08-1111R-004System No. C -AJ -1226
F Ratng - 3 Hr
T"- 0 Hr
L Rai At Ambient- Less Than 1 CFMSq Ft
. LRdrgAt40OF- 4CFMSgFt
L-A
SECTION A•A
1 Floor or Wall Assembly - Mm 4.12 in. thick reinforced lightweight or normal weight ( 100.150 pcl) concrete. Wall may also be constructed of"
UL Classified Concrete Blocs ". Max dam of opening Is 32 in.
2. Metallic Sleeve - (Opfiorel) Nom 32 in. dram (or smaller) Schedule 40 (or heavier) sbW sleeve cast or grouted Into boor or wal assembly, Ikah
Mtn hoar or wait surfaces or extending a max of 31n. above floor or beyond both surfaces of wall.
2A Sheet Metal Steve - (Optional) Max 6 n. clam, min 26 ga gaN steel provided with a 26 ga gaN steel square Mange spot welded to to sleeve
at approx mid- height or float with bottom of sleeve in floors, and shed to be a min of 2 in larger ten the sleeve dram The sleeve it to be cast in
place and may extend a max of 4In. below the bottom of the deck and a max of 1 in above the top surface of the carxrele floor.
28 Sheet Metal Sleeve - (Optional) • Max 12 In. diam, min 24 ga gaN steel provided with a 24 ga gaN steel square Mange spit welded to this
sleeve at app= mid - height or flush with bottom of sleeve In floors, are sized to be a min of 2 In. larger than to sleeve dam The sleeve Is to be
cast in place and may extend a max of 4 M below the bottom of the deck and a max of 1 In above the top surface of the coi a to floor.
3 Through- Penetrant - One metallic pipe, tube or conduft to be Installed eitar concentrically or accenhially within the gresbp system The
annular space between penetrant and periphery of opening shall be min 01n. (pant contact) to max 1 -78 in Penetrant may be installed with
continuous pant contact Penevam to be rigidly supported on both sides of floor or wag assembly. The following types and sizes of metallic
penetrants may be use
A Steel Pipe - Norn 30 in. dam (or smaller) Schedule 10 (or heaver) steel pipe
B. Iron Pipe - Nom 30 in. dam (or smaller) cast or ductile Iron pipe
C. Copper Pipe - Nom 6 N. dean (or sma er) Regular (or heavier) copper pipe
D. Copper Tubing - Nom 6 in diam (or smaller) Type L (or heavier) copper aMrg
E. Conduct - Nom 6 in diam (or smaller) steel oonduh,
F. Conduct- Nom 4 in. dam (or smaller) steel electrical meta6c tubing (EAST)
4 Frestop System - The firesmp system shag consist of the Mang,
A Packing Material - Men 4 in thickness of min 4 pd min" wool bet Mutation firmly, packed into opening as a permanent farm Packing
material to be recessed from top surface of floor or sleeve or tom both surfaces of wall or sleeve as required to accommodate the required
thickness of fill material.
B Fill, Void or Cavity Materal• - Sealant - Min 19 m. thickness of RI material applied whin Its annulus, flush with leap surface of floor or
sleeve or with both surfaces of oral or sleeve. At the point or continuous owvw locations between penetrant and concrete or sleeves, arm
IN in dam bead of gl matenal shelf be applied at to concrete or skMevd pipe penetrant Interface on the top surface of floor ad on both
surface' of wall
HILTI CONSTRUCTION CHEMICALS, DIV OF HILT] INC - FS-One Sealant
"Bearing to UL Classification Mark
Reproduced by HILTI, o Cowes of
.gS IR� Underwriters s Laboratories, Inc 0 I
Hlltl Firestop Systems June 27,2007 C US
UNIMODE 9600 POWER CALCULATIONS UNIT C1
STANDBY CURRENT TOTAL SYSTEM ALARM CURRENT TOTAL ALARM
ITEM DESCRIPTION PER UNIT (AMPS) OW STANDBY PER UNIT PER UNIT OTT CURRENT (AMPS)
(AMPS) (AMPS)
1 UMMODE 9600 0.120 x 1 0.120 0.170 x 1 - 0.170
2 UDACT 004 x 1 0.04 0.100 It i - 0.100
3 ADT- LCD -tOF 0.025 x 1 0.025 0.064 x 1 - 0.064
4 ADT- BG -12LX 0,0002 x 13 0.0026 0.0002 x 13 - 0.0026
5 ADT- BG -12LOB 0.0002 x t 0.0002 00002 x 1 - 0.0002
8 DUCT DETECTOR 0 00015 X 4 00006 0.00015 X 4 - 0.0006
7 SO355 0.0003 x 5e 0.0174 x0003 It sic - 0.0174
8 HEAT DETECTOR 0,0000 x 25 0.00075 000003 x 25 - MOOO75
9 CRF -3DO 0.00027 x 3 0.00061 0.00027 x 3 - 0.00081
10 UMF -300 0.0004 x 102 0.0408 0.0004 x 102 - O.o406
TOTAL SIT. STANOBY CURRENT TOTAL ALARM STANDBY CURREN
(AMPS) 0.24816 (AMPS) 0.39710
REWIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM NFPA 72 1- 8-.2.5:
STANDBY: 24 HOURS ALARM: _5 MIN x 1/60- O.OB33
System No. W -L -1054
F Ratings - I and 2 Hr (See Items 1 and 3)
T Rating - 0 Hr
L Rating At Ambient - Less Than l CFM /Sq Ft
L Rating At 400 F - 4 CFM /Sq Ft
REQUIRED STANDBY CAPACITY REQUIRED ALARM CAPACITY TOTAL REWIRED CAPACITY
(AMP- HOURS) (AMP -HOURS) (AMP- HOURS)
5.96 + 003 &99
CALCULATIONS UNIT C3
ITEM
DESCRIPTION
REQUIRED STANDBY
REQUIRED STANDBY TIME (HOURS)
TOTAL SYSTEM
STANDBY PER UNIT
(AMPS)
TOTAL SYSTEM STANDBY CURRENT (AMPS)
OTT
CAPACITY
(AMP-HOURS)
MAIN PC BOARD
OF 20x
x
(AMP - HOURS)
24
X
0.2482
X
A96
REQUIRED STANDBY CAPACITY REQUIRED ALARM CAPACITY TOTAL REWIRED CAPACITY
(AMP- HOURS) (AMP -HOURS) (AMP- HOURS)
5.96 + 003 &99
CALCULATIONS UNIT C3
ITEM
DESCRIPTION
REQUIRED ALARM CAPACITY
REOUIRED ALARM TIME (HOURS)
TOTAL SYSTEM
STANDBY PER UNIT
(AMPS)
TOTAL III- ^•"^•• -i WNT (AMPS)
OTT
CAPACITY
(AMP-HOURS)
MAIN PC BOARD
OF 20x
x
(AINU_Hnus)
00833
x
03972
X
0.03
REQUIRED STANDBY CAPACITY REQUIRED ALARM CAPACITY TOTAL REWIRED CAPACITY
(AMP- HOURS) (AMP -HOURS) (AMP- HOURS)
5.96 + 003 &99
FCPS -24FS8 POWER
CALCULATIONS UNIT C3
ITEM
DESCRIPTION
REWIRED BATTERY
TOTAL REMARED CAPACITY
TOTAL SYSTEM
STANDBY PER UNIT
(AMPS)
OPTIONAL SAFETY FACTOR
OTT
CAPACITY
(AMP-HOURS)
MAIN PC BOARD
OF 20x
x
(AMP - HOURS)
5.99
X
1.2
X
7.186724
FCPS -24FS8 POWER
CALCULATIONS UNIT C3
ITEM
DESCRIPTION
STANDBY CURRENT
PER UNIT (AMPS)
OTT
TOTAL SYSTEM
STANDBY PER UNIT
(AMPS)
ALARM CURRENT
PER UNIT
(ALPS)
OTT
TOTAL ALARM
CURRENT (AMPS)
1
MAIN PC BOARD
0.063
x
1
1.94
0.065
0.145
X
I 1
0.145
0.145
2
P2R 75CD
_
x
a
-
-
0.176
X
a
-
1.408
3
P2R 110CD
_
x
3
-
-
M221
x
3
-
0563
4
SR 75M
_
x
14
-
-
0.155
X
14
-
2 212
5
SCR 75M
_
x
1
10
-
0.158
X
1
-
OtSa
TOTAL SYSTEM STANDBY CURRENT TOTAL ALARM STAN) DBY CURRENT 4586
(AMPS)
REOUIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM NFPA 72 1- S -.2.s:
STANDBY: 24 HOURS ALARM: 5 MIN X t /60- 0.0833
REQUIRED STANDBY
REQUIRED STANDBY 71ME (HOURS) TOTAL SYSTEM STANDBY CURRENT (AMPS) CAPACITY
(AMP- HOURS)
24 x 0.0650 1.56
REWIRED ALARM CAPACITY
REQUIRED ALARM TIME (HOURS) TOTAL SYSTEM ALARM CURRENT (AMPS) (AMP - HOURS)
00833 X 4.5550 0.3a
REWIRED STANDBY CAPACITY REWIRED ALARM CAPACITY TOTAL REQUIRED CAPACITY
(AMP -HOURS) (AMP -HOURS) (AMP - HOURS)
1.56 + 0.38 1.94
SECTION A -A
1. Wall Assembly -- The 1 or 2 hr fro -rated gypsum wallboard /atud wag assembly tat be constructed of
N materials and in the manna specified in the individual U300 or U400 Series West and Partition Designs
in the LA Fire Resistance Directory and shd include the following construction features:
A Studs -- West framing may consist of either woad studs or steel channel studs. Wood studs to
consist of nom 2 by 4 in. lumber spaced 16 in. OC. Stet studs to be min 2 -1/2 in. wide and
spaced max 24 in. OC. When steel studs ice used and the dam of opening exceeds the width of
stud cavity, the opening shall be framed on of sides using lengths of steel stud iestalled between the
vertical studs and screw- ottoched to 8e sled stuxh at each end. The framed openig in the wit
shod be 4 to 6 in. wider and 4 to 6 is higher Bart the diam of the penetrating Rem such that
when the penetrat'eg Rem is installed in the opening, a 2 to 3 tin. clearance is present between the
parotrating Ran and the framing on at four sides.
B. Gypsum Board' -- 5/8 i1. thick, 4 ft wide with square or tapered edges. The gypsum board type,
thickness, number of layers, fastener type and sheet orientation shag be as specified in the individual
U300 or U400 Soria Design in the UL Fire Resistance Directory. Max dam of opening is 32 -1/4 in.
for steel stud wall. Yax dam of opening is 14 -1/2 in. for wood stud wits.
The F Rating of the brestop system is equal to the lire rating of the wall assembly
System No. W -L -1054
F Ratings - I and 2 Hr (See Items 1 and 3)
T Rating - 0 Hr
L Rating At Ambient - Less Than 1 CFM /Sq Ft
L Rating At 400 F - 4 CFM /Sq Ft
2. Through - Penetrants -- One metallic pipe, canduRt or tubing to be installed eRha concentrically or
ecrxmtricaly within the firestop system. The annular space shat be min 0 in. to max 2 -1/4 in. Pipe may
be installed wb continuous Point contact. Pipe, conduit or t& q may be installed of an angle not greater
than 45 degrees from perpe dicubr. Pipe, conduit OF tubing to be rigidly supported on both sides of wall
assembly. The following type and sizes of metallic pipes, conduits or tubing nay be used:
A Steel Pipe -- Nom 30 in dam (or smaller) Schedule 10 (or heavier) sted pipe.
B. Iron Pipe -- Nom 30 in. dam (or smaller) cast or ducU7e ion pipe.
C. Conduit -- Nom 4 in dam (or smaller) sled electrical metallic luting or 6 in. dam sled conduit.
D. Copper TLbing -- Nom 6 10. dam (or smaller) Type L (or heavier) capper tubing.
E Copper Pipe -- Nom 6 in. dam (or srraller) regular (or heavier) copper pipe.
3. Fill, Void or Cavity Material* -- Sealant -- Yin 5/8 in. thickness of fill material applied within the
i mllus, dash with both surface of wait. At the point or continuous contact locations between pipe and
wait, a min 1/2 in. dam bead of fit material shat be oppried Kt the pipe wait iWoce on both surfaces
d west .
HILTI CONSTRUCTION CHEMICALS, DIV OF
HILTI INC -- FS -One Sealant
"Bearing the tt. Classification Mark
• `')SSIf •
�Aa KTMi�ve. InL d Lit J LJ
FRESroP
SYSTEMS ooweer 4.2001 ® F1R13TOP SYSTEMS
C US Pogo , �d2
FCPS -24FS6 POWER CALCULATIONS UNIT C2
STANDBY CURRENT TOTAL M SYSTE ALARM CURRENT TOTAL ALARM
ITEM DESCRIPTION PER UNIT (AMPS) QYY STAMM PER UNIT PER uMT OTT CURRENT (AMPS)
(AMPS) (AMPS)
1 MAIN PC BOARD 0.065 x 1 - 0.063 0.145 X 1 - 0.143
2 X x -
3 x x -
TOTAL SYSTEM ��A 1 CURENT I 0.065 (TOTAL ALARM S ANDBY 61RRE 1 0.145
REQUIRED OPERATING TIME OF SECONDARY P016R SOURCE FROM WPA 72 1- 5-.2.5:
STANDBY: 24 HOURS ALARM: S MN X 1/60-
ITE11
TOTAL SYSTEM ALARM CURRENT (AMP -0
STANDBY CURRENT
PER UNIT (AMPS)
REQUIRED BATTERY
TOTAL REQUIRED CAPACITY
0.1430
OPTIONAL SAFETY FACTOR
0.01
CAPACITY
(AMP -Mats)
0.065
OF 20x
1
(AMP- HOURS)
1.94
X
1.2
1
2.3306
SECTION A -A
1. Wall Assembly -- The 1 or 2 hr fro -rated gypsum wallboard /atud wag assembly tat be constructed of
N materials and in the manna specified in the individual U300 or U400 Series West and Partition Designs
in the LA Fire Resistance Directory and shd include the following construction features:
A Studs -- West framing may consist of either woad studs or steel channel studs. Wood studs to
consist of nom 2 by 4 in. lumber spaced 16 in. OC. Stet studs to be min 2 -1/2 in. wide and
spaced max 24 in. OC. When steel studs ice used and the dam of opening exceeds the width of
stud cavity, the opening shall be framed on of sides using lengths of steel stud iestalled between the
vertical studs and screw- ottoched to 8e sled stuxh at each end. The framed openig in the wit
shod be 4 to 6 in. wider and 4 to 6 is higher Bart the diam of the penetrating Rem such that
when the penetrat'eg Rem is installed in the opening, a 2 to 3 tin. clearance is present between the
parotrating Ran and the framing on at four sides.
B. Gypsum Board' -- 5/8 i1. thick, 4 ft wide with square or tapered edges. The gypsum board type,
thickness, number of layers, fastener type and sheet orientation shag be as specified in the individual
U300 or U400 Soria Design in the UL Fire Resistance Directory. Max dam of opening is 32 -1/4 in.
for steel stud wall. Yax dam of opening is 14 -1/2 in. for wood stud wits.
The F Rating of the brestop system is equal to the lire rating of the wall assembly
System No. W -L -1054
F Ratings - I and 2 Hr (See Items 1 and 3)
T Rating - 0 Hr
L Rating At Ambient - Less Than 1 CFM /Sq Ft
L Rating At 400 F - 4 CFM /Sq Ft
2. Through - Penetrants -- One metallic pipe, canduRt or tubing to be installed eRha concentrically or
ecrxmtricaly within the firestop system. The annular space shat be min 0 in. to max 2 -1/4 in. Pipe may
be installed wb continuous Point contact. Pipe, conduit or t& q may be installed of an angle not greater
than 45 degrees from perpe dicubr. Pipe, conduit OF tubing to be rigidly supported on both sides of wall
assembly. The following type and sizes of metallic pipes, conduits or tubing nay be used:
A Steel Pipe -- Nom 30 in dam (or smaller) Schedule 10 (or heavier) sted pipe.
B. Iron Pipe -- Nom 30 in. dam (or smaller) cast or ducU7e ion pipe.
C. Conduit -- Nom 4 in dam (or smaller) sled electrical metallic luting or 6 in. dam sled conduit.
D. Copper TLbing -- Nom 6 10. dam (or smaller) Type L (or heavier) capper tubing.
E Copper Pipe -- Nom 6 in. dam (or srraller) regular (or heavier) copper pipe.
3. Fill, Void or Cavity Material* -- Sealant -- Yin 5/8 in. thickness of fill material applied within the
i mllus, dash with both surface of wait. At the point or continuous contact locations between pipe and
wait, a min 1/2 in. dam bead of fit material shat be oppried Kt the pipe wait iWoce on both surfaces
d west .
HILTI CONSTRUCTION CHEMICALS, DIV OF
HILTI INC -- FS -One Sealant
"Bearing the tt. Classification Mark
• `')SSIf •
�Aa KTMi�ve. InL d Lit J LJ
FRESroP
SYSTEMS ooweer 4.2001 ® F1R13TOP SYSTEMS
C US Pogo , �d2
FCPS -24FS6 POWER CALCULATIONS UNIT C2
STANDBY CURRENT TOTAL M SYSTE ALARM CURRENT TOTAL ALARM
ITEM DESCRIPTION PER UNIT (AMPS) QYY STAMM PER UNIT PER uMT OTT CURRENT (AMPS)
(AMPS) (AMPS)
1 MAIN PC BOARD 0.065 x 1 - 0.063 0.145 X 1 - 0.143
2 X x -
3 x x -
TOTAL SYSTEM ��A 1 CURENT I 0.065 (TOTAL ALARM S ANDBY 61RRE 1 0.145
REQUIRED OPERATING TIME OF SECONDARY P016R SOURCE FROM WPA 72 1- 5-.2.5:
STANDBY: 24 HOURS ALARM: S MN X 1/60-
REQUIRED ALARM TIME (HOURS)
0.0533
ITE11
TOTAL SYSTEM ALARM CURRENT (AMP -0
STANDBY CURRENT
PER UNIT (AMPS)
REQUIRED STANDBY
REWIRED STANDBY TIME (HOURS)
0.1430
TOTAL SYSTEM'STANDBY CURRENT (AMPS)
0.01
CAPACITY
(AMP - HOURS)
0.065
OF zoX
1
(AMP - HOURS)
24
X
0.0850
1
1.56
REQUIRED ALARM TIME (HOURS)
0.0533
ITE11
TOTAL SYSTEM ALARM CURRENT (AMP -0
STANDBY CURRENT
PER UNIT (AMPS)
REQIRED ALARM CA•AMW
(AMP - HOURS)
X
0.1430
0.01
0.01
REQUIRED STANDBY CAPACITY
(AMP -HOURS)
ITE11
REMW4D ALARM CAPACITY
(AMP -HOURS)
STANDBY CURRENT
PER UNIT (AMPS)
TOTAL REQUIRED CAPACITY
(AMP-HOURS)
1.56
+
0.01
TOTAL ALARM
CURRENT (AMPS)
1.57
FCPS -24FS8 POWER CALCULATIONS UNIT C4
ITE11
DESCRIPTION
STANDBY CURRENT
PER UNIT (AMPS)
REWIRED BATTERY
TOTAL REWIRED CAPACITY
ALARM CURRENT
PER )T
OPTIONAL SAFETY FACTOR
TOTAL ALARM
CURRENT (AMPS)
CAPACITY
(AMP - HOURS)
0.065
OF zoX
1
(AMP -HOURS)
1.57
x
1.2
1
1.8865
FCPS -24FS8 POWER CALCULATIONS UNIT C4
ITE11
DESCRIPTION
STANDBY CURRENT
PER UNIT (AMPS)
OYY
TOTAL SYSTEM
STANDBY PER UNIT
(AMPS)
ALARM CURRENT
PER )T
OTT
TOTAL ALARM
CURRENT (AMPS)
1
MAIN PC BOARD
0.065
x
1
(AMP- HOURS)
0.055
0.145
X
1
-
0.145
2
P2R 7500
-
x
13
224
-
0.176
x
13
-
1288
3
P2R 11000
_
x
2
14
-
0.221
x
2
-
0.442
4
SR 7500
-
x
16
P/SlC4 CKT/4
-
0.158
x
16
-
2.528
5
190'
14
x
279
17.61
10
P/S/Ca 61712
x
14
-
137
6
11
P/S/C5 «T/3
x
14
0.64 DIMS
2.82
17.58
x
P/S/CS C Rµ
-
VISUAL DEVICES
7
x
M M
M
M IM M NEW M M
M
x
LOSS OF TELCO LINE
SUPERVISION - UNE 1/2
-
LIM40
6
LIM33
L1MM LIM31 LIM30 L1M29 LIM28 LIM27 LIM26 LIM25 LIM24
x
SLC LINE fl
N
MISSING DIET k /OR MODULE
x
0
-
• •
9
H
SUPPLY
x
Lima
(2) 7AH BATTERIES
x
-
10
C5
X
x�p� UM1 UM2 L1M3 LiM4 L1M3 L1M9 LIU M9 L1W0 L1M11 LIM12 LIM13
LIM14 LIM15 LiM19 LIM59 LIM17 LIM18 L1M!9 LIM20 L1M21 LIM22 LIM23
LCO -80F
X
20AMP OCT BREAKER
-
1 2AWG
11
F IS
DEDICATED
x
RISER DIAGRAM-
PANELf12
x
59
1 DETECTORS
-
N.T.S.
12
x
a158A a158A 0.176A
x
75 ri 75 UX P/5/C4 6Rµ 1.142A
-
f3
150 151 152 1S3 154
x
SEE
x
VOLTAGE DROP 2.52V
-
14
PH.P1 NOTE #a
a155A 0.176A 0.15" O.I.A 0.221A
X
PH.12 f To OR
CENTRAL STATION
X
75 7s 73 1 Ea P/AC4 CKTt3 1.176A
-
R � c•r 7�
�?
15
MONITORING
141 142 143 1" 145
X
x
VOLTAGE DROP 2.1110V
-
reisseVr`
= 12AWG
TOTAL SYSTEM STANDBY CURRENT
(AMPS)
0.065
TOTAL ALARM STANDBY CURREN
(AMPS)
5.403
REQUIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM WPA 72 1- 5-.2.5:
STANDBY: 24 HOURS ALARM: 5 MN X 1/60- 0.0533
REQUIRED STANDBY CAPACITY
(AMP -HOURS)
P/S/C3 CIR/1
i
REQUMI e ED ALARM CAPACITY
(AMP -HOURS)
14
REWIRED STANDBY
REQUIRED STANDBY TIME (HOURS)
+
TOTAL SYSTEM STANDBY CURRENT (AMPS)
P/S/C3 OR/2
CAPACITY
(AMP -HOURS)
0.55 DIMS
OF 20%
17.43
(AMP- HOURS)
24
x
0.0550
0.66 OHMS
1.56
REQUIRED STANDBY CAPACITY
(AMP -HOURS)
P/S/C3 CIR/1
i
REQUMI e ED ALARM CAPACITY
(AMP -HOURS)
14
RECLAIM ALARM CAPACITY
REQUIRED ALARM TIME (HOURS)
+
TOTAL SYSTEM ALARM CURRENT (AMPS)
P/S/C3 OR/2
2.01
(AMP -HOURS)
0.55 DIMS
OF 20%
17.43
(AMP -HOURS)
0.00.73
X
e 5.4030
0.66 OHMS
0.45
REQUIRED STANDBY CAPACITY
(AMP -HOURS)
P/S/C3 CIR/1
i
REQUMI e ED ALARM CAPACITY
(AMP -HOURS)
14
TOTAL REQUIRED CAPACITY
(AMP -HOURS)
1.58
+
0.45
P/S/C3 OR/2
2.01
`�SSIF /Fo
t may IIn�%% ft a
aLwe•w 4. 2002 C US
CRCUIT NUMBER AND
LOCATION
1 P/S/C3 Cli
2 P/S/C3 CKT/2
3 P/S4C3 CXT93
4 P/SlC3 CKTµ
5 P/S/C4 aKT/1
6 P/S/C4 CKT02
7 P/S/C4 CKT/3
e P/S/C4 01704
9 P/S/Ca CKT/1
10 P/Mm CKT02
11 P/S/CS CKT/3
12 P/5/Ca Chi
VICE DES C D I S7 EI e
LENGTH AMC MILE RESISTANCE VOLTAGE DROP VOLTAGE AT END OF CIRCUIT
1
P/S/C3 CIR/1
230'
14
REWIRED BATTERY
TOTAL REQUIRED CAPACITY
10.77
OPTIONAL SAFETY FACTOR
P/S/C3 OR/2
CAPACITY
(AMP -HOURS)
0.55 DIMS
OF 20%
17.43
(AMP-HOURS)
2.01
x
1.2
0.66 OHMS
2.4123
`�SSIF /Fo
t may IIn�%% ft a
aLwe•w 4. 2002 C US
CRCUIT NUMBER AND
LOCATION
1 P/S/C3 Cli
2 P/S/C3 CKT/2
3 P/S4C3 CXT93
4 P/SlC3 CKTµ
5 P/S/C4 aKT/1
6 P/S/C4 CKT02
7 P/S/C4 CKT/3
e P/S/C4 01704
9 P/S/Ca CKT/1
10 P/Mm CKT02
11 P/S/CS CKT/3
12 P/5/Ca Chi
VICE DES C D I S7 EI e
LENGTH AMC MILE RESISTANCE VOLTAGE DROP VOLTAGE AT END OF CIRCUIT
1
P/S/C3 CIR/1
230'
14
M86 OHMS
363
10.77
2
P/S/C3 OR/2
180'
14
0.55 DIMS
2.97
17.43
3
P/S/C3 Cli
220'
14
0.66 OHMS
2.28
16.12
4
P/S/C3 Chi
160'
14
M49 OHMS
224
18.16
S
P/SrC4 Ott/I
150'
14
0.46 DIMS
146
17.94
6
P/S/C4 CKT/2
ISO'
14
0.46 OHMS
2.95
17.48
7
P/SlIC4 OcT#3
200'
14
0.01 DIMS
2.89
t7.51
8
P/SlC4 CKT/4
1a0'
14
0.55 OHMS
2.52
17.58
9
P/S/CS CKT/1
190'
14
0.58 DIMS
279
17.61
10
P/S/Ca 61712
220'
14
0.58 DIMS
137
17.93
11
P/S/C5 «T/3
210'
14
0.64 DIMS
2.82
17.58
12
P/S/CS C Rµ
SPARE
VISUAL DEVICES
7
13
M M
M
M IM M NEW M M
M
X
LOSS OF TELCO LINE
SUPERVISION - UNE 1/2
14
LIM40
a
LIM33
L1MM LIM31 LIM30 L1M29 LIM28 LIM27 LIM26 LIM25 LIM24
x
SLC LINE fl
6
5
PJ� std o
MANUAL PULL STATION
0
0
STANDBY CURRENT
PER UNIT (AMPS)
OTT
101
ALARM CURRENT
PEPSI UNIT
0
TOTAL ALARM
CURRENT (AMPS)
1
SMOKE DETECTOR
0
0
1
(AMP- HOURS)
101
0.145
0
1
-
HEAT DETECTOR
•
0
-
X
7
0
�
0.176
X
DUCT SMOKE DETECTORS
-
0
3
P2A 11000
-
X
4
EOL P/S/CS 6R12 0.952A
-
AC POWER LOSS
x
0
-
0.a54
4
SR 75CO
-
x
a
LOW BATTERY
-
0
x
6
-
0.948
5
P2RK 75M
_
CKT /CABLING GROUND
1
1
75 75 EOL P/S/C5 CKT/1 LIMA
0.176
x
1
-
Q176
6
AUDIBLE DEVICES
LiMS2 LIM53 LIM54 L1M65 LIM56 LiM57 LIM58 LIM60 AOORESSSABIE
x
2 2
2
2 2 2 2 2 2
2
x
VISUAL DEVICES
7
x
M M
M
M IM M NEW M M
M
X
LOSS OF TELCO LINE
SUPERVISION - UNE 1/2
M42 L1M41
LIM40
a
LIM33
L1MM LIM31 LIM30 L1M29 LIM28 LIM27 LIM26 LIM25 LIM24
x
SLC LINE fl
N
MISSING DIET k /OR MODULE
x
0
• •
• •
9
H
SUPPLY
X
Lima
(2) 7AH BATTERIES
X
-
10
C5
SEQUENCE OF OPERATION MATRIX
TYPICAL DUCT DETECTOR CONNECTIONS
TO ZONE
ON FACP
EOL
DRY CONTACTS
ON DUCT DETECTOR
FCPS -24FS8 POWER CALCULATIONS UNIT C5
ITEM
DESCRIPTION
STANDBY CURRENT
PER UNIT (AMPS)
OTT
TOTAL SYSTEM
STANDBY PER UNIT
(AMPS)
ALARM CURRENT
PEPSI UNIT
OTT
TOTAL ALARM
CURRENT (AMPS)
1
MAR PC BOARD
0.065
x
1
(AMP- HOURS)
0.065
0.145
x
1
-
0.145
2
P2R 75CD
-
X
7
MAX
-
0.176
X
7
-
1.232
3
P2A 11000
-
X
4
EOL P/S/CS 6R12 0.952A
-
0.221
x
4
-
0.a54
4
SR 75CO
-
x
a
VOLTAGE DROP 137V
-
a15a
x
6
-
0.948
5
P2RK 75M
_
x
1
1
75 75 EOL P/S/C5 CKT/1 LIMA
0.176
x
1
-
Q176
6
163 164 3A PER 61T
LiMS2 LIM53 LIM54 L1M65 LIM56 LiM57 LIM58 LIM60 AOORESSSABIE
x
2 2
2
2 2 2 2 2 2
2
x
K�
7
x
M M
M
M IM M NEW M M
M
X
M42 L1M41
LIM40
a
LIM33
L1MM LIM31 LIM30 L1M29 LIM28 LIM27 LIM26 LIM25 LIM24
x
SLC LINE fl
N
FCPS -24FS8
x
POWER
• •
• •
9
H
SUPPLY
X
Lima
(2) 7AH BATTERIES
X
-
10
C5
X
x�p� UM1 UM2 L1M3 LiM4 L1M3 L1M9 LIU M9 L1W0 L1M11 LIM12 LIM13
LIM14 LIM15 LiM19 LIM59 LIM17 LIM18 L1M!9 LIM20 L1M21 LIM22 LIM23
LCO -80F
x
20AMP OCT BREAKER
1 2AWG
II
F IS
DEDICATED
x
RISER DIAGRAM-
PANELf12
x
59
1 DETECTORS
-
N.T.S.
12
X
a158A a158A 0.176A
x
75 ri 75 UX P/5/C4 6Rµ 1.142A
13
150 151 152 1S3 154
x
SEE
x
VOLTAGE DROP 2.52V
-
14
PH.P1 NOTE #a
a155A 0.176A 0.15" O.I.A 0.221A
x
PH.12 f To OR
CENTRAL STATION
x
75 7s 73 1 Ea P/AC4 CKTt3 1.176A
-
R � c•r 7�
�?
15
MONITORING
141 142 143 1" 145
x
X
VOLTAGE DROP 2.1110V
reisseVr`
= 12AWG
TOTAL SYSTEM STANDBY CURRENT
(AMPS)
0.06s
TOTAL ALARM STANDBY CURREN
(AP5)
1365
REWIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM NFPA 72 1- 5-.2.5:
STANDBY: 24 HOLES ALARM: _55 MIN x 1/60- 0,0633 _
REWIRED STANDBY CAPACITY
0.15BA 0.158A 0.1 SSA 0.17" 0.179A 0.1 SBA 0.155A '-
REQUIRED ALARM CAPACITY
P/S
REQUIRED STANDBY
REWIRED STAMM TIME (HOURS)
9C2
TOTAL SYSTEM STANDBY CURRENT (AMPS)
0.221A 0.176A 0.158A 0.159A 0.158A 0.221A
CAPACITY
1.56
+
0.28
11 75 75 75 75
(AMP- HOURS)
24
x
0.0650
ll
1.55
REWIRED STANDBY CAPACITY
0.15BA 0.158A 0.1 SSA 0.17" 0.179A 0.1 SBA 0.155A '-
REQUIRED ALARM CAPACITY
P/S
REQUIRED ALARM CAPACITY
REWIRED ALARM 714E (HOURS)
9C2
TOTAL SYSTEM ALARM CURRENT (AMPS)
0.221A 0.176A 0.158A 0.159A 0.158A 0.221A
(AMP- HOURS)
1.56
+
0.28
11 75 75 75 75
(AMP - HOURS)
0.0833
x
&3850
ll
0.28
REWIRED STANDBY CAPACITY
0.15BA 0.158A 0.1 SSA 0.17" 0.179A 0.1 SBA 0.155A '-
REQUIRED ALARM CAPACITY
P/S
TOTAL REQUIRED CAPACITY
(AP- HOURS)
9C2
(AMP- MO1R5)
0.221A 0.176A 0.158A 0.159A 0.158A 0.221A
(AMP- HOURS)
1.56
+
0.28
11 75 75 75 75
1.64
lam
EM100
NIM®
■INS
■-®
MIMM
■-M
MOM
■O®
M-M
■-M=
C
0.15BA 0.158A 0.1 SSA 0.17" 0.179A 0.1 SBA 0.155A '-
00. P/Sfi 6(rµ SPARE
P/S
REOURED BATTERY
TOTAL REOLOM CAPACITY
9C2
OPTIONAL SAFETY FACTOR
0.221A 0.176A 0.158A 0.159A 0.158A 0.221A
CAPACITY
(ARP- HOURS)
M
OF 20%
11 75 75 75 75
(AMP- HOURS)
1.84
x
1.2
ll
2.2105
lam
EM100
NIM®
■INS
■-®
MIMM
■-M
MOM
■O®
M-M
■-M=
C
FCPS -24FS8
POWER
SUPPLY
(2) 7AH BATEMES
C4
20AMP CIR BREAKER 12AWG
DEDICATED
PANElyl2
BKR/30
0.15BA 0.158A 0.1 SSA 0.17" 0.179A 0.1 SBA 0.155A '-
00. P/Sfi 6(rµ SPARE
P/S
75 M n 75 75 7s 7s EIL P/5/W CKT04 1.142A
A
9C2
120 121 122 123 124 123 126 3A PER OCT
0.221A 0.176A 0.158A 0.159A 0.158A 0.221A
/C5
VOLTAGE DROP 2.24V
M
M
11 75 75 75 75
1 EOL P/Sfi CKT/3 1.092A
L2M70
75 75 75 7s em P/S#C3 CCT#3 0.344A
L2M73
ll
170 171 172 173 174 175 3A PER OCT
4C/18A1NC
2.2aV
L2M27 1.21129 1.21125 1.21124 L2M23 LZV21 LZM20 L21Mis
FPLP
VOLTAGE DROP 2.62V
MAX
7S 75 I 7 75 75 73 75 1 E0. P/S/C3 CIfTQ 1.345A
0.136A 0.176A 0.221A 0.176A 0.221A
10e 109 110 111 112 113 114 lU 3A PEIt CKT
IAL
2 2 2 2 2 2
VOLTAGE CROP L97V
2 2 2 2 2 2 2 2 2
75 75 1 75 11
EOL P/S/CS 6R12 0.952A
eA MAX
MI P/SjC3 CKr11 1.286A
M M M M M M M M M
less 1e6 167 16a leg
3A PER Off
1.2113 112114 L2M3 L2MM6 L2M7 L2M8
VOLTAGE DROP 163V
12MIO L2M11 L2 M12 L2M13 L21114 L2WI5 1.21116 1.21117 13AIS
VOLTAGE DROP 137V
2
2
2 2 2 2 2 2 2 H
0158A 0.176A 0.176A 0.176A 0.176A
0.15BA MINA
MOTOR MODULES
75
75 75 75 7S
75 75 EOL P/S/C5 CKT/1 LIMA
M
M M M M M M M M PROVIDED m MAKE
LIM43
LIM"
158 159 160 161 162
163 164 3A PER 61T
LiMS2 LIM53 LIM54 L1M65 LIM56 LiM57 LIM58 LIM60 AOORESSSABIE
2 2
2
2 2 2 2 2 2
2
VOLTAGE DROP 2.79V
K�
LIM30
LE J
M M
M
M IM M NEW M M
M
M M M M M M M M M
M42 L1M41
LIM40
LI M39 L1M3e L1 0137 LIM33 LIM34
LIM33
L1MM LIM31 LIM30 L1M29 LIM28 LIM27 LIM26 LIM25 LIM24
SLC LINE fl
N
FCPS -24FS8
POWER
• •
• •
• H H 2 H H H H
H
SUPPLY
Lima
(2) 7AH BATTERIES
=HH
M M M M M
C5
2C //1 A
x�p� UM1 UM2 L1M3 LiM4 L1M3 L1M9 LIU M9 L1W0 L1M11 LIM12 LIM13
LIM14 LIM15 LiM19 LIM59 LIM17 LIM18 L1M!9 LIM20 L1M21 LIM22 LIM23
LCO -80F
20AMP OCT BREAKER
1 2AWG
U N I M OD E 9 600
F IS
DEDICATED
318 DEVICES MAX ON EACH SLC LINE
RISER DIAGRAM-
PANELf12
59
1 DETECTORS
Email
N.T.S.
0.176A Oil?" 0.176A 0.158A 0.156A
a158A a158A 0.176A
75 75 75 75 75
75 ri 75 UX P/5/C4 6Rµ 1.142A
(2) 12AH BATTERES
150 151 152 1S3 154
155 156 157 3A PER CKT
SEE
VOLTAGE DROP 2.52V
PH.P1 NOTE #a
a155A 0.176A 0.15" O.I.A 0.221A
C.IWAO.158A 0.176A MW
PH.12 f To OR
CENTRAL STATION
7s I751 7S 75 1
75 7s 73 1 Ea P/AC4 CKTt3 1.176A
R � c•r 7�
�?
MONITORING
141 142 143 1" 145
146 147 14a 149 3A PER OCT
VOLTAGE DROP 2.1110V
reisseVr`
= 12AWG
0.155A 0.158A 0.176A 0.176A 0.176A
0.176A 0./58A
_,i
120Y
75 7S 75 73 75
75 7S 00. P/S/C4 OCT02 1.602A
BA MAX
MP OCT BREAKER
DEDICATED
134 135 136 137 136
139 140 3A PER CKT
PA1IEL(f12
VOLTAGE DROP 2.95V
MOM
01
0.158A 0.156A 0.156A 0.176A 0.159A 0 0.176A
AREA OF WORK
75 75 75 75 75 75
75 ECL P/SPC4 CKT/I 1.336A
REVISIONS
SECURITY SERVICES, INC.
127 128 129 130 131 132
133 3A PER 0R
• , 2801 GATEWAY DRIVE POMPANO BEACH, FLORIDA 33069
VOLTAGE DROP 146V
(954) 917 -2400 FAX (954) 917 -2419
NO.: DATES:
BY.
GEORGE A MANCINEW EF 0001121
FCPS -24FS8
POWER
SUPPLY
(2) 7AH BATEMES
C4
20AMP CIR BREAKER 12AWG
DEDICATED
PANElyl2
BKR/30
2C/I M
FPIP
FCPS- 4FS8
PO R
SUPPLY
(2) 7AH BATIEPoES
W
z DEDICATED
i 12AWG
PANEL/12
Blat/30
24VDC
24VDC
24VOC
24VDC
FCPS -24FS6
POWER
SUPPLY
(2) 7AH BATEM
C2
2OAMP CIR BREAKER 12AWG
DEDICATED
PAMMf12
BKRi30
AREA OF WORK
0.15BA 0.158A 0.1 SSA 0.17" 0.179A 0.1 SBA 0.155A '-
P/S
P/S
75 M n 75 75 7s 7s EIL P/5/W CKT04 1.142A
A
9C2
120 121 122 123 124 123 126 3A PER OCT
/CSI
/C5
VOLTAGE DROP 2.24V
M
M
0.156A DAM 0.158A 0.176A
M
L2M70
75 75 75 7s em P/S#C3 CCT#3 0.344A
L2M73
ll
116 117 tie 119 VOLTAGE MOP
4C/18A1NC
2.2aV
L2M27 1.21129 1.21125 1.21124 L2M23 LZV21 LZM20 L21Mis
FPLP
Q155A 0.f59A 0.158A 0.156A 0.176A 0.158A 0.158A 0.221A TOTA.
CIA
MAX
7S 75 I 7 75 75 73 75 1 E0. P/S/C3 CIfTQ 1.345A
10e 109 110 111 112 113 114 lU 3A PEIt CKT
2
2 2 2 2 2 2
VOLTAGE CROP L97V
2 2 2 2 2 2 2 2 2
0.221A 0.176A 0.221A 0.176A MISBA0.158A 0.176A
M
M M M M M M
MI P/SjC3 CKr11 1.286A
M M M M M M M M M
101 102 103 104 105 100 107 3A PER CKT
11.2112
1.2113 112114 L2M3 L2MM6 L2M7 L2M8
VOLTAGE DROP 163V
12MIO L2M11 L2 M12 L2M13 L21114 L2WI5 1.21116 1.21117 13AIS
2C/I M
FPIP
FCPS- 4FS8
PO R
SUPPLY
(2) 7AH BATIEPoES
W
z DEDICATED
i 12AWG
PANEL/12
Blat/30
24VDC
24VDC
24VOC
24VDC
FCPS -24FS6
POWER
SUPPLY
(2) 7AH BATEM
C2
2OAMP CIR BREAKER 12AWG
DEDICATED
PAMMf12
BKRi30
AREA OF WORK
4EIL COI.
AUTO RlIHe1M. N N N N N N N N N N
M M M 2 2 2 2 2 2 2 • • M 2 2 2
L2M6a L2M67 1121166 L2D65 L2D64 L2D03 L2062 L2D61 1.2060 L2D59 1.21158 L2M57 1.2111176 L=55 L2Ds4 L2D53
- �. c �. c c - G M f: M • • 2 • • •
1.211335 L2DW L2037 LID3e L211139 L2M40 1.2041 12142 L211143 L2D44 L2M43 L2M46 L3147 L21M48 11.21049 L.211 1.21151 L21132
P/S
P/S
P/S
P/S
A
9C2
/W
/CSI
/C5
M
M
M
M
M
L2M70
L2M72
L2M73
ll
L2M75
4EIL COI.
AUTO RlIHe1M. N N N N N N N N N N
M M M 2 2 2 2 2 2 2 • • M 2 2 2
L2M6a L2M67 1121166 L2D65 L2D64 L2D03 L2062 L2D61 1.2060 L2D59 1.21158 L2M57 1.2111176 L=55 L2Ds4 L2D53
- �. c �. c c - G M f: M • • 2 • • •
1.211335 L2DW L2037 LID3e L211139 L2M40 1.2041 12142 L211143 L2D44 L2M43 L2M46 L3147 L21M48 11.21049 L.211 1.21151 L21132
�N
1 �
1i� 96•
�92x't.
�m4P
aeftAM
111P, A
VW
1�
•
Ntv
40ri9ill
R +K
r 1+�
61)
2 2 2 2 2
2
2 2 2
A
t
t2l
,ti'cHa satll�
yIDT M M M M M
M
M M M M M
DOIM 12MA L2M32 L2Y31 L2N30 LZV29
121M2a
L2M27 1.21129 1.21125 1.21124 L2M23 LZV21 LZM20 L21Mis
StC LINE #2
2
2
2 2 2 2 2 2
2
2 2 2 2 2 2 2 2 2
M
M
M M M M M M
M
M M M M M M M M M
L2M1
11.2112
1.2113 112114 L2M3 L2MM6 L2M7 L2M8
1.2119
12MIO L2M11 L2 M12 L2M13 L21114 L2WI5 1.21116 1.21117 13AIS
2
2
2 2 2 2 2 2 2 H
FffEi'
MOTOR MODULES
M M M M
M
M M M M M M M M PROVIDED m MAKE
LIM43
LIM"
LIM45 LIM46 LIM47 L1r48 LIM49 LIM50
LIM51
LiMS2 LIM53 LIM54 L1M65 LIM56 LiM57 LIM58 LIM60 AOORESSSABIE
2 2
2
2 2 2 2 2 2
2
2 2 2 H H H H H H
LIM30
LE J
M M
M
M IM M NEW M M
M
M M M M M M M M M
M42 L1M41
LIM40
LI M39 L1M3e L1 0137 LIM33 LIM34
LIM33
L1MM LIM31 LIM30 L1M29 LIM28 LIM27 LIM26 LIM25 LIM24
SLC LINE fl
N
• •
• •
• H H 2 H H H H
H
H H H H H H H H
Lima
=HH
M M M M M
M M M M M
2C //1 A
x�p� UM1 UM2 L1M3 LiM4 L1M3 L1M9 LIU M9 L1W0 L1M11 LIM12 LIM13
LIM14 LIM15 LiM19 LIM59 LIM17 LIM18 L1M!9 LIM20 L1M21 LIM22 LIM23
LCO -80F
U N I M OD E 9 600
F IS
318 DEVICES MAX ON EACH SLC LINE
RISER DIAGRAM-
FACP
59
1 DETECTORS
N.T.S.
159 MONITORS OR CONTROL MODULES
2 SLC LINES TOTAL
(2) 12AH BATTERES
SEE
PH.P1 NOTE #a
PH.12 f To OR
CENTRAL STATION
ALL EQUIPMENT COMPATIBLE
AND UL LISTED FOR FIRE SERVICE
R � c•r 7�
�?
MONITORING
1/2- MIN ENIC FOR STUBS
40x FILL FOR ALL
reisseVr`
= 12AWG
_,i
120Y
MP OCT BREAKER
DEDICATED
PA1IEL(f12
MOM
AREA OF WORK
REVISIONS
SECURITY SERVICES, INC.
• , 2801 GATEWAY DRIVE POMPANO BEACH, FLORIDA 33069
(954) 917 -2400 FAX (954) 917 -2419
NO.: DATES:
BY.
GEORGE A MANCINEW EF 0001121
p 8/22/00
H.T•
FIRST NATIONAL BANK
2
OF SOUTH FLORIDA
CNLX)6.Y11eCH111E
3
5750 SUNSET DRIVE
amm4t0Q1111iffT
4
S. MIAMI, FL. 33143
I&MA PL MINDA 8
8LWI ALLIGf
5
DESIGNED BY: DING Br:
ADT FIRE ALARM PLAN R.C.
1
L Oq
6
DATE SCALE SHEET Na: * NO.:
7
ID
8/11/00 1/8' 1' -0' 2 OF 2 149- 03915 -38
�N
1 �
1i� 96•
�92x't.
�m4P
aeftAM
111P, A
VW
1�
•
Ntv
40ri9ill
R +K
r 1+�
61)
A
t
klb_4 M40
,ti'cHa satll�