10809 16TH AVE SE 2025 Plans 2026-04-13

NAC1 BATTERY CALCULATIONS NAC2 BATTERY CALCULATIONS co01 � 0 � Project: EHA Evergreen Court Senior Apartments-78630.1 z N Panel ID: NAC1(PSN-106) Project: EHA Evergreen Court Senior Apartments-78630-1 Date: April 4,2025 Panel ID: NAC2(PSN-106) Z_ 0 Date: April 4,2025 _ X Standby(C) Alarm(D) I Q Hours= F 247 Minutes=OS Standby(C) Alarm(D) 3: L� Device Description City Standby Total Standby Alarm Total Alarm Hours= F 24 Minutes=OS LIJ ImA) (.A) ImA) (mA) Device Description City Standby Total Standby Alarm Total Alarm ~ H Main Board 1 30 30 200 200 (mA) (mA) (auk) (mA) IQJJ NAC Circuit 1(Max Load) 1081 Main Board 1 30 30 200 200 NAC Circuit 2(Max Load) 1096 NAC Circuit 1(Max Load) 961 NAC Circuit 3(Max Load) 210 NAC Circuit 2(Max Load) 1201 Lu (V N Z NAC Circuit 4(Max Load) 1577 a NAC Circuit 3(Max Load) 1321 > `� NAC Circuit 5(Max Load) 944 Z NAC Circuit 4(Max Load) 961 Q NAG Circuit 6(Max Load) 570 NAG Circuit 5(Max Load) 1021 (% Total(A)= 30 Total(B)= 5678.10 NAC Circuit 6(Max Load) 0 J Total(A)= 30 Total(B)= 5665 �= H Battery Capacity=1.2x(AxC)+((.0167xD)xB) 1.43 divided by 1000 8.0 Amp Hour Battery Capacity=1.2x(AxC)+((,0167xD)xB) 1.43 12V 8AH BATTERIES RECOMMENDED divided by 1000 8.0 Amp Hour 12V RAH BATTERIES RECOMMENDED ***(12V 8AH BATTERIES PROVIDED)*** ***(12V 8AH BATTERIES PROVIDED)*** m N W Notification Appliance Circuit Detail Notification Appliance Circuit Detail PROJECT:EHA Evergreen Court Senior Apartments-78630.1 PROJECT:EHA Evergreen Court Senior Apartments 78630-1 - Panel:NAC1(PSN-106) Wire Resistance 2.52 Panel:NAC2(PSN-106) Wire Resistance 2.52 Z Date:April 4,2025 CURRENT TOTAL= 5478.1 Date:April 4,2025 CURRENT TOTAL= 4443.6 o z CIRCUIT:Nt-1 CIRCUIT:N2-1 N Voltageat Voltageat UJ D- OTY Device Type Alarm Current Alarm Total Wire Siza Wire Length EOL Cimuit Total OTY Device Type Alarm Current Alarm Total Wire Size Wire Length EOL Circuk Total Of 9 LFH-24W 120.100 1080.9 Total Wire Resistance(R) 1.59 8 LFH-24W 120.100 960.8 Total Wire Resistance(R) 1.36 U Q w (WL`2)`(R/ft) (WL'2)'(Rift) Total Device Load,Amps(1) 1080.90 Total Device Load,Amps(1) 960.80 Z (Total Ca Load) (Total 3 Cct Load) Voltage Drop(E) 1716.04 Voltage Drop(E) 1307.46 (E=I'R) (E=I`R) O EOL Voltage -1695.64 EOL Voltage -1287.06 D. (20.4-E) (20.4-E) N DEVICES=9 TOTAL mA= 1080.9 14 315 78.684 1080.9 DEVICES=8 TOTAL mA= 980.8 14 270 19.093 960.8 CIRCUIT:N2-2 CIRCUIT:N1-2 N Voltageat OTY Device Type Alann Current Alarm Total Wire Size Wire Length Voltageat Circuk Total W < OTY Device Type Alarm Current Alarm Total Wire Size Wire Length EOL Circui[Topl EOL Q O 4 LFH-24W 120.100 480.4 Total Wire Resistance(R) 1.26 10 LFH-24W 120.100 1201 Total Wire Resistance(R) 1.21 O 1 (S)S-24WW@15od 30.000 30 (WL`2)'(R/ft) (WL-2)-(R/ft) O 2 LFHS-177W 293.000 586 Total Device Load,Amps(1) 1096.40 Total Device Load,Amps(1) 1201.00 o as (Total Ca Load) (Total Cct Load) z Voltage Drop(E) 1381.46 Voltage Drop(E) 1452.73 EOL Voltage -1361.06 EOL Voltage -1432.33 (20.4-E) 120.4-E) t) DEVICES=] TOTAL mA= 1098.4 14 250 19.019 10 96.4 DEVICES=10 TOTAL mA= 1201 14 240 18.94] 1201 CIRCUIT:1,11-3 CIRCUIT:N2-3 Volta a al OTY Device T Volta9e a[ OTY Device Type AlannCurrent Alarm Total Wire Size Wire Length EOL ClmultTotal Type Alarm Current Alarm Total Wire Size Wire Length EOL Circuit Total W O 5 (HS)HS-24W W @ 15od 30.000 150 Total Wire Resistance(R) 2.09 10 LFH-24W 120.100 1207 Total Wire Resistance(R) 2.29 C 2 (S)S-24WW@15od 30.000 60 (WL`2)`(Rift) 3 (HS)HS-24WW@15od 30.000 90 (WL-2)-(R/ft) L Total Device Load,Amps(1) 210.00 1 (S)S-241AW @ 15od 30.000 30 Total Device Load,Amps(1) 1321.00 1 (Total Get Load) (Total Get Load) M Voltage Drop(E) 439.24 Voltage Drop(E) 3029.32 L.L (E=I-R) < Isiss (E=I'g) EOL Voltage 3008.92 EOL Voltage -418.84 (20.4-E) (20.4-E) DEVICES=14 TOTAL mA= 1321 14 455 17.371 1321 DEVICES=7 TOTAL mA= 210 14 415 19.961 210 CIRCUIT:N2-0 cc CIRCUIT:N14 IJ.I Voltage at c 00 OTY Device Type Alarm Current Alarm Total Wire Siza Wire Length VoIEOL at Circuit Total OTY Device Type Alann Current Alarm Total Wire Size Wire Length EOL Circuk Total 7 L rUO 8 LFH-24W 120.100 960.8 Total Wire Resistance(R) 1.44 ` W 00 r 1 8 LFH-24W 120.100 960.8 Total Wire Resistance(R) 1.84 (WL'2)'(Rift) w �_� V 2 LFHS-177W 293.000 586 (WL`2)`(Rift) Total Device Load,Amps(1) 960.80 U)iZ O) 1 (S)S-24VVW @ 15cd 30.000 30 Total Device Loatl,Amps(1) 1576.80 (Total Cct Load) U)>Q Q (Total Cct Load) Voltage Drop(E) 1380.09 cc _ Voltage Drop(E) 2900.68 (E= "R) r (E=I-R) EOL Voltage -1359.69 F- EOL Voltage -2880.28 120.4-E) D JLU (20.4-E) Q"2(ruj r 1 DEVICES=8 TOTAL mA= 960S 14 285 19.020 960.8 O �Q; V DEVICES=II TOTAL mA= 1576.8 14 366 17.499 1576.8 voltage LL00 O OTY Device Type Alann Current Alarm Total Wire Sae Wire Length W CIRCUIT:N1-5 CIRCUIT:N2-5 at 7 r /\ Voltageat OTY Device Type Alarm Total Wire Size Wire Length Vo EOL Circuk Total L �\`II EOL Cl-It Total B LFH-24W 120.100 960.8 Total Wire Resistance(R) 0.00 W 6 LFH-24W 120.100 720.6 Total Wire Resistance(R) 1.94 2 (HS)HS-24W W @ 15cd 30.000 60 (WL-2)`(R/ft) w 2 (HS)HS-24W W @ 15cd 30.000 60 (WL`2)'(R/ft) Total Device Load,Amps(1) 1020.80 Hr W 1 (HS)HS-24W W @ 110cd 103.000 103 Total Device Load,Amps((1) 943.60 (Total Cct Load) L�L 2 (S)S-24W @ 15cd 30.000 60 (Total Cct Load) Voltage Drop(E) 0.00 Voltage Drop(E) 1830.96 (E=I-R) (E=I'R) EOL Voltage 20.40 cc W r EOL Voltage -1810.56 (20.4-E) (20.4-E) > r 1 DEVICES=11 TOTALmA= 943.8 14 385 18.569 943.fi DEVICES=10 TOTALmA= 1020.8 14 350 20.400 -0M-81 I W V CIRCUIT:141-6 OTY Device Typa Alann Current Alarm Totel Wlre Slze Wire Length VOE�OL g..t Circuit Total 4 LFH-24W 120.100 480.4 Total Wire Resistance(R) 1.86 3 (HS)HS-24WW@15cd 30.000 N (WL`21-(R/ft) UJI Total Device Load,Amps(1) 570.40 (Total Ca Load) Voltage Drop(E) 1063.68 (E=I'R) SCALE:AS NOTED EOL Voltage -1043.28 DESIGNED BY: (20.4-E) L. ALLEN DRAWN/DESIGNED BY: DEVICES=7 TOTAL mA= 570.4 14 370 19.336 570.4 S. BURNAM TAHARKA MUHAMMAD CHECKED BY: NICET LEVEL IV T. MUHAMMAD CERT. 138245 EXP. 01/07/2026 DATE:04/04/25 NAC1 & NAC2 CALCULATIONS JOB NUMBER:78630-1 SHEET FA-04 B Proprietary & Confidential, Copyright 2013 by Guardian Secuirilty Systems, Inc. All Rights Reserved ( )