1001 N BROADWAY 2022 EVCC Plans 2025-09-30

FACP BATTERY CALCULATIONS SourcEST4 BPS-1 VOLTAGE DROP CALCULATIONS ` ¢ Description SYSTEM CALCULATIONS-VOLTAGE DROP BPS-2 VOLTAGE DROP CALCULATIONS 1 4-CPU Central Processing Unit 5tby� Alm each Standby I gym.I SYSTEM CALCULATIONS 4 4-NEi-TP 0.211000 0.211000 NOMINAL CIRCUIT VOLTAGE _ Network Controller 0.211000 0211000 DISTANCE OF START CURRENT RESISTANCE END OF VOLTAGE DROP 1 3-SDDCI Dual Loop Signature Controller 0.032000 0.032000 0.128000 SPSI DESCRIPTION WIRE FEET DROP VOLTAGE LINE NOMINAL 0.128000 (FEET) VOLTAGE (AMPS) (OHMS) (VOLTS) CIRCUIT 1 3-SSDC1 Single Loop Signature Controller 0.264000 0.336000 NAC/AUX-1 BI.1 ) DROP(ye) VOLTAGE BPS2 DISTANCE OF CURRENT RESISTANCE VOLTAGE SYSTEMS OB KOUKEL,SET NICET FIRE ALARM S V GE END OF LEVEL Iv: 12nrr 0.264000 02."0 �600 20.4 0,963 DESCRIPTION WIRE(FEET) VOLTAGE DROP VOLTAGE LINE ExP. 1�1/2022 4 3-ZA40B 0.144000 0204000 NAC/AUX-2 B1.2 3.68 3.751 17A% 16.85 NAC/AUX-1 82,1 (AMPS) (OHMS) (VOLTS) DROP(%;) VOLTAGE Zoned amplifier,40 watt,class B 0.144000 0204000 500 20A 0.896 1 3-MODCOM Modem/Dialer(DACT) 0.062000 2.480000 NAC/AUX-3 B1.3 3A7 2.751 13.5% 17.65 0.248000 NAC/AUX-2 82.2 525 20.4 OS49 32Y 0.060000 0.095000 NAC/AUX-4 Bl•q 600 20.4 0.981 3.68 1 3-PPS/M Primary power Supply 0.095000 0.060000 3.614 17.7% 16.79 NAC/AUX-3 525 20.4 0.657 1.770 8.7% 18.63 ppl (current vtcluded in 3-CPU3) 0.095000 500 20A 0.630 SPARE 322 2.118 10.4% 78,28 1 3-BPS/M Backup power Supply 0.000000 0.000000 Notification Devices are rated to operate between 16-33 VDC 3 07 1.934 9S% 20.4 0.000 0.00 0.000000 0.000000 18.47 NAC/AUX-4 SPARE 0.000 0.0% 4 1 4-LCDLE 0.050000 0.050000 3." 204 20.40 User Interface 0.050000 OA50000 ohm per 1 kFT NotfRcation Devices are rated fo operate between 16-33 VDC 0.000 0.00 0.000 2 4-LCDANN 0.040000 0.0% 20.40 Annunciator User Interface 0.093000 0.040000 0.093000 14 AWG copper uncoated 3.07 0.040000 0.093000 ohm per 1 kFT y 1 4-AUDTELS Audio Interface 0.080000 0.186000 Direct-Current Resistance at 167 de F er conductor-NEC Conductor Pro ernes Table 0.085000 14 AWG copper uncoated 2 4-ANNAUDTEL Annunciator Audio Interface 0098000 0.085000 0.101000 Direct-Current Resistance at 167 deg F per conductor-NEC Conductor Properties Table o.o9B000 BPS-1 BATTERY CALCULATIONS 3 4-LCDAUDTEL Audio User Interface 0.093000 0.196000 0.196000 3 4-MIC 0.040000 0.093000 BPS1 BPS-2 BATTERY CALCULATIONS Paging Microphone 0.120000 0279000 e � Lu 3 4-24L12S 0.008000 0.038000 Qf - SoUfC@ Descr( Hon Stbv each LED Control Display Module 0.024000 0.114000 Alm�ea h Standby I Alarm I BPS2 R Z 72 Active LED(each) 0.003000 0.003000 0.009000 1 BPS BOOSTER POWER SUPPLY g� Source Description 1- 0.000230 0.016560 0.070 Stbv each Alm each _ Z 2 4-ANNCPU Annunciator CPU 0.000230 0.016560 0.016560 NAC/AUX-1 Bl.l 0.270 0.070 0,270 1 Standbvl Alarm 0.125000 0.12500o BPS BOOSTER POWER SUPPLY W 0.250000 0250000 NAC/AUX-2 B1.2 0,963 0.070 0.270 0.070 NAC/AUX-1 B2.1 0.270 TOTAL 1.926 12.189 NAC/AUX-3 g1,3 0.896 NAC/AUX-2 62.2 0.549 W 24 Standby Hour Required 20%Efficiency Factor 1.2 1.2 NAC/AUX-4 B 1.4 E U Ah Required for 55A56 0.981 NAC/AUX-3 SPARE 0.657 - 15 Alarm Minute,Required '� Ah Required for Alm 0.630 NAC/AUX-4 SPARE 0.000 n Total Ah r 3.657 TOTAL • required for cabinet 59.113 0.070 3.740 0.000 € 61._ Battery Capacity Supplied (2)65Ah Efficiency Factor(20%) 1.2 TOTAL 1.476 000 4 O 24 Standby Hour Required 1 2 0.070 Ah Required for Stby 2.016 Efficiency Factor(20%) 1 2 5 W --- 15 Alarm Minutes Required 24 Standby Hour Requ red 1.2 _SPEAKER POWER LOSS CALCULATIONS Ah Required for Alm Ah Required for Stby 2.016 LII�oz 2 �AMPLIFIER 1 (S 1) Total Ah required for cabinet 1.122 15 Alarm Minutes Required AMPLIFIER 2(S2) 3.138 Ah Required for Alm �� 3 Z AMPLIFIER 3 (S3) BaNery Capaci Su 0.443 E'p¢ j Speaker Power Loss Calculation _ _ ty pplied (2)gqh Total Ah required for cabinet cc g Power Speaker Power Loss Calculation 2.459 r��s Z Q Power Speaker Power Loss Calculation Battery CapaClty$Uppli@d `E Load Power (2)8Ah ch P Q o to Ckt SpkrV Load _- toCkt SpkrV Load - 2617o Wire Run Wire R/10o0 to Ckt SpkrV - - - - - - -- - _ -- W 4a 70 986 16 zs 17a Wire Run Wire_ RN000 (Wl f26/70l Wire gun wlra Rr�000 _ FUNCTIONAL MATRIX - - Cy N - -� Q°O 4.09 40 70 1100 16 _ _ 4 -4.09 40 70 4 09 f 300 16 I 3 1-Assumes load at end of line O 1-Assumes load at end of line Power %Power 1-Assumes load at end of line /LLyu 2 / 1 m Vdro max Lost Lost dB Loss Vtlro max Lost /Lost dB Loss Vdro max Lost Lost dB Loss Iria \J Z W a.so 17.6o z.s3 Power %Power SYSTEM OUTPUTS ��"' U Y T 7% o.ao af4 f7.5o z.94 7% p a ' c W o w -0s3 soe 17.50 3.a7 FIRE ALARM NOTIFICATION r� 2-Assumes even dist of load' 9°6 -0.39 FIRE SAFETY 2-Assumes even tlist of load' - CONTROL UNIT Power %Power 2-Assumes even dist of load` l IIfJ TROL Vera max Lost �LOst �Loss �1191W Power %Power2.30max 1.32x Lost Lost d6 Loss VdroPower %Powerx t stLOAD:13W . 1.74 4% -0.19 / / lDI� LOAD:24.5W DRAWN BY CT CHECKED BY DATE REVISIONS NO ENTRY = q N/ ~ ~ PLOT DATE SYSTEM INPUTS T s % 1/11/2022 A B C D E F G H t L M N C; P i; 1 MANUAL FIRE ALARM PULL '_NATION 2 SMOKE DETECTOR • • • • • 1 PROJECT NUMBER 3 HEAT DETECTOR • • • • • 2 109993PW • • • • •g 4 IST FLOOR ELEVATOR LOBBY DETECTOR 3 • • • • • • 4 a, 5 2ND/3RD FLOOR ELEVATOR LOBBY DETECTOR • 6 ELEVATOR MACHINE ROOM SMOKE DETECTOR • • • • • • 5 Pi RMIT NUMBER Q 7 ELEVATOR MACHINE ROOM HEAT DETECTOR • • • • • • 6 • • • • • • • 7 TBD p $ SPRINKLER WATER FLOW 'SWITCH 9 • • • • • $ Z a 10 9 ,>, 11 DUCT SMOKE DETECTOR 10 12 SPRINKLER CONTROL VALVE TAMPER SWITCH • • • • 11 13 FIRE ALARM AC POWER FAILURE • • • 2 1 • 14 FIRE ALARM SYSTEM LOW BATTERY • • �*l SHEET TITLE 15 FIRE ALARM SYSTEM OPEN CIRCUIT • • • 16 FIRE ALARM SYSTEM SHORT CIRCUIT • • • 17 FIRE ALARM SYSTEM GROUND FAULT • • • 16 CA-CULATIONS& • • • MATRIX A B C D E F G H I J 1-' L M N 0 P i t 17 z v X x SHE7 M w FA-02 of 16 - 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