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10-1021R-01241OU4r2UI Fire Alarni Cuidtal Patel - Nude 2 - South tAlami 1 Ital - 1sl Flual File Conmiand Routh S I NAC SCHEDULE/ VOLTAGE DROP CALCULATION SPEAKER CIRCUIT LOAD CALLULAI ION MAXIMUM -9dH DROP PER CIRCUIT ESTIMATED CIRCUIT LENGTH - - -, ,- P110NE1SPEAKCR CIRCUIT DCSCMPTION PANEL, CIRCUIT NUMBER WIRE GAUGE (10, 16,1 121 CIRCUIT VOLTAGE 1125 CR 70 VRMS ) APPLIANCES 49 PnI VM01650 ET•101911 TAPPED AT TAPPED AT TAPPED AT 1125 Watts 0.5 Watts 2 Watts QUANTITIES If TAP VALUES 4906 91551,, ET7UVVP•247W. 49079367 2118401101 TAPPED AT TAPPED AT TAPPED AT PITON[ JACK 115 Watts 1 Watts 0.5 Watts 0 Watts TOTAL CIRCUIT LOAD) WATTS) ESTIMATED CIRCUIT LENGTH EE ACTUAL WIRMLOSS WO MAXIMM ALLOWABLE CKT. LENGTII EE TOTAL CIRCUIT RESISTANCE (OHMS) AmpllOer Power Supply IF L PAVILION STAIR #1 2'Sht -3 10 awn 25 Vsns 0 0 0 0 0 0 1 0.00 Wags 200 fL 0,D0 d0 0 ft. 26 Ohms NIA 1FL PAVIION FtJFRGFNCY ROOL1 72919-4 IR nwq 25 vmis 0 0 0 0 0 0 1 0.00 Wags 2110 fl. ROD dR D ft. 26 Ohms NIA SEE STROBE SCHEDULE 2.ShI.5 13 aw0 25 vmms U 0 0 0 0 0 0 0.00 Wags 200 ft. RUB dB 0 IL 26 Ohms NIA SEE STRODE SCUMULE 2:91U4 Inhwu 25 vmis 0 n 0 0 fl 0 0 D.nn Wags PUB ft. Rfld dD O ft. 26 Ohms NIA EE STRODE SCHEDULE 2:5 -7 lf) awo 25 vim$ 0 0 0 0 U 0 0 0.00 Wets 20011. 1100 d6 0 fl. Z6 Ohms WA SEE STROBE SCHEDULE 2SI -0 10 swu 25 Vohs 0 0 0 0 0 0 0 0.00 Watt 2DO IL 0.00 d0 0 I 26 Ohms NIA IFL PAVILION WEST 2;5ig -9 MT aw0 25 vmms U a U U 0 U U 4.W Wags 200 IL 4 14 dU slow ft. ZO Ohms AMPOI PAVILION STAIR PI rLOORS 1 TTtRU 7 2SI -111 In awn 25 vmis 0 3 0 0 0 0 0 1.50 Wags 200 ft. 1105 dD 1.1490 ft. 26 Ohms AMPOI CHAPEL AREA SPEAKERS 2SI •11 18 awg 25 Vm19 0 6 0 0 0 0 0 2.60 waits 200 fl, -0.0D dB 8,DN fl. 20 Ohms AMPO1 1ST FLOORRADIATION THERAPY SPEAKER 2Sig -t2 18 awg 25 vmis 0 4 0 1 0 0 0 2.90 Wets 20100. 409 do 8,OW IL 20 Ohms AN101 1ST FLOOR PAVILLION SIG 13 ZSI -13 10 awq 25 vmis 0 4 1 0 0 0 0 4.00 Wags 2DO fl. 1 -0.1+1 d8 5.0m 111. 26 Ohms AMPOI 1ST FLOOR PAVILION SIG 14 299-114 18 OWU 25 Vmms O 1 0 0 0 0 0 0.50 Wass 2011 ft. 402 d8 40,471 111. 26 Ohms AMPD1 L PAVILION WEST STAIR 91 2511 .15 10 a wo NAD vans 0 0 0 0 0 0 1 D.00 Wale 200 fl. 1189 do 011. 26 Ohms NIA L PAVILION WEST STAIR 01 2SI11,16 10 a wa N(A vans 0 0 0 0 0 0 1 0.00 Wags 2001 ROD d0 0 fl. 26 Ohms NIA 4FL PAVLION WEST STAIR I1 251 -1}_77 N awjL NIA vlms 0 0 0 0 0 0 1 U.00 Wets 200 fl. 0,00 dU 0 fl. Z6 Ohms N(A L PAVILION WEST STAIR e1 ZSIIF 18 18 awn NIA ym14 0 0 0 0 0 0 1 O.m wags 20i>c 049 d8_ 0 IL 26 Ohms NIA L PAVILION WEST STAIR I1 2SI -19 IQ!wtL NIA vmis 0 0 D 0 0 0 1 D.OD Wags 20111 ft. ROD W3 D 0 -'0 -n_ _ 2§ Ohms _ � NIA 7F PAVILION WEST STAIR 111 2SI -20 18 a NIA vans 0 0 0 0 0 0 1 D.OD Waits 2DO ft. ROD dD 0.9 Ohms 26 Ohms NfA 1ST FLOOR SIG21 ZSI 21 10 awU NIA vmms 0 0 0 0 8 0 1 0,00 Waits 200 ft. 0,00 d8 a fl, Ze Ohms NIA 1ST FLOOR STAIR fill SIG22 ZSIO,22 18 awU NIA vents 0 0 O 0 0 0 1 0.00 Wags 200 fl 0.00 d8 0 fl. za Ohms N(A 1ST I LOOK STAIR fr9 SI023 2Sf -23 10 awU NIA vans U U 0 U U U 1 O.OU Wets 2011 IL (LOU dO 0 fl. 26 Ohms WA 1S T FLOOR SIG24 2SI 24 18 3wU N)A vents 0 0 O U U 0 1 U.00 Wags 2111 fl. R00 d0 alt, 26 Ohms MIA 1ST FLOOR StG25 2SI 25 10 awa NIA morns 0 0 1 0 0 0 0 1 0.00 Watt 2DO IL 1100 dO Oft. Ze Ohins I NIA D FLOOR STAII11111 SIG26 2SI 26 10 Awy NIA Vm1s 0 0 0 0 0 0 1 0.00 Wags 2DO ft. aDO d8 0 fl. 26 Ohms WA 1ST FLOOR SIGN 2:Sifj.39 10 a Wfj 25 vmis 0 5 0 3 0 0 0 1.00 Wets 2110 fl. -0. 14 dU 5,059H. 26 Ohms AMPO1 1ST FLOOR 51640 ''t.Sr 411 IH a wrl 2!1 vmis 0 6 0 6 0 1 0 ri'm Wags 21111 ft. -R 1D a" 3 670 ft, 2.6 Ohms A14)(11 1ST FLOOR SIG41 2Sig-41 18 a 25 vmis 0 1 0 0 O O 0 0.50 Wags 2001L 4W d8 40,471 1t. 20 Ohms AMPD1 1ST FLOOR SIG42 ZSI 42 In awu 25 vmts 0 5 0 0 0 0 0 2.50 Wats 200 ft. -0.89 d8 8 om ft. 26 Ohms AMPOI 40 FLOOR SIG43 2Si -43 11 arm 25 vmms 0 a 0 U 0 0 0 4.00 Wags 200 fl. -0.14 dU 5 060 ft. 26 Ohms AWGI D FLOOR SIG41 "1 0-41 In avju 25 Vans 0 R 0 0 0 0 0 4.00 wags PAID ft. -0.11 d8 5 11159 fl. 70 Ohms AMPOI TAIL #11 51045 ZSID -45 18 aw0 25 vnns 0 1 0 0 0 0 0 0.50 Wags 200 0. 402 dEI 40.4711L Z6 Ohms ftwol 1ST FLOOR S1046 2SI 46 18 awrl 25 vmms 0 2 0 0 0 0 0 1.00 Wets 2D0 ft. -0.04 d8 20,236 ft. 26 Ohms AMPO1 PARE ZSI047 18 awu 25 VRTIS 0 0 0 0 0 0 0 0.00 wags Oft- [LOU de oil. 0.0 Ohms AW01 SPARE 2SI -48 10 a witj 25 vims 0 0 0 0 0 0 0 0.00 Wdts on. 0. DO dD oil. RO Ohms AMPO1 SEE SIROUE SCHEDULE 2si -49 10 awn NIA vrms 0 U 0 O U U R U,UU Well U R 0,00 dU 0 IL 1101 Ohms WA SEE STROBE SCHEDULE 2Si -50 'M awU HIA vans 0 0 0 0 0 0 0 O.U0 Wa4s 0 R (Lou d8 0 fl. 40 Ohms NIA "No FLOOR 2Sig -51 18 awg NIA vmms 0 0 0 0 0 0 1 0.00 Wets 211(1 tL (LOU d8 0 fl. za Ohms NIA PARE 251 -52 10 swU NIA vmms 0 0 1 0 0 0 0 0 D.00 Wags Oft, [LOU dU 1 0 A. RO Ohms NIA SPARE 7510, 6 3 18 a NIA vnns 0 0 0 0 p O 0 0.00 Watt 0 ft. ROD dB 0 ft. RO Ohms NIA SPARE ZSI -51 10 aW MIA vans 0 0 0 0 0 0 0 0.00 Wass 0 IL acs tw 0 fl. (!110 Ohms NIA PARE 2Si -55 1R a NIA vans 0 O 0 0 D 0 O O.m Waits 0 D. ROD rflT 0 I1 R0 Ohms NmA SPARE 2SE0.56 10 awU NIA vans 0 0 0 0 0 0 0 0.00 Wags 014 400 4110 0 D. 0.0 Ohms NIA • t Applian c0 Summa Total Load ryltattsl , Max Load Wets) PerAnr 1 0 60 1 4 0 1 15 37.00 10400 a - . . 1 ax load i4v P AI arClrwl O 4SO „ „ 11M0 SUM MOhDbt VAS WISED TO CALCULAI E MAXIIV W ALLOWABLE CIRCUIT LENGTH, ikS MET HOD ALLOWS FOR A SMALL I_ GII OF SAFETY, TAKING INTO CONSIDERATION THE ACTUAL INSTALLED CIRCUIT ROUTING AWAY DIFrER rROM WHAT IS y HOWN ON THE StW DRAVVINGS. IF THE ACTUAL CIRCUIT LENGTH IS GOING TOEXCEED THE MAXIMUM ALLOWABLE CIRCUIT ENGTII, CONTACT YOU LOCAL SIMPLEX DRANCII. 160 -8201 Fire Alarm Control Panel -Nods 2- South Mlam! Hospital -I at Floor Fire Command Room NAC SCHEDULE/ VOLTAGE DROP CALCULATION VOLTAGE DROP TOTALS 17 %MAXIMUM VOLTAGEOROP CIRCUIT OUTPUT VOLTAGE= 20.4 (FOR_ CALCULATIONS) CIRCUIT TYPE ESTIMATED CIRCUIT LENGTH 4903.0160 15cd Spkr/Strb 0.090 'ET- 1010 -R WP SPEAKER 0,000 4906.9151 110cd Spkr /Strb 0,186 4904.8176 16cd Strobe 0.090 4906- 9105 WP 75cd Strobe 0,205 4906.8101 75cd Strobe 0.186 ET70WP- 2475W -FR TScd WP Spkr/Strb 0,102 4905 -9938 Sync Module 0.030000 Exi STING LOADS 1.000 TOTAL CKT, LOAD (AMPS) WIRE GAUGE (10, 16, 14, 12) ACTUAL VOLTAGE DROP % ACTUAL VOLTAGE DROP (VOLTS) TOTAL CIRCUIT RESISTANCE MAXIMUM ALLOWABLE: CKT. LENGTH POWER SUPPLY CIRCUIT DESCRIPTION 2:SIG -3 SEE PHONE SCHEDULE PHONE 0 ft. 0 0 0 0 0 0 0 0 0.000 0.000 12 O.WYO 0.000 0,0 Ohms 0 ft. PSM-B 2:SIG4 SEE PHONE SCHEDULE PHONE 0 ft. 0 0 0 0 0 0 0 0 0.000 0.040 12 0.001Yo 0,000 0.0 Ohms 0 ft. PSM-B 2:SIG.6 1FL PAVILION WEST RVISUAL 226 ft. 8 0 a 11 0 0 0 1 0.010ID 1.740 12 7.41% • 1,611 0.9 Ohms 521 ft PSM43 2:SIG41 PAVILION STAIR #1 FLOORS 1 THRU 7 RVISUAL 225 ft. 3 0 0 0 0 a 0 1 0.000 0.340 12 1.281,0 0.261 0.9 Ohms 3,022 ft. PSM43 2:Sit;7 CHAPEL AREA STROBES RVISUAL 226 ft. 6 0 a 1 0 0 0 1 0.000 0.670 12 2.43016 0.495 0.9 Ohms 1,691 ft PS01 -A 2:SiG.8 1ST FL RADIATION THERAPY AREA RVISUAL 225 ft. 4 0 1 a 0 a D 1 11000 0.676 12 2.45% 0.500 0.9 Ohms 1,574 fL PS01 -A 2:SIG 27 1ST FLOOR SIG27 RVISUAL 225 ft. 5 0 0 1 1 a 0 1 0.000 1.306 12 5.66% 1,134 0.9 Ohms 694 ft. PS01 -A 2:SIG -28 1ST FLOOR SIG26 RVISUAL 225 ft. 1 0 0 4 0 a 0 1 0.000 0.490 12 2.04"to 0,41T 0,9 Ohms 1,889 R. P801 -A 2 :8IG -29 1ST FLOOR SIG29 RVISUAL 225 ft. 2 0 3 2 0 1 D 0 60.000 1.104 12 4,70'Vo 0,959 0.9 Ohms 821 ft. P801 15 2:SIG -311 1ST FLOOR SIG30 . %kV UAL 2Z5 ft. 0 0 5 0 0 0 0 0 0.699 1.806 12 7,69% 11669 0.9 Ohms 502 ft. PS01 -B 2:SIG -31 1ST FLOOR SIG31 RVISUAL 225 ft. 1 0 0 3 0 0 0 1 0.000 0.557 12 2.41% 0.152 0.9 Ohms 1,599 ft. PS01 -B 2013 -32 1ST FLOOR SIG32 RVISUAL 226 ft. 6 0 0 0 0 e 0 1 01000 0.570 12 2.43'x', 0.495 0.9 Ohms 1,591 R PS01.8 2:SiG -33 1ST FLOOR SIG33 RVISUAL 225 ft. 0 0 0 4 0 1 0 1 0.000 0,930 1 12 3,96% RM 0.9 Ohms 975 ft PS02 -A 2.51044 STROBE SYNC CIRCUIT SIG34 RVISUAL 225 ft, 1 0 0 0 0 0 0 0 0 0.000 0.000 12 010079 01000 0,0 Ohms 0 it PS02 -A 2:SIG -35 2ND FLOOR SIG36 RVISUAL 226 ft. a a a a 0 0 0 1 0.000 0.750 12 3.190/0 01651 0.9 Ohms 1,709 fL PS02 -A 2 :SIG -36 2ND FLOOR SIG36 RVISUAL 225 ft. b 0 0 0 0 0 0 1 0.a00 0.750 12 3,19% 0,651 0.9 Ohms 11209 ft PS02 -A 2:SIG417 STAIR 4~11 SIG37 RVISUAL 225 ft, 1 0 a 0 0 a a 1 0.0100 0 -120 12 0.51% 0 -104 0.9 Ohms 7,556 it, PS02•A 2 :8I13-38 STROBE SYNC CIRCUIT SIG38 RVISUAL 20 ft. 0 0 0 0 0 0 0 0 0.000 0.000 12 0.00'!'0 01000 0.0 Ohms 0 ft. PS02 A 2:SIG46 SEE SPEAKER SCHEDULE SPEAKER 0 ft. �0 0 0 0 0 a 0 0 O.OW 0.000 12 O.WYO 0.000 0.0 Ohms 0 M PSM43 2:SIG -45 SEE SPEAKER SCHEDULE SPEAKER o ft. 0 0 0 a 0 0 0 0 G.000 0.00 +) 12 0.00% 0.000 0.0 Ohms 0 ft PSM43 2:SIG -47 SEE SPEAKER SCHEDULE SPEAKER 0 ft. 0 0 0 0 0 0 0 0 0.000 0.000 12 0.00'Yo 0.000 0.0 Ohms 0 ft PSM-B 2 :SiG -48 SEE SPEAKER SCHEDULE SPEAKER 0 ft. ( 0 0 0 0 0 0 0 0 0.000 0.000 12 0100% 0,000 0.0 Ohms 0 ft. PSM43 2:SiG -49 1ST FL PAVILLION EMERGENCY RM AREA RVISUAL 225 ft. 2 0 0 2 0 1 a 1 0.000 • 0.575 12 2.45% 0.500 0.9 Ohms 1,674 ft PSM413 2:5I'G -60 SPARE RVISUAL 225 ft. 0 1 0 1 0 1 0 0 1 0 1 0 1 0 0.000 0.000 1 12 0,00°x'0 1 0= 0.0 Ohms 0 ft, PSM-5 Appliance Summary Totsl Load (AMPS) Max Load (AMPS) Max Load (AMPS) Per Circuit 64 0 8 26 1 3 0 13 1 12:145 24,000 2.000 METHOD USED TO CALCULATE PERCENT OF VOLTAGE DROP: ((CIRCUIT LENGTH IN FEET X 2) (AMPS X OHMSIFOOT)] X 100 20.4 'VOLTS Wire Resistance, At 76 Degrees Celsius OhmI1000 ft 12GA = 1.93 14GA = 3.07 16GA- 4.89 Note, Each Power Supply Is 6 Amps divided Into two Amp taps. PSM-A System Power Amps PSM43 2.040 Amps PS01 -A 2.932 Amps PS01 -B 4.047 Amps P 802-A 2.6601Amps P S02-8 0.0001Am pis 10GA = 7.77 RE RESISTANCE BASED ON TABLES FROM NATIONAL ELECTICAL CODE= (UNCOATED SOLID COPPER WIRE) NOTE: LUMP SUM METHOD WAS USED TO CALCULATE ALLOWABLY VOLTAGE DROP. THIS METHOD ALLOWS FOR A SMALL MARGIN v0AD OF SAFETY, TAKING INTO CONSIDERATION THE ACTUAL INSTALLED CIRCUIT ROUTING MAY DIFFER FROM WHAT IS SHOWN ON THE SHOP DRAWINGS. IF THE ACTUAL CIRCUIT LENGTH IS GOING TO EXCEED THE MAXIMUM ALLOWABLE CIRCUIT NT�",rT -P LENGTH, CONTACT YOUR LOCAL SIMPLEX BRANCH. 4009 NOtificationAppliance Extender Panel Battery Calculation - NAC #1 ACTUAL VOLTAGE DROP LAST DEVICE VOLT NAC SCHEDULE /VOLTAGE DROP CALCULATION 17°% MAXMUM VOLTAGE DROP CIRCUIT OUTPUT VOLTAGE FOR CALCULATIONS = 20.4 CIRCUIT TYPE WIRE GAUGE __,.. __ __. WIRE RESIST -.._ AS DESIGNED ESTIMATED CIRCUIT LENGTH Standby Total Alarm Total Module Qty Description Current Standby Current Alarm Panel Equipment 75CD CIRCUIT DESCRIPTION E ,., ,., .n, 0.1860 0.1860 0.2500 AWG 4009 -9201 1 14009 IDNET NAC EXTENDER, 120 VAC 0.085000 0.085000 0.185000 0.185000 AMPS N1 -1 ED DEPARTMENT STROBES Total Panel Stby 0.085000 Total Panel Alarm 0.185000 Peripheral DeVices 6 1 0 1.302 2.000 2.006 M 2.000 7,000 1.0 4906 - 9101 *75 12 ITRUEALERT MULTI- CANDELA STROBE RED, WALL @ 75 CANDELA 0.000000 0,000000 0.186000 2.232000 4906 - 9151 *75 5 TRUEALERT MULTI - CANDELA SPEAKER /STROBE RED, WALL @ 75 CANDELA 0.000000 0.000000 0.186000 0.930000 4906 - 9128 *75 1 TRUEALERT MULTI - CANDELA HORN /STROBE RED, CEILING @ 75 CANDELA 0,000000 0.000000 0.250000 0.250000 0 0.930 N1-4 Total Periph Stby 0.000 Total Pedph Alarm 3.412 250 N/A Total Standby Amps 0.085 Total Alarm Amps 3.597 Standby Alarm Battery Calculations Current Current Control Panel Card Power 0.085 0.185 Power For External Peripheral Devices 0.00000 3.41200 0.085 <- Totals -7 3.597 Additional Battery Capacity Required 20°% 0.017 0.719 Standby Time = 4 Hrs 0.408 Standby Ah Alarm Time = 5 Mins. 1.079 Alarm Ah 1.487 Total Ah Battery Required 2081 -9272 6.2 4.099 Ah \ \SCMIAMII \DRAFTING \00 - 2003 \SOUTH MIAMI HOSPITAL (MASTER SITE) \SMH CLINICAL EXPANSION- REVOI- 952933613 \SMDAIMNMECAYMNgWt" sM- =2 33 61 3.DWODATB PTA77'ID: January 21, 2011 DATE SAVED: January 21, 2011 4009 Notification Appliance Extender Panel Battery Calculation - NAC #1 PIDts FS /CURRENT DRAW ACTUAL VOLTAGE DROP LAST DEVICE VOLT NAC SCHEDULE /VOLTAGE DROP CALCULATION 17°% MAXMUM VOLTAGE DROP CIRCUIT OUTPUT VOLTAGE FOR CALCULATIONS = 20.4 CIRCUIT TYPE WIRE GAUGE __,.. __ __. WIRE RESIST -.._ AS DESIGNED ESTIMATED CIRCUIT LENGTH MAXIMUM ALLOWABLE CIRCUIT' LENGTH STROBE SPKR/STRB HORN /STRB TOTAL CIRCUIT LOAD MAX CIRCUIT CAP.., ., _F 7:0- TAL CIRCUIT ' RES. OHMS 4906-9101 *75 4906. 9151 *75 4906. 9126 *75 75CD 75CD 75CD CIRCUIT DESCRIPTION E ,., ,., .n, 0.1860 0.1860 0.2500 AWG OHM /FT FT FT AMPS AMPS N1 -1 ED DEPARTMENT STROBES V/O 12 0.00193 250 690 6 1 0 1.302 2.000 2.006 M 2.000 7,000 1.0 N1 -2 ED DEPARTMENT STROBES V/0 12 0,00193 250 761 3 2 1 1.180 1.0 1.5 F, 1.0 N1 -3 CLINICAL EXPANSION CORR V/0 14 0.00307 250 607 3 2 0 0.930 N1-4 SPARE V/O 12 0.00193 250 N/A 0 0 0 0.000 VOLTAGE DROP TOTALS AS DESIGNED ACTUAL VOLTAGE DROP LAST DEVICE VOLT VOLT S % VOLTS 1.26 6.2% 19.1 1,14 6.6% 19.3 1.43 7.0% 19.0` 0.00 16.9 ' 20.4 AT MAX ALLOW. CIRC. LENGTH TOTAL M MAXIMUM L LAST OHMS V VOLTS % % V VOLTS 2.7 3 3.5 1 17.0% 1 16.9 2.9 3 3.5 1 17.0% 1 16.9 ' 3.7 3 3,5 1 17.0% 1 16.9 N/A I N/A N NIA N NIA 3.412 I t : METHOD U SED TO CALCULATE VOLTAGE DROP. t 12 5 t Total NAC Load: I 3.41 i A 1 1 [(CIRCUIT LENGTH IN FEET X2) (AMPS) (OHMS / FT)] Largest Single Circuit Load: g 1.30'A Lowest Voltage at any Device: ; 16.9:1 106% Wire Resistance At WIRE RESISTANCE BASED ON TABLE 8 FROM NATIONAL ELECTRICAL CODE (UNCOATED SOLID COPPER WIRE) g 3 75 Degrees Celsius NOTE: i f Total NAC Capacity: ' B'A Ohms/ft LUMP SUM METHOD WAS USED TO CALCULATE ALLOWABLE VOLTAGE DROP. THIS METHOD ALLOWS FOR A SMALL MARGIN Single Circuit Capacity: 2,6A 10,GA = 0.0012101 OF SAFETY, TAKING INTO CONSIDERATION THE ACTUAL INSTALLED CIRCUIT ROUTING MAY DIFFER FROM WHAT IS SHOWN Minimum Device Voltage: 116`V 12, GA = 0.001930 ON THE SHOP DRAWINGS. IF THE ACTUAL CIRCUIT LENGTH IS GOING TO EXCEED THE MAXIMUM ALLOWABLE CIRCUIT 14, GA = 0.003070 LENGTH, CONTACTYOUR LOCAL SIMPLE)GRINNELL DISTRICT OFFICE. ..- - . ? =Note: 116 GA = 0,004890 r Regulated 24 VDC" refers to the voltage range of 16 to 33 UDC 1$:GR = 0,007770 ;perVL standard 1971. This vdtage is the absolute operating range. . 1 I Please: note: that 16VDC Is the lowest operating voltage that Is allowed i I at the last appliance on the NAC under worst case conditions. 1 f i }The maximum RMS current listed is the nameplate rating. i ,.�_. � .....,. �,, ,q,,..,.. � .. .. ................ ........... . ................ ..... ..L... .,,. - -A ._.., , .. _ .> - .......... ,..,._�.K.... , _..,_.... �.,... - .. � ..,,_,.., , , _-.. _ ,. des' , ,. ,- -.. . age �- _. .. �... .._ current Strobe dt:+ s arts constant watt ''and the maximum RMS c ;rating occurs at the lowest allowable operating voltage. BATTERY CALL r � I ©L. TRIANA & ASSOCIATES, INC. CONSULTING ENGINEERS CERTIFICATE K THORiZA-Y,GN:26644 5151 S.W. 98t1ij4 �* MIAMI, FLORTDP,r'3 T y �1! 611,. LEStERrfRIANA, P.E. Florida RedsGation No. PE65707 uj W 1� z CD LL ry Y 0< - Lo W N W�O� Z CND U M to Q 1 Q'MMCD (L C>0 W_i�L LO u_ CO F_ CA 0�� C :) O •� C) a D . y r- i1_ (n = w , \ n Z Cn LI Il Ib J J ° W W Z � O Z Ow SIX U U)K O N Q z CO O W F- (D Z j O a U U) U O W W U Z ° O z o w w F) w w � CL o .- W O ° o 0 z .- W W } ui Uz W z � Y W 117. W W N ~ M O Z to In z CL 2 ° in a Q J 0 p U U F- Z U_ W W m � LL a v � z WW zd Q moo = ow W IY ° ~ CL 5 HQ a oQ U) aY Q xo j 0 z -1 o O I- � W o F: o WJ a 012 Z � 0 z oU �r1 , U Z Z r �4 1-+-I Z W O W h W 0 Z U Q ¢ Wi it 0 W 'u5 UQ0 0 �W IL U) z °~ a a �o U� z° W �x0 Z�0 20 a co � �a QO DRAWN BY: DATE: KS 09/29/10 DESIGNED BY: DATE: KS 09/29/10 APPROVED BY: DATE: KS 09/29/10 PROJECT NUMBER: 409382/952933613 SHEET NUMBER: BATT 1 SIZE: D (24-X36