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09-49-066TYPICAL ELEVATOR WIRING FOR INTELLIGENT SYSTEM N.T.S. Roof. Second floor. Second floor. Notes. t� Elevator Disconnect switch with shunt- trip Elevator Fire Fighter's services Recall wring "Optional" Fire sprinkler Shut-off valve. Tamper switch wiring connected to main FACP. Elevator machine room, lobby & top of hoistway system smoke detector connected to activate fire fighter's services recall. Q System Heat detector (135 deg. F) located within 24" of sprinkler head. © Fire alarm system wiring to head detectors. Shunt trip control power monitor. © Shunt trip power connected to auxiliary contact of system head detect hunt trip in disconnect switch for eleva or shut down.. Q Line voltage wiring. FIRE ALARM RISER VOLTAGE DROP CALCULATION DC RESISTENCE FOR SOLID COPPER WIRES AT 75 DEGREES SIZE OHMS PER FOOT 18 0.00777 16 0.00489 14 0.00307 12 0.00121 Wire resistance values comply with NFPA 70 NEC chapter 9 table 8. Conductor Properties 2002 edition. FORMULA FOR CALCULATION OF VOLTAGE DROP IN DC 2 WIRE CKT. VD=Rx2Lxl Where VD: VD = Voltage drop at the last device on the circuit R = Resistance of wire in Ohms per foot. (Values of resistance for cooper wire per tables above) L = Length one way of the circuit in feet. I = Total circuit current in Amperes. NAC #1 Wire size #14 from BPS#1 NAC #2 Wire size #14 from BPS#1 R = 0.00307 Ohms per foot. R = 0.00307 Ohms per foot. L = 175 feet. L = 140 feet. I = 1.837 Amp. I = 1.967 Amp. VD=Rx2Lxl VD=Rx2Lxl VD= 0.00307x 2 x 175 x 1.837 VD= 0.00307 x 2 x 140 x 1.967 VD= 2.0 VD= 1.7 20.4 Volt - 2.0 Volt = 20.4 Volt - 1.7 Volt = 18.4 Volt at the end of the line. 18.7 Volt at the end of the line. NAC #3 Wire size #14 from BPS#1 NAC #4 Wire size #14 from BPS#1 R = 0.00307 Ohms per foot. R = 0.00307 Ohms per foot. L = 165 feet. L = 185 feet. I = 1.967 Amp. I = 1.327 Amp. VD=Rx2Lxl VD=Rx2Lxl VD= 0.00307 x 2 x 165 x 1.967 VD= 0.00307x 2 x 185 x 1.327 VD= 2.0 VD= 1.5 20.4 Volt - 2.0 Volt = 20.4 Volt - 1.5 Volt = 18.4 Volt at the end of the line. 18.9 Volt at the end of the line. NAC #1 Wire size #14 from BPS#2 NAC #2 Wire size #14 from BPS#2 R = 0.00307 Ohms per foot. R = 0.00307 Ohms per foot. L = 126 feet. L = 224 feet. I = 1.915 Amp. I = 1.907 Amp. VD=Rx2Lxl VD=Rx2Lxl VD= 0.00307x 2 x 126 x 1.915 VD= 0.00307 x 2 x 224 x 1.915 VD= 1.5 VD= 2.6 20.4Volt -1.5Volt = 20.4Volt -2.6Volt = 18.9 Volt at the end of the line. 17.8 Volt at the end of the line. NAC #3 Wire size #14 from BPS#2 NAC #4 Wire size #14 from BPS#2 R = 0.00307 Ohms per foot. R = 0.00307 Ohms per foot. L = 148 feet. L = 100 feet. I = 2.248 Amp. I = 0.281 Amp. VD=Rx2Lxl VD=Rx2Lxl VD= 0.00307 x 2 x 148 x 2.248 VD= 0.00307x 2 x 100 x 0.281 VD= 2.1 VD= 0.2 20.4 Volt - 2.1 Volt = 20.4 Volt - 0.2 Volt = 18.3 Volt at the end of the line. 20.2 Volt at the end of the line. FIRE ALARM CAPABLE OF 64 DEVICES N T.S. ADDRESSES IN ONE CLASS "B" LOOP FIRE ALARM BOOSTERS 10.0 A FULL LOAD OUTPUT (3.0 AMPS MAXIMUM PER CIRCUITS). MAIN RECALL ALT. RECALL INITIATION CIRCUIT TO BE CLASS 'B" STYLE "4" NOTIFICATION CIRCUIT TO BE CLASS "B" STYLE "Y" 75Cd SHUNT TRIP CKT 'T FROM FAB BPS#2 1 3.0 Amp Max load. 1 2 2s 0.281 Amp Actual load. M31 R4 R3 R2 R1 H31 S31 2R-1 0.2 Volts dropped DD2 DD1 H22 H21 First Floor MONITOR WATERFLOW & TAMPER SWITCH CKT "1" FROM FACP 2.5 Amp Max load. 0.034 Amp Actual load. 0.01 Volts dropped WP B1 S25 S24 S23 S2Y S21 TOP OF PS22 PS21 E SHAFT H1 S5 S4 S3 S2 S1 DI M1 _ _ 1 PS3 PS2 PS1 T4 F1 T1 TV T3 MONITOR TAMPER SWITCH ANN11r� „(1D,1F TO DEDICATED PHONE LINE _ 3 #12 THHN, 120VOLT, 20 Amp CIRCUIT TO DEDICATED - BREAKER # 21 PANEL H ELECT. ROOM 1st FLOOR 75Cd 75Cd 75Cd 75Cd 75Cd 75Cd 75Cd 75Cd i064 Battery Calculation. MAIN POWER SUPPLY Devices Type Oty Draw Standby Oty Draw Alarm Base Panel Current draw 1 x 0.155 0.155 1 X 0.204 0.204 Annunciator RLCD-C 1 X 0.099 0.099 1 X 0.115 0.115 x x x x x Smoke Det Sigo PS IL X 0000045 0.000495 11 X 0.000045 0.000495 Heat Det. Sigo HRS 5 X O-OD0045 0000225 5 X 0.000225 0.00018 Pull Station Si a 270 5 x 0.00025 0.00125 5 x 0.0004 0.002 Input Module Si a-CT1 4 X 0.00025 0.001 4 X 0.0004 0.0016 Dual Input Module Si o-CT2 3 X q 3 X Control RelaySigo CR 4 x 4 x iNT. Duct Det. Sigo-SD 2 X 0.000045 0.000D9 2 X 0.000045 1 0.00009 Dual Input Module WTM 0 x 0.000396 0.ODO 0 x 0.00068 0.000 Synchron. module CC!S 0 X 0.000223 0.000 0 X 0.0001 0.000 Single input signal module CCI 0 X 0.000223 0.0000 0 x 0.0001 0.000 NAC 1 Device load 0 X 0,0000 0.0000 1 X 0.085 0.085 NAC 2 Device load 0 X 00000 0.0000 0 x 0.000 0.000 NAC 3 and 4- Class A x 00000 0 NAC 3 Device load X 0 DODO 0 x NAC 4 Device load x 00000 01 X Total Standby Load 0.25856 Total Alarm Load 0.411915 Calculation in total sheet Standby Load Required Standby Tine ni Current (Amps) Hours ( 24 or 60 Hours ) 0.25856 X 24 = 6.20 Alarm Load Required Alarm Time in Hours Current (Amps) ( I. E. 5 MIN. = 0.084) 0.411915 X 0.084 0.0346 Add Standby and alarm load for required Ampere Hours Battery 6.234 Multiply by the Derating Factor of 1.2 7.48 Total Ampere -Hours (AH) Minimum Required 8.0 WILL PROVIDE 8AMP MIN BATTERIES 2 X 12 VOLT -] CKT "3" FROM FAB BPS#2 3.0 Amp Max load. 23-1 23-2 23-3 23-4 23-5 23-6 23-7 23-8 2.248 Amp Actual load. 2.1 Volts dropped 75Cd 75��C/d 75�C/d 75��C77d 75�C7d 75Cd 75Cd CKT "2" FROM FAB BPS#2 r1 I r1 r�i r , 3.0 Amp Max load. 22-1 22-2 22-3 22-4 22-5 22-6 22-7 1.915 Amp Actual load. 2.6 Volts dropped 75Cd 75Cd 75Cd 75��C77d 75��C77d 755C7d 75Cd CKT "1" FROM FAB BPS#2 r�J, 1�1 r rT rl YYr 3.0 Amp Max load. 1.915 Amp Actual load. 21-1 21-2 21-3 21-4 21-5 21-6 21-7 1.5 Volts dropped ITOR POWER BOOSTER 75Cd 75Cd 75Cd 75Cd 75Cd 1S N Trip TPSMI ACP f 2 P1 ®®®® M. e►atonn erate•nn 1112THHN 1/12THHN Green Green _ _ CKT "4" FROM FAB BPS#1 r' VVY 3.0 Amp Max load. 1.327 Amp Actual load. 14-1 14-2 14-3 14-4 14-5 1.5 Volts dropped 75Cd 75Cd 75Cd 75Cd 75Cd 75Cd75Cd CKT "3" FROM FAB BPS#1 ICI I ► r r r1 11 YYr 3.0 Amp Max load. 1.967 Amp Actual load. 13-1 13-2 13-3 13-4 13-5 13-6 13-7 2.0 Volts dropped 75Cd 75Cd 7513d 75Cd 75Cd 75Cd 75Cd CKT "2" FROM FAB BPS#1 25 0 0 0 3.0 Amp Max load. 1.967 Amp Actual load. 12-1 12-2 12-3 12-4 12-5 12-6 12-7 2.6 Volts dropped 75Cd 75Cd 75Cd 75Cd 75Cd 75Cd 75Cd CKT "1" FROM FAB BPS#1 r rr�I rti 3.0 Amp Max load. �-2S 1.837 Amp Actual load. 11-1 11-2 11-3 11-4 11-5 11-6 11-7 2.6 Volts dropped FIRE ALARM ELEVATOR POWER DISCONNECT N.T.S. Shunt trip disconnecting means 120 Volt AC Hot circuit (Power to operate the shunt trip Neutral diconnectng means) RELAY • Relay contacts shown de -energized M31 TO IDC R R4 SUPERVISORY SIGNAL - TO FACP TO IDC 1 • NORMALLY OPEN 1 BATTERY BACKUP CALCULATIONS 0Yi ' POWER BOOSTER BPSJ2 0 ALARM MODE DEVICE UNIT (mA) OTY TOTAL (mA) Horn Strobes 11OCd WP 369 0 0000 Horn Strobes 75Cd 281 255 19 4 5339 Strobe light 75Cd 1020 Total 6359 B(mA) Supervisory Current Calculation Supervisory Current 70_ +_A_ Lf_SW1-12 = OFP) 70 (mA) supervisory ours i.e. 24,60 x 24 Hr Supervisory battery required (mAHr) = 1680 1 C mAHr Alarm Current Calculation Alarm Minute i.e. 5min = 5 D min Alarm Hours D 60 = 0.084 E Hr Alarm Current 190 + A if SWt - 12 = OFF B =6549 mA Alarm Hours - 0.084 E Hr Alarm Battery_Required_(mAHr)- - 550.11 _mAHr) Total Battery Requirement Total Amps -Hours Battery Size (1.11 x1000+ (2 x ) 3.0 WILL PROVIDE 7 AMP MIN BATTERIES 2 X 12 VOLT Circuit Configuration Power Booster PS#2 Ckt name: First floor #1 Ckt name: Second floor #3 Oty Device Current Draw Each Standby Alarm Current Draw Total Standby Alarm Oty Device Current Draw Each Standby I Alarm Current Draw Total Standby Alarm 5 Horn/Strobe 75Cd. 0.0DO 0.281 0.000 1.405 8 Horn/Strobe 75Cd. 0.000 0.281 0.000 2.248 2 Strobe Light 75Cd . 0.000 0.255 0.000 0.510 0 Strobe Light 75Cd . 0.000 0.255 0.000 0.000 0 Spare 0.000 0.000 0.000 0.000 0 Spare 0.000 0.000 0.000 0.000 Totals (Amps 1.915 Totals (Amps) 2.248 Ckt name: First floor #2 Ckt name: Second floor #4 Oty Device Current Draw Each tandby Alarm Current Draw Total Standby Alarm Oty Device Current Draw Each Standby I Alarm Current Draw Total Standby I Alarm 5 Horn/Strobe 75Cd. 0.000 0.281 0.000 1.405 1 Horn/Strobe 75Cd. 0.0DO 0.281 0 ODO 0.281 2 Strobe Light 75Cd . 0.000 0.255 0.000 0.510 0 Strobe Light 75Cd . 0.000 0.255 0.000 0.000 0 Spare 0.000 O.ODO 1 0.000 0.000 0 Spare 0.000 0 000 0.000 0.000 Totals (Amps) 1.915 Totals (Amps) 0.281 BATTERY BACKUP CALCULATIONS 0 t+i ' POWER BOOSTER BPSJ1 G � ALARM MODE ALE.11"Wo REhd10S R. A. architects Alejandro I1 •mos R.A. 0111702 -18501 I'll,, . !'IA., Suite 107 Pembrok- " f ; FL- 330-1 Tel: (951) 1 1 ' 7122 Fax.(95.1) .1 •� 7190 e-mail r,­I,Irlg(,j)nolri o Sol-W1,11SET CHARTER S'C 1-1 If ? t ) L C(r) `�outlh Miami -5876 SIN rr 'i Street South 1- 33143 CONSI►IJANTS: JEANS I 1 I ARD11-11 architect ALBE1i 10 CHIr'!rf IILLA architect ALEJr'J 10171O C1'�IAL-CABAL architect MARC'- I- ADRI/'r I PEREZ architect -18501 I'm- Ivrt., Suite l P; Pembrok- I ; FL 33n,`9 STRUC 1 URAL E1`1G.: EDUnnf10 GON ALEZ P.E. INC. Struclurrrl Lngineers J. Edunrr•^ G-T1Zilez PX- -717 Pori- I-e6n Blvd ':­'^ 335 Coral Car I L 33134 Tel: (30�,) 1 I', 5100 Fax. (305) ' ' • C6344 e-mail M.E.P. I-r IG.: INGEIl SA LLC- DESIGN P. I" 11-D ENGII�'! I PING COMPANY STATEOFrI^ IrACANo.n,'; Pedro An 1+.E.63313 Patricia rr- ',?s P.E.0,"t+n -2071 Jrh,- , Street, St 115 PembrrP^' - ; FL 33" 'i " A Tel (951) .' "1 2264 Fax (Pha) 1 1 7216 e-mail r,. ­,)ingemrl r -ii 1^ , u ingrrn r )rn CIVIL F-TJG.: Consuiling Engirt^^ring & Scicnc:e, Inc. Nelson ll rrtliz P.E.57�'r, -107on ri •, r, Ynndall Dr, , `;rn'e 400 Miami rl '.1176 Tel: (3051 :' ; fl 5555 Fax (3(1',) '! 4553 e-mail ri(W, •�- CESMIAr," c,,m LANDS,' :APE ARCI i.: M. L. A. 1,R0UP Ir1C. Scott Mcrli'•e BLA -690 NE 1 1'11 Street Swtr 1 m, Fort L'lur' ­4, 0n FL. 33,101 Tel: (91A) 7(, t 1071 Fax (9)1) 1 1688 e-mail rl 11 ""1 mine, ya,I^'?Conn SEIV.: 7-.,,� v1�r" ",• A.R.0011702 V�; DEVICE -- UNIT (mA) OTY TOTAL (mA) - - -- j t a% V Horn Strobes 11OCd WP 369 0 0000 Horn Strobes 75Cd 281 18 5058 Strobe light 75Cd 255 8 2040 Total 7098 B(mA) 1<� Supervisory Current Calculation --_- -- - --_ - -�Q r- Supervisory Current 70 + A d SW1-12 = OFf 70 mA P P 5�`'• 0 -Supervisory hours - i e. 24,60) x 24 - Hr �1,.� Z`i. l Q Supervisory battery required (mAHr) = 1680 C mAHr v 4� rGS�' V'7N ww�` - Alarm Current Calculation Alarm Minute i e. 5min - - = 5 D min Alarm Hours 0 60 = 0.084M(Hr)Alarm Current 190 + A if SW1 - 12 = OFF B =7288Alarm Hours = 0.084Alarm- Battery_ Required_(mAHr) = 612.2 .32• 1 Avts cW5s�� - - Project � Ire: nr180 Total Battery Requirement ID Total Amps -Hours Battery Size (1.11 LCC) (2 x ) 3.09 L.0 AH Min.l - - - - -- - -- - -J [WILL PROVIDE 7 AMP MIN BATTERIES 2 X 12 VOLT Circuit Configuration Power Booster PS#2 Ckt name: Second floor #1 Ckt name: Third floor #3 Oty Device Current Draw Each Standby Alarm Current Draw Total Standby Alarm Oty Device Current Draw Each Standby I Alarm Current Draw Total Standby Alarm 2 Horn/Strobe 75Cd 0.000 0.281 0.000 0.562 2 HornStrobe 75Cd 0 000 0.281 0.ODO 1.967 5 Strobe Light 75Cd 0.000 0.255 0.000 1.275 0 Strobe Light 75Cd 0.000 0.255 0.000 0.000 0 Spare 0.000 0.000 1 0.000 0.000 L 0 Spare 0.000 0•000 0.000 0.000 Totals (Amps 1.837 1 Totals (Amps) 1.967 kt name: Second floor #2 Ckt name: Third floor #4 Oty Device Current Draw Each tondby Alarm Current Draw Total Standby Alarm Oty Device Current Draw Each Standby I Alarm Current Draw Total Standby I Alarm 7 Hom/Strobe 75Cd 0.000 0.281 0.000 1.967 2 Hom/Strobe 75Cd 0.Oo0 0.281 0 000 0.562 0 Strobe Light 75Cd 0.000 0.255 DODO 0.O 3 Strobe Light 75Cd 0.000 0 255 0.000 0.765 0 Spare 0.000 0•000 0 000 0000 0 Spare 0 000 0.000 0.ODO 0.000 Totals (Amps) 1.967 Totals (Amps) 1.327 Model I Drawn I ; : Fr) Appro\...rI by: A. R. Date_ 1 ?/08/08 Scale- ilv­, Show Copyr101 Sheet I i*i FM ". CAI-.ULA TI()N Sheet rJnmber SOI` UI SET SQIJTH MIAMI