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14-848-0051ST FLOOR BATTERY CALCULATION (BPS -1) DROP MOLT, CALL. E( STR 75CD W (mA) STR 110CD W (mA) STR 75CD C (mA) STR 115CD C (mA) SPK/STR 75CD W (mA) SPKISTR 110CD W (mA) TOTAL Length Wire wdrop Last Device Output Circuit (mA) �E QTY Sub -Tot (mA) E QTY Sub -Tot (mA) 138N2-1 QTY Sub -Tot (mA) 138142 -4 QTY Sub -Tot (mA) 7C QTY Sub -Tot (mA) 75CD 75CD QTY Sub -Tot (mA) (feet) AV1/G V Voltage(V) STR. # 1 165 x 0 0 220 x 0 0 189 x 0 0 300 x 0 0 165 x 3 495 220 x 0 0 495 1000 14 3.039 17.361 STR. # 2 165 x 4 660 220 x 1 220 189 x 0 0 300 1 x 0 0 165 1 x 4 1 660 220 x 0 1 0 1540 268 14 2.534 17.866 STR. # 3 165 x 7 1155 220 x 0 0 189 x 4 756 300 1 x 0 0 165 x 0 0 220 x 0 0 1911 275 14 3.227 17.173 STR. # 4 165 x 9 1485 220 x 0 1 0 189 x 0 0 300 x 0 0 165 x 2 330 220 x 0 0 1815 493 12 3.132 17.268 JUNCTION BOX BOOSTER #8 PANEL "X" CKT BREAKER 20A, 1P, 120V, CKT. 21 3X12THHN PER CKT. W NAC #3 NAC #2 CS p NAC #4 (0.109A) Sri 68N4 -1 75CD A L1 S23 L1 S24 L1 S25 L1 S21 I L1 M95 L1 M96 L1 M97 L1 M98 e o. F /1 F o-%, F %1 r1 M .1 r .. 1 i CS NMNNNIMN NAC #1 o BPS #8 E NNNINMNN 1 #12THHN GREEN CS J � L ELEVATOR CONTROL .w r�r E E E( E � EOL NAC #3 (0.545A) 66N2 B B6N2-4 P B6N2 B6N17 B6N�2 -8 2 E E B5N3 -2 68 5 -2 -3 75CD 75CD 75CD -5 75CD B8N3 -1 75CD 680 2 75CD B8N3 -3 75CD B8N34 75CD 75CD �E �E QE -E EX� E pE E E E� E� E E �„EOL NAC #2 (1.100A) 138N2-1 B N - 2 B -3 138142 -4 68N2 -5 B8N2 -6 B8N2 -7 68N2 -8 B -9 138N2-10 68N2 -11 7C 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD Coil �E �E EE E_Ef E �E - EOL NAC #1 (0.954A) B8N1 -1 B8N1 -2 110CD B8N1 -3 75CD B8N1 -4 75CD B8N1 -5 B8N1 -6 75CD 110CD 68N1 -77 68N1 -8 68NN11 -9 75CD 75CD 75CD 137N2-3 75CD A L1 M59 L1 M60 L1S17 L1S18 US19 L1 S20 L1 M61 L1 M62 BOOSTER #6 PANEL "C" CKT BREAKER 20A, 1 P, 120V, CKT. 30 3X12THHN PER CKT. BOOSTER #5 PANEL "K" CKT BREAKER 20A, 1P, 120V, CKT 18 3X12THHN PER CKT. #2 CS IN�ININI NAC #1 - o BPS #6 E MII�MMMt 1 #12THHN GREEN JUNCTION A BO X BOX TION NAC #3 Cf�til E� E 9E JUNCTION BOX I �E�„EOL NAC #2 (0.986A) 66N2 66N2 B B6N2-4 P B6N2 B6N17 B6N�2 -8 2 E E B5N3 -2 -1 75CD -2 -3 75CD 75CD 75CD -5 75CD -6 75CD 75CD 75CD 75CD J E E E E E E rs �E �E QE �E E �E EOL NAC #1 (1.258A) FP E FP E B6N1 -7 B6N1 -8 66N1 -9 136N1 -10 136N1 -11 75CD 110CD 75CD 75CD 75CD FP E 's E E E E �E EEOL NAC #2 (0.794A) A- 5B5�N2 B5N2 C S i-N E E E � E ESE E E� E j!"W_EOL NAC #3 (1.012A) -6 -7 110CD NAC #3 B7N3 -1 B7N3 -2 1370-3 137N34 137N3 -5 B7N3 -6 137N3 -7 B7N3 -8 75CD 75CD 75CD 75CD 75CD 75CD 75CD 75CD 137N3 -9 75CD 75CD 75CD 75CD C- S JE �E C S 5E jE p E E E E� E QE- EOL NAC #2 (0.794A) B5N1 -2 65N1 -3 75CD 135N14 75CD NAC #2 137N2-1 137N2-2 110CD 110CD 137N2-3 75CD 67N24 67N2 -5 B7N2 -6 137N2 -7 137N2-8 75CD 75CD 75CD 75CD 75CD 0 2 Elevator Fire Fighters' Service Recall Wiring Top of Elevator Hoistway CS EE EE pE E E VE E B7NT 6 B EE EOL NAC #1 (0.903A) Switch Wiring Connected to Main Fire Alarm Panel J NAC 1 # 67N1��1 B7N1 -1 B7N1 -3 75CD 75CD 75CD 13 4 B -5 -7 110CD 75CD 75CD 75CD B7N1 -8 75CD System Smoke Detectors Activate ystem 8 Fire Fighters' Service Recall Q System Heat Detector(135 Deg. F) Located BOOSTER #7 PANEL "L" CKT O BPS #7 3rd Floor Lobby © Fire Alarm System Wiring to Heat Detectors BREAKER 20A, 1 P, 120V, 77 Shunt -Trip Control Power Monitor �� E S ® Shunt -Trip Power Connected to Auxiliary Contacts CKT 3 3X12THHN PER CKT. of System Heat Detectors & Shunt -Trip In 1 #12THHN GREEN Disconnect Switch for Elevator Shut -Down 2nd Floor Lobby (Typ•) 5 7 Og Line Voltage Wiring A L1 M55 L1 M56 L1 S15 L1 S16 L1 M57 L1 M58 ? J Elev. Machine Room JUNCTION P Elevator P isconnect BOX J E E E E E rs Fire Alarm ontrol Ponel Cabinet - r1 E 1--1 E r-1 E ,s BOOSTER #6 PANEL "C" CKT BREAKER 20A, 1 P, 120V, CKT. 30 3X12THHN PER CKT. BOOSTER #5 PANEL "K" CKT BREAKER 20A, 1P, 120V, CKT 18 3X12THHN PER CKT. #2 CS IN�ININI NAC #1 - o BPS #6 E MII�MMMt 1 #12THHN GREEN JUNCTION A BO X BOX TION NAC #3 Cf�til E� E 9E E R E pE EE �E�„EOL NAC #2 (0.986A) 66N2 66N2 B B6N2-4 BA B6N2 B6N17 B6N�2 -8 B6N2 -9 B5N3 -2 -1 75CD -2 -3 75CD 75CD 75CD -5 75CD -6 75CD 75CD 75CD 75CD 75CD _(5E jE E E�pE �E �E QE �E E �E EOL NAC #1 (1.258A) 66N1 -1 B6N1 -2 110CD 66N1 -3 136N1 -4 66N1 -5 75CD 75CD 75CD 66N1 -6 75CD B6N1 -7 B6N1 -8 66N1 -9 136N1 -10 136N1 -11 75CD 110CD 75CD 75CD 75CD 66N1 -12 75CD J CS CS L1 M48 L1 M49 L1 M52 L1 S13 U S14 L1 M50 L1 M51 L1 M53 L1 M54 CS NAC #1 o BPS #5 E 1 #12THHN GREEN E __E .-,E ^,E n E E E E E E EOL NAC #4 (1.134A) P P P n n M M M ME E 135N4 -1 B5N3 -2 B5N3 -3 65N34 65N3 -5 B5N3 -6 75CD 75CD 75CD 75CD 75CD 75CD _E WP �E W E WP JE WP WP WP WP JL____a E �E j NAC #3 (0.872A) B5N3 -1 75CD B5N3 -2 75CD B5N3 -3 75CD 65N3-4 75CD B5N3 -5 B5N3 -6 65N3 -7 B5N3 -8 75CD 75CD 75CD 75CD E 7 E E E E �E EEOL NAC #2 (0.794A) A- 5B5�N2 B5N2 B 135N2 -2 B N -3 135N2 -T -6 -7 110CD 75CD 75CD 75CD 75CD 75CD 75CD C- S JE �E EE E E E Q E�E J�o EOL NAC #1 (0.986A) 65N1 -1 110CD B5N1 -2 65N1 -3 75CD 135N14 75CD B5N1 -5 B5N�1 -6 65N1 -7 B5N1 -8 135N1 -9 75CD 75CD 75CD 75CD 75CD L1 M41 L1 M42 L1 M45 L1 S11 L1 S12 L1 M43 L1 M44 L1 M46 L1 M47 P P P n n M M M ME E E E E E J _ 1--I E 1--1 E r_j E 1--1 E n rs n rs lk`k,� ROOF 8TH FLOOR 7TH FLOOR 6TH FLOOR 5TH FLOOR ELEVATOR RECALL- SEQUENCE OF OPE1t4TION A- Smoke detectors in elevator lobbies, shaft and or elevator machine room shall: 1- Initiate on alarm condition in the building dor evacuation purposes. _ - 2- Initiate the recall of the elevator cars as follows in accordance with NFPA 72 (2008 edition), chapter ;6:6.3 B- Phase I recall: Any elevator lobby smoke detector located on the floors 2 and above and /or any smoke detector in the elevator machine or elevator shaft shall initiate phase I recall which will bring the elevator car to the 1st floor Q and lock the doors in the open position. C- Phase II recall: Any elevator .lobby smoke detector located on the 1st floor shall initiate recall which will bring the 0 elevator car to the 2nd floor and lock the doors in the open position. ° D- Elevator warning lights: Actuation of any elevator machine room smoke detector or elevator smoke detector shall also initiate the elevator warning lights to alert emergency personnel that the elevators are not safe for use as required .CULNi in NFPA 72 (2008 edition) Chapter 6.16.3.12.3 rn E- Shunt -Trip heat detectors: Heat detectors dedicated for elevator shunt shall be connected where required and activate .F3 v� a control shunt to disconnect the elevator power upon activation. The shunt power source shall be monitored by o m�zvo the fire alarm control panel as required in NFPA 72 (2008 edition) Chapter 6.16.4.4 C to 0 Q J Q j F O Elevator Disconnect Switch � U With Shunt -Trip X 5 S 0 2 Elevator Fire Fighters' Service Recall Wiring Top of Elevator Hoistway O3 "Optional" Fire Sprinkler Shut -Off Valve. Tamper 4th Floor Lobby Switch Wiring Connected to Main Fire Alarm Panel J O Lobby p Hoistway System Smoke Detectors Activate ystem 8 Fire Fighters' Service Recall Q System Heat Detector(135 Deg. F) Located Whitin 24" of Sprinkler Head 3rd Floor Lobby © Fire Alarm System Wiring to Heat Detectors 0 J 77 Shunt -Trip Control Power Monitor S ® Shunt -Trip Power Connected to Auxiliary Contacts F of System Heat Detectors & Shunt -Trip In j prinkler Head Q Disconnect Switch for Elevator Shut -Down 2nd Floor Lobby (Typ•) 5 7 Og Line Voltage Wiring ? J Elev. Machine Room Elevator isconnect Swilch 2 Elevator Hoistway 1st Floor Lobby Ievator Fire Alarm ontrol Ponel Cabinet Sprinkler Head S 9 Power 1 BT FLOOR BATTERY CALCULATIONS 13PS -1 ITEM DESCRIPTION QTY STANDBY STANDBY ALARM ACTIVATED BOTH CURRENT CURRENT CURRENT CURRENT CURRENTS PER UNIT SUB TOTAL PER UNIT SUES - TOTAL TOTAL (AMPS) (AMPS) (AMPS) (AMPS) 1 STROBE (75CD) (W) 20 0 0 0.165 3.3 13 2 STROBE (11OCD) (1N) 1 0 0 0.22 0.22 0.22 3 STROBE (75CD) (CE) 4 0 0 0.189 0.755 0.756 4 STROBE (115CD) (CE) 0 0 0 0.3 0 0 5 SPKISTROBE (75CD) (W) 9 0 0 0.165 1.485 1.485 6 SPKfSTROBE (110CD) (W ) 0 0 0 0.22 0 0 8 9 PS-8 1 0.075 0.075 0.105 0.105 0.18 0 TOTAL ir 0.075 5.866 REQUIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM NFPA 72 STANDBY 24 HOURS ALARM 5 MINUTES X 1J 60 0.083 HOURS REQUIRED TOTAL SYSTEM REQ. STANDBY REQUIRED TOTAL SYSTEM REQUIRED ALARM STANDBY TIME STANDBY CURRENT CAPACITY ALARM TIME ALARM CIRCUIT CAPACITY (HOURS) (AMPS) (AMP - HOURS) (HOURS) (AMPS) (AMP - HOURS) 24 0.075 1.8 0.083333333 5.866 0.4888 REQ. STANDBY REQUIRED ALARM TOTAL REQ. OPTIONAL REQ. BATTERY CAPACITY CAPACITY CAPACITY FACTOR OF CAPACITY (AMP - HOURS) (AMP- HOURS) (AMP- HOURS) SAFETY (AMP - HOURS) 1.8 0.4888 2.2888 1.2 27466 7.0 AIH Su tied L Lr°a 21- L_s M1At�1IAG��:.':.� °' 'y -'r;`r ► E6�.�.RT E i FIRE BUPPq{e53 i {�_ _ _ f�' "'•f ~i ;Afro E fi. FIRE ALARM SYSTEM TO Br- IN STALLIED IN P.: COIWANCE WITH NFPA 72; 70: 101 ALEN11d iDIL911IYi SDLUTIOIIS EF24000803 PH M350(8909 b 0 a, a✓ a N N 6 4_j _4_j coo rn -0 M a� v C) J C) _j E U Q cn •= 0000 0 a�vcv� U ° 0 c0 o,=30 .CULNi n rn w 1 (V .F3 v� o m�zvo 00r. C to 0 E � U ° X Q 0 a, a✓ a N N 6 4_j _4_j coo Of Ld M D z O L.iJ Q >o 0 O �LL_ D Q W LO = 0) LO O U) LLJ Q z LLl J LL. O Z w LLI V rn -0 M c v E Y Q L: a�vcv� U p� C fA 4-- N >` QWU0(nU c o a) 0-r- Of Ld M D z O L.iJ Q >o 0 O �LL_ D Q W LO = 0) LO O U) LLJ Q z LLl J LL. O Z w LLI V