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08-1053-003SPLITVILLE AT SUNSET SHOP FACP Ql NAC SCHEDULE /VOLTAGE DROP CALCULATION 17% MAXIMUM VOLTAGE DROP CIRCUIT CIRCUIT OUTPUT VOLTAGE (FOR CALCULATIONS) = 20.4 TYPE CIRCUIT DESCRIPTION I WIRE GAUGE WIRE RESIST AS DESIGNED ESTIMATED CIRCUIT I LENGTH r MAXIMUM ALLOWABLE CIRCUIT LENGTH SPKR/STRB Standby Total Alarm Total Module Qty Description Current Standby Current Alarm Panel Equipment 4906.9101'75 4906 - 9101'110 4906.9104.110 490619104`75 4906.9151-75 TOTAL CIRCUIT RES. 4010 -9101 1 1 FACP 25OPT 4NAC 4A 120V BEIGE 0.195000 0.195000 0.295000 0.295000 75CD 110CD 110CD Total Panel Stby 0.195000 Total Panel Alarm 0.295000 Peripheral Devices 0.2520 0.3160 0.2330 0.1860 AWG OHM/FT 4906 - 9151"75 0 TRUEALERT MULTI- CANDELA SPEAKERISTROBE RED, WALL @ 75 CANDELA 0.000000 0.000000 0.186000 0.000000 4906 - 9151'110 1 TRUEALERT MULTI- CANDELA SPEAKER/STROBE RED, WALL @ 110 CANDELA 0.000000 0.000000 0.252000 0.252000 4906 - 9154.110 3 TRUEALERT MULTI- CANDELA SPEAKER/STROBE WHITE, CEILING @ 110 CANDELA 0.000000 0.000000 0.316000 0.948000 4906 - 9101`75 13 TRUEALERT MULTI- CANDELA STROBE RED, WALL @ 75 CANDELA 0.000000 0.000000 0.186000 2.418000 4906 - 9101'110 4 TRUEALERT MULTI - CANDELA STROBE RED, WALL @ 110 CANDELA 0.000000 0.000000 0.252000 1.008000 4906 - 9104'110 3 TRUEALERT MULTI- CANDELA STROBE WHITE, CEILING @ 110 CANDELA 0.000000 0.000000 0.316000 0.948000 4906 - 9104`75 3 TRUEALERT MULTI- CANDELA STROBE WHITE, CEILING @ 75 CANDELA 0.000000 0.000000 0.233000 0.699000 4906 - 9151`75 3 TRUEALERT MULTI- CANDELA SPEAKERISTROBE RED, WALL @ 75 CANDELA 0.000000 0.000000 0.186000 0.558000 1 0 1.695 1.5 Total Periph Stby 0.000 Total Periph Alarm 6.831 3.5 17.0°x6 Total Standby Amps 0.195 Total Alarm Amps 7.126 14 0.00307 250 Standby 1 0 Alarm 5 0 1 Battery Calculations Current 1.878 Current 2.88 14.1%1 17.5 Control Panel Card Power 0.195 17.0%1 0.295 S4 SPLITVILLE VISUALS V/O Power For External Peripheral Devices 0.00000 250 6.83100 1 0 0 1 3 0 0.195 <- Totals -> 7.126 1.432 1.5 2.20 Additional Battery Capacity Required 20% 0.039 1 2.4 1.425 17.0%1 Q 6.831 Standby Time = 24 Hrs 5.616 Standby Ah Alarm Time= 15 Mins. 2.138 Alarm Ah 7.754 Total Ah Battery Required 2081 -9288 12.7AH 12.263 Ah SPLITVILLE AT SUNSET SHOP FACP PIDas APPLIANCE /QUANTITIES / CURRENT DRAW @ MAXIMUM RMS VOLTAGE DROP TOTALS METHOD USED TO CALCULATE VOLTAGE DROP: 1 3 13 1 4 3 3 3 [(CIRCUIT LENGTH IN FEET X2) (AMPS) (OHMS / F1)1 Wire Resistance At WIRE RESISTANCE BASED ON TABLE 8 FROM NATIONAL ELECTRICAL CODE (UNCOATED SOLID COPPER WIRE) 75 Degrees Celsius NOTE: Ohms/ft LUMP SUM METHOD WAS USED TO CALCULATE ALLOWABLE VOLTAGE DROP. THIS METHOD ALLOWS FOR A SMALL MARGIN 10 GA = 0.001210 OF SAFETY, TAKING INTO CONSIDERATION THE ACTUAL INSTALLED CIRCUIT ROUTING MAY DIFFER FROM WHAT IS SHOWN Ql NAC SCHEDULE /VOLTAGE DROP CALCULATION 17% MAXIMUM VOLTAGE DROP CIRCUIT CIRCUIT OUTPUT VOLTAGE (FOR CALCULATIONS) = 20.4 TYPE CIRCUIT DESCRIPTION I WIRE GAUGE WIRE RESIST AS DESIGNED ESTIMATED CIRCUIT I LENGTH r MAXIMUM ALLOWABLE CIRCUIT LENGTH SPKR/STRB SPKR/STRB STROBE STROBE STROBE STROBE SPKR/STRB TOTAL CIRCUIT LOAD MAX CIRCUIT I CAP. AS DESIGNED AT MAXALLOW. CIRC. LENGTH 4906 - 9151110 4906.9154'110 4906.9101'75 4906 - 9101'110 4906.9104.110 490619104`75 4906.9151-75 TOTAL CIRCUIT RES. ACTUAL VOLTAGE DROP LAST DEVICE VOLT TOTAL CIRCUIT RES. MAXIMUM VOLTAGE DROP LAST DEVICE VOLT 110CD 110CD 75CD 110CD 110CD 75CD 75CD 0.2520 0.3160 0.1860 0.2520 0.3160 0.2330 0.1860 AWG OHM/FT FT FT 7. n..:... .... ..........s •1.�:..a:... n...:... r:...,.0 ....iuuau SIMPLEX 0 4003 V ueae av; eiw..............:- ,i �iie a. c-y.no .. wue w u,u , a u, wnasua u, a ,ualmiiy ueww a.uwu. � c2 AMPS AMPS OHMS VOL % VOLTS OHMS VOLTS % VOLTS S -1 SPLTTVIL LE VISUALS V10 14 0.00307 250 309 1 1 1 3 1 0 0 1.826 2.000 2.000 2.000 2.000 1.5 2.80 13.7% 17.6 1.9 3.5 17.0% 16.9 S -2 SPLITVILLE VISUALS V/O 1 14 0.00307 250 333 0 0 4 1 1 0 3 1 0 1.695 1.5 2.60 12.8% 17.8 1 2.0 3.5 17.0°x6 16.9 S-3 SPUIVILLE VISUALS V/O 14 0.00307 250 301 1 0 2 5 0 1 0 0 1.878 1.5 2.88 14.1%1 17.5 1 1 1.8 3.5 17.0%1 16.9 S4 SPLITVILLE VISUALS V/O 14 0.00307 250 394 1 0 0 1 3 0 1 0 3 1.432 1.5 2.20 10.8% 18.2 1 2.4 3.5 17.0%1 16.9 6.831 METHOD USED TO CALCULATE VOLTAGE DROP: 1 3 13 1 4 3 3 3 [(CIRCUIT LENGTH IN FEET X2) (AMPS) (OHMS / F1)1 Wire Resistance At WIRE RESISTANCE BASED ON TABLE 8 FROM NATIONAL ELECTRICAL CODE (UNCOATED SOLID COPPER WIRE) 75 Degrees Celsius NOTE: Ohms/ft LUMP SUM METHOD WAS USED TO CALCULATE ALLOWABLE VOLTAGE DROP. THIS METHOD ALLOWS FOR A SMALL MARGIN 10 GA = 0.001210 OF SAFETY, TAKING INTO CONSIDERATION THE ACTUAL INSTALLED CIRCUIT ROUTING MAY DIFFER FROM WHAT IS SHOWN 4003 -9001 Voice Control Panel e LEGEND SMOKE SENSOR PHOTOELECTRIC SIMPLEX 4098 -9714 12 GA = 0.001930 ON THE SHOP DRAWINGS. IF THE ACTUAL CIRCUIT LENGTH IS GOING TO EXCEED THE MAXIMUM ALLOWABLE CIRCUIT MANUAL STATION SINGLE ACTION SIMPLEX 4099 -9001 WIRE 14 GA= 0.003070 LENGTH, CONTACT YOUR LOCAL SIMPLEXGRINNELL DISTRICT OFFICE. Note: Standby Total 16 GA= 0.004890 "Regulated 24 VDC refers to the wttage range of 16 to 33 VDC Total Module Qty Description 18 GA= 0.007770 per UL standard 1971. This voltage is the absolute operating range. Standby Current Please note that 16VDC is the lowest operating voltage that is allowed Panel Equipment CIRCUIT at the last appliance on the NAC under worst case conditions. FJ_/B­j EXISTING JUNCTION BOX FURNITURE BY OTHERS The maximum RMS current listed is the nameplate rating. 0.120000 0120000 Strobe designs are constant wattage and the maximum RMS current I SEE NOTE 3 rating occurs at the lowest allowable operating %oftage. 4003 -9001 Voice Control Panel e LEGEND SMOKE SENSOR PHOTOELECTRIC SIMPLEX 4098 -9714 © MANUAL STATION SINGLE ACTION SIMPLEX 4099 -9001 WIRE HEAT SENSOR TEMP FIXED 194 DEG. SYSTEM SENSOR 5604 Standby Total Alarm Total Module Qty Description Current Standby Current Alarm Panel Equipment CIRCUIT ACTUAL FJ_/B­j EXISTING JUNCTION BOX FURNITURE BY OTHERS 40039001 1 BASIC VOICE PANEL 120V POWER STYLE Y NAC 0.120000 0120000 7.000000 7.000000 SEE NOTE 3 Total Panel Stby 0.120000 Total Panel Alarm 7.000000 Peripheral Devices 12 ) 70 VRMS ) 0.5 Watts SPEAKER STROBE MULTI- CANDELA @ 110CD CEILING MOUNTED SIMPLEX 4906 -9154 ® MULTI- CANDELA STROBE LIGHT @ 110CD CEILING MOUNTED SIMPLEX 4906 -9104 Total Periph Stby 0.000 Total Periph Alarm 0.000 Total Standby Arnpsj 0.120 Total Alarm Arripsl 7.000 ' Additional Current Draw Included Below With Device Addresses Used -0.32 d6 VOICE 3.9 Ohms V 1 7. n..:... .... ..........s •1.�:..a:... n...:... r:...,.0 ....iuuau SIMPLEX 0 4003 V ueae av; eiw..............:- ,i �iie a. c-y.no .. wue w u,u , a u, wnasua u, a ,ualmiiy ueww a.uwu. � c2 FACP W H 2- 50% of these devices in alarm, are used in the calculations below SIMPLEX J O 4010 U 3 This panel is calculated at maximum load. See panel schedule for actual loads. O W z 0 R0 .j a Standby a Alarm 0~ � Battery Calculations Current u7 O LL z Current 0 O z Control Panel Card Power 0.120 1. 7.000 W 0Ja Power For External Peripheral Devices 0.00000 ❑a3❑ a 0.00000 D DATE: (I 0.120 <- Totals 7.000 DESIGNED BY: DATE: Additional Battery Capacity Required 20% 0.024 1.400 D.E. 07 -22 -08 Standby Time = 24 His 3.456 Standby Ah 0 W Alarm Time = 15 Mins. 2.100 Alarm Ah ZA00- 2003 \SUNSET SHOP PES- 401987\SPLITSVI LLE Battery Supplied 2081 -9288 12.7AH 10.704 Total Ah O Z \DO- 2003 \SI SEt SHOPPES- 401987 \SPLaSMLE uuw \SPUISVUF rADWO DATE CRGTED• J,fy 21. 2005 DATE PLATTED: A,9-t 15. 20D8 DATE SAVED A,9,9t 15. 2008 SPLITVILLE AT SUNSET SHOPS A © e LEGEND SMOKE SENSOR PHOTOELECTRIC SIMPLEX 4098 -9714 © MANUAL STATION SINGLE ACTION SIMPLEX 4099 -9001 WIRE HEAT SENSOR TEMP FIXED 194 DEG. SYSTEM SENSOR 5604 Z1 SUPERVISED MONITOR IAM SIMPLEX 4090 -9001 2 DUCT SENSOR PHOTOELECTRIC, SIMPLEX WITH RELAY 4098 -9756 2C 1C RTS f2 REMOTE TEST STATION SIMPLEX 2098 -9806 Z2 IDNET CLASS B MONITOR ZAM SIMPLEX 4090 -9101 © EXISTING MONITOR MODULES NOTIFIER FMM -101 CIRCUIT ACTUAL FJ_/B­j EXISTING JUNCTION BOX FURNITURE BY OTHERS 9 SPEAKER STROBE MULTI- CANDELA @ 110CD SIMPLEX 4906 -9151 110 (25 OR TAPPED AT ® MULTI- CANDELA STROBE LIGHT @ 110CD SIMPLEX 4906 -9101 110 CKT. LENGTH ® MULTI- CANDELA STROBE LIGHT @ 75CD SIMPLEX 4906 -9101 75 12 ) 70 VRMS ) 0.5 Watts SPEAKER STROBE MULTI- CANDELA @ 110CD CEILING MOUNTED SIMPLEX 4906 -9154 ® MULTI- CANDELA STROBE LIGHT @ 110CD CEILING MOUNTED SIMPLEX 4906 -9104 110 OHMS ® MUL11- CANDELA STROBE LIGHT @ 75CD CEILING MOUNTED SIMPLEX 4906 -9104 75 25 vans 0 ROUND CEILING MOUNTED SPEAKER SIMPLEX 4902 -9721 1 250 ft. -0.32 d6 VOICE 3.9 Ohms V 1 VOICE CONTROL PANEL CLASS B SIMPLEX 4003 -9001 SIMPLEX 0 4003 V O � c2 FACP W H ADDRESSABLE FIRE ALARM CONTROL PANEL SIMPLEX 4010 -9101 SIMPLEX J O 4010 U SPEAKER CIRCUIT LOAD CALCULATION MAXIMUM -3 dB DROP PER CIRCUIT W w ai CO z M 12GA= WIRE CIRCUIT TOTAL ESTIMATED 0.00489 MAXIMUM TOTAL U PANEL GAUGE VOLTAGE SPEAKER CIRCUIT CIRCUIT ACTUAL ALLOWABLE CIRCUIT SPEAKER CIRCUIT DESCRIPTION CIRCUIT (18, 16.14 (25 OR TAPPED AT LOAD LENGTH WIREILOSS CKT. LENGTH RESISTANCE W O NUMBER 12 ) 70 VRMS ) 0.5 Watts (WATTS) F d6 F OHMS SPLITVILLE SPEAKER CKT CKT# 1 18 awg 25 vans 12 6.00 Watts 1 250 ft. -0.32 d6 2,775 ft. 3.9 Ohms Total L (wand 6.0 12 6.00 1 SUM METHOD WAS USED TO CALCULATE MAXIMUM ALLOWABLE CIRCUIT LENGTH. THIS METHOD ALLOWS FOR A SMALL IN OF SAFETY, TAKING INTO CONSIDERATION THE ACTUAL INSTALLED CIRCUIT ROUTING MAY DIFFER FROM WHAT IS N ON THE SHOP DRAWINGS. IF THE ACTUAL CIRCUIT LENGTH IS GOING TO EXCEED THE MAXIMUM ALLOWABLE CIRCUIT Wire Resistance Al 75 Degrees Celsius, 167 Degrees Fahrenheit Ohms Ift W w ai CO z M 12GA= 0.00193 14GA= 0.00307 16GA= 0.00489 18GA= 0.00777 NOTES AND BATTERY CALCULATIONS N❑TES( 1. FIRE ALARM SYSTEM SHALL BE POWER LIMITED. 2. WIRING SHALL BE #12 THHN, #14 THHN OR 18/2 TWISTED SHIELDED PAIR FPL TYPE CABLE. 3. INSTALLATION SHALL COMPLY WITH NFPA 1, 2003, APPLICABLE CHAPTERS. 4. INSTALLATION SHALL COMPLY WITH NFPA 72, 2002, APPLICABLE CHAPTERS. 5. INSTALLATION SHALL COMPLY WITH NFPA 101, 2003, APPLICABLE CHAPTERS. 6. INSTALLATION SHALL COMPLY WITH NEC 2005. 7. CONDUIT, AS APPLICABLE SHALL BE 1/2' MINIMUM WITH A MAXIMUM FILL OF 407. COMPLY WITH NEC. 8. SYSTEM SHALL BE GROUNDED PER MANUFACTURERS SPECIFICATIONS. 9. ALL DEVICES SHALL BE COMPATIBLE & SHALL BE UL LISTED FOR FIRE SERVICE USE. 10. ALL SPACES SHALL MEET THE AUDIBLE CHARACTRISTICS OF NFPA 72 AND NFPA 101. 11. SMOKE DETECTORS SHALL NOT BE LOCATED WITHIN 3' OF A/C DIFFUSERS, KITCHEN OR BATHROOM DOORS. 12. CEILING MOUNTED DEVICES SHALL BE LOCATED AT A HEIGHT OF 10' +/- ON SMOOTH FLAT CEILINGS UNLESS OTHERWISE NOTED. 13. SIGNALLING LINE CIRCUITS SHALL HAVE A MAXIMUM OF 250 POINTS PER CHANNEL. SEE FLOOR PLANS FOR QUANTITIES & TYPES OF DEVICES. 14. FIRE ALARM PANEL & ANY ASSOCIATED FIRE ALARM TRANSPONDERS SHALL BE FED BY A 120VAC, SINGLE PHASE, 20 AMP, DEDICATED BREAKER. 15. ALL INTERCONNECTED FIRE ALARM PANELS SHALL BE ARRANGED TO FUNCTION AS A SINGLE SYSTEM AND SHALL BE MONITORED FOR INTEGRITY PER NFPA 72. 16. RACKS, SHELVES AND EQUIPMENT ARE: ALL LOWER THAN 80' ABOVE FINISHED FLOOR UNLESS OTHERWISE INDICATED. 17. THE DESIGN INSTALLATION COMPLIES WITH F.B.C. 11- 4.28.3 18. THIS IS A FULLY SPRINKLED FACILITY. SPRINKLER SYSTEM IS MONITORED BY EXISTING FACP IN MALL Q 19. THIS IS A 3 STORY BUILDING. 20. ROOM CONTAINING FACP AND /OR BOOSTER POWER SUPPLY PANEL(S) IS MECHANICALLY VENTILATED. SCOPE OF WORK: 1. PROVIDE & INSTALL FIRE ALARM SYSTEM AS SHOWN ON DRAWINGS. 2. SIGNALING LINE CIRCUIT WIRING SHALL BE STYLE 4. 3. NOTIFICATION APPLIANCE CIRCUIT WIRING SHALL BE STYLE Y. 4. THIS SYSTEM SHALL BE INTERCONNECTED WITH THE MAIN FACP IN THE MALL FOR ALARM, TROUBLE. AND SUPERVISORY. THE MAIN FACP IN THE MALL IS EXISTING SUPERVISORY MONITORED STATION SEQUENCE OF OPERATION, UPON ACTIVATION OF ANY MANUAL STATION THE FOLLOWING SHALL OCCUR, 1. ALL SPEAKERS WILL SOUND A PRE - RECORDED VOICE MESSAGE UNTIL SYSTEM IS SILENCED. 2. ALL STROBES WILL FLASH UNTIL SYSTEM IS RESET. 3. AN ALARM SIGNAL SHALL BE SENT TO THE FACP. 4. AN ALARM SIGNAL SHALL BE SENT TO THE MAIN FACP IN THE MALL UPON ACTIVATION OF ANY AUTOMATIC DEVICE THE FOLLOWING SHALL OCCUR, 1. ALL SPEAKERS WILL SOUND A PRE - RECORDED VOICE MESSAGE UNTIL SYSTEM IS SILENCED. 2. ALL STROBES WILL FLASH UNTIL SYSTEM IS RESET. 3. AN ALARM SIGNAL SHALL BE SENT TO THE FACP. 4. AN ALARM SIGNAL SHALL BE SENT TO THE MAIN FACP IN THE MALL 5. ALL AIR HANDLER UNITS SHALL SHUT DOWN. UPON ACTIVATION OF A DUCT SMOKE DETECTOR, THE FOLLOWING SHALL OCCUR. 1. A SUPERVISORY SIGNAL SHALL BE SENT TO THE FACP. 2. A SUPERVISORY SIGNAL SHALL BE SENT TO THE MAIN FACP IN THE MALL 3. THE AIR HANDLER UNIT ASSOCIATED WITH THAT DUCT DETECTOR SHALL SHUT DOWN. Pod __- '.c ,TRIANA & ASSOCIATES INC. CONSUL771VG ENGINEERS CE IFICATE OF AUTHORIZATION_: 26644 5151 S.W. 98th -AVi/ kEl MIAMI, FLORIDA 33165 LESTER TR[AN'_,,I.. �I r Florida Registration No3f'65�07 A, \li z W w ai CO z M Q w LL 0 Co R' 0 ❑ co A z U W o 0 o zo 0 W L): 7 � LL. r7M O Z J a L) O a) U 1)� nrow a ti L�., W Z j� W W O ° a LL Q N O z r� J V Z ^` rW^ J 0 w j z W w z as rn �W © V 1 0 w G: v7 p` 0 a = V O � c2 -' W H J O � U O a W w ¢n a w w o 0 � o Q 0 Ion d ctOt CD O U1° 20 C I 0 W F U W d � x z z W z U 0 L) a d Q W � O 04-1 G1 W � U) 66 z in (� E-, C7 Qo�D z z a QLO OC'7 0 F� Z 'U- U W IL 5 00 J a L) O a) rn Co v� W O N O z r� z 0 U W W z as rn O V 1 0 V Z_ ? w cc O U -' W H Ow � U ❑ LU O W z 0 R0 .j a � a W 0~ � 0 a O rrV/n�1 E u7 O LL z ro 0 O z 00 n�n O� 1. O W 0Ja W Cn ❑a3❑ a D DATE: (I D.E CO -08 IIII DESIGNED BY: DATE: CO D.E. 07 -22 -08 APPROVED BY: DATE: 0 0 W N r ZA00- 2003 \SUNSET SHOP PES- 401987\SPLITSVI LLE ❑ O O zz NOTES W w ¢n a w w o 0 � o Q 0 Ion d ctOt CD O U1° 20 C I 0 W F U W d � x z z W z U 0 L) a d Q W � O 04-1 G1 W � U) 66 z in (� E-, C7 Qo�D w- w M= z a QLO OC'7 F� Z 'U- U W IL 5 00 J a O a) a Co v� =0 F V O r� H U W 0 W�Z z as O V 1 ^ w V Z_ ? w z U O N ~ -' W 0w Q O Ow Z Ir ❑ LU O f-� z 0 R0 .j a � W 0~ � 0 a O rrV/n�1 E u7 O LL z ro UF--t w 019 00 n�n O� hoof zof z0 W 0Ja a0 LL� ❑a3❑ a DRAWN BY: DATE: (I D.E 07 -22 -08 IIII DESIGNED BY: DATE: D.E. 07 -22 -08 APPROVED BY: DATE: I PROJECT NUMBER: 937339410 SHEET TITLE/PATH: ZA00- 2003 \SUNSET SHOP PES- 401987\SPLITSVI LLE MIAMI\SPLITSVILLE FADWG SHEET- NUMBER: NOTES 9S f (42' • 3T', a