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14-885-004BATTERY & VOLTAGE DROP CALCULATIONS NOTE: Provide XRM -24 Transformer to expand ma)amun current capacity up to 6 Amperes Standby 24 1 Hours Rk,M Alarm 5 Minutes x 1/60 10.0833 Hours "FIRE -LITE MS- 9200UDLS" ON BOARD NAC CIRCUITS .` a:t QTY DESCRIPTION MODEL CURRENT (mA) TOTAL mA 4 r- SYSTEM SENSOR # P2RK 212 TOTAL REQUIRED SYSTEM SENSOR # SRK 158 158 1 STROBE 15175cd REQUIRED REQUIRED 77 SYSTEM • STANDBY « REQUIRED NAC#1 TOTAL TOTAL SYSTEM CIRCUIT NO. 2 ALARM STANDBY MODEL STANDBY 4, CAPACITY (AMP- SYSTEM SENSOR # P2RK ALARM TIME 848 ALARM CURRENT HORNISTROBE 75cd Ceiling CAPACITY TIME (HOURS) 176 CURRENT STROBE 110cd WP HOURS) 202 (HOURS) 1 (AMPS) SYSTEM SENSOR # SRK (AMP- HOURS) 158 ALARM TIME (AMPS) CURRENT IN AMPERES, AND L= LENGTH ONE (HOURS) Ili WAY OF CIRCUIT IN FEET HOURS) (HOURS) NOTES (AMP - 24 x 0.164 = 3.929 SPARE 0.083 x 3.267 = 0.272 REQUIRED VOLTS REQUIRED x 2.851 CALCULATIONS EQUAL 20.4 VI 0.238 CALCULATIONS EQUAL 20.4 VOLT'S REQUIRED STANDBY ALARM REQUIRED TOTAL REQUIRED OPTIONAL REQUIRED BATTERY TOTAL CAPACITY CAPACITY (AMP. FACTOR OF ALARM CAPACITY- OPTIONAL (AMP- HOURS) STANDBY SAFETY CAPACITY (AMP - (Amp /Hours) HOURS) CAPACITY HOUR) FACTOR OF 3.929 + 0.272 = 4.201 x 1.2 = 5.041 jai,:. i -N , - *.. . , , (AMP- CIRCUIT CURRENT CALCULATION "FIRE -LITE MS- 9200UDLS" ON BOARD NAC CIRCUITS CIRCUIT NO. 1 QTY DESCRIPTION MODEL CURRENT (mA) TOTAL mA 4 HORN/STROBE 110cd W P SYSTEM SENSOR # P2RK 212 848 1 STROBE 75cd WP SYSTEM SENSOR # SRK 158 158 1 STROBE 15175cd SYSTEM SENSOR # SR 77 77 7.77 • FROM 2008 NEC, CHAPTERS TABLE 8 « NAC#1 TOTAL NAC#1 TOTAL 240 CIRCUIT NO. 2 QTY DESCRPTION MODEL CURRENT mA TOTAL mA 4, HORN/STROBE 110cd WP SYSTEM SENSOR # P2RK 212 848 1 HORNISTROBE 75cd Ceiling SYSTEM SENSOR # PC2R 176 176 1 STROBE 110cd WP SYSTEM SENSOR # SRK 202 202 1 STROBE 75cd WP SYSTEM SENSOR # SRK 158 158 ALARM TIME ol - , i, x i CURRENT IN AMPERES, AND L= LENGTH ONE (HOURS) Ili NAC#2 TOTAL CIRCUIT NO. 3 (Spare) CIRCUIT NO. 4 (Spare) ACTUAL NOTIFICATION APPLIANCES LOAD IN AMPS 2.467 N.A.C. VOLTAGE DROP CALCULATIONS FIRE-UTE "MS- 9200uDLS- QTY DESCRIPTION FIRE ALARM CONTROL PANEL DC RESISTANCE FOR SOLID COPPER NAC #1 Wire 14 WIRES @ 75 DEG-C R = 0.00307 L = 150 1 = 1.083 VD = 1.00 VOLTAGE TO LAST DEVICE 19.40 NAC#2 Wire 14 R = 0.00307 SIZE OHMS PER 1000 FT. 10 1.21 12 1.93 14 3.07 16 4.89 18 7.77 7.77 • FROM 2008 NEC, CHAPTERS TABLE 8 « NAC#1 TOTAL L = 240 FORMULA FOR CALCULATION OF VOLTAGE I = 1.384 DROP IN DC 2 WIRE CIRCUITS VD = 2.04 REQUIRED VOLTAGE TO L}4ST DEVICE 18.36 VD- 2RXLXI STROBE 110Cd REQUIRED 202 NAC#3 Spare WHERE VD = DROP IN VOLTS IN THE CIRCUIT SYSTEM SENSOR # SR STANDBY TO THE LAST DEVICE, R= RESITANCEOF WIRE - 1 • � IN OHMS PER FOOT (VALUES OF RESISTANCE STANDBY � 1 � rr ri1'� FOR COPPER WIRE PER TABLE ABOVE)1 • ALARM TIME ol - , i, x i CURRENT IN AMPERES, AND L= LENGTH ONE (HOURS) Ili WAY OF CIRCUIT IN FEET HOURS) (HOURS) NOTES (AMP - NOTES (AMPS) NAC" Spare STROBE REGULATED VOLTAGE RANGE AS PER SPARE ww ATTACHED SPECIFICATION SHEET IS 16 TO 33 -1, 0.065 VOLTS 1.560 VOLTS STARTING POINT FOR VOLTAGE DROP x 2.851 CALCULATIONS EQUAL 20.4 VI 0.238 CALCULATIONS EQUAL 20.4 VOLT'S w 3 111,11111 111,, Jill a 1 r ~ • CIRCUIT CURRENT CALCULATION "FIRE -LITE FCPS- 24FS8" ON BOARD NAC CIRCUITS CIRCUIT NO. 1 QTY DESCRIPTION i Amperes �r(p Is >t S ! ALARM • STANDBY STROBE 110cd PER UNIT 202 202 4 CURRENT CURRENT Amp) 308 18 7.77 • Main Board « NAC#1 TOTAL CURRENT PER UNIT REQUIRED ' 1 i 1 1 ��_L•�. 4 TOTAL SYSTEM REQUIRED 212 SYSTEM 2 STROBE 110Cd REQUIRED 202 ALARM STANDBY STROBE 15/75cd SYSTEM SENSOR # SR STANDBY 308 - 1 • � ©� STANDBY � 1 � rr ri1'� CAPACITY (AMP- ALARM TIME ol - , i, x i CAPACITY CIRCUIT CURRENT CALCULATION "FIRE -LITE FCPS- 24FS8" ON BOARD NAC CIRCUITS CIRCUIT NO. 1 QTY DESCRIPTION i Amperes �r(p Is Standby ! ALARM Minutes x 1/60 1 STROBE 110cd SYSTEM SENSOR # SR 202 202 4 1 11 ♦I CURRENT 77 308 18 7.77 « NAC#1 TOTAL CURRENT PER UNIT REQUIRED TOTAL MODEL REQUIRED 4 TOTAL SYSTEM REQUIRED 212 SYSTEM 2 STROBE 110Cd REQUIRED 202 ALARM STANDBY STROBE 15/75cd SYSTEM SENSOR # SR STANDBY 308 - 1 • � ©� STANDBY � 1 � rr ri1'� CAPACITY (AMP- ALARM TIME CURRENT CAPACITY (HOURS) Ili HOURS) (HOURS) 1 off (AMP - NOTES (AMPS) 00 z y SPARE ww 24 -1, 0.065 CIRCUIT CURRENT CALCULATION "FIRE -LITE FCPS- 24FS8" ON BOARD NAC CIRCUITS CIRCUIT NO. 1 QTY DESCRIPTION MODEL CURRENT mA TOTAL mA Standby 24 1 Hours Alarm 5 Minutes x 1/60 0.0833 Hours 1 STROBE 110cd SYSTEM SENSOR # SR 202 202 4 STROBE 15/75cd SYSTEM SENSOR # SR 77 308 18 7.77 FROM 1989 NAC#1 TOTAL Y CIRCUIT NO. 2 REQUIRED TOTAL MODEL REQUIRED 4 TOTAL SYSTEM REQUIRED 212 SYSTEM 2 STROBE 110Cd REQUIRED 202 ALARM STANDBY STROBE 15/75cd SYSTEM SENSOR # SR STANDBY 308 ALARM 1HORNISTROBE WP 110cd TIME STANDBY 212 CAPACITY (AMP- ALARM TIME CURRENT CAPACITY (HOURS) CURRENT HOURS) (HOURS) (AMPS) (AMP - NOTES (AMPS) 00 NAC" SPARE HOURS) 24 x 0.065 = 1.560 VOLTS 0.083 x 2.851 - 0.238 CALCULATIONS EQUAL 20.4 VOLT'S .e 1 REQUIRED REQUIRED TOTAL REQUIRED ALARM OPTIONAL STANDBY REQUIRED BATTERY CAPACITY FACTOR OF CAPACITY CAPACITY ( MP. CAP AMP - (Amp /Hours) (AMP- SAFETY HOUR } HOURS) = 2.157 1.560 + 0.238 - 1.798 x 1.2 •,-f( -Y 'f, F'.!. .'.fS F`' i.+- �:a!tl.l.°..� .ktr' °"Yw J.Y, c�.,.':�f �� __ _;' .`•.a' CIRCUIT CURRENT CALCULATION "FIRE -LITE FCPS- 24FS8" ON BOARD NAC CIRCUITS CIRCUIT NO. 1 QTY DESCRIPTION MODEL CURRENT mA TOTAL mA 2 HORNISTROBE 110ed SYSTEM SENSOR # P211 212 424 1 STROBE 110cd SYSTEM SENSOR # SR 202 202 4 STROBE 15/75cd SYSTEM SENSOR # SR 77 308 18 7.77 FROM 1989 NAC#1 TOTAL 234 CIRCUIT NO. 2 QTY DESCRIPTION MODEL CURRENT mA TOTAL (ml 4 HORN/STROBE 110cd SYSTEM SENSOR # P2R 212 848 2 STROBE 110Cd SYSTEM SENSOR # SR 202 404 4 STROBE 15/75cd SYSTEM SENSOR # SR 77 308 1 1HORNISTROBE WP 110cd SYSTEM SENSOR # P2RK 212 212 FOR COPPER WIRE PER TABLE ABOVE) i = NAC#2 TOTAL CIRCUIT NO. 3 SPARE CIRCUIT NO. 4 SPARE ACTUAL NOTIFICATION APPLIANCES LOAD IN AMPS 2.706 N.A.C. VOLTAGE DROP CALCULATIONS FIRE -LITE "FCPS- 24FS8" 0 � REMOTE POWER SUPPLY DC RESISTANCE FOR SOLID COPPER WIRES @ 75 DEG -C NAC #1 R = L = 1 = VD = VOLTAGE NAC#2 R= Wire 14 0.00307 215 0.934 113 TO LAST DEVICE 19.17 Wire 14 0.00307 SITE OHMS PER 1000 FT. 10 1.21 12 1.93 14 3.07 16 4.89 18 7.77 FROM 1989 NEC - APPENDIX B TABLE a L = 260 FORMULA FOR CALCULATION OF VOLTAGE 1 = 1.772 DROP IN DC 2 WIRE CIRCUITS VD = 2.83 0 VOL=I TO LAST DEVICE 17.57 VD22RXLXI NAC#3 SPARE WHERE VD = DROP IN VOLTS IN THE CIRCUIT TO THE LAST DEVICE, R= RESITANCE OF WIRE IN OHMS PER FOOT (VALUES OF RESISTANCE FOR COPPER WIRE PER TABLE ABOVE) i = CURRENT IN AMPERES, AND L= LENGTH ONE WAY OF CIRCUIT IN FEET NOTES 00 NAC" SPARE STROBE REGULATED VOLTAGE RANGE AS PER ATTACHED SPECIFICATION SHEET IS 16 TO 33 •• VOLTS STARTING POINT FOR VOLTAGE DROP CALCULATIONS EQUAL 20.4 VOLT'S w REVISIONS FIRE —LINK CORPORATION CERTIFICATE OF AUTHORIZATION 30381 ENRIQUE PEREZ P.E. ELECTRICAL ENGINEER, FL REG. No.71404 10277 111 128 TERRACE HIALEAH GARDENS, FLORIDA 33018 TEL (786 )449 -4354 Email: enrique.perez.20100gmail.com 4 li 0 � s Uj ui 0 F- 00 ' •• 1 .• i FIRE —LINK CORPORATION CERTIFICATE OF AUTHORIZATION 30381 ENRIQUE PEREZ P.E. ELECTRICAL ENGINEER, FL REG. No.71404 10277 111 128 TERRACE HIALEAH GARDENS, FLORIDA 33018 TEL (786 )449 -4354 Email: enrique.perez.20100gmail.com 4 li �r9 j« F r` t . C's;I t. 0 � s 4 �r9 j« F r` t . C's;I t.