7100 HARDESON RD 2023 Plans 2025-03-19

- N0°a - _ 1 N ,_ Imi c • iQm; aHWa OOg 5I6n 2 0°00 CIRCUIT SETTINGS TOTALS o Z a7 N PANEL RCP(PFC-4410RC)BATTERY CALCULATION Starting Calculation Voltage: 20.4 Max Voltage Drop: 0 m 01 a R (SECONDARY POWER SOURCE REQUIREMENTS) RCP NACI LUMP SUM REPORT Min.Operational Voltage: 16 End Of Line Voltage: 20.4 PANEL POWER SUPPLY MAX CURRENT=5A TOTAL USED CAPACITY(IN ALARM)=0.806A(16.12%) Max.Circuit Current(A): 1.7 Voltage Drop Percent 0.02% W+Z >d N 0 f 0 ' STANDBY CURRENT(AMPS) SECONDARY ALARM CURRENT(AMPS) Wire Resistance(OAR): 3.07 Total Circuit Current(A): 0.172 V o Q 1 0 0 0 P, QTY PART NO. DESCRIPTION CURRENT DRAW(A) TOTAL(A) CURRENT DRAW(A) TOTAL Circuit Wiring Properties:'B'142 (A):FPLR 14 AWG,2 Cond.Solid Copper FPLR Analog Unshielded Total Circuit Length(Ft): 4 Spare Current 1.528 I- 07 N N ro PANEL COMPONENTS Z Q 01 1 O S 1 PFC-4410RC MAIN BOARD PFC.4410RC MAIN BOARD 0.121 0.121 0274 0274 Distance measured using drawn segment lengths with 10.00%additional length calculated Total Circuit Resistance(at 0.025721 Spare Current(A)Percent 89.88% W CIRCUIT SYMBOL QTY PART NO DESCRIPTION CURRENT DRAW(A) TOTAL(A) CURRENT DRAW(A) TOTAL(A) Symbol Part No. _ Description Qty. Device Current(A) Total Current(A) CC1 Q h. RCP•NACi 1 H6-24WR Horn Strobe.52�4 VDC,Red,7 0 0 0.172 0.172 DEVICE TOTALS LE HS-24WR Horn Strobe,24 VOC.Red,7 1 0.172 0.172 5 F IW tOtOctiti6j ow Z (I)(1F a RCP•NAC2 �]F 1 PDC43-24 6"Bell 0 0 0.06 0.06 Calculation Methods: - -- _ 4 Total Resistance(0)=Wire Resistance(O/Ft)x 2 x Total Circuit Length(Ft) /1 n I- RCP•Z1 Q 1 PS-24 wlSB Conventional Photoelectric Smoke Detector 0 0 0.15 0.15 Total Voltage Drop=Total Resistance(0)x Total Cocci Current(A) O� o N N,"n 3 RCP•22 Q 1 PS-24w/SB Conventional Photoelectric 0 0 0.15 0.15 CIRCUIT SETTINGS TOTALS w d k N N@ m O Smoke Detector Starting Calculation Voltage: 20.4 _ Max.Voltage Drop: 0 pips N <H L V 0 u.W RCP•24 2 RMS-6T-EXP-WP Explosion Proof Pull Station 0 0 0 0 RCP NAC2 LUMP SUM REPORT Min.Operational Voltage: 16 End Of Line Voltage: 20A L1.1a O<Q, H Ii TOTAL STANDBY(A) 0.121 TOTAL ALARM(A) 0.806 Max.Circuit Current(A): 1.7 _ Voltage Drop Percent: 0.00% REQUIRED STANDBY TIME=24 HOURS Wire Resistance(DAFt): _ 3.07 1 Total Circuit Current(A): _ 0.06 REQUIRED ALARM TIME=5 MINUTES Circuit Wiring Properties:'B'142 FPLR 14 AWG,2 Cond.Solid Copper FPLR Analog Unshielded Total Circuit Length(Fl): 1 r Spare Current(A): 1.64 SECONDARY STANDBY LOAD(A) 0.121 24 2.9 Distance measured using drawn segment lengths with 10.00%additional length calculated Total Circuit Resistance(0): 0.006427 Spare Current(A)Percent 96.47% SECONDARY ALARM LOAD(A) 0.806 I 0.08 0.07 Symbol Part No. Description Qty. Device Current(A) Total Current(A) STANDBY AND ALARM SUBTOTAL(AMP HOURS) _ _ 2.97 DEVICE TOTALS l�-I pDG&24 6'Bell 1 0.06 0.06 DERATING FACTOR _ 1.2 LJ SECONDARY LOAD REQUIREMENTS(AMP HOURS) 3.57 Calculation Methods: PROVIDE(2)12V 4AH BATTERIES Total Resistance(0)=Wire Resistance(0/Ft)x 2 x Total Circuit Length(Fl) 'BATTERY BOX SIZE CAPACITY NOT SPECIFIED.REFER TO MANUFACTURER DOCUMENTATION. Total Voltage Drop=Total Resistance(Dix Total Circuit Current(A) ADRIAN M.STETK wcsTomrmn.harer ow% xM }avy (2 sib FIRE ALARM CIRCUIT AND BATTERY CALCULATIONS Q SCALE=NOT TO SCALE 2 O a W W Ih- D RELEASE•05•EOLD RELEASE•04 RELEASE.03 RELEASE•02 RELEASE•01 V Q Z ° < i D L- F Z4.1 F Z4•2•EOL 1--- Z CO U 1500E r"1500E 1500E 1500E 1500E n O C Q RCP Z WQ o FIRE ALARM O Q_ NAC1.01 EOL CONTROL PANEL Lv ,.rABORT•01 '1-` •02•EOL Q F CL 75cd A IAI QI �, I '- W W -- -' Z1.1•EOL ■� 0 C 2DEDICAT®120V O V 0 W Et f N'-.S 20 AMP CIRCUIT 1•..> < L f\W < NAC2•01 EOL = LL I f Z2•1•EOL CNG w„cur. LEVEL 1 ® LEVEL 1 ,INAc„rcxraa, Adrian M.Steil 1/17/23 PLOT DATE PROJECT suMBrR. 23-003 OFIRE ALARM RISER DIAGRAM SCALE=NOTTOSCALE FA2 .2 DRAWING ONLY TO SCALE IF PLOTTED AT 24'X 36' SHEET Numaert.