6030 Gall Blvd (4) - Laserfiche WebLink

Browse Search

P 0 w M L K J ;v G F E u r.� B 1 'BACKUP' o TELCO MONITORING CONNECTIO TO 120V, N PROVIDE SURGE PROTECTION TO PANEL BATTERIES FIRE COMkVMcorrFx oAAI� o>� ou ® o000 co ®n®co co ®n®® t� ® O &=_I CI (ED REMOTE ANNUNCIATOR FIRE ALARM RISER DIAGRAM 'PRIMARY. NETWORK MONITORING CONNECTION REQUIRED) WIKXM . pus xw 30 CELL RAW BACKUP OF USM) MODEM ROUTER SWITCH PRIMARY FIRE JFWROM BACKUP - LINE ALARM SYSTEM SEIZE FROM MONITORING PER RJ21X PHONE SYSTEM NFPA 72 PUNCH AND BURG FIRE DOWN ALARM ALARMRJ31X " PHONE ...ADDITIONAL LINES TO PHONE SYSTEM... RJ 1X PHONE BLOCKS WHEN PROPERLY WIRED TO ALARM PANELS DISCONNECT THE UPSTREAM DEVICES FROM THE CIRCUIT AND ALLOW THE ALARM PANEL TO "SEIZE", ISSUE A CALLED PARTY DISCONNECT SIGNAL TO ASSURE DIAL TONE AND THEN COMPLETE THEIR CALL WITHOUT INTERRUPTION FROM THE UPSTREAM DEVICES. PHONE SYSTEM A BEALLS BURKES PHONE LINE CONNECTION DIAGRAM FA 10 3 NOT TO SCALE r • • = � 1= =11= =1 1= =1 I• • - �. 2.2K EOLR 110cd 110cd 110cd 110cd J. 0lb 0 0 WPO,k 02.2K EOLR 110cd 110cd 110cd 75cd 110ed MISC. DMP XR150 f XR550 PROGRAMMING NOTES: 1. BELL OPTIONS - FIRE = STEADY 2. OUTPUT OPTIONS - FIRE ALARM OUTPUT = 3 MISC, AX-AL602UADA INSTALL NOTES: 1. INSURE THAT FACTORY INSTALLED JUMPER IS INSTALLED AT DRY1 AND DRY2 CONTACTS ON INPUT HEADER 2. NO WIRING (EXCEPT FACTORY JUMPER AT DRY 2) SHOULD ,BE CONNECTED TO RET1 OR RET2 TERMINALS ON BOTTOM TERMINAL BLOCK 3. SET SYNC MODE DIPSWITCHES TO 1, 2, & 4 "ON", 3 "OFF" (SYSTEM SENSOR SYNC MODE) NOTE: IT IS REQUIRED TO CONTROL VISUAL NOTIFICATION APPLIANCES (STROBES) VIA INPUT 1 (IN1) AND AUDIBLE NOTIFICATION APPLIANCES (HORNS) VIA INPUT 2 (IN2). THIS ALLOWS AUDIBLE NOTIFI%RATION APPLIANCES TO BE SILENCED WHILE VISUAL NOTIFICATION APPLIANCES CONTINUE TO OPERATE. DMP XR150DNFC-R INSTALLATION TROUBLESHOOTING: A. INDICATING APPLIANCES DO NOT ACTIVATE WHEN A FI TYPE ZONE IS PLACED IN ALARM 1. CHECK THAT BELL OUTPUT HAS AN ACTION OF STEADY OR PULSE. (DEFAULT IS PULSE) 2. CHECK FOR 12VDC OUTPUT ON TERMINALS 5 AND 6 OF THE PANEL. 3. CHECK FOR 12VDC ON TERMINALS 3 AND 2 OF THE 866. 4. CHECK FOR 12VDC OUTPUT ON TERMINALS 5 AND 6 OF THE 866. B. 12VDC OUTPUT ON TERMINALS 5 AND 6 OF THE PANEL 1. CHECK FOR 12VDC ON TERMINALS 1 AND 2 OF THE 866. 2. CHECK FOR 12VDC ON TERMINALS 4 AND 2 OF THE 866. C. INDICATING APPLIANCES HAS A DELAY BEFORE ACTIVATION 1. CHECK TERMINALS 7 AND 8 OF THE 866 FOR A CLOSED CIRCUIT. 2. IF CIRCUIT IS OPEN, CHECK 10K RESISTOR IS INSTALLED FOR TERMINALS 5 AND 6 OF THE 866. ENSURE 866 SILENCE SWITCH IS SET TO NORMAL. 3. WHEN METERING TERMINAL 5 AND 6 OF THE 866, A NEGATIVE VOLTAGE IS OBSERVED UNTIL VOLTAGE IS APPLIED TO TERMINAL 3 IN WHICH THE SENSING VOLTAGE REVERSES AND YOU HAVE OUTPUT, PROVIDED A POSITIVE VOLTAGE IS APPLIED TO TERMINAL 4 OF THE 866. 2 3 4 5 6 7 8 XR550/XR150 Series Control Panel Relay Outputs 1-2 (ON) Switching Grounds 3-6 (ON) Active Zones 1-8 Active Zones 9-10 2-Wire Smokes Panel Bell Output 893A Dual Phone Line Module 865 Style Y or Z Notification Module 866 Style W Notification Module 867 LX-Bus Style W Notification Module 869 Class A Style D Module 630F Remote Fire Command Center 710 Bus SpLitter/ Repeater 71OF Fire Bus SpLitter/ Repeater 711 Zone Expander Active Zones (EOL installed) 716 Output Expander Active Form C Relays 717 Graphic Annunciator Annunciator Outputs 860 Relay Module (Active Relays) 521 LX, 521 LXT Smoke Detectors Required Minimum Alarm Time in minutes 13 VOLTAGE DROP CALCULATIONS Project Name Bealls Outlet #542 - Zephyrhills, FI CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS Date 09/26/17 Circuit Number NAC#1 Totals Current Distance 0.000 196 ft. Voltage Drop 0.44 Totals Voltage Drop 0.870 Totals Voltage Drop 0.435 Specific Area Receiving, Manager, Hall, Restroom, and Lounge Current 0.723 Distance 196 Current 0.723 Distance 196 Nominal System Voltage (Vdc) 20.4 Minimum Device Voltage (Vdc) 14 Maximum Allowable Load this NAC Circuit (Amps) 3.0 Wire Ohm's Gauge Per 1000 Distance from source to 1st device [77TS 14 3.07 End of Line Voltage 19.96 End of Line Voltagel 19.53 End of Line Voltagel 19.96 Percent Dropl 2.14% Percent Dropl 4.27% Percent Dropl 2.13% use only the wire guage for the first device to source stance in Ohms per 1000 feet. 18=7.77 16=4.89 14=3.07 12=1.98 10=1.24 18-14 Awg = Solid Conductors 12-10 Awg = Stranded Conductors Wire Gauge for balance of circuit 14 3.07 Enter current in amps. .150 = 150 ma Distance from previous device Voltage At Drop from Percent Device source Drop Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative) The voltage calculated to the last device in any method must not be lower then the manufactures listed minimum operating wltage (IE: rated operating voltage 20-32 VDC). DEVICE LIST FOR THIS CIRCUIT Device Current System Sensor 95cd - Ceiling Horn/Strobe 0.194 System Sensor 75cd -Ceiling Strobe 0.066 System Sensor 75cd - Ceiling Strobe 0.158 System Sensor 15cd - Ceiling Horn/Strobe 0.079 System Sensor 75cd - Ceiling Strobe 0.066 System Sensor 15cd - Ceiling Strobe 0.066 System Sensor 30cd - Ceiling Strobe 0.094 TOTAL LOAD OF ALL DEVICES 0.5 Amp 15 20.33 0.067 0.33% 56 20.15 0.248 1.22% 24 20.08 0.317 1.55% 24 20.04 0.362 1.77% 24 20.01 0.395 1.94% 25 19.98 0.420 2.06% 281 19.96 1 0.436 2.14% 196 ft. End of Line Voltag4 19.96 Vdc Point to Point Method End of Line Method Load Centering Method Project Name Bealls Outlet #542 - Zephyrhills, FI CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS Date 09/26/17 Circuit Number NAC#2 Totals Current Distance 0.000 273 ft. Voltage Drop 0.92 Totals Voltage Drop 1.388 Totals Voltage Drop 0.694 Specific Area Sales Area Current 0.828 Distance 273 Current 0.828 Distance 273 Nominal System Voltage (Vdc) 20.4 Minimum Device Voltage (Vdc) 14 Maximum Allowable Load this NAC Circuit (Amps) 3.0 Wire Ohm's Gauge Per 1000 Distance from source to list device 89 14 3.07 End of Line Voltage 19.48 End of Line Voltage 19.01 End of Line Voltage 19.71 Percent Drop 4.49% Percent Drop 6.80% Percent Drop 3.40% End of Line and Load Centering Methods use only the wire guage for the first device to source Standard Wire Resistance in Ohms per 1000 feet. 18=7.77 16=4.89 14=3.07 12=1.98 10=1.24 18-14 Awg = Solid Conductors 12-10 Awg = Stranded Conductors Wire Gauge for balance of circuit 14 3.07 Enter current in amps. Distance .150 = 150 ma from Voltage DEVICE LIST FOR THIS CIRCUIT Device previous At Drop from Percent Current device Device source Drop System Sensor 11Ocd - Ceiling Horn/Strobe 0.212 89 19.95 0.452 2.22% System Sensor 110cd - Ceiling Strobe 0.202 62 19.71 0.687 3.37% System Sensor 110cd - Ceiling Horn/Strobe 0.212 60 19.56 0.839 4.12% System Sensor 110cd - Ceiling Strobe 0.202 62 19.48 0.916 4.49% TOTAL LOAD OF ALL DEVICES 0.83 Amp 273 ft. End of Line Voltage 19.48 Vdc Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative) The voltage calculated to the last device in any method must not be lower then the manufactures listed minimum operating wltage (IE: rated operating voltage 20-32 VDC). Project Name Bealls Outlet #542 - Zephyrhills, FI CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS Date 09/26/17 Circuit Number NAC#3 Totals Current Distance 0.000 309 ft. Voltage Drop 1.11 Totals Voltage Drop 1.571 Totals Voltage Drop 0.785 Specific Area Sales Area Current 0.828 Distance 309 Current 0.828 Distance 309 Nominal System Voltage (Vdc) 20.4 Minimum Device Voltage (Vdc) 14 Maximum Allowable Load this NAC Circuit (Amps) 3.0 Wire Ohm's Gauge Per 1000 Distance from source to 1st device 125 14 3.07 End of Line Voltage 19.29 End of Line Voltage 18.83 End of Line Voltage 19.61 Percent Dropl 5.43% Percent Dropl 7.70%1 Percent Dropl 3.85% End of Line and Load Centering Methods use only the wire guage for the first device to source Standard Wire Resistance in Ohms per 1000 feet. 18=7.77 16=4.89 14=3.07 12=1.98 10=1.24 18-14 Awg = Solid Conductors 12-10 Awg = Stranded Conductors Wire Gauge for balance of circuit L14 3.07 Enter current in amps. .150 = 150 ma Distance from Voltage Notes: At Drop from Percent Device source Drop The Wire resistance is doubled in the calculations for two wires (Positive and Negative) voltage calculated to the last deuce in any method must not be lower then manufactures listed minimum operating wltage (IE: rated operating voltage 20-32 VDC). DEVICE LIST FOR THIS CIRCUIT Device previous Current device System Sensor 110cd - Ceiling Strobe 0.202 125 System Sensor 11 Ocd - Ceiling Horn/Strobe 0.212 62 System Sensor 11 Ocd - Ceiling Strobe 0.202 60 System Sensor 110cd - Ceiling Horn/Strobe 0.212 62 TOTAL LOAD OF ALL DEVICES 0.83 Amp 309 ft. 19.76 0.635 3.12% the 19.53 0.874 4.28% 19.37 1.026 5.03% 19.29 1.107 5A3% End of Line Voltagl 19.29 Vdc Project Name Bealls Outlet #542 - Zephyrhills, Fill CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS Date 09/26/17 Circuit Number NAC#4 Totals Current Distance 0.000 401 ft. Voltage Drop 1.1 Totals Voltage Drop 2.472 Totals Voltage Drop 1.236 Specific Area Sales Area Current 1.004 Distance 401 Current 1.004 1 Distance 401 Nominal System Voltage (Vdc) 20.4 Minimum Device Voltage (Vdc) 14 Maximum Allowable Load this NAC Circuit (Amps) 3.0 Wire Ohm's Gauge Per 1000 Distance from source to 1st device 171 1 14 3.07 Wire Gauge for balance of circuit 1 14 3.07 Enter current in amps. Distance .150 = 150 ma from Voltage Notes: DEVICE LIST FORTH IS CIRCUIT Device previous At Drop from Percent Wire Current device Device source Drop The System Sensor 110cd - Ceiling Horn/Strobe 0.212 171 19.35 1.054 5.17% the System Sensor 11 Ocd - Ceiling Strobe 0.202 62 19.04 1.356 6.65% System Sensor 110cd - Ceiling Horn/Strobe 0.212 60 18.83 1.573 7.71% System Sensor 75cd - Wall Horn/Strobe 0.176 47 18.72 1.682 8.25% System Sensor 11 Ocd - Ceiling Strobe 0.202 61 18.64 1.758 8.62% TOTAL LOAD OF ALL DEVICES 1 Amp 401 ft. End of Line Voltage 18.64 Vdc End of Line Voltage 18.641 End of Line Voltage 17.93 End of Line Voltage 19.16 Percent DropI 8.62%1 Percent Dropl 12.12% Percent DropI 6.06% End of Line and Load Centering Methods use only the wire guage for the first device to source Standard Wire Resistance in Ohms per 1000 feet. 18=7.77 16=4.89 14=3.07 12=1.98 10=1.24 18-14 Awg = Solid Conductors 12-10 Awg = Stranded Conductors resistance is doubled in the calcul-tiPRs for two wires (Positive and Negative) voltage calculated to the last devic_ any method must not be lower then manufactures listed minimum operating voltage (IE: rated operating wltage 20-32 VDC). BATTERY CALCULATIONS (DMP FACP PANEL) (ALTRONICS POWER SUPPLY EXPANDER) Qty 1 X 180 mA 180 mA Qty 1 X 180 mA 180 mA Qty 0 X 30 mA 0 mA Qty 0 X 30 mA 0 ITA Qty 0 X 5 mA 0 mA Qty 0 X 5 mA 0 mA Qty 0 X 1.6 mA 0 mA Qty 2 X 2 mA 4 mA* Qty 2 X 4 mA 8 mA Qty 2 X 30 mA 60 mA* Qty 0 X 0.1 mA 0 mA Qty 0 X 0.1 mA 0 mA* Amount of Bell Current drawn 1500mA Maximum 1500 mA mA Qty 0 X 35.5 mA 0 mA Qty 0 X 35.5 mA 0 mA Qty 0 X 26 mA 0 mA Qty 0 X 85 mA 0 mA Qty 1 X 45 mA 45 mA Qty 1 X 76 mA 76 mA Qty 0 X 30 mA 0 mA Qty 0 X 86 mA 0 mA Qty 0 X 25 mA 0 mA Qty 0 X 75 mA 0 mA Qty 1 X 63 mA 63 mA Qty 1 X 92 mA 92 mA Qty 0 X 30 mA 0 mA Qty 0 X 30 mA 0 mA Qty 0 X 40 mA 0 mA Qty 0 X 40 mA 0 mA Qty 12 X 11 mA 132 mA Qty 12 X 11 mA 132 mA Qty 12 X 1.6 mA 19.2 mA Qty 12 X 2 mA 24 mA* Qty 0 X 7 mA 0 mA Qty 1 X 13 mA 13 mA Qty 0 X 12 mA 0 mA Qty 0 X 10 mA 0 mA Qty 0 X 10 mA 0 mA Qty 0 X 1 mA 0 mA Qty 0 X 34 mA 0 mA Qty 0 X 34 mA 0 mA Qty 0 X 34 mA 0 mA Qty 1 X 8.8 mA 8.8 mA Qty 1 X 28 mA 28 mA* Total St andbyl 456 mA Total Alarm I 609 mA 5 Minutes Number of standby hours needed 24 Total number of standby mA hours 10944 Total required alarm current 51 Total number of mA hours 10995 Contingency factor 1 20%1 13194 Minimum Battery Amp hours required 13 hours mA-Hour mA-Hour mA-Hour mA-Hour Amp -Hour MINIMUM BATTERY SIZE. PROVIDE NEXT SIZE UP TO COVER THIS MINIMUM. 9 ' 10 11 12 13 14 DMP AX-AL602ULADA SERIES BATTERY CACLULATIONS Job #: 2017-1474 Job Title: BEALLS OUTLET #542 ZEPHYRHILLS, FL Number of Device Devices Current per Device Standby Current Alarm Current Standby: 90 mA 90 mA AL602ULADA 1 Alarm: 175 mA 175 mA A AL602 Current 90 mA 175 mA Standby: 21 mA 105 mA D4120 Duct Smoke Detector 5 Alarm: 65 mA 325 mA B Auxiliary Devices Current (must not exceed 1 amp) 105 mA 325 mA NAC #1 Alarm: 0.5 A 500 mA NAC #2 Alarm: 0.83 A 830 mA NAC #3 Alarm: 0.83 A 830 mA NAC #4 Alarm: 1 A 1000 mA C Notifacation Appliances Current must not exceed 6.5 amp (6500mA) 3160 mA D Total Standby Current 195 mA E Total Alarm Current 3660 mA F Total current ratings converted to Amperes 0.195 A 3.66 A Required Minimum Alarm Time in Minutes: 5 Minutes Standby Hours Needed 24 Hours Total number of standby mA hours 4.68 Amp -Hour Total required alarm current 0.31 Amp -Hour Total number of mA Hours 4.99 Amp -Hour Contingency Factor = 20% 1.00 Amp -Hour Minimum Battery Amp Hours Required 6 Amp -Hour 15 16 MINIMUM BATTERY SIZE. PROVIDE NEXT SIZE UP TO COVER THIS MINIMUM. Ifl 18 19 20 NATHANIEL J. HATCHER, P.E. 2108 W. RISK STREET PLANT CITY, FLORIDA TEL (813) 752-6900 FAX: (813) 752 6911 3ACE 10GEC ®®®NN ��®1 i ® a No 593W 0 A � OF®_ �OzlSTATE RtID Nam`®� NATHANIEL J. HATCHER, FL PE #59350 Q L. M L K J G REV. DESCRIPTION DATE BID & PERMIT SET 'E 09.29.17 CURRENT ISSUE STATUS: I PROJECT NORTH 0 ARCHITECTS ENGINEERS 8130 Lake��°ood R�1ain Street Phone: 9� 1-556-0757 I Suite 210 Fax: 941-556-0759 Lakewood Ranch, FL 34202 wwW.wbrcae.com Firm Lic. AA26001395 & 27389 Dauglas W_ Vhitney 1A BEALLS OUTLET #542 ZEPHYRHILLS PROJECT: 6030 Gall Blvd, Zephyrhills, FL 33542 e FIRE ALARM RISER DIAGRAM & CALCULATIONS SHEET TITLE: WBRC CAD PILE: 11, Projects-Florida\3501-36=3542M5 Bealls Outlet Zephyrhills FL\2 Design\Dwgs\B1dg\3542M5 BEALLS OUTLET ZEPHYRHILLS.,t PROJECT No. 3542XX GRAPHIC SCALE: 1 C, A SCALE: XV - 1'-0" PROJECT MANAGER: Approver SHEET No. DRAWN BY: AJC FA 10 3 ,. CHECKED BY: NJH rz „ 19 20