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10-1027-011EXISTING F1 -FACP 2ND FLOOR FGI 7200 MICRO 6.0 AMPS MAX CD QTY STANDBY PER DEV. TOTAL STANDBY ALARM PER DEV. TOTAL ALARM MAIN NIA 1 0.191 0.191 0.432 0.432 EXIST. ANNUNCIATOR N/A 1 0,018 0.018 0.007 0.007 EXIST /NEW SMOKE DET. N/A 26 0.0003 0.0078 0.0065 0.169 EXIST DUCT DETECTOR N/A 6 0.015 0.09 0.07 0.42 NEW DUCT DETECTOR N/A 1 0 0 0.012 0.012 CONTROL RELAY MODULE N/A 1 0.00023 0.00023 0.0065 0.0065 NEW HEAT DETECTOR N/A 2 0.0003 0,0006 0.0065 0.013 NEW /EXIST PULL STATION N/A 10 0.0003 0.003 0.003 0.03 0.00307 Lc) FORMULA FOR CALCULATION OF VOLTAGE TOTAL CIRCUIT #1 TOTAL INPUT 1 .0895 CIRCUIT #1 --3.0 AMPS MAX DROP IN DC 2 WIRE CIRCUITS � 1= 1.765 TOTAL INPUT 76 CIRCUIT #1-3.0 AMPS MAX CL 0.2 1.6 STROBE 76 1 VD=R x 2 L x I HORN STROBE 75 7 AT LAST DEVICE 0.2 1.4 coat -,U TOTAL CIRCUIT #1 0 CIRCUIT #2 SPARE 3 � L 21.25% 0.165 0.495 CIRCUIT #3 --3.0 AMPS MAX ACCEPTABLE V - DROP OK "" =RESISTANCE OF WIRE IN OHMS PER TOTAL CIRCUIT #1 1.895 76 10 CIRCUIT #2 -3.0 AMPS MAX 0N.,._Q;Vi 0.2 2 STROBE 76 1 PER TABLE ABOVE) "I" = TOTAL CIRCUIT CURRENT IN AMPERES TOTAL CIRCUIT #2 0 CIRCUIT #3 SPARE " U'= LENGTH ONE WAY OF THE CIRCUIT IN FEET O 0.2 1.8 2.165 CIRCUIT #4- SPARE STROBE 75 1 Q D N -sw t, WD Waz, 0.165 0.165 3.98793 LL STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 N VOLTAGE AT LAST DEVICE 0 TOTAL CIRCUIT #2 1.965 d' OQ CIRCUIT #3 -SPARE TOTAL CIRCUIT #3 0 CIRCUIT #4 SPARE N, ,, I< ACCEPTABLE V - DROP TOTAL CIRCUIT #4 1.365 (A ) TOTAL STANDBY: 0.0911 TOTAL AMPS 6.535 (B STANDBY HOURS ( 24 OR 60 ): 24 0 EV)D LT_ ca�) c (A) x (B) _ (C) ( C ) TOTAL STANDBY AMP HOURS: 2.184 #NIA D) ALARM SOUNDING PERIOD IN MINUTES (6 OR 15): 15 MINUTES = 0.083 HOURS 0 0 0.542405 J �,voi0o (F TOTAL ALARM + STANDBY AH: TOTAL CIRCUIT #4 0 (A) TOTAL STANDBY: 0.31063 TOTAL AMPS 1.1334 ( B) STANDBY HOURS ( 24 OR 60 ): 24 VD= #NIA (A) x (B) = (C) ( C ) TOTAL STANDBY AMP HOURS: 7.45512 cm 4 3 0 ( D) ALARM SOUNDING PERIOD IN MINUTES (5 OR 15 ): 15 MINUTES = 0.083 HOURS (1) 1i. TOTAL ALARM X .25 = ( E) TOTAL ALARM AMP HOURS: =Z w 41000 0.0940722 % OF VOLTAGE DROP ( F )TOTAL ALARM + STANDBY AH: 0 7.5491922 M ULT. BY DERATING FACTOR x 1.2 ACCEPTABLE V - DROP 9,059030641 a EQTY: MINIMUM 7AH BATTERY PROVIDED a _._. r � t ----- F mmm_____l._ADDED HEAT---TO ELEVATOR MACHINE ROOM. NEW P2 -RPS 2ND FLOOR FCI HPF24S8 8.0 AMPS MAX CD EXISTING P1 -RPS 2ND FLOOR ITOTAL STANDBY SILENT KNIGHT SK -5395 MAIN N/A 1 6.0 AMPS MAX 0.091 0.145 0.145 L= _�... 370 CD QTY STANDBY PER DEV. TOTAL STANDBY ALARM PER DEV. TOTAL ALARM 16 0.00489 MAIN WA 1 0.075 0.075 0.1 0.1 m TOTAL INPUT 0.145 CIRCUIT #1-3.0 AMPS MAX Q 12 0.00193 0 -VOLTAGE %OFVOLTA_GEDROP HORN STROBE 75 3 p.2 0,6 STROBE 76 3 VALUES TAKEN FROM 2005 NEC CHAPTER 9 TABLE 8 Q 0.165 0.495 14 0.1 R= Z 0.00307 Lc) FORMULA FOR CALCULATION OF VOLTAGE TOTAL CIRCUIT #1 1.095 CIRCUIT #2-3.0 AMPS MAX DROP IN DC 2 WIRE CIRCUITS � 1= 1.765 TOTAL INPUT 76 CIRCUIT #1-3.0 AMPS MAX CL 0.2 1.6 STROBE 76 1 VD=R x 2 L x I HORN STROBE 75 7 AT LAST DEVICE 0.2 1.4 coat -,U Z STROBE 75 3 � L 21.25% 0.165 0.495 CIRCUIT #3 --3.0 AMPS MAX ACCEPTABLE V - DROP OK "" =RESISTANCE OF WIRE IN OHMS PER TOTAL CIRCUIT #1 1.895 76 10 CIRCUIT #2 -3.0 AMPS MAX 0N.,._Q;Vi 0.2 2 STROBE 76 1 PER TABLE ABOVE) "I" = TOTAL CIRCUIT CURRENT IN AMPERES HORN STROBE 75 9 " U'= LENGTH ONE WAY OF THE CIRCUIT IN FEET O 0.2 1.8 2.165 CIRCUIT #4- SPARE STROBE 75 1 Q D N -sw t, WD Waz, 0.165 0.165 3.98793 LL STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 N VOLTAGE AT LAST DEVICE 0 TOTAL CIRCUIT #2 1.965 d' OQ CIRCUIT #3 -SPARE 19.55% 0 _ N, ,, I< ACCEPTABLE V - DROP TOTAL CIRCUIT #4 1.365 (A ) TOTAL STANDBY: 0.0911 TOTAL AMPS 6.535 (B STANDBY HOURS ( 24 OR 60 ): 24 0 EV)D LT_ ca�) c (A) x (B) _ (C) ( C ) TOTAL STANDBY AMP HOURS: 2.184 #NIA D) ALARM SOUNDING PERIOD IN MINUTES (6 OR 15): 15 MINUTES = 0.083 HOURS 0 0 0.542405 J �,voi0o (F TOTAL ALARM + STANDBY AH: 2.726405 MOLT, BY DERATING FACTOR x 1.2 TOTAL CIRCUIT #3 W Q QTY: MINIMUM 7AH BATTERY PROVIDED CIRCUIT #4- SPARE VD= #NIA 4 cm 4 3 0 _ VOLTAGE AT LAST DEVICE #WA (1) 1i. _ =Z w 41000 % OF VOLTAGE DROP #WA 0 C'C ACCEPTABLE V - DROP #N /A a cam TOTAL CIRCUIT #4 A TOTAL STANDBY: 0.075 TOTAL AMPS 3.96 B) STANDBY HOURS 24 OR 60): 24 A x B C C TOTAL STANDBY AMP HOURS: 1.8 D ALARM SOUNDING PERIOD IN MINUTES 5 OR 15): 15 MINUTES = 0.083 HOURS TOTAL ALARM x.26 = E TOTAL ALARM AMP HOURS: 0.32868 • F TOTAL ALARM + STANDBY AH: 2.12868 C v v vase MOLT. BY DERATING FACTOR x 1.2 2.554416 QTY: MINIMUM 7AH BATTERY PROVIDED N.A.C. VOLTAGE DROP CALCULATIONS DC RESISTANCE FOR SOLID COPPER WIRES AT 75 DEGREES -C NAC#1 WIRE SIZE 14 R= 0.00307 SIZE OHMS PER FOOT L= 370 18 0.00777 in 1.895 16 0.00489 VD= �� 4.31 14 0.00307 VOLTAGE AT LAST DEVICE 16,09 12 0.00193 % OF VOLTAGE DROP 21.10 ° /a m m m 10 0.00121 ACCEPTABLE V - DROP YES _ 14 VALUES TAKEN FROM 2005 NEC CHAPTER 9 TABLE 8 NAC #2 WIRE SIZE R= 0.00307 FORMULA FOR CALCULATION OF VOLTAGE L= 350 DROP IN DC 2 WIRE CIRCUITS 1= 1.965 VD= 4.22 VD=R x 2 L x I VOLTAGE AT LAST DEVICE 16.18 %OFVOLTAGE DROP 20.70% WHERE VD = VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT ACCEPTABLE V - DROP OK "R" = RESISTANCE OF WIRE IN OHMS PER FOOT ( VALUES OF RESISTANCE FOR COPPER WIRE NAC #3 WIRE SIZE 0 PER TABLE ABOVE) "I" = TOTAL CIRCUIT CURRENT IN AMPERES _ R= #WA " U'= LENGTH ONE WAY OFTHE CIRCUIT IN FEEL` L= 0 1= 0 VD= #NIA STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 VOLTAGE AT LAST DEVICE #NIA PER U.L. & NFPA REQUIREMENTS %OFVOLTAGE DROP #WA ACCEPTABLE V - DROP #N/A C #4 WIRE SIZE 0 R= - #NIA (INFORMA710N PROVIDED BY CUSTOMER) L= 0 1= 0 VD= #NIA VOLTAGE AT LAST DEVICE #WA % OF VOLTAGE DROP #NIA ACCEPTABLE V - DROP _ #M /A NEW P2 -RPS 2ND FLOOR FCI HPF24S8 8.0 AMPS MAX CD QTY STANDBY PER DEV. ITOTAL STANDBY ALARM PER DEV. TOTAL ALARM MAIN N/A 1 0.091 0.091 0.145 0.145 L= _�... 370 - 18 0.00777 Z) gq° 1= 1.095 16 0.00489 M VD= Fy 2.49 _ 14 0.00307 _ m TOTAL INPUT 0.145 CIRCUIT #1-3.0 AMPS MAX Q 12 0.00193 0 -VOLTAGE %OFVOLTA_GEDROP HORN STROBE 75 3 p.2 0,6 STROBE 76 3 VALUES TAKEN FROM 2005 NEC CHAPTER 9 TABLE 8 Q 0.165 0.495 14 R= Z 0.00307 Lc) FORMULA FOR CALCULATION OF VOLTAGE TOTAL CIRCUIT #1 1.095 CIRCUIT #2-3.0 AMPS MAX DROP IN DC 2 WIRE CIRCUITS � 1= 1.765 HORN STROBE 76 8 CL 0.2 1.6 STROBE 76 1 VD=R x 2 L x I 0.165 0.165 AT LAST DEVICE 16.07 coat -,U Z %OFVO LTAGE DROP � L 21.25% TOTAL CIRCUIT #2 1.765 CIRCUIT #3 --3.0 AMPS MAX ACCEPTABLE V - DROP OK "" =RESISTANCE OF WIRE IN OHMS PER 00 V. ,fAU HORN STROBE 76 10 O 0N.,._Q;Vi 0.2 2 STROBE 76 1 PER TABLE ABOVE) "I" = TOTAL CIRCUIT CURRENT IN AMPERES 0.165 0.165 0Ncn�,,,� I (n E " U'= LENGTH ONE WAY OF THE CIRCUIT IN FEET O _ _ L= TOTAL CIRCUIT #3 2.165 CIRCUIT #4- SPARE OQ 1= 2.165 Q D N -sw t, WD Waz, I VD= 3.98793 LL STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 N VOLTAGE AT LAST DEVICE 0 cc .fr U. � a �y Q PER U.L. & NFPA REQUIREMENTS d' OQ %OFVOLTAGE DROP 19.55% 0 _ N, ,, I< ACCEPTABLE V - DROP TOTAL CIRCUIT #4 1.365 (A ) TOTAL STANDBY: 0.0911 TOTAL AMPS 6.535 (B STANDBY HOURS ( 24 OR 60 ): 24 EV)D LT_ ca�) c (A) x (B) _ (C) ( C ) TOTAL STANDBY AMP HOURS: 2.184 #NIA D) ALARM SOUNDING PERIOD IN MINUTES (6 OR 15): 15 MINUTES = 0.083 HOURS 0 TOTAL ALARM x.26 = (E) TOTAL ALARM AMP HOURS: 0.542405 J �,voi0o (F TOTAL ALARM + STANDBY AH: 2.726405 MOLT, BY DERATING FACTOR x 1.2 3.271686 W Q QTY: MINIMUM 7AH BATTERY PROVIDED f VD= #NIA q Uri N.A.C. VOLTAGE DROP CALCULATIONS DC RESISTANCE FOR SOLID COPPER WIRES 0 Z �^' ° �' AT 75 DEGREES -C _ � C #1 WIRE SIZE 14 Ll.l C) Z R= 0.00307 SIZE OHMS PER FOOT L= _�... 370 - 18 0.00777 Z) gq° 1= 1.095 16 0.00489 M VD= Fy 2.49 _ 14 0.00307 _ m AT LAST DEVICE----- Q 12 0.00193 0 -VOLTAGE %OFVOLTA_GEDROP _17.91 12,19 ° /a zQ 10 0.00121 ACCEPTABLE V - DROP (f) _ YES VALUES TAKEN FROM 2005 NEC CHAPTER 9 TABLE 8 Q NAC #2 WIRE SIZE _ 14 R= Z 0.00307 Lc) FORMULA FOR CALCULATION OF VOLTAGE L= 400 DROP IN DC 2 WIRE CIRCUITS � 1= 1.765 CL VD= � 4.33 VD=R x 2 L x I VOLTAGE AT LAST DEVICE 16.07 coat -,U Z %OFVO LTAGE DROP � L 21.25% WHERE VD = VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT ACCEPTABLE V - DROP OK "" =RESISTANCE OF WIRE IN OHMS PER 00 V. ,fAU O 0N.,._Q;Vi FOOT ( VALUES OF RESISTANCE FOR COPPER W IRE NAC #3 W IRE SIZE 14 pzov oar w a PER TABLE ABOVE) "I" = TOTAL CIRCUIT CURRENT IN AMPERES R= _ 0.00307 0Ncn�,,,� I (n E " U'= LENGTH ONE WAY OF THE CIRCUIT IN FEET O _ _ L= 300 Wx v °a«� Z� Q OQ 1= 2.165 Q D N -sw t, WD Waz, I VD= 3.98793 LL STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 N VOLTAGE AT LAST DEVICE 16.41207 cc .fr U. � a �y Q PER U.L. & NFPA REQUIREMENTS d' OQ %OFVOLTAGE DROP 19.55% I-- _ N, ,, I< ACCEPTABLE V - DROP OK to (0 00 n o I4- J C �, 00 C #4 WIRE SIZE 0 EV)D LT_ ca�) c R- _.. __...._.v_., #NIA ( INFORMATION PROVIDED BY CUSTOMER) 0 L= 0 J �,voi0o _ 1= 0 W Q F- C 4 X O VD= #NIA 4 cm 4 3 0 _ VOLTAGE AT LAST DEVICE #WA (1) 1i. _ =Z w 41000 % OF VOLTAGE DROP #WA __ C'C ACCEPTABLE V - DROP #N /A a cam i ��II I VIII DRAWING TYPE FIRE ALARM PLAN 0 Z �^' ° �' CD W • -1 - : Ll.l C) Z I� ry cn c/) - Z) gq° C) Li [� > Fy W < ® m Q LL1 0 CL zQ 'WQa (f) z Q 0) 0 Z � Lc) DRAWING TYPE FIRE ALARM PLAN l f APPROVED BY SCALE: �pl!Ilq VIII p DRAWN BY O.T I CHECKEDBY tc SHEET L x Z �^' ° �' SEAL W • -1 - : Z O Z) gq° C) (f) pia m OC13 -- CL 'WQa z 3 0) Z � � � CL .N coat -,U Z � L c"'c°'c 00 V. ,fAU O 0N.,._Q;Vi U ¢ pzov oar w a W «� 0Ncn�,,,� I (n E d O W (Y Ul Wx v °a«� Z� Q OQ U. Q D N -sw t, WD Waz, I � � :3 LL 'C N (i} t° Q� cc .fr U. � a �y Q W d' OQ > r)U P E"c N I-- _ N, ,, I< K) w v. (n to (0 00 n o I4- J C �, 00 EV)D LT_ ca�) c �Lo L} d O o0oai 0 ° 0 Lo J �,voi0o a = a) o L j W Q F- C 4 X O om n ° 4 cm 4 3 0 (1) 1i. n =Z w 41000 C'C a cam vvoo E3Em N,v:;,- t CE Q v v w- C • C v v vase l f APPROVED BY SCALE: �pl!Ilq VIII p DRAWN BY O.T I CHECKEDBY tc SHEET L x