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Home My WebLink AboutFA PLAN - 23-00726 - The Occasions Group - Fire AlarmELECTRICAL CABINET FLOOR VAULT ELECTRICAL CABINET ELECTRICAL CABINET ELECTRICAL CABINET FLOOR VAULT ELECTRICAL CABINET ELECTRICAL CABINET RELEASING CONTROL PANEL BATTERY BATTERY + + -- +---- ZONE 1 ZONE 2 ZONE 3 ZONE 4 OUTPUT 1 OUTPUT 2 OUTPUT 3 OUTPUT 4 PROGRAM MODE RUN MODE AC POWER POWER TBL SYSTEM TBL SUP TBL GROUND FAULT SUP 1/ABORT SUPERVISORY 2 COMMONALARM ALARM SILENCE STEADY: DISCHARGED FLASHING: PRE- DISCHARGE RUN PROGRAM SET SELECT FUNCTION SCROLL-DOWN BUZZER SILENCE SIGNAL SILENCE SYSTEM RESET SCROLL-UP BUZZER SILENCE VIEWING ANGLE RED OUTPUT LED STEADY: ABORT LAMP TEST ARM-1 RELAY MATRIX OPERATIONS SignalSignal S+S+S-H+H-S+S+S-H+H- Strobe Circuit UL Listed Control Panel Supervised + - Horn Circuit Supervised + - PIPE MOUNTING DETAIL MOUNTING STRAP DETAIL Unistrut Nut, Bolt & Washer Wall Container Mounting Strap Unistrut Channel 1 2 3 Janus Fire Systems NovecTM1230 Fluid Hydraulic Flow Calculation Program Result Printout Calculation Program Version 2.14.3.14 Calculated by: StateFire 2550 S. West Temple Salt Lake City, UT 84115 United States Phone: 801-288-2100 Fax: 801 Designed By: Kyle Arigot Project Name:1 Stationery Place Project Number: Designed For: The Occassions Group 1 Stationery Place System Constraints Name of Hazard Electrical Room Storage Pressure (psig):500 PSI Calculation Report Date:4/5/2023 Initial Cyl. Storage Temperature (F):70.0°Calculation Revision: Qty of Main Cylinders:1 Mid Discharge Cyl.Pressure:215 PSIG Qty of Reserve Cylinders:0 Cylinder Fill Density (lbs/cu.ft.):57.71 Total Amount of Agent (lbs):108 Percent of Agent in Pipe:6.46% Altitude Relative to Sea Level (ft):4000 Average Discharge Time (sec):9.87 Type of Cylinder:Sv 130 Cylinder Cyl. Volume (Cu.ft.):1.87 Page 1 (Continued) Your gateway to a new kind of service. Janus Fire Systems NovecTM1230 Fluid Hydraulic Flow Calculation Program Result Printout Calculation Program Version 2.14.3.14 Hazard Characteristics Enclosure Name:Electrical Room Fire Type:Class C Fire Design Concentration: 5.9 Min Hazard Temp (F):65.0 Max Hazard Temp (F):75.0 Nozzle(s) Used:301 - 360° Nozzle, Brass Dimensions (ft):16.83 X 16.82 X 8.08 Total Volume (Cu.ft.):2288.14 Tot Agent Req'd @ 65.0 (F): 107.82 lbs Voltage at Discharge:> 480V Piping Network Input -- Section --Cyl.------------------------------- Pipe --------------------------------Tee or Cplng/Nozzle Start End Qty Length Elevation Sched.Size 90's Bends Valve Union Drill 1 2 1 0.0 4.1 SCH 40 1-1/4 0 0 None 0 0.000 2 3 0 4.0 4.0 SCH 40 3/4 1 0 None 0 0.000 3 301 0 15.3 -0.3 SCH 40 3/4 2 0 None 0 0.2570 Piping Network Results Section Pipe Size Length Elevation EQL Tee or Start Term Flow Start End (in) sch ft ft ft Valve PSIG (lbs/sec) 1 2 1-1/4 SCH 40 .00 4.08 8.00 None 215 210 11.19 2 3 3/4 SCH 40 4.00 4.00 6.06 None 210 177 11.19 3 301 3/4 SCH 40 15.25 -.25 19.37 None 177 111 11.19 Page 2 (Continued) Your gateway to a new kind of service. Janus Fire Systems NovecTM1230 Fluid Hydraulic Flow Calculation Program Result Printout Calculation Program Version 2.14.3.14 Nozzle Performance Nozzle Nozzle Size Stock Nozzle Drill Dia Drill Total Orifice Discharged ID (inches)Number Type (inches)Size Area (sq.in.)(lbs) 301 3/4"19531-071360° Nozzle, Brass 0.2570 F .415 108.0 Hazard Concentration Summary Enclosure Agent Agent Concentration Enclosure Volume Req'd Disch Conc.Achieved @ Pass or Name (cu.ft)(lbs)(lbs)Req'd Min.Temp / Max.Temp Fail Electrical Room 2288.14 107.82 108.00 5.90 5.90 / 6.02 Pass Venting Estimate Enclosure Leakage Relative Safety Max. Positive Max. NegativePos. ELANeg. ELA Name Area Known Humidity Factor Pressure - PSFPressure - PSF (sq.in)(sq.in) Electrical Room No 36%1 5 5 14 102.3 Design / Error Messages 1. - Hydraulic calculation was successful. 2. - Version dated 7/1/2013 3. - Pipe Sizes & Nozzle Diameters are fixed. 4. The designer has determined that additional gas for tees, per NFPA 2001 5.5.3.1.1 is not required. 5. - * System is designed to meet Factory Mutual & Underwriters Laboratory design criteria. 6. - All agent requirements were calculated based on NFPA 2001, Table A.5.5.1(a). Page 3 (Continued) Your gateway to a new kind of service. Janus Fire Systems NovecTM1230 Fluid Hydraulic Flow Calculation Program Result Printout Calculation Program Version 2.14.3.14 Statistics of Piping Used (Note: Only U.S Standard Values are used by the math module) Piping information for Pipe Type: -SCH 40 Pipe Metric English Metric English Metric Type of Size (in)Size (mm)ID (in)ID (mm)lbs/ft kgs/M Joint 1-1/4 32 1.38 35.052 2.27 3.3781 Threaded 3/4 20 0.824 20.9296 1.13 1.6816 Threaded Note: For Pipe Schedule(s): -SCH 40; these Pipes conform to ANSI A-53/A-106, grade A-ERW or better Data File: C:\Users\karigot\Documents\Jobs 2023\FSI Jobs\1 Stationary Place Taylor Corp - 4\Novec Calc.JDN Page 4 (End of Report) Your gateway to a new kind of service. Janus Fire Systems NovecTM1230 Fluid Hydraulic Flow Calculation Program Agent Calculation Requirements Calculation Program Version 2.14.3.14 Calculated by: StateFire 2550 S. West Temple Salt Lake City, UT 84115 United States Phone: 801-288-2100 Fax: 801 Designed By: Kyle Arigot Project Name:1 Stationery Place Project Number: Hazard Agent Requirements Enclosure Name:Electrical Room: Electrical Room Design Concentration:5.9 Fire Type:Class C Fire Min Hazard Temp (F):65.0 Max Hazard Temp (F):75.0 Total Volume (Cu.ft.):2,288.14 Altitude:4000 Voltage at Discharge:>= 480V Agent Requirement Formula for NOVEC: W = (V/s (C/(100 - C))) * Altitude Correction Factor Where: W = Weight of agent required V = Volume (Cu.ft.) s = 0.9856 + 0.002441(t) t = Temperature (F) C = Design Concentration s = 1.144265 Altitude Correction Factor: 0.86 W = 2,288.14 / 1.144265 (5.9 / (100 - 5.9)) * 0.86 Total quantity of Novec 1230 Fluid required @ Min Temp is: 107.82 lbs Page 1 (End of Report) Your gateway to a new kind of service. 30.75" 49.1" 53.0" 11.9" 130 lb 10.0" Janus Fire Systems NovecTM1230 Fluid Hydraulic Flow Calculation Program Piping Bill of Material Calculation Program Version 2.14.3.14 Piping and Nozzle Material: Hazard Name: Electrical Room Item Type Style Size (in)Drill Dia Qty Piping - SCH 40 3/4 N/A 19.25 ft Elbow Class 300 MI - ANSI B16.3 3/4 N/A 3 (Ea) Nozzle (S/N: 19531-071)360° Nozzle, Brass 3/4 0.257 1 (Ea) Statistics of Piping Used (Note: Only U.S Standard Values are used by the math module) Piping information for Pipe Type: -SCH 40 Pipe Metric English Metric English Metric Type of Size (in)Size (mm)ID (in)ID (mm)lbs/ft kgs/M Joint 1-1/4 32 1.38 35.052 2.27 3.3781 Threaded 3/4 20 0.824 20.9296 1.13 1.6816 Threaded Note: For Pipe Schedule(s): -SCH 40; these Pipes conform to ANSI A-53/A-106, grade A-ERW or better Data File: C:\Users\karigot\Documents\Jobs 2023\FSI Jobs\1 Stationary Place Taylor Corp - 4\Novec Calc.JDN The above list of pipe and fittings was generated based on the information provided to the calculation program. Any additional equivalent length, inputted as elbows, will appear as elbows in this list. This list is NOT intended as a buy list, and should be field verified. All piping purchased should adhere to the requirements set forth in NFPA 2001, Latest Edition. Where Concentric Reducers are called for, Hex Bushings may be used. These bushings are to be Class 2000 Forged Steel, ANSI B16.11 Page 1 (End of Report) Your gateway to a new kind of service. UL LISTED CONTROL PANEL L4L3 L1L2S2 S1 L4L3 L1L2S2 S1 UL LISTED CONTROL PANEL ABORTDISCHARGE ZONE-3 SUP-1 ZONE-1 & ZONE-2 FACP Battery Calculation 5/11/2023 PROJECT NAME: Required Standby Time:24 Hours Required Alarm Time:5 Minutes Regulated Load in Standby Number Current Total Current Device Type of Devices (Amps)(Amps) JFS-C1 Main Board 1 X 0.12100 =0.12100 Smoke Detector 2 X 0.00006 =0.00012 Actuator 1 X 0.03000 =0.03000 TOTAL STANDBY LOAD 0.15112 Regulated Load in ALARM Number Current Total Current Device Type of Devices (Amps)(Amps) JFS-C1 Main Board 1 X 0.27400 =0.27400 Smoke Detector 2 X 0.15000 =0.30000 Actuator 1 X 0.50000 =0.50000 OUT #1 (See Voltage Drop Calculations)1 X 0.02800 =0.02800 OUT #2 (See Voltage Drop Calculations)1 X 0.08000 =0.08000 OUT #4 (See Voltage Drop Calculations)1 X 0.17000 =0.17000 TOTAL ALARM LOAD 1.35200 Battery Requirements Standby Load Required Standby Time in Hours Current (Amps)0.15112 X 24.00000 =3.62688 Alarm Load Required Alarm Time in Hours Current (Amps)1.35200 X 0.08333 =0.11267 Total Ampere Hours (before derating factor)3.73955 Derating Factor X 20% TOTAL AMPERE HOURS REQUIRED =4.48746 BATTERIES (2 - 12v)7 Ah Taylor Corp. Artco Point to Point NAC Voltage Drop Calculation 5/11/2023 Project Name Taylor Corp. Artco Circuit Number OUT-1 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage 16.0 volts Gauge Per 1000 Distance from source to 1st device 35 feet 14 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.028 amps End of Line Voltage 20.39 volts Distance Candela Device Previous Voltage at Drop from Percent Rating Current Device Device source Drop Device 1 n/a 0.028 20.39 0.006 0.03% Totals 0.028 35 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Circuit is within limits Point to Point NAC Voltage Drop Calculation 5/11/2023 Project Name Taylor Corp. Artco Circuit Number OUT-2 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage 16.0 volts Gauge Per 1000 Distance from source to 1st device 35 feet 14 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.080 amps End of Line Voltage 20.38 volts Distance Candela Device previous Voltage at Drop from Percent Rating Current device Device source Drop Device 1 75 0.080 20.38 0.017 0.08% Totals 0.080 35 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Circuit is within limits Point to Point NAC Voltage Drop Calculation 5/11/2023 Project Name Taylor Corp. Artco Circuit Number OUT-4 Nominal System Voltage 20.4 volts Wire Resistance Minimum Device Voltage 16.0 volts Gauge Per 1000 Distance from source to 1st device 38 feet 14 3.07 Wire Gauge for balance of circuit 14 3.07 Max Output Current 2.50 amps Total Circuit Current 0.170 amps End of Line Voltage 20.36 volts Distance Candela Device previous Voltage at Drop from Percent Rating Current device Device source Drop Device 1 75 0.170 20.36 0.040 0.19% Totals 0.170 38 Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative). The voltage calculated to the last device must not be lower than the manufactures listed minimum operating voltage (IE: rated operating voltage 16-33 VDC (24 VDC nominal)). Circuit is within limits