Loading...
10-101-003nD E nD 1Q2 (a OE OE OE (DE ND (a OE a (a Q (DE OE 5 -D16 5 -D15 5 -D14 5 -013 5 -012 5 -011 5 -010 5 -09 5 -D8 5 -07 5 -D6 5 -05 5 -D4 5 -03 5 -D2 5 -01 4-11 FLOCZ o� Al e Ale V C]E ❑E M E A E ❑E L=IE 7* E �E 4 -M8 4 -M7 4 -M6 4 -M5 4 -M4 4 -M3 4 -M2 4 -M1 (DE OE OE OE OE OE OE (a OE OE (DE `JE OE OE OE OE OE OE 4 -D18 4 -017 4 -016 4 -D15 4 -D14 4 -D13 4 -012 4 -011 4 -D10 4 -09 4 -D8 4 -07 4 -06 4 -05 4 -D4 4 -D3 4 -02 4 -D1 PHASE- I -3RD FLOOR FLOW AND TAMPER SWITCH 110 h1D hD OE OE FEE ❑E M E L_.IE EE IEE ❑E DD OE OE 3 -022 3 -021 3 -020 3 -019 3 -D18 3 -M7 3 -M8 3 -M5 3 -M4 3 -M3 3 -M2 3 -M1 3 -017 3 -D16 3 -D15 (a OE OE OE OE (E `'/E OE OE OE OE (a OE ``JE 3 -014 3 -D13 3 -012 3 -011 3 -D10 3 -D9 3 -D8 3 -07 3 -D6 3 -D5 3 -04 3 -03 3 -02 3 -D1 2VG LODE IMONITOR MODULE FOR FLOW AND TAMPER SWITCH ❑E ❑M- E aE ❑E aE aE E 2 -M7 2 -M6 2 -M5 2 -M4 2 -M3 2 -M2 2 -M1 (DE DD OE `Jt OE (3E `Jt OE ` e OE OE & OE OE OE �:Jt OE OE OE 2 -D19 2 -D18 2- 0172 -016 2 -015 2 -014 2 -013 2 -012 2- D112 -D10 2 -D9 2 -08 2 -D7 2 -D6 2 -D5 2 -04 2 -03 2 -D2 2 -D1 15- FLCC4 PHASE -2- 1 5T FLOOR. o� o� goy, a��4� ��y� �� °� o ��o �� o �� ` ��o ��GPy All ��`� �`�G� �� yr�o� ti� �IGpy ��GP 4�`'PJ' yJ �.� �� ,�o` 4� +� �� �o� coq' y� 41 �o� e Doe v�,P ��,p �JP Pae`� 1Q``� o1V �Q`�` 4, O � 4. �a.• '� '� cn' 1P lei?' �v 4. o� ��o� ��& o`� o`� ,o`�� oQ' oQ` ((��o� o�' oe' o� c€` EE ❑E _EM E ❑E El E ❑E OE ❑E aE ❑E EE ❑E ❑E EE CDE ❑E EM E LA E -I EM ❑E ❑E EE 1 -M41 1 -M40 1 -M39 1 -M38 1 -M37 1 -M36 1 -M35 1- M341- M331 -M32 1 -M31 1 -M30 1 -M29 1 -M28 1 -M27 1 -M26 1 -M25 1 -M24 1 -M23 1- M221 -M21 FIRE PUMP SUPERVISION I GENERATOR SUPERM IQN RELAY MODULE FOR ELEVATOR RECALL DE L�M. E I ❑E M E bt E 0E ❑E ❑E ❑E DE DE ❑E El 1 -M20 1 -M19 1 -M18 1 -M17 1 -M16 1 -M15 1 -M14 1 -M13 1 -M12 1 -M11 1 -M10 1 -M9 1 -M8 1 -M7 OE IDE [EE DE EE FEE I1D t1D DD i1D SE 1 -M6 1 -M5 1 -M4 1 -M3 1 -M2 1 -M1 1 -D46 1 -D45 1 -044 1 -043 1 -D42 1 -041 1 -D40 1 -D39 1 -038 1 -037 `:JE OE nD OE OE OE DD OE OE OE (DE OE `;JE OE OE OE 1 -036 1 -D35 1 -034 1 -D33 1 -032 1 -031 1 -D30 1 -D29 1 -D28 1 -027 1 -D28 1 -D25 1 -024 1 -D23 1 -D21 1 -020 0 2 L t& OE tiD `./E t1D F1D (a (DE t1D SE 8 HO fiD DD (C ]- (a OE 1 -00119E 1 -018 1- D171 -D16 1- D151 -D141 -013 1- D121 -D111- 0101 -D9 1 -D8 1 -D7 1 -06 1� -.0�5t 1 -D4 1 -03 1 -01 SLC NO, 1 159 SENSOR/ 159 MODULE MAX. LCO -80 REMOTE LCD ANNUNCIATOR NN A EXISTING NOTiFiER NFS -320 FIRE ALARM PANEL 06.0, MA F.A.C.P. 110VAC uaACT TWO TELEPHONE LINES 7E OELJV RISER DIAGRAM EL:JV E °� E % °` E °� E ©° E �j° NACAS-3 4 -35 4 -36 4 -33 4 -34 75CD 1575CD 157500 NAG -2 E EOL 4.7K 0 .938 AMP W/ 3.0 AMP MAX. 5 -30 5 -31 5 -32 5Th iZ l� 5 -1 `LOOK 5 -35 5 -36 5 -37 5 -38 V DROP O 17.71 - LENGHT CIRCUIT 293' 75CD 1575CD 1575CD 1575CO 75CD MODULE FOR 1575CD 1575CD 1575CD .202A .158A .090A .090A .090A ,176A .090A .090A 077A IMONITOR FLOW AND TAMPER SWITCH .090A .090A .158A .077A .090A TOTAL OPTIONAL REQUIRED REQUIRED SAFETY BATTERY CAP. FACTOR CAP. ■ 1,9311 X 1,2 ■ 2.317 BATTERY SIZE: 7.0 AMP HRS 18 eEl� ■TOTAL CIRCUIT CURRENT IN AMPERES R. 0.00482 L - LENGTH 0 E WAY OF THE CIRCUIT IN FEET L■ 186 1• 0.992 ' °` DE °` OE '°4 ❑°D DROP '° 1V °` E ACCEPTABLE VE P OK M M M ^N tit ❑❑ ❑ ❑ ❑ ❑ ❑ FEE M ❑\VF ❑ ❑ O O O 16 ( INFORMATION PROVIDED BY CUSTOMER) E 5 5 E 5 5 E 5 E E E 5 EOL 4.4 EOL 4,7K O 1,128 AMP W/ 3.0 AMP MAX, E E E E E E E E E VOLTAGE 8OK -40 -41 -42 -43 -47 5 -48 - 5 -44 5 -45 -46 5 -M10 5 -M9 5 -M8 5 -M7 5 -M6 5 -M5 5 -M4 5 -M3 5 -M2 5 -M1 75CD 1575CO 1575CO 75CD 1575CD 1575CD 75CD 1575CO 110CD V DROP 0 18.33 - LENGHT CIRCUIT 302' .176A ,077A 090A 158A .090A .077A 1158 .090A .212A nD E nD 1Q2 (a OE OE OE (DE ND (a OE a (a Q (DE OE 5 -D16 5 -D15 5 -D14 5 -013 5 -012 5 -011 5 -010 5 -09 5 -D8 5 -07 5 -D6 5 -05 5 -D4 5 -03 5 -D2 5 -01 4-11 FLOCZ o� Al e Ale V C]E ❑E M E A E ❑E L=IE 7* E �E 4 -M8 4 -M7 4 -M6 4 -M5 4 -M4 4 -M3 4 -M2 4 -M1 (DE OE OE OE OE OE OE (a OE OE (DE `JE OE OE OE OE OE OE 4 -D18 4 -017 4 -016 4 -D15 4 -D14 4 -D13 4 -012 4 -011 4 -D10 4 -09 4 -D8 4 -07 4 -06 4 -05 4 -D4 4 -D3 4 -02 4 -D1 PHASE- I -3RD FLOOR FLOW AND TAMPER SWITCH 110 h1D hD OE OE FEE ❑E M E L_.IE EE IEE ❑E DD OE OE 3 -022 3 -021 3 -020 3 -019 3 -D18 3 -M7 3 -M8 3 -M5 3 -M4 3 -M3 3 -M2 3 -M1 3 -017 3 -D16 3 -D15 (a OE OE OE OE (E `'/E OE OE OE OE (a OE ``JE 3 -014 3 -D13 3 -012 3 -011 3 -D10 3 -D9 3 -D8 3 -07 3 -D6 3 -D5 3 -04 3 -03 3 -02 3 -D1 2VG LODE IMONITOR MODULE FOR FLOW AND TAMPER SWITCH ❑E ❑M- E aE ❑E aE aE E 2 -M7 2 -M6 2 -M5 2 -M4 2 -M3 2 -M2 2 -M1 (DE DD OE `Jt OE (3E `Jt OE ` e OE OE & OE OE OE �:Jt OE OE OE 2 -D19 2 -D18 2- 0172 -016 2 -015 2 -014 2 -013 2 -012 2- D112 -D10 2 -D9 2 -08 2 -D7 2 -D6 2 -D5 2 -04 2 -03 2 -D2 2 -D1 15- FLCC4 PHASE -2- 1 5T FLOOR. o� o� goy, a��4� ��y� �� °� o ��o �� o �� ` ��o ��GPy All ��`� �`�G� �� yr�o� ti� �IGpy ��GP 4�`'PJ' yJ �.� �� ,�o` 4� +� �� �o� coq' y� 41 �o� e Doe v�,P ��,p �JP Pae`� 1Q``� o1V �Q`�` 4, O � 4. �a.• '� '� cn' 1P lei?' �v 4. o� ��o� ��& o`� o`� ,o`�� oQ' oQ` ((��o� o�' oe' o� c€` EE ❑E _EM E ❑E El E ❑E OE ❑E aE ❑E EE ❑E ❑E EE CDE ❑E EM E LA E -I EM ❑E ❑E EE 1 -M41 1 -M40 1 -M39 1 -M38 1 -M37 1 -M36 1 -M35 1- M341- M331 -M32 1 -M31 1 -M30 1 -M29 1 -M28 1 -M27 1 -M26 1 -M25 1 -M24 1 -M23 1- M221 -M21 FIRE PUMP SUPERVISION I GENERATOR SUPERM IQN RELAY MODULE FOR ELEVATOR RECALL DE L�M. E I ❑E M E bt E 0E ❑E ❑E ❑E DE DE ❑E El 1 -M20 1 -M19 1 -M18 1 -M17 1 -M16 1 -M15 1 -M14 1 -M13 1 -M12 1 -M11 1 -M10 1 -M9 1 -M8 1 -M7 OE IDE [EE DE EE FEE I1D t1D DD i1D SE 1 -M6 1 -M5 1 -M4 1 -M3 1 -M2 1 -M1 1 -D46 1 -D45 1 -044 1 -043 1 -D42 1 -041 1 -D40 1 -D39 1 -038 1 -037 `:JE OE nD OE OE OE DD OE OE OE (DE OE `;JE OE OE OE 1 -036 1 -D35 1 -034 1 -D33 1 -032 1 -031 1 -D30 1 -D29 1 -D28 1 -027 1 -D28 1 -D25 1 -024 1 -D23 1 -D21 1 -020 0 2 L t& OE tiD `./E t1D F1D (a (DE t1D SE 8 HO fiD DD (C ]- (a OE 1 -00119E 1 -018 1- D171 -D16 1- D151 -D141 -013 1- D121 -D111- 0101 -D9 1 -D8 1 -D7 1 -06 1� -.0�5t 1 -D4 1 -03 1 -01 SLC NO, 1 159 SENSOR/ 159 MODULE MAX. LCO -80 REMOTE LCD ANNUNCIATOR NN A EXISTING NOTiFiER NFS -320 FIRE ALARM PANEL 06.0, MA F.A.C.P. 110VAC uaACT TWO TELEPHONE LINES 7E OELJV E EL:JV E °� E % °` E °� E ©° E �j° NACAS-3 4 -35 4 -36 4 -33 4 -34 75CD 1575CD 157500 NAG -2 E EOL 4.7K 0 .938 AMP W/ 3.0 AMP MAX. 5 -30 5 -31 5 -32 5 -33 5 -34 5 -35 5 -36 5 -37 5 -38 V DROP O 17.71 - LENGHT CIRCUIT 293' 75CD 1575CD 1575CD 1575CO 75CD 1575CO 1575CD 1575CD 1575CD .202A .158A .090A .090A .090A ,176A .090A .090A 077A .077A .090A 4T'i F'_CC;. EXISTING DEVICES NOT PART OF SCOPE OF WORK OE Z<E ' °` E OE Z E OE OE Z< E BPSN5 4 -32 4 -35 4 -36 4 -33 4 -34 75CD 1575CD 157500 NAG -2 5 -20 5 -21 5 -22 5 -23 5 -24 5 -25 5 -26 5 -27 EOL 4.7K O .918 AMP W/ 3.0 AMP MAX, 1575CD 1575C0 1575CD 110CD 1575C0 110CD 1575CD 1575CD V DROP 0 17.87 - LENGHT CIRCUIT 282' .077A .090A .090A .202A .090A .202A .077A .090A .158A L° qE WE ZKIE WELN, E WE WE WE E NAC #5-1 5 -10 5 -17 5 -11 5 -12 5 -13 5 -14 5 -15 5 -18 5 -16 EOL 4.7K 0 .907 AMP W/ 3.0 AMP MAX. 1575CD 1575CD 1575CD 75CD 1575CO 1575CD 75CD 1575CD 1575CD V DROP 0 18.8436 - LENGHT CIRCUIT 198' .090A .077A .090A .158A .090A .077A .158A .077A .090A k; <E %6t - °� E OE O E OE OE 4 -30 4 -31 4 -32 4 -35 4 -36 4 -33 4 -34 75CD 1575CD 157500 75CD 75CD 75CD 75CD .176A 077A .090A .158A .158A .158A .158A BPS#4 NAC -3 EOL 4,7K O ,975 AMP W/ 30 AMP MAX. V DROP 0 19,2080 - LENGHT CIRCUIT 125' PnA5E -I -3RD FLCCR. EXISTING DEV ICES NOT PART OF SCOPE OF WORK E< A� o (o J24-24 O ©° U4N O °© gP5/4 E E �E �E N 4 -20 4 -21 4 -22 4-23 4 -25 4 -28 E 4 -30 4 -27 EOL 4,7K 0 1,251 AMP W/ 3.0 AMP MAX. 110CD 1575CD 75CD 75CD 75CD 1575CO 1575CD 1575CD 1575CD V DROP 0 17,2879 - LENGHT CIRCUIT 253' .212A .090A .158A .158A .158A .077A .090A .077A .077A i i ©E ' :VE ° E ME `< yE 3 -38 1573CD a�`:E E° 3 -39 1575CD `:E °� E 3 -37 1575CD BP NAC -3 EOL 4.7K O .997 AMP W/ 3.0 AMP MAX. V DROP 0 17.894 - LENGHT CIRCUIT 257' .158A E .090A .090A .090A � .158A .077A LIVE NAC41 4 -10 4 -16 4 -17 4 -11 4 -18 4 -12 4 -13 4 -14 4 -19 4 -15 EOL 4,7K O .997 AMP W/ 3.0 AMP MAX. 75CD 1575CD 1575CD 1575CD 1575CO 1575CD 1575CD 75CD 1575CD 1575CO V DROP O 18.3036 - LENGHT CIRCUIT 215' .158A .077A .090A .090A .077A .090A .090A .158A .077A .090A TOTAL OPTIONAL REQUIRED REQUIRED SAFETY BATTERY CAP. FACTOR CAP. ■ 1,9311 X 1,2 ■ 2.317 BATTERY SIZE: 7.0 AMP HRS 2N:1 PI.CCc: OE 3 -30 75CD ` °` E 3 -32 1575CO ' °` E 3 -33 1575CD °` E 3 -34 1575CO ' °` E 3 -35 1575CD `< yE 3 -38 1573CD Oe° 3 -36 75CD E° 3 -39 1575CD E 3 -40 1575CO °� E 3 -37 1575CD BP NAC -3 EOL 4.7K O .997 AMP W/ 3.0 AMP MAX. V DROP 0 17.894 - LENGHT CIRCUIT 257' .158A .090A .090A .090A .090A .077A .158A .077A .077A .090A 3 -25 °` °' Z v E `C='� 6''E `U� _ ` °` �3 E E° E 3 -15 75CD 110CD E NAC -2 3 -20 3 -21 3 -22 3 -23 3 -24 3 -25 3 -26 EOL 4.7K 0 .948 AMP W/ 3.0 AMP MAX. 110CD 75CD 1575CD 75CD 75CD 1575CD 1575CO V DROP 0 17.88 - LENGHT CIRCUIT 272' .212A .176A .077A .158A .158A .077A .090A .158A ' °' E 3VN Z v E ME DIE F ME 3 -10 3 -11 3 -12 3 -13 3 -14 3 -15 75CD 110CD 1575CO 1575CO 75CD 75CD .176A .202A .090A .077A .176A .158A _ EXISTING DEVICES NOT PART OF SCOPE OF WORK 15T FLOCK NACA- i EOL 4,7K 0 .879 AMP W/ 3.0 AMP MAX. V DROP 0 19.3254 - LENGHT CIRCUIT 125' GKN 3VN NACNiON 10 -1 10 -2 EOL 4.7K 0 ,18 AMP W/ 3.0 AMP MAX, 1575CD 1575CD V DROP 0 20.2204 - LENGHT CIRCUIT 102' .090A ,090A 2 -11 ( 1 VIP Z` E ' °` E `OE k& E OE Z °` E 2 -40 2 -41 2 -42 2 -43 2 -44 2 -45 2 -46 1575CD 11000 1575CD 1575CD 1575CD 75CD 1575CD .090A .212A .077A ,077A .077A .176A .090A '-' P E WE '=' "E'r =' "E E c-'E °` E° E 2 -31 2 -32 2 -33 2 -34 2 -35 2 -36 2 -37 2 -38 1575CD 75CD 1575CO 1575CD 75CD 75CD 1575CO 75CD .090A .158A .090A 090A .158A A 58 ,090A .158A Pt1AH -2- I ST FLOOR. BPSM2 NAC -4 EOL 4.7K 0 .799 AMP W/ 2.5 AMP MAX. V DROP 0 18.8730 - LENGHT CIRCUIT 221' NAC'? J EOL 4,7K 0 .992 AMP W/ 2.5 AMP MAX. V DROP O 18.5955 - LENGHT CIRCUIT 186' °E BPS02 `v � c -� � E 0 u : 2 -20 2 -47 2 -21 2 -22 2 -23 2 -24 2 -25 2 -26 2 -27 2 -28 2 -29 2 -30 EOL 41 0 1.368 AMP W/ 2.5 AMP MAX. 75CD 1575CD 1575CD 1575CO 1575CD 1575CD 75CD 75CD 1575CD 75CD 75CD 1575CO V DROP 0 17.47 - LENGHT CIRCUIT 219' .158A .077A .090A .077A .077A .090A .158A .158A .077A .158A .158A .090A 15E' 14E' 13E' 11ON' 12E EXISTING BOOSTER POWER SUPPLY NOTiFIER FCPS -24S8 WiTH 8 AMP MAX. BOOSTER POWER SUPPLY NOTIFIER FCPS -24S6 4 NAC'S O 3 AMP EACH/ 6 AMP MAX. BPS #2 NAC -1 EOL 4.7K 0 1.151 AMP W/ 2,5 AMP MAX. V DROP O 18.4301 - LENGHT CIRCUIT 175' BATTERY CALCULATION BPS #2E BPS CALCULATIONS BPS #2E '' E OE OE L.fVE '° E '° E `�'t: `=>'E 2 -10 2 -11 2 -12 2 -13 2 -14 2 -15 2 -16 2 -17 2 -18 2 -19 75CD 75CD 1575CD 1575CD 1575CD 75CD 1575CO 1575CD 1575CO 75CD .158A .158A .090A .077A .077A .176A .090A .090A .077A .158A 15E' 14E' 13E' 11ON' 12E EXISTING BOOSTER POWER SUPPLY NOTiFIER FCPS -24S8 WiTH 8 AMP MAX. BOOSTER POWER SUPPLY NOTIFIER FCPS -24S6 4 NAC'S O 3 AMP EACH/ 6 AMP MAX. BPS #2 NAC -1 EOL 4.7K 0 1.151 AMP W/ 2,5 AMP MAX. V DROP O 18.4301 - LENGHT CIRCUIT 175' BATTERY CALCULATION BPS #2E BPS CALCULATIONS BPS #2E STANDBY QTY. TOTAL ALARM CURRENT CURRENT .065 1 .065 .145 OTY. TOTAL 1 .145 AT 75 DEGREES -C JNAC #1- WIRE SIZE AT 75 DEGREES -C AT 75 DEGREES -C N • /1 WIRE SIZE 16 Rs, R 0.00489 SIZE OHMS PER FOOT L■ 175 HORN ST. 112M 1• 1 HORN ST, 75CO VD. .176 1 176 HORN ST, 1575CO VOLTAGE AT (AST DEVICE 1 HORN ST. 1500 % OF VOLTAGE DROP .176 2 J52 ACCEPTABLE V - DROP 7 9 VALUES TAKEN FROM 2002 NEC CHAPTER 9 TABLE 8jy WIRE SIZE !qMAF 71 STANDBY:24HRS 8 12 1.896 REQUIRED STANDBY 24 X TOTAL STANDBY .065 .077 10 REQUIRED HARM CAP. .28 a TOTAL OPTIONAL REQUIRED REQUIRED SAFETY BATTERY CAP. FACTOR CAP. 1.84 X 1.2 is 2.208 BATTERY SIZE: 7.0 AMP HRS TOTAL STANDBY - .065 TOTAL ALARM is 4.455 STANDBY:24HRS VD•R It 2 L I I I ALARM: 5 MIN. X 1/60 - .0833 HOURS 17.47 REQUIRED STANDBY 24 X TOTAL STANDBY .065 REQUIRED REQUIRED STANDBY AMP /HRS ALARM TiME is 1.56 .0833 X TOTAL REQUIRED HARM HARM CAP, 4,455 is .3711 REQUIRED STANDBY AMP/HRS. 1.56 + REQUIRED ALARM CAP, ,3711 TOTAL OPTIONAL REQUIRED REQUIRED SAFETY BATTERY CAP. FACTOR CAP. ■ 1,9311 X 1,2 ■ 2.317 BATTERY SIZE: 7.0 AMP HRS BATTERY CALCULATION BPS #4E BPS CALCULATIONS BPS #2E STANDBY CITY. TOTAL ALARM QTY. TOTAL CURRENT CURRENT .065 1 .065 .145 1 .145 DC RESISTANCE FOR SOLID COPPER WIRES AT 75 DEGREES -C JNAC #1- WIRE SIZE AT 75 DEGREES -C AT 75 DEGREES -C N • /1 WIRE SIZE 16 Rs, R 0.00489 SIZE OHMS PER FOOT L■ 175 HORN ST. 112M 1• 1 HORN ST, 75CO VD. .176 1 176 HORN ST, 1575CO VOLTAGE AT (AST DEVICE .090 8 .72 STROBE 75 % OF VOLTAGE DROP 1150 9 STROBE 15ZZ5 ACCEPTABLE V - DROP 7 9 VALUES TAKEN FROM 2002 NEC CHAPTER 9 TABLE 8jy WIRE SIZE TOTAL STANDBY = .065 TOTAL ALARM • 3.368 STANDBY:24HRS R■ ALARM: 5 MIN. X 1/60 - .0833 HOURS REQUIRED STANDBY 24 X TOTAL STANDBY .065 REQUIRED REQUIRED TOTAL REQUIRED STANDBY AMP /HRS ALARM TIME HARM ALARM CAP, is 1.56 .0833 X 3.368 - .28 REQUIRED STANDBY AMP/HRS. 1.56 + REQUIRED HARM CAP. .28 a TOTAL OPTIONAL REQUIRED REQUIRED SAFETY BATTERY CAP. FACTOR CAP. 1.84 X 1.2 is 2.208 BATTERY SIZE: 7.0 AMP HRS BATTERY CALCULATION BPS #10N BPS CALCULATIONS BPS #2E STANDBY QTY. TOTAL ALARM W. TOTAL CURRENT CURRENT .065 1 .065 .145 1 .145 DC RESISTANCE FOR SOLID COPPER WIRES AT 75 DEGREES -C JNAC #1- WIRE SIZE AT 75 DEGREES -C AT 75 DEGREES -C N • /1 WIRE SIZE 16 Rs, R 0.00489 SIZE OHMS PER FOOT L■ 175 18 0.00777 1• 11151 I$ 0.00489 VD. 119699 HORN ST. 15/75CD VOLTAGE AT (AST DEVICE .090 2 12 0.00193 % OF VOLTAGE DROP 9.66X 10 0.00121 ACCEPTABLE V - DROP YES VALUES TAKEN FROM 2002 NEC CHAPTER 9 TABLE 8jy WIRE SIZE TOTAL STANDBY - .065 TOTAL HARM = .325 STANDBY:24HRS R■ ALARM: 5 MIN. X 1/60 is .0833 HOURS REQUIRED STANDBY 24 X TOTAL STANDBY .065 REQUIRED REQUIRED TOTAL REQUIRED STANDBY AMP/HRS ALARM TIME ALARM HARM CAP. is 1.56 .0833 X .325 - .027 REQUIRED STANDBY AMP /HRS. 1.56 + REQUIRED ALARM CAP. .027 is TOTAL OPTIONAL REQUIRED REQUIRED SAFETY BATTERY CAP. FACTOR CAP. 1.587 X 1.2 - 1,9044 BATTERY SIZE: 7.0 AMP HRS Through - penetration Firestop Systems System No, W -L -1325 December 03, 2003 F Ratings - 1 and 2 Hr (See Item 1) T Acting - 0 Hr SECTION A -A 1. Wd Nwerby - iM 1 or 2 M fire road wasum loadlstW sob o"w" eheR be aanwbudw at the rwtows One in M mmner spedrd in dN kNhldd 11300 r U400 lodes Oat and ►erU1w Mdgno In °a UL M Resistance Olnetary er4 since inehka the Moving w*vctlom haturw: A. steads - Writ tw" may awdot of ~ wood etude or deal awed dude. Weed dude to ewsld of ,ram ! by 4 n, Wewr paced 14 r. OCR SW Van dust to be mn 3 -112 h. awe 004 OPNW ma 24 h oar 8. °lyceum Bare - Ono or toe ryas of man 8/8 h Ace gypsum boast de *@AW In the rathi" Wd and Partition Cwkn. Ma dam of opening Is 14-1/2 n. The heat' F Ra1Ng of the N" "In is egad to the hoary in Mrg of the was eswWnbh, t Mdads sis" - (wthroo - Mdrkd craw WEiloabd hem min Na 2A gauge oely oast Aid and halm a mm i h, eesleP dung the reifludi d am, CrNW d dears to be flush eM a meww a was 1 fn I»y0n1 each surface M ML 3 TV** so sit we - Oo matotr pro eendult at Dens to be lretdw oarcenbkdy er waerkkdty etMM eN Merp w11em. Pipe, oonduR or eb►rd b be ngldy "=rd en bash I'd. d wd aennby, ilr moving qpa aN Haw d mak0lk ppoa oondvt a tubing may be aced, A SW Mw - Nam 12 h On (a amder) schedule 10 (or hwrW) eW ppd. M amJor apace of 0 h WK canted) to 1-3/4 h Is m$*911 dUh bo flmrp *VM% 8, ban No - hem 12 h dam (o wn dor) Sdrdule 10 (a kw *d tat Den pipe. M emJw apse d 0 in, (past west) r 1 -3/4 h r regdoe aaa the 1r4dop warm. C. Capper Tubing - Naar 4 M din (a weaker) Typo L (or Nevr) w0W tube. M onJor " of 0 h (PON wnrot) is 1.7/8 h Is r"*W w" the hwrP worn. 0. Cww lip - Nan 4 h dam (w "lw) Roth (or hw#W) apps RM. M &Ww epxe of 0 h (post ow*3at) to 1 -7/8 h Is nq*W NWn the fewtap wstom L Car" - Nam 6 h (or rndW) MO wnaAl or or nun 4 h dam (a omada) stool decis n.bAO cw*A M amuear spas at 0 h (print oadosi) to 1 -7/8 In, Is ropirN .Rhin IM weetop eydem. 4 rknwp Aet-n - The M1atop Wyol4m oak oawi t of the Mosrg! A Hc*q Mo*W - In 2 hr wall owwnbllw, loan bo*w rod Rmry pahil No apwbq as o pe,nwwN tam. Packing metMd to M ncewW Nom seA allow of the wd to sac= "sate 10 nqubW Vdaew d N matald. 8. F11 Vold at Cady Met -ides - CaAb - Min 1/2 h Vclurw of Ce mdeM appal eh* W woulus an both eurfaaw of Do cad mm*. When owl dw" Is eat used a when " Wows Is Rust, ettlt the wet wAao4e, W mr 1/2 h, dam bead of with dad be *spew Is the o -.feet / beard nrrf*w pt the Dom wnteot localrn Den teeth deice d xL When dM 1144" raced, a Mod d wade r a 40 r Ne eW Mara /rp4wr Mad hrAow a teeth 4ww dal. 18C10R EEL - MC 150. Cady Wtawur 1000 'low" the UL CrWRwtan Mae FIRE ALARM SYSTEM TO BE INSTALLED IN ACCORDANCE wrm NFPA 72; 70; 101- N.A.C. VOLTAGE DROP CALCULATIONS BPS #2E OC RESISTANCE FOR SOLID COPPER WIRES DC RESISTANCE FOR SOLID COPPER WIRES AT 75 DEGREES -C JNAC #1- WIRE SIZE AT 75 DEGREES -C AT 75 DEGREES -C N • /1 WIRE SIZE 16 Rs, R 0.00489 SIZE OHMS PER FOOT L■ 175 18 0.00777 1• 11151 I$ 0.00489 VD. 119699 14 0.00507 VOLTAGE AT (AST DEVICE 18.4301 12 0.00193 % OF VOLTAGE DROP 9.66X 10 0.00121 ACCEPTABLE V - DROP YES VALUES TAKEN FROM 2002 NEC CHAPTER 9 TABLE 8jy WIRE SIZE 16 R. R■ 0.200 9 FORMULA FOR CALCULATION OF VOLTAGE L- DROP IN DC 2 WIRE CIRCUITS DROP IN DC 2 WIRE CIRCUITS I. 1.368 VD■ VDso 2.9300 VD•R It 2 L I I I VOLTAGE AT LAST DEVICE 17.47 X OF VOLTAGE DROP % OF VOLTAGE DROP 14.36% WHE�tE VO ■ SYOITAGE DROP AT THE LAST DEICE ON THE CIRCUIT ACCEPTABLE V - DROP OK FOOT T AEL��:S� 1''0� MIRE TA LE ABOVE I WIRE SIZE 18 eEl� ■TOTAL CIRCUIT CURRENT IN AMPERES R. 0.00482 L - LENGTH 0 E WAY OF THE CIRCUIT IN FEET L■ 186 1• 0.992 VD. 1.8045 STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 VOLTAGE AT LAST DEVICE 18.5955 PER U,L do NFPA REQUIREMENTS DROP 5mx ACCEPTABLE VE P OK NAC 1414 WIRE SIZE 16 ( INFORMATION PROVIDED BY CUSTOMER) RL- O.t224189 1. 0.799 VD- 1.7269 VOLTAGE AT LAST DEVICE 18.673057 VOLTAGE 8OK ARA DROP N.A.C. VOLTAGE DROP CALCULATIONS BPS #4E OC RESISTANCE FOR SOLID COPPER WIRES 10% AT 75 DEGREES -C JNAC #1- WIRE SIZE AT 75 DEGREES -C NAG 11 WIRE SIZE 18 SIZE OHMS PER FOOT L- Rs, 0.00489 SIZE OHMS PER FOOT L■ 215 18 0.00777 Is 0.997 16 0.00489 VD- 2.0964 14 0.00307 VOLTAGE AT LAST DEVICE 16.3036 12 0.00193 X OF VOLTAGE DROP 10.28% 10 0.00121 ACCEPTABLE V - DROP YES VALUES TAKEN FROM 2002 NEC CHAPTER 9 TABLE 8 NAC 12/2 WIRE SIZE 16 PER TABLE ABOVE) 1" - TOTAL CIRCUIT CURRENT IN AMPERES R. 0.00489 FORMULA FOR CALCULATION OF VOLTAGE L• 256 DROP IN DC 2 WIRE CIRCUITS I• 1.251 VD■ 3.1321 VD -R x 2 L x l VOLTAGE AT LAST DEVICE 17.2679 L!i X OF VOLTAGE DROP 15.35% WHERE W - VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT OHMS PER ACCEPTABLE V - DROP OK FOOT VALUES OF RESISTANCE FOR COPPER WIRE �.ALUES�F RESFSTANCE FOR CO NAC /3 WIRE SIZE 18 PER TABLE ABOVE) 7" - TOTAL CIRCUIT CURRENT IN AMPERES R. 0.00489 ' L' is LENGTH ONE WAY OF THE CIRCUIT IN FEET L■ 125 1■ 0.975 VD. 1.1919 STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 VOLTAGE AT LAST DEVICE 19.208063 PER U.L. d: NFPA REQUIREMENTS % OF VOLTAGE CROP 5.84% ACCEPTABLE V - DROP OK ( INFORMATION PROVIDED BY CUSTOMER) N.A.C. VOLTAGE DROP CALCULATIONS BPS #10N DC RESISTANCE FOR SOLID COPPER WIRES 10% AT 75 DEGREES -C JNAC #1- WIRE SIZE 16 Rss 0.00489 SIZE OHMS PER FOOT L- 102 18 0.00777 I- 0.18 16 0,00489 VOw 1796 14 0.00307 VOLTAGE AT LAST DEVICE 20.2204 12 0.00193 x OF VOLTAGE DROP 0.88X 10 0.00121 ACCEPTABLE V - DROP YES VALUES TAKEN FROM 2002 NEC CHAPTER 9 TABLE 8 FORMULA FOR CALCULATION OF VOLTAGE < DROP IN OC 2 WIRE CIRCUITS W VO- Rx2LxI WHERE VD . VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT "I . RE$I,5,TAN .F F WIRE IN OHMS PE8 FOOT (VALUES OF RESISTANCE FOR COPPER WIRE LL � PER TABLE ABOVE) 1" - TOTAL CIRCUIT CURRENT IN AMPERES Z " L" - LENGTH ONE WAY OF THE CIRCUIT IN FEET N - STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 O1 PER U.L. de NFPA REQUIREMENTS 0 ( INFORMATION PROVIDED BY CUSTOMER) Through - penetrotion Rrestop Systems System No. C -AJ -1409 November 28, 2007 F Rating - 2 Hr T Ratings - 0, K and Hr (See Item 2) SECTION A -A 1. now at Wd Assent" - Min 4 -1/2 h, 04A rointorad lightweight or norrnd wokint ( 100 - 150 pd) eencMa. Ikor may duo be wmbvcrd of any min 1 h. Wei holos -w o Nasal Cal WA Unites. Wd may sings be omstrucW d or7 UL donWN ConeMa 01x00, Mas damn of oponkp IN 11 -1/4 k In habow -can More, mow dam of opw nq Is 7 In, ses Canasta 9echo (0130 at Priced Ooncrab fhb (=4 categories in the Fla R4Odanoe 9ksd" to comes at mawlact"M L Through P4r.bIs I - Ora mdda Am. tubing or oadoR Imnlolod wncrrtrbaiq a eewntrfody withie the Imlop syetaw. M ameuior paw of min 0 r, (Post aaRad) Is a maw 2 -3/4 h. Is r"hd between tlo penebvR and the pwo*y of the op"N, ro*. hbng or oxWuk to be rlgIcy nppaW so each Ode of the tear own*. The Moving types and otres of motor pipes, tubing or condtA may be wed! A stool Ppe - Nom 8 h. an (a smda) schedule 10 (a howler) steel pipe, 8. Copper Pp - Nom 4 h, dam (a ruder) Ibgular (a heavier) copW post. C. Capps Tubing - Nam 4 h dam (a w"tor) Type L (a Naylor) capper tubing. 0. C"A - Nom 6 h dam (of ambier) OW wMuh or nom 4 h din (a endW) steO Oeahkal mstdk tWlnq. T ft" r M when - n r pace r 1 -7/4 h. or lees aM min % h Vcr.w d swlmd tuna min 4 h thWbuw of rinerat wed Is used. T Ratlrry r N when ennuis wow to 1 -7/0 h. or low, e4 mh % h Inaknwa of eWdant and min 2 h Valances d mineral wed is wed, The T" Is 0 M tar omJar paces greater than 1 -7/8 h 3. Wop System - fie scarp system end wild of the toRodrp: A PaekNg Mdedd - Nan 2 In. w 4 h thkbnes d mh 4 pd rdw al wed bet! Insulation flan* peeked No owing as a permam t lom1. (Ses Ram 2 dace") Padrbq material to be maned ham top suAoce d floor or from both curfews of wd or from both eutaow of hoiaw -core Mar as rogkw to 0eoomme4cte the rqubw BJdu.w of fm tnsterld. 8. Flo. Vold or Cody MoterW - Cou6 - esm 9 h or I In, thiderws of Ill mould applied within the annAus. flush wM tap Wm of flea or wb both r0coes d hollow -cons Ma. (Stu Ran 2 above) RCCTORMk - MC 1504 4..4 0r UL Dawiticaft Mart FIRE ALARM SHALL 135 A CENTRAL STATION SERVICE. A CERTIFICATE OR PLACARD SHALL BE POSTED AT FINAL INSPECTION, AS PER NFPA 72 �f� f� I� ®@�f MIAIM -DADE COUNTY FIRE DEPART NT El y'', PERVIT LIRE AL11M FIRE.: PP :ESSION =lei:ER MAIN E;.",. -71- DATE: --r / l� BY: r _d N 10% Q w Q N 1 LU >o� L1i < W LL r n� V J LL � a Z LU N - O1 0 < O -t V) L!i U-- ° 11.1 Z 0 CL N 10% w Q < I..L.- N - 0 < V) DATE : 01/21/10 DRAWN BY: C.N. SCALE: 1/8" = 11 CHI ALARMS, INC. F SHEET 3 OF 3