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12-751-003MS- 920OUD FIRE ALARM PANEL SPACE A15A LOVE CULTURE WIRE RESISTANCE BASED ON TABLE E FROM NATIONAL ELECTRICAL CODE (UNCOATED SOLID COPPER WIRE) w� 75 Degrees Celsius NOTE: Nate: Ohms I it Standby Total Alarm Total Module Qty Descnption ON THE SHOP DRAWINGS. IF THE ACTUAL CIRCUIT LENGTH IS GOING TO EXCFED THE MAXIMUM ALLOWABLE CIRCUIT Current Standby Current Alarm Panel Equipment 18 GA: 0.007770 • r u The maximum RMS current listed is the nameplate sting. MS- 92000D 1 1 IE>ISTING MS- 92000D FRCP r•• 1 0.150000 0.150000 0.250000 0.250000 •. Total Panel Stby 0.150000 Total Panel Alarm 0.250000 Peripheral Devices • • Y r • �, SD355 2 SMOKE DETECTOR 0.000300 01)00600 0.000550 0.001100 D355PLF 4 DUCT DETECTOR • • 0.000000 0.000000 0 000000 0000000 RTS151KEY, ' 4 REMOTE TEST STATION WI LED AND KEY SWITCH WIRE 0.000550 0.002200 0 000550 0002200 CRF30OF 3 RELAY CONTROL MODULE U 0.000000 0.000000 0.000000 01000000 HSR -75 4, WHEELOCK EXCEEDER 75CD HORNSTROBE WALL 1 0.000000 0.000000 0.148000 0.592000 I HSRC -75 75CD WHEELOCK EXCEEDER 75CD HORNSTROBE CEILING 1 0.000000 0.000000 0.148000 0.592000 HSRC -115 5 HEELOCK EXCEEDER 115CD HORNSTROBE CEILING r 0.000000 0.000000 0.197000 0 955000 LENGTH 0.1480 0.1480 Total Penph Stby 0.0028 Total Penph Alarm 2.172 z Ix Total Standby Amps 0.153 Total Alarm Amps 2.422 ' Current Draw Included With Deuce Addresses Used (See additional current draws) OHMIFT FT FT 2 -wiro detector alarm current is included in the alarm current of the Initiating Device Circuit. AMPS AMPS OHMS VOLTS % VOLTS 2. 50% ofthese devices in alarm, are used in the calculations below VOLTS Ya VOLTS SIG- 1 - CIRCUIT 1 A/V 14 i 100 Standby 4 Alarm 0.592 Battery Set #1 (Cabin et/Ch arger #1) City Current 20.0 Current 13.5 17.0% 16.9 Cabinet #l1 Card Power A/V 0.150 Beckup Amplifier 0.250 3 4 Current Draw For 100 Watt Or 95 Watt Amplifiers 0 0.000 0 0.000 13.7 2.2 1 3 5 17.0% Current Draw For Flex 35 and 50 Watt Amplifiers 0 0.000 14 0.000 0 NIA IA U Power For External Peripheral Deices 0.00290 2.000 2.17230 0.00 0.0% 20.4 N/A iN /A NIA N/A 0.153 <- Sub Totals -> 2.422 0,00307 0 NIA Additional Current Draws 0.000 2.000 0.0 0.00 0, 05'. 20.4 MAPNETIIDNet Device Addresses ordered I used 0 0.0 0.000 0.000 Spare addressable point capacity included for battery calc 0% ' ' 0 0.000 1 0.000 z r 0.153 < -Grand Totals 2.422 a Additional Battery Capacity Required 0% 0.000 0.000 W Standby Time= 24 Hrs 3.667 Standby Ah z Alarm Time = 5 Mins. 0.202 Alarm Ali C j Battery Required 2051 -9272 6.2 4 93E Total Ah 4 4 1 5 2.169 METHOD USED TO CALCULATE VOLTAGE DROP: [(CIRCUIT LENGTH IN FEET X2) (AMPS) (OHMS 1 FT)] Wire Resistance At WIRE RESISTANCE BASED ON TABLE E FROM NATIONAL ELECTRICAL CODE (UNCOATED SOLID COPPER WIRE) w� 75 Degrees Celsius NOTE: Nate: Ohms I it LUMP SUM MFTHOD WAS USE=D TO CALCULATE ALLOWABLE VOLTAGE DROP. THIS MET[ IOD ALLOWS FOR A SMALL MARGIN "Regulated 24 VDC" refers to the voltage range of 15 to 33 VDC 10 GA: 0.001210 OF SAFETY, TAKING INTO CONSIDERATION THE ACTUAL INSTALLED CIRCUIT ROUTING MAY DIFFER FROM WHAT IS SHOWN per UL standard 1971. This voltage is the absolute operating range. 12 GA:0.001930 ON THE SHOP DRAWINGS. IF THE ACTUAL CIRCUIT LENGTH IS GOING TO EXCFED THE MAXIMUM ALLOWABLE CIRCUIT Please note that 16VDC is the lowest operating voltage that is allowed FPD -7074 FIRE ALARM PANEL PID's at the last appliance on the NAC under worst case conditions. 16 GA, 0,004890 18 GA: 0.007770 • r u The maximum RMS current listed is the nameplate sting. • Strobe designs are constant wattage and the maximum RMS current � r•• rating occurs at the lowest allowable operating voltage. r i •. z APPLIANCE / QUANTITIES / CURRENT DRAW C MAXIMUM RMS • r • • Y r • �, NAC SCHEDULE /VOLTAGE DROP CALCULATION �;.• AS DESIGNED MAXIMUM HORNSTROBE HORNSTROBE HORNSTROBE • • AS DESIGNED • AT MAX A LOW. CIRC LENGTH Z 17% MAXIMUM VOLTAGE DROP CIRCUIT WIRE WIRE ACTUAL ALLOWABLE HSR -75 HSRC -75 HSRC -115 TOTAL rykX TOTAL ACTUAL VAST TOTAL MAXIMUM LAST CIRCUIT OUTPUT VOLTAGE (FOR CALCULATIONS) = 20.4 TYPE GAUGE RESIST CIRCUIT CIRCUIT 75CD 75CD 115CD CIRCUIT CIRCUIT CIRCUIT VOLTAGE DEVICE CIRCUIT VOLTAGE DEVICE r Z LENGTH LENGTH 0.1480 0.1480 0.1970 LOAD CAF. RES. DROP VOLT RES. DROP VOLT CIRCUIT SIG DESCRIPTION AWG OHMIFT FT FT Z6 AMPS AMPS OHMS VOLTS % VOLTS OHMS VOLTS Ya VOLTS SIG- 1 - CIRCUIT 1 A/V 14 0.00307 100 954 4 0.592 2.000 0.6 0.36 1.9% 20.0 5.9 13.5 17.0% 16.9 SIG- 2 CIRCUIT 2 A/V 14 000307 180 E 3 4 5 1.577 2.000 1.1 1.74 8.5% 13.7 2.2 1 3 5 17.0% 16.9 SIG- 3 SPARE 14 0.00307 0 NIA IA U 0.000 2.000 0.0 0.00 0.0% 20.4 N/A iN /A NIA N/A SIG -4 SPARE a. 14 0,00307 0 NIA 0.000 2.000 0.0 0.00 0, 05'. 20.4 N/A IN /A N/A N/A [] a 1 z r i 4 4 1 5 2.169 METHOD USED TO CALCULATE VOLTAGE DROP: [(CIRCUIT LENGTH IN FEET X2) (AMPS) (OHMS 1 FT)] Wire Resistance At WIRE RESISTANCE BASED ON TABLE E FROM NATIONAL ELECTRICAL CODE (UNCOATED SOLID COPPER WIRE) w� 75 Degrees Celsius NOTE: Nate: Ohms I it LUMP SUM MFTHOD WAS USE=D TO CALCULATE ALLOWABLE VOLTAGE DROP. THIS MET[ IOD ALLOWS FOR A SMALL MARGIN "Regulated 24 VDC" refers to the voltage range of 15 to 33 VDC 10 GA: 0.001210 OF SAFETY, TAKING INTO CONSIDERATION THE ACTUAL INSTALLED CIRCUIT ROUTING MAY DIFFER FROM WHAT IS SHOWN per UL standard 1971. This voltage is the absolute operating range. 12 GA:0.001930 ON THE SHOP DRAWINGS. IF THE ACTUAL CIRCUIT LENGTH IS GOING TO EXCFED THE MAXIMUM ALLOWABLE CIRCUIT Please note that 16VDC is the lowest operating voltage that is allowed 14 GA10.003070 LENGTH, CONTACT YOUR LOCAL SIMPLEXGRINNELL DISTRICT OFFICE. at the last appliance on the NAC under worst case conditions. 16 GA, 0,004890 18 GA: 0.007770 • r u The maximum RMS current listed is the nameplate sting. • Strobe designs are constant wattage and the maximum RMS current � r•• rating occurs at the lowest allowable operating voltage. r i BATTERY CALCULATION I` - SIG2 -1 0. 1,a EXISTING FACP SIG2 -2 M1 -3 EXISTING SMOKE M1 -7 5CD DETECTOR 7 SI 2 -3 @=M1-4 SD M1-1 SIG2 FrCP -FIELD LOCATE- Pv G V-10 M1-4A R ®R M1 -3A ® M1 -2 <. DAMPER SIG1 -4 75CD 115CD SIG1 -7 ICJ SIG1 -5 115CD M1 -5 DD M1 -5A M1 -8 R ® M1 -CA pp - FIELD LOCI i M1 -G SIG1 -i 15CD �_ 1 SP��S SIG1_6 Q 115CD 13 Q ��-- -- --- -_ �- SIG1 -9 75CD SUNSET SHOPS LOVE CULTURE PARTIAL FIRE ALARM SYSTEM SCALE: 1/8„ = 1'-0" 1. PROVIDE AND INSTALL FI1'.a' ALARM SYSTEM AS SHOWN ON DRAWINGS. NOTE. ALL DEVICES ARE NEW EXCEPT FOR (1) EXISTING SMOKE & FACP AS SHOWN. N= NEW DEVICES E= EXISTING TO REMAIN ER= EXISTING RELOCATED DEVICES ACE Al 5A B i / KEY PLAN MIS ME ALARM SYSTEM TO BE INSTALLED IN ACCORDANCE WPM NFPA 72; M,101- 1N w.+r w' rrw w� r Yw •� • r•• • • w Y Y r • r u r • r � r•• ••• e r • •. z • r • • Y r • �, ❑ It �;.• m LL r• �• • • r • Y • Z • ••. N L d w p O p u • Y • • ME M ❑ Uj op 00fla U z W . z t= 0 c 0 w a -, Q�l 0 0. r Z w < •V L4 14--a ®L. TRIANA &.ASSOCIATES, INC. CONSUlsT1NG� E(1�GWV�R� CERTIFICJITE J©TF11110 5151 S.W. 9ifn MIAMI, FLORA1yY,� O k LESTEW -rk A," P.E. Florida Registration No. PE65707 IAMMDRAMN0100•200MTHE VMS AT SUNSET PLACNNfSMHOPS AT SUNSET LOVE CULTURE- REVO1- OWSSIMHOES AT SUNSIWjrMFOORRAM IeEYy45,4XS117AM DATE PEOr .D: Juy 12, 2012 DATE RAVED: July 15, 2112 • Y • •� • w cn } • M� z J w ❑ It �;.• m LL r• �• tt Z N d w p O p c W �� is ME M ❑ Uj op 00fla U z W . z t= 0 c 0 w a -, Q�l 0 0. 5 Z w < •V L4 (� m O Z Z6 L W V'C UM t� 0 z V 2 w U W L W 0 °LL U o W W �U)U) a. 1K N N [] a a z r a a W 0 y Uj z z ` C j w L z �. U3 L C4 N a4 z alU o c 5 is Q J N M I I z 0 0 w U t Cn WW IL z 'Ow C 0 W2 h- L 5 6 w t IL D t uJ a 0 00 ? P4 lu L J E- 0 v O z 0 0� w 0 Z� a �$ w 0 0 IL IL C Ca 0 LL C Z� III .ZU X01 z 114 ., 0<< DRAWN BY: DATE: KS 06=12 DESIGNED BY: DATE: KS M22/1 APPROVED BY: DATE: KS 06=12 PROJECT NUMBER: 263- 401987A*4936517 SHEET TITLE/ PATH: SHEETNUMBER: FAO1 off-10 errnry