HomeMy WebLinkAboutNWFCS Rexburg FATOILET
108
OFFICE
111
OFFICE
110 TOILET
109
FEC
HALL
112
MECH 2
JAN/
107
VEST.
113
114
OFFICE
115
HALL
116
HALL
117
WORK
106
LARGE CONF.
103
COFFEE
HALL
122
ELECT
PANEL
OFFICE
118
OFFICE
119 SERVER
RACK
DATA/ELEC.
120
CONF.
SMALL
121
OFFICE
101
RECEPT
102
104
MKTG STOR
MECH 1/
105
ELECT
PANEL
+54" USB
VEST.
100
N FIRE ALARM
STILLNESSBRASSFAUCETK-942-4
FE
C
FA
C
P
H
L1•D012
135°
H L1•D011
135°
H
L1•D015
135°
H
L1•D014
135°
S
L1•D001
S
L1•D003
S
L1•D004
S
L1•D005
S
L1•D007
S
L1•D008
S
L1•D009
S
L1•D010
S
L1•D013
S
L1•D016
S
L1•D022
S
L1•D020
S
L1•D017
S
L1•D018
S
L1•D019
F
L1•M006
F L1•M021
FAA ANN
AOM
L1•M002
RM
N1•01
115cd
WP
N1•04
15cd
C
N2•02
15cd
C
N2•01
15cd
C
N2•03
15cd
C
N2•05 EOL 4.7k
15cd
CN1•02
30cd
C
N1•05 EOL 4.7k
30cd
C
N2•04
30cd
C
1 D
1 D
1 V
SCALE: 1/4" = 1'-0"
1 D
CABLE AND WIRE LEGEND
LABEL PART NO AW
G
RESISTANCE
(Ω/KFT)DESCRIPTION TOTAL LENGTH
D 18/4 UNS FPLP RED 18 7.77 4 COND. SOLID COPPER FPLP UNS 304'
SBUS 18/4 FPLP/R (SBUS)18 7.77 4 COND. SOLID COPPER FPLP/R ANALOG
UNSHIELDED 24'
V 14/2 FPLP/R (NAC)14 3.07 2 COND. SOLID COPPER FPLP/R ANALOG
UNSHIELDED 229'
CE
L
L
APPROX. 3,400 SQUARE FEET
OCCUPANCY TYPE: B, NON-SPRINKLERED
SCOPE OF WORK: TO INSTALL AND TEST NEW, FULL COVERAGE FIRE ALARM SYSTEM.
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C:\Users\candr\OneDrive\Documents\FireCAD Projects\NWFCS Rexburg.dwg, 8/30/2022 2:08:13 PM
N1 POINT-TO-POINT REPORT
CIRCUIT SETTINGS TOTALS
Starting Calculation Voltage:20.4 Max. Voltage Drop:0.24
Min. Operational Voltage:16 End Of Line Voltage:20.16
Max. Circuit Current (A):2.5 Voltage Drop Percent:1.17 %
Wire Resistance (Ω/kFt):3.07 Total Circuit Current (A):0.54
Circuit Wiring Properties: 'V' 14/2 FPLP/R (NAC) 14 AWG, 2 Cond. Solid Copper FPLP/R Analog Unshielded Total Circuit Length (Ft):139 Spare Current (A):1.96
Distance measured using drawn segment lengths with 10.00 % additional length calculated Total Circuit Resistance (Ω):0.85509 Spare Current (A) Percent:78.40 %
Device Label Part No.Description Device Current (A)Remaining Current (A)Dist. From Previous (Ft)Resistance From Previous
(Ω)
Voltage Drop From
Previous Voltage At Device Total Voltage Drop Voltage Drop Percent
N1•01 P2WK 2-Wire Horn Strobe,
Standard cd, Outdoor 115cd 0.218 0.54 14 0.088172 0.05 20.35 0.05 0.23 %
N1•02 PC2WL 2-Wire, Horn Strobe, White
30cd 0.09 0.322 46 0.282879 0.09 20.26 0.14 0.68 %
N1•03 SCW Strobe, White 15cd 0.071 0.232 60 0.366524 0.09 20.18 0.22 1.10 %
N1•04 SCW Strobe, White 15cd 0.071 0.161 8 0.049145 0.01 20.17 0.23 1.14 %
N1•05 EOL 4.7k PC2WL 2-Wire, Horn Strobe, White
30cd 0.09 0.09 11 0.06837 0.01 20.16 0.24 1.17 %
Calculation Methods:
Resistance From Previous (Ω) = Wire Resistance (Ω/Ft) x 2 x Dist. From Previous (Ft)
Voltage Drop From Previous = Resistance From Previous (Ω) x Remaining Current (A)
N2 POINT-TO-POINT REPORT
CIRCUIT SETTINGS TOTALS
Starting Calculation Voltage:20.4 Max. Voltage Drop:0.11
Min. Operational Voltage:16 End Of Line Voltage:20.29
Max. Circuit Current (A):2.5 Voltage Drop Percent:0.55 %
Wire Resistance (Ω/kFt):3.07 Total Circuit Current (A):0.374
Circuit Wiring Properties: 'V' 14/2 FPLP/R (NAC) 14 AWG, 2 Cond. Solid Copper FPLP/R Analog Unshielded Total Circuit Length (Ft):90 Spare Current (A):2.126
Distance measured using drawn segment lengths with 10.00 % additional length calculated Total Circuit Resistance (Ω):0.549669 Spare Current (A) Percent:85.04 %
Device Label Part No.Description Device Current (A)Remaining Current (A)Dist. From Previous (Ft)Resistance From Previous
(Ω)
Voltage Drop From
Previous Voltage At Device Total Voltage Drop Voltage Drop Percent
N2•01 SCW Strobe, White 15cd 0.071 0.374 5 0.030612 0.01 20.39 0.01 0.06 %
N2•02 SCW Strobe, White 15cd 0.071 0.303 19 0.118036 0.04 20.35 0.05 0.23 %
N2•03 SCW Strobe, White 15cd 0.071 0.232 26 0.16038 0.04 20.32 0.08 0.41 %
N2•04 PC2WL 2-Wire, Horn Strobe, White
30cd 0.09 0.161 18 0.111322 0.02 20.3 0.1 0.50 %
N2•05 EOL 4.7k SCW Strobe, White 15cd 0.071 0.071 21 0.129319 0.01 20.29 0.11 0.55 %
Calculation Methods:
Resistance From Previous (Ω) = Wire Resistance (Ω/Ft) x 2 x Dist. From Previous (Ft)
Voltage Drop From Previous = Resistance From Previous (Ω) x Remaining Current (A)
DEDICATED 120V
20 AMP CIRCUIT
H
N
G
FIRE ALARM
CONTROL UNIT
S
L1•D001
AOM
L1•M002
RM
S
L1•D003
S
L1•D004
S
L1•D005
F
L1•M006
S
L1•D007
S
L1•D008
S
L1•D009
S
L1•D010
H
L1•D011
135°
H
L1•D012
135°
S
L1•D013
H
L1•D014
135°
H
L1•D015
135°
S
L1•D016
S
L1•D017
S
L1•D018
S
L1•D019
S
L1•D020
F
L1•M021
S
L1•D022
N2•01
15cd
C
N2•02
15cd
C
N2•03
15cd
C
N2•04
30cd
C
N2•05 EOL 4.7k
15cd
C
N1•01
115cd
WP
N1•02
30cd
C
N1•03
15cd
C
N1•04
15cd
C
N1•05 EOL 4.7k
30cd
C
ANNUNCIATOR
ANN-BUS PRI•1
CELLULAR
COMM
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C:\Users\candr\OneDrive\Documents\FireCAD Projects\NWFCS Rexburg.dwg, 8/30/2022 2:08:16 PM
N1 LUMP SUM REPORT
CIRCUIT SETTINGS TOTALS
Starting Calculation Voltage:20.4 Max. Voltage Drop:0.46
Min. Operational Voltage:16 End Of Line Voltage:19.94
Max. Circuit Current (A):2.5 Voltage Drop Percent:2.26 %
Wire Resistance (Ω/kFt):3.07 Total Circuit Current (A):0.54
Circuit Wiring Properties: 'V' 14/2 FPLP/R (NAC) 14 AWG, 2 Cond. Solid Copper FPLP/R Analog Unshielded Total Circuit Length (Ft):139 Spare Current (A):1.96
Distance measured using drawn segment lengths with 10.00 % additional length calculated Total Circuit Resistance (Ω):0.85509 Spare Current (A) Percent:78.40 %
DEVICE TOTALS
Symbol Part No.Description Qty.Device Current (A)Total Current (A)
SCW Strobe, White 15cd 2 0.071 0.142
PC2WL 2-Wire, Horn Strobe, White
30cd 2 0.09 0.18
P2WK 2-Wire Horn Strobe,
Standard cd, Outdoor 115cd 1 0.218 0.218
Calculation Methods:
Total Resistance (Ω) = Wire Resistance (Ω/Ft) x 2 x Total Circuit Length (Ft)
Total Voltage Drop = Total Resistance (Ω) x Total Circuit Current (A)
C
C
WP
N2 LUMP SUM REPORT
CIRCUIT SETTINGS TOTALS
Starting Calculation Voltage:20.4 Max. Voltage Drop:0.21
Min. Operational Voltage:16 End Of Line Voltage:20.19
Max. Circuit Current (A):2.5 Voltage Drop Percent:1.01 %
Wire Resistance (Ω/kFt):3.07 Total Circuit Current (A):0.374
Circuit Wiring Properties: 'V' 14/2 FPLP/R (NAC) 14 AWG, 2 Cond. Solid Copper FPLP/R Analog Unshielded Total Circuit Length (Ft):90 Spare Current (A):2.126
Distance measured using drawn segment lengths with 10.00 % additional length calculated Total Circuit Resistance (Ω):0.549669 Spare Current (A) Percent:85.04 %
DEVICE TOTALS
Symbol Part No.Description Qty.Device Current (A)Total Current (A)
SCW Strobe, White 15cd 4 0.071 0.284
PC2WL 2-Wire, Horn Strobe, White
30cd 1 0.09 0.09
Calculation Methods:
Total Resistance (Ω) = Wire Resistance (Ω/Ft) x 2 x Total Circuit Length (Ft)
Total Voltage Drop = Total Resistance (Ω) x Total Circuit Current (A)
C
C
PANEL LOAD SUMMARY STANDBY CURRENT (AMPS)ALARM CURRENT (AMPS)
SUMMARY REPORT
PANEL POWER SUPPLY MAX CURRENT = 2.7A
TOTAL USED CAPACITY = 1.53A (56.67 %)
PANEL COMPONENT SUMMARY
QTY PART NO DESCRIPTION CURRENT DRAW
(A)TOTAL (A)CURRENT DRAW
(A)TOTAL
1 ES-50X Main Board Main Board for ES-50X Fire Alarm Control Panel 1 x 0.141 = 0.141 1 x 0.257 = 0.257
1 IPOTS-COM
Dual technology (POTS and IP)
communicator(replacement board) for the Endurance
Series panels
1 x 0.04 = 0.04 1 x 0.257 = 0.257
CIRCUIT SUMMARY
CIRCUIT
ANN-BUS PRI 1 x 0 = 0 1 x 0 = 0
L1 1 x 0.004805 = 0.004805 1 x 0.102 = 0.102
N1 1 x 0 = 0 1 x 0.54 = 0.54
N2 1 x 0 = 0 1 x 0.374 = 0.374
TOTAL STANDBY
CURRENT 0.185805 TOTAL ALARM
CURRENT 1.53
CIRCUIT DETAILS AND CALCULATIONS STANDBY CURRENT ALARM CURRENT POINT-TO-POINT VOLTAGE DROP
CALCULATION SUMMARY SPEAKER POWER/DB LOSS CALCULATIONS
SOURCE MAX CAPACITY TOTAL USED
CAPACITY AVAILABLE CAPACITY CIRCUIT AWG SYMBOL QTY PART NO DEVICE SETTING CIRCUIT LENGTH
CIRCUIT
RESISTANCE
(Ω/ft)
CURRENT DRAW
(A)TOTAL (A)CURRENT DRAW
(A)TOTAL (A)
STARTING
CALCULATION
VOLTAGE
END OF LINE
VOLTAGE VOLTAGE DROP TOTAL USED
WATTS
STARTING
CALCULATION
VOLTAGE
END OF LINE
VOLTAGE
POWER LOSS
PERCENT TOTAL DB LOSS
ES-50X Main Board
L1 18
2 BG-12LX
304'0.00777
2 x 0.000375 = 0.00075 2 x 0.005 = 0.01
1 CRF-300 1 x 0.000255 = 0.000255 1 x 0.0065 = 0.0065
4 H365 w/B300-6 4 x 0.0002 = 0.0008 4 x 0.0045 = 0.018
15 SD365 w/B300-6 15 x 0.0002 = 0.003 15 x 0.0045 = 0.0675
N1 14
1 P2WK 115cd
139'0.00307
1 x 0 = 0 1 x 0.218 = 0.218
20.4v 20.16v 0.24v2PC2WL30cd2 x 0 = 0 2 x 0.09 = 0.18
2 SCW 15cd 2 x 0 = 0 2 x 0.071 = 0.142
N2 14
1 PC2WL 30cd
90'0.00307
1 x 0 = 0 1 x 0.09 = 0.09
20.4v 20.29v 0.11v
4 SCW 15cd 4 x 0 = 0 4 x 0.071 = 0.284
SECONDARY POWER SOURCE REQUIREMENTS
REQUIRED STANDBY TIME = 24 HOURS
PROVIDE (2) 12V 7AH BATTERIES @ 24VDC
REQUIRED ALARM TIME = 5 MINUTES
SECONDARY STANDBY LOAD 0.185805 x 24 = 4.46 AH
SECONDARY ALARM LOAD 1.53 x 0.08 = 0.13 AH
STANDBY AND ALARM LOAD SUBTOTAL 4.59 AH
DERATING FACTOR x 1.2
SECONDARY LOAD REQUIREMENTS (AMP HOURS)5.5 AH
F
AOM
RM
H 135°
S
WP
C
C
BATTERY CALCULATION
(SECONDARY POWER SOURCE REQUIREMENTS)
PANEL POWER SUPPLY MAX CURRENT = 2.7A TOTAL USED CAPACITY (IN ALARM) = 1.53A (56.67 %)
STANDBY CURRENT (AMPS)SECONDARY ALARM CURRENT (AMPS)
PANEL COMPONENTS
QTY PART NO.DESCRIPTION CURRENT DRAW (A)TOTAL (A)CURRENT DRAW (A)TOTAL
1 ES-50X Main Board Main Board for ES-50X Fire
Alarm Control Panel 0.141 0.141 0.257 0.257
1 IPOTS-COM
Dual technology (POTS and
IP)
communicator(replacement
board) for the Endurance
Series panels
0.04 0.04 0.257 0.257
CIRCUIT SYMBOL QTY PART NO DESCRIPTION CURRENT DRAW (A)TOTAL (A)CURRENT DRAW (A)TOTAL (A)
ANN-BUS PRI 1 ANN-80 Red 80 character LCD
Annunciator 0 0 0 0
L1
2 BG-12LX
Addressable manual pull
station with interface module
mounted inside
0.000375 0.00075 0.005 0.01
1 CRF-300
Addressable relay module
containing two isolated sets
of Form-C contacts, which
operate as a DPDT switch.
Mounts directly to a 4.0"
(10.16 cm.) box, surface
mount using the SMB500.
0.000255 0.000255 0.0065 0.0065
4 H365 w/B300-6
White, Low-profile 135°F
fixed thermal sensor,
Standard Base
0.0002 0.0008 0.0045 0.018
15 SD365 w/B300-6
White, Addressable
photoelectric detector,
Standard Base
0.0002 0.003 0.0045 0.0675
N1
1 P2WK 2-Wire Horn Strobe,
Standard cd, Outdoor 115cd 0 0 0.218 0.218
2 PC2WL 2-Wire, Horn Strobe, White
30cd 0 0 0.09 0.18
2 SCW Strobe, White 15cd 0 0 0.071 0.142
N2
1 PC2WL 2-Wire, Horn Strobe, White
30cd 0 0 0.09 0.09
4 SCW Strobe, White 15cd 0 0 0.071 0.284
TOTAL STANDBY (A)0.185805 TOTAL ALARM (A)1.53
REQUIRED STANDBY TIME = 24 HOURS
REQUIRED ALARM TIME = 5 MINUTES
SECONDARY STANDBY LOAD (A)0.185805 24 4.46
SECONDARY ALARM LOAD (A)1.53 0.08 0.13
STANDBY AND ALARM SUBTOTAL (AMP HOURS)4.59
DERATING FACTOR 1.2
SECONDARY LOAD REQUIREMENTS (AMP HOURS)5.5
PROVIDE (2) 12V 7AH BATTERIES @ 24VDC
FAA
F
AOM
RM
H 135°
S
WP
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C:\Users\candr\OneDrive\Documents\FireCAD Projects\NWFCS Rexburg.dwg, 8/30/2022 2:08:21 PM