 200A Conductor Conductor: kcmils Neutral: kcmils Ground: 1-6 ga. Insulation: THHN Material: Copper Raceway: EMT Ct# Load Description Cdtr Size Size Rway Size AØ BØ CØ L CØ BØ AØ Rway Size Size Cdtr Size Load Description Ct# 1 LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS 2 3 LTS ATTIC (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS 4 5 LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS 6 7 LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS 8 9 LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS LTS (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. LTS EXT FLOOD (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. EXT FLOOD PORTICO (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. SIGNS SIGNS (1) 12 ga. 20A / L A /1 (1) 12 ga. SIGNS DETECTORS (1) 12 ga. 20A / L A /1 (1) 12 ga. DETECTORS DETECTORS (1) 12 ga. 20A / L L L L L3 42 Phase Totals - kva: Panel Schedule LP2 Load Balance: Load Totals: PhaseA: PhaseB: PhaseC: Amps: kw: kva: 15.5 kva 14.5 kva 13.5 kva Connected Load: w/ Demand Factors: Phase Balance Differential: 12.99% Source Name: MDP Size: 800A Voltage: 208 V Phase: 3 Frame Size: 800 A Enclosure NEMA: Type 1 Main Connection: breaker Ground Buss: Yes Neutral Buss: Yes CT Meter: No Entrance: Top Circuit Circuits: 33 / 42 Voltage: 120 / 208 System: 3Ø, 4-Wire Hertz: 60 Protection Frame Size: 200A Load (A): 75 % Factor: 265 Size: 200A Conductor Conductor: 3-3/0 ga. Neutral: 1-3/0 ga. Ground: 1-6 ga. Insulation: THHN Material: Copper Raceway: EMT Ct# Load Description Cdtr Size Size Rway Size AØ BØ CØ L CØ BØ AØ Rway Size Size Cdtr Size Load Description Ct# 1 RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT 2 3 RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT 4 5 RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT 6 7 RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT 8 9 RCPT (1) 12 ga. 20A /1 0.9 L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A /1 0.9 L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A /1 0.9 L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. RCPT RCPT (1) 12 ga. 20A / L A /1 (1) 12 ga. DISH WASH RCPT (1) 12 ga. 20A /1 L L L L L3 42 Phase Totals - kva: Panel Schedule MDP Source Size: Impedance: Xfmr AIC: Voltage Pri: Voltage Sec: 208 / 120 V Phase: 3 Enclosure NEMA: Type 1 Main Connection: breaker Ground Buss: Yes Neutral Buss: Yes CT Meter: Yes Entrance: Top Circuit Circuits: 52 / 84 Voltage: 120 / 208 System: 3Ø, 4-Wire Hertz: 60 Protection Frame Size: 800A Load (A): 565 % Factor: 140 Size: 800A Conductor Conductor: 2 -Sets of kcmils Neutral: 2 -Sets of 600 kcmils Ground: 1-3 ga. Insulation: THHN Material: Copper Raceway: EMT Ct# Load Description Cdtr Size Size Rway Size AØ BØ CØ L CØ BØ AØ Rway Size Size Cdtr Size Load Description Ct# 1 FRIDGE (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. FRIDGE 2 3 FRIDGE (1) 12 ga. 20A /1 1.5 L A /1 (1) 12 ga. FRIDGE 4 5 RANGE (2) 3 ga. 70A /2 6 L3 6 70A /2 (2) 3 ga. RANGE L RANGE (2) 3 ga. 70A /2 6 L2 8 90A /2 (2) 1 ga. EHW L L RANGE HOOD (2) 12 ga. 20A / L A /1 (1) 12 ga. CIRC PUMP L A /1 (1) 12 ga. EF L L L L L L L L L LP1 (3) 300 kcmils 200A / L A /3 (3) 3/0 ga. LP L L CU-1 (3) 6 ga. 45A /3 L1 45A /3 (3) 6 ga. CU L L CU-3 (3) 6 ga. 45A /3 L1 45A /3 (3) 6 ga. CU L L CU-5 (3) 6 ga. 45A /3 L L L AHU-1 (3) 4 ga. 40A /3 4 L1 4 40A /3 (3) 4 ga. AHU L L AHU-3 (3) 4 ga. 40A /3 4 L1 4 40A /3 (3) 4 ga. AHU L L AHU-5 (3) 4 ga. 40A /3 4 L L L L L L3 84 Phase Totals - kva: Load Balance: Load Totals: PhaseA: PhaseB: PhaseC: Amps: kw: kva: kva kva kva Connected Load: w/ Demand Factors: Phase Balance Differential: 12.67% LEVIER PROPERTIES, LLC. Load Balance: Load Totals: PhaseA: PhaseB: PhaseC: Amps: kw: kva: kva 9.54 kva 9 kva Connected Load: w/ Demand Factors: Phase Balance Differential: 22.26%
7 LP1 Load Summary Service Characterization : Computation Method : School / Per Maximum Phase Load Method NEC Table : Size : Std-200A-3P-208VAC 3 Phase Increase Factor : 145% L-L Voltage : 208 VAC L-N Voltage : 120 VAC Current-Carrying Conductors : kcmils THHN Copper conductors Ground Conductors : 1-6 ga. THHN Copper conductor Neutral Conductors : kcmils THHN Copper conductor LP2 Load Summary Service Characterization : Computation Method : School / Per Maximum Phase Load Method NEC Table : Size : Std-200A-3P-208VAC 3 Phase Increase Factor : 265% L-L Voltage : 208 VAC L-N Voltage : 120 VAC Current-Carrying Conductors : 3-3/0 ga. THHN Copper conductors Ground Conductors : 1-6 ga. THHN Copper conductor Neutral Conductors : 1-3/0 ga. THHN Copper conductor MDP Load Summary Service Characterization : Computation Method : School / Per Maximum Phase Load Method NEC Table : Size : Std-800A-3P-208VAC 3 Phase Increase Factor : 140% L-L Voltage : 208 VAC L-N Voltage : 120 VAC Current-Carrying Conductors : 2 sets of 600 kcmils THHN Copper conductors in parallel Ground Conductors : 2-3 ga. THHN Copper conductor Neutral Conductors : kcmils THHN Copper conductor Service Load Characteristics : Gross Amperes : Gross Kilowatts : Gross Volt Amperes : Gross Kilovolt Amperes : Phase Load Balance : Phase A : kw Phase B : kw Phase C : kw Balance Differential Percentage : 12.99% (A) (kw) 43,500 (VA) (kva) Service Load Characteristics : Gross Amperes : Gross Kilowatts : Gross Volt Amperes : Gross Kilovolt Amperes : Phase Load Balance : Phase A : kw Phase B : 8.58 kw Phase C : 8.1 kw Balance Differential Percentage : 22.26% (A) (kw) 21,462 (VA) (kva) Service Load Characteristics : Gross Amperes : Gross Kilowatts : Gross Volt Amperes : Gross Kilovolt Amperes : Phase Load Balance : Phase A : 59.3 kw Phase B : kw Phase C : kw Balance Differential Percentage : 12.67% (A) (kw) 163,741 (VA) (kva) Summary : Service Size Computation Method : School General Lighting Load : Line Neutral Notes Inductive Lighting Load : 43, VA 43, VA 33 - circuit(s) Total Load : 43, VA 43, VA Total Load with Demand Factor: 43, VA 43, VA per NEC , (A) & (B) Totals : 43, VA 43, VA Ampacity Formula A A The total load in amperes is computed from the summation of each item utilizing the following formula: Amperes = (item kw * 1000) / (panel Voltage * item power factor * item efficiency factor * square root of the panel phase) Reprinted with permission from NFPA , NEC copyright 2011, National Fire Protection Association. This is not the complete and official position of the NFPA on the referenced subject which is represented only by the standard in its entirety. The title National Electric Code and the acronym NEC are registered trademarks of the National Fire Protection Association(NFPA). Summary : Service Size Computation Method : School Receptacle Load : Line Neutral Notes Continuous Load : 28, VA 28, VA 31 - circuit(s) Total Load : 28, VA 28, VA Total Load with Demand Factor: 19, VA 19, VA per NEC Motor Load : Motor Load : 1, VA 1, VA 1 - circuit(s) 25% of Largest Motor* : VA VA per NEC (A) Total Load : 1, VA 1, VA Totals : 21, VA 21, VA A A * Largest motor load is derived from DISH WASH Ampacity Formula The total load in amperes is computed from the summation of each item utilizing the following formula: Amperes = (item kw * 1000) / (panel Voltage * item power factor * item efficiency factor * square root of the panel phase) Reprinted with permission from NFPA , NEC copyright 2011, National Fire Protection Association. This is not the complete and official position of the NFPA on the referenced subject which is represented only by the standard in its entirety. The title National Electric Code and the acronym NEC are registered trademarks of the National Fire Protection Association(NFPA). Summary : Service Size Computation Method : School General Lighting Load : Line Neutral Notes Inductive Lighting Load : 43, VA 43, VA 33 - circuit(s) Total Load : 43, VA 43, VA Total Load with Demand Factor: 43, VA 43, VA per NEC , (A) & (B) Receptacle Load : Continuous Load : 28, VA 28, VA 31 - circuit(s) Total Load : 28, VA 28, VA Total Load with Demand Factor: 19, VA 19, VA per NEC Appliance Load : Device Heating Load : 16, VA 16, VA 1 - circuit(s) Load with Demand Factor: 16, VA 16, VA per NEC Range Load : Range Load : 36, VA 25, VA 3 - circuit(s) Load with Demand Factor: 14, VA 9, VA NEC Motor Load : Motor Load : 9, VA 9, VA 8 - circuit(s) 25% of Largest Motor* : VA VA per NEC (A) Total Load : 9, VA 9, VA Environmental Load : Heater Load : 60, VA 60, VA 5 - circuit(s) Applied Load: 60, VA 60, VA NEC Totals : 162, VA 158, VA A A * Largest motor load is derived from DISH WASH ** Applied 30% Neutral Load Reduction per NEC (B) Items not included in panel load summary computations : 1. CU VAC, 3Ø, A 2. CU VAC, 3Ø, A 3. CU VAC, 3Ø, A 4. CU VAC, 3Ø, A 5. CU VAC, 3Ø, A LEVIER PROPERTIES, LLC. Ampacity Formula The total load in amperes is computed from the summation of each item utilizing the following formula: Amperes = (item kw * 1000) / (panel Voltage * item power factor * item efficiency factor * square root of the panel phase) Reprinted with permission from NFPA , NEC copyright 2011, National Fire Protection Association. This is not the complete and official position of the NFPA on the referenced subject which is represented only by the standard in its entirety. The title National Electric Code and the acronym NEC are registered trademarks of the National Fire Protection Association(NFPA).
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