08-1111R-002System No. C -AJ -1226
F Rating -3 Hr
T Ratirq - 0 Hr
L Rating Al Amblent - Lass Than 1 CFA4Sq R
L Rating At 400 F -4 CFWSq Ft
L- A
SECTION A -A
1. Floor a Wall Assemby - Mn 4 -12 in. thick reinforced lightweight a normal wspM (10D -150 pcf) conaeM. Wall may also be amtnK9ed d Mry
UL Classified Concrete Blocks'. Max clam of opening 6 32 M.
Z Metallic Steve- (Optbnal) Nan 321n. diam (or smaller) Schedule 40 (or heavier) steel sleeve cast or groused kno Poor or wall assembly, bush
with PDX or wall surfaces or extending a max of 3 M. above Poo or beyond both surfaces of wall
2A. Sheet Metal Sleeve - (Optimal) Max 6 in. diarn, Thin 26 go gaN steel provided With a 26 go gaN steel square barge spa welded 10 tie stew
at approx mid -height or flush with bottom Of Olean In mom, and sized 10 be s min of 2 in larger than the sleeve diam. The sleeve Is N be cat In
place and may extend a max of 4 in. below the bottom of the dedk and a ma of 1 In. above the lop surfaced fine concrete floor
28. Sheet Metal Sleeve - (Optimal) - Max 12 In. diem, min 24 go gaN steal provided with a 24 go gaN steel square flange spa welded to the
sleeve at approx mid- height or Push with bottom of sleeve In Pons, and sized to be a min of 21n. larger than the sleeve dram The sleeve to lo 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 lip surface of the c ncrode tour.
3. Through - Penetrant - One metallic pipe, tube or condult to be Installed anther concenti katy or eaemrkaly within the Prestop system. The
annular space between penetrant and periphery of opening shat be min 0 in. (poled cdntac) to max 1.718 In PornekarX may be Wtailed with
continuous pant contact Penetrant to be III supported on both slam of floor or wall assemby, The folowi g types and sizes of mateEs
penetrants may be used:
A Sseal Pipe- Nom 30 in. diam (or sm sher) Schedule 10 (or heavier) steal pipe.
B Iron Pips - Nom 30 in don (or smater) cat or ductile lean pipe.
C. Copper Pipe - Nm 6 In diam (or smaller) Regular (or heavier) copper Pipe,
D Copper TubN - Nom 61n III (or smaller) Type L (or Mavler ) copper Wbkg
E. Conduit - Nom 61n diam (or smaller) sfedconduit
F. Co dult - Nm 4 In. diem (or smaller) steel elec" meWlic kiting (EN
4. Fkab3p System -The firestop system shall consist of the kXloAog•
A Packkp Material - Min 4 In thickness of min 4 pd mineral wad bait ksulatah firmly packed Into opening as a permanent k:m. Packkg
material to be recessed from top surface of Poor or sleeve or from both surfaces of wall or sleeve as required to aaanmodate M required
thickness of fit material
B FIN, Void or Cavity Matedar - Sealant- Min IN in. thickness of fill material applied within the annuua. Bush wl& top surface d Poor or
sleeve or with both surfaces of wall or sleeve. At the pant or continuous contact locations between penetrant and oonaete or see", a min
114 I1. diam bead d fill material shall be applied at the canaete a Sleeved pie penetrant Ihserfece on the lop surface Of Poor and on both
surfaces dwed.
HILTI CONSTRUCTION CHEMICALS, DIV OF HILTI INC -Morris Sealant
•Beartng the UL Ciasffla for Mark
Reproduced by HILTI, Inc. Courtesy d � IF /.!�
Underwriters Labaatorla, Inc V ®G
Hilt[ F[restop Systems June 27, C US
UNIMODE 9600 POWER CALCULATIONS UNIT C1
STANDBY CURRENT TOTAL SYSTEM ALARM CURRENT TOTAL ALARM
ITEM DESCRIPTION PER UNIT (AMPS) I STANDBY PER UNIT PER UNIT CITY CURRENT (AMPS)
(AMPS) (AMPS)
I UNIMODE 9600 0.120 X 1 0.120 0.170 X 1 - 0.170
2 UDACT 0.04 X 1 0.04 aloo X 1 _ 0.100
3 ADT- LTA -80F 0.025 X 1 0025 M064 X I - 0.064
4 ADT- BG -12LX 0,0002 X 13 00026 0.0002 X 13 - 00026
5 ADT- BG -12LOO 0.0002 X 1 0.0002 0.0002 x 1 - 00002
6 DUCT DETECTOR 0.00015 X 4 0.0006 000015 X 4 - 0.0006
7 SD355 0.0003 X 58 0.0174 0.0003 x 58 - 00174
6 HEAT DETECTOR 0,00003 X 25 000073 000003 X 25 - 0.00075
9 CRF -300 000027 X 3 0.00081 0.00027 X 3 - 0.00081
10 MMF -300 00004 X 102 0.0405 0.0004 X 102 - 0.040a
System No, W -L -1054
F Ratings - 1 and 2 Hr (See Items I 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
TOTAL SYSTEM STANDBY CURRENT TOTAL ALARM STANDBY CURREN
0.2016 (µPS) 0.39716
(AMPS)
REWIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM NFPA 72 1 -5-.Z&
STANDBY: 24 HOURS ALARM: S MIN X 1/60- O.Oa33
REQUIRED STANDBY
REWIRED STANDBY TIME (HOURS) TOTAL SYSTEM STANDBY CURRENT (AMPS) CAPACITY
(AMP - HOURS)
24 X 0.2482 5.96
REQUIRED ALARM CAPACITY
REQUIRED ALARM TIME (HOURS) TOTAL SYSTEM ALARM CURRENT (AMPS) (AMP - HOURS)
0 01533 X 0.3972 0.03
REQUIRED STANDBY CAPACITY REQUIRED ALARM CAPACITY TOTAL REQUIRED CAPACITY
(AMP -HOURS) (AMP -HOURS) (AMP - HOURS)
5.96 + 0.03 5.99
FCPS -24FS8 POWER
CALCULATIONS UNIT C3
ITEM
DESCRIPTION
STANDBY CURRENT
PER UNIT (AMPS)
Grey
TOTAL SYSTEM
STANDBY PER UNIT
(AMPS)
ALARM CURRENT
PER UNIT
(AMPS)
CITY
TOTAL ALARM
CURRENT (AMPS)
REQUIRED BATTERY
MAIN PC BOARD
TOTAL REWIRED CAPACITY
X
OPTIONAL SAFETY FACTOR
1.94
CAPACITY
0.145
(AMP-HOURS)
1
OF 20X
0.145
(AMP- HOURS)
P2R 75CD
5 99
x
1.2
-
7.166724
FCPS -24FS8 POWER
CALCULATIONS UNIT C3
ITEM
DESCRIPTION
STANDBY CURRENT
PER UNIT (AMPS)
Grey
TOTAL SYSTEM
STANDBY PER UNIT
(AMPS)
ALARM CURRENT
PER UNIT
(AMPS)
CITY
TOTAL ALARM
CURRENT (AMPS)
1
MAIN PC BOARD
0.063
X
1
1.94
M065
0.145
X
1
-
0.145
2
P2R 75CD
-
X
a
-
-
0.176
X
a
-
1.406
3
P2R IIOO,
-
X
3
-
-
0.221
X
J
-
0.663
4
SR 7500
-
X
14
-
-
0.158
X
I4
-
2.212
5
SCR 75CD
-
X
1
10
-
0.156
1 x
1
-
0.156
TOTAL SYSTEM STANDBY CURRENT TOTAL ALARM STANDBY CUM" 4 Sall
0.063 (AMPS)
REWIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM NFPA 72 1- 5-.2.5
STANDBY: 24 HOURS ALARM: 5 MIN X 1/60- O.OSJ3
REWIRED STANDBY
REQUIRED STANDBY TIME (HOURS) TOTAL SYSTEM STANDBY CURRENT (AMPS) CAPACITY
(AMP - HOURS)
24 X 0.0650 1.56
REQUIRED ALARN CAPACITY
REWIRED ALARM THE (HOURS) TOTAL SYSTEM ALARM CURRENT (AMPS) (AMP - HOURS)
0.0633 x 4.5860 0.38
REQUIRED STANDBY CAPACITY REQUIRED ALARM CAPACITY TOTAL REQUIRED CAPAMY
(µP- 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 /stud wall oSSerndy shall be constructed of
Ow materials and in the manner specified in the indwidual U300 or U40D Series Wall and Partition Designs
in the UL In Resistance Directory and shall include the following construction features.
A Studs -- Wall framing may consist of either brood studs or steel darns otuds. wood abide to
assist of nom 2 by 4 in. lumber spaced 16 in. OC Steel studs to be ton 2 -1/1 in. ovate ad
spored max 24 in. OC. When tted studs are used and the dam of opening exceeds the width of
stud cavity, the opening sal be framed on all sides using lengths of steal Sthd installed between the
vertical studs and screw- attodhed to the Steel Studs at eah and. The frmYd opening in the well
sell be 4 to 6 in. wider and 4 to 6 in. thigher than the dam of the penetrating item such tart,
When the penetrating item is installed in the opening, a 1 to 3 is cleaance is paserM between the
penetot rig item and the framing an all four Wes.
B. Cypsum Bocrd' -- 5/3 is tack, 4 R wide with liquors or tapered edges. The 4psurn board type,
thickness. number of layers, fastener I7Pe and sheet orientation shell be as eat in the indvidhd
U300 or U400 Series Design in the LL Fro Resistance Directory. Max dam of Operning is 32 -1/4 in.
for steel Stud wale. Max diam of opening is 14-1/2 in. for wood stud walls.
The F Rating of the brestop system Is equal to the fire rating of the wall ossemby
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 I CFM /Sq Ft
L Rating At 400 F - 4 CFM /Sq Ft
2. Through- Penetrants -- One med6d pipe, conduit or tubing to be installed either concentsicaly or
eccalbicolly, within the firestop system. The annular space afhal be min 0 in. to max: 2 -1/4 in. PI may
be installed with cmtimrous point contact II conduit or tubing may be installed at on angle not greater
than 45 degrees from p•yenQclkr. Pipe, conduit or tubing to be rigidly supported on both Was of wall
assembly. The following typo ad sizes d metallic pipes, conduits or tubing may be used:
A Steel Pipe -- Nom 30 in dial (or smaller) Schedule 10 (or heavier) steel pipe.
B. Iron Pipe -- Nom 30 in, dam (or smaller) east or ductile iron pipe.
C. Conduit -- Nam 4 in dam (or antler) sled electrical metal's tubing or 6 in. diem sled conduit.
D. Copper Tubing -- Nom 6 in. diem (or smaller) Type L (or heavier) copper tubing.
E Copper Pipe -- Nom 6 in. III (or Smaller) regular (or heavier) copper pipe.
3. Fill, Void or Cavity Material* -- Sealant -- Mn 5/8 in. thidmess of fill material applied waft the
anrktue, fish with both surfaces of will. At the point or continuous contact locations between pipe and
wan, a min 1/2 vin. dsm bead of f7 material shag be applied at the pipe wall interface on both surfaces
of wall .
HILTI CONSTRUCTION CHEMICALS, ON OF
HILT] INC -- FS-One Sealant
'Bearing the UL 0asslfsaficn hark
cj� 40 l �--1.1L1L� L1 L1 awwllu euttae �a•+a s r d Lr--L IJL��
FIRESTOP SYSTEMS DN•nkrr 4. 2002 us notESTOP SYSTEMS
F;;; -1 d 2
FCPS -24FS6 POWER CALCULATIONS UNIT C2
STANDBY CURRENT TOTAL SYSTEM ALARM CURRENT TOTAL ALARM
ITEM DESCRIPTON PER UNIT (AMPS) QYY STANDBY PER UNIT PER UNIT CITY CURRENT (AMPS)
(AMPS) (AMPS)
1 MAIN PC BOARD 0.065 X 1 0.065 0.143 X 1 - 0.145
TOTAL SYSTEM (AMPS)
Cl1RRFNT I 0.063 ITOTAL ALARM STANDBY CU.] 0.143
REQUIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM WPA 72 1- 5 -.2'1:
STANDBY: 24 HOURS ALARM: S MN X 1/60- 0.0533
ITEM
REQUIRED ALARM CAPACITY
(MAP - HOURS)
STANDBY CURRENT
PER UNIT (AMPS)
REWIRED BATTERY
TOTAL REWIRED CAPACITY
+
OPTIONAL SAFETY FACTOR
TOTAL. ALARM
CURRENT (AMPS)
CAPACITY
(AMP-HOURS)
X
OF 20X
1
(AMP- WAURS)
1.94
X
1.2
1
2.3305
SECTION A -A
1. Wall Assembly -- The 1 or 2 hr fro -rated gypsum wallboard /stud wall oSSerndy shall be constructed of
Ow materials and in the manner specified in the indwidual U300 or U40D Series Wall and Partition Designs
in the UL In Resistance Directory and shall include the following construction features.
A Studs -- Wall framing may consist of either brood studs or steel darns otuds. wood abide to
assist of nom 2 by 4 in. lumber spaced 16 in. OC Steel studs to be ton 2 -1/1 in. ovate ad
spored max 24 in. OC. When tted studs are used and the dam of opening exceeds the width of
stud cavity, the opening sal be framed on all sides using lengths of steal Sthd installed between the
vertical studs and screw- attodhed to the Steel Studs at eah and. The frmYd opening in the well
sell be 4 to 6 in. wider and 4 to 6 in. thigher than the dam of the penetrating item such tart,
When the penetrating item is installed in the opening, a 1 to 3 is cleaance is paserM between the
penetot rig item and the framing an all four Wes.
B. Cypsum Bocrd' -- 5/3 is tack, 4 R wide with liquors or tapered edges. The 4psurn board type,
thickness. number of layers, fastener I7Pe and sheet orientation shell be as eat in the indvidhd
U300 or U400 Series Design in the LL Fro Resistance Directory. Max dam of Operning is 32 -1/4 in.
for steel Stud wale. Max diam of opening is 14-1/2 in. for wood stud walls.
The F Rating of the brestop system Is equal to the fire rating of the wall ossemby
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 I CFM /Sq Ft
L Rating At 400 F - 4 CFM /Sq Ft
2. Through- Penetrants -- One med6d pipe, conduit or tubing to be installed either concentsicaly or
eccalbicolly, within the firestop system. The annular space afhal be min 0 in. to max: 2 -1/4 in. PI may
be installed with cmtimrous point contact II conduit or tubing may be installed at on angle not greater
than 45 degrees from p•yenQclkr. Pipe, conduit or tubing to be rigidly supported on both Was of wall
assembly. The following typo ad sizes d metallic pipes, conduits or tubing may be used:
A Steel Pipe -- Nom 30 in dial (or smaller) Schedule 10 (or heavier) steel pipe.
B. Iron Pipe -- Nom 30 in, dam (or smaller) east or ductile iron pipe.
C. Conduit -- Nam 4 in dam (or antler) sled electrical metal's tubing or 6 in. diem sled conduit.
D. Copper Tubing -- Nom 6 in. diem (or smaller) Type L (or heavier) copper tubing.
E Copper Pipe -- Nom 6 in. III (or Smaller) regular (or heavier) copper pipe.
3. Fill, Void or Cavity Material* -- Sealant -- Mn 5/8 in. thidmess of fill material applied waft the
anrktue, fish with both surfaces of will. At the point or continuous contact locations between pipe and
wan, a min 1/2 vin. dsm bead of f7 material shag be applied at the pipe wall interface on both surfaces
of wall .
HILTI CONSTRUCTION CHEMICALS, ON OF
HILT] INC -- FS-One Sealant
'Bearing the UL 0asslfsaficn hark
cj� 40 l �--1.1L1L� L1 L1 awwllu euttae �a•+a s r d Lr--L IJL��
FIRESTOP SYSTEMS DN•nkrr 4. 2002 us notESTOP SYSTEMS
F;;; -1 d 2
FCPS -24FS6 POWER CALCULATIONS UNIT C2
STANDBY CURRENT TOTAL SYSTEM ALARM CURRENT TOTAL ALARM
ITEM DESCRIPTON PER UNIT (AMPS) QYY STANDBY PER UNIT PER UNIT CITY CURRENT (AMPS)
(AMPS) (AMPS)
1 MAIN PC BOARD 0.065 X 1 0.065 0.143 X 1 - 0.145
TOTAL SYSTEM (AMPS)
Cl1RRFNT I 0.063 ITOTAL ALARM STANDBY CU.] 0.143
REQUIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM WPA 72 1- 5 -.2'1:
STANDBY: 24 HOURS ALARM: S MN X 1/60- 0.0533
REQUIRED STANDBY CAPACITY
(AMP -HOURS)
ITEM
REQUIRED ALARM CAPACITY
(MAP - HOURS)
STANDBY CURRENT
PER UNIT (AMPS)
REWIRED STANDBY
REQUIRED STANDBY TIME (HOURS)
+
TOTAL SYSTEM STANDBY CURRENT (AMPS)
TOTAL. ALARM
CURRENT (AMPS)
CAPACITY
0.00.13
X
0.1450
1
(AMP- HOURS)
24
X
0.0650
1
1.56
REQUIRED STANDBY CAPACITY
(AMP -HOURS)
ITEM
REQUIRED ALARM CAPACITY
(MAP - HOURS)
STANDBY CURRENT
PER UNIT (AMPS)
REWRED ALARM CAPACITY
REQUIRED ALARM TIME (HOURS)
+
TOTAL SYSTEM ALARM CURRENT (AMPS)
TOTAL. ALARM
CURRENT (AMPS)
(AMP- MONKS)
0.00.13
X
0.1450
1
0.01
REQUIRED STANDBY CAPACITY
(AMP -HOURS)
ITEM
REQUIRED ALARM CAPACITY
(MAP - 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
ITEM
DESCRIPTION
STANDBY CURRENT
PER UNIT (AMPS)
REWIRED BATTERY
TOTAL REWIRED CAPACITY
ALARM CURRENT
PER UNIT
(AMPS)
OPTIONAL SAFETY FACTOR
TOTAL. ALARM
CURRENT (AMPS)
CAPACITY
(AMP - H(URS)
0.063
OF 2OC
1
(AMP- /TOURS)
1.57
X
1.2
1
1.8865
FCPS -24FS8 POWER CALCULATIONS UNIT C4
ITEM
DESCRIPTION
STANDBY CURRENT
PER UNIT (AMPS)
QYY
TOTAL SYSTEM
STAMM PER UNIT
(NIPS)
ALARM CURRENT
PER UNIT
(AMPS)
CITY
TOTAL. ALARM
CURRENT (AMPS)
1
MAIN PC BOARD
0.063
X
1
(AMP -HOURS)
0.063
M145
X
1
-
0.143
2
P2R 7500
-
X
13
2.24
-
M176
X
13
-
22811
3
P2R 11OD
-
X
2
14
-
0.221
X
2
-
0.442
4
SR 75CD
-
X
16
P/S/C4 aT/4
-
0.156
X
16
-
2.526
5
197
14
X
2.79
17.61
10
P/S/C5 ocT/2
X
14
-
2.57
a
11
P/SICS CKT/3
x
14
0.64 OHMS
2.92
17.58
X
P/S/CS aTI4
-
VISUAL DEVICES
7
0
0
X
X
L2Y25
0
12Y27
X
LOSS OF TELCO UNE
SUPERVISION -UNE 1/2
-
e
0
FFFFn
X
0
MISSING DIET do /OR MODULE
x
X
-
-
9
9
2
X
X
2
2
2
X
x
-
-
10
10
X
X
M
M
M
X
X
-
-
11
11
M
X
x
L2M1
L2Y2
L211M3
x
1.r
-
-
12
u
L2M10
X
x
LIM13
L2M14
12Y15
X
x
_
1-1
13
13
2
X
X
2
2
2
X
X
-
-
14
14
2
X
x
X
It
_
-
15
15
X
X
x
X
-
-
YOPETOR MODULES
TOTAL SYSTEM STANDBY CURRENT
(AMPS)
TOTAL SYSTEM STANDBY CURRENT
(AMPS)
TOTAL ALARM STANDBY CURREN
(AMPS)
5.4113
REQUIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM NFPA 72 1 -5 -.2.5
STANDBY: 24 HOURS ALARM: 5 MN X 1/60- O.OaJS
REQUIRED STANDBY CAPACITY
(AMP - HOURS)
P/S/C] O(T/I
i
REOUIt- kAR M CAPACITY
!(AMP - HOURS)
14
REQUIRED STANDBY
REQUIRED STANDBY TIME (HOURS)
+
TOTAL SYSTEM STANDBY CURRENT (AMPS)
P/S/C3 aTI2
CAPACITY
0.0833
x
3.4030
17.43
(AMP -HOURS)
24
X
0.0650
0.68 OHMS
1.56
REQUIRED STANDBY CAPACITY
(AMP - HOURS)
P/S/C] O(T/I
i
REOUIt- kAR M CAPACITY
!(AMP - HOURS)
14
RE^UIRED ALARM CAPACITY
REQUIRED ALARM TIME (HOURS)
+
TOTAL SYSTDA ALARM CURRENT (AMPS)
P/S/C3 aTI2
(AMP- HOURS)
0.0833
x
3.4030
17.43
0.45
REQUIRED STANDBY CAPACITY
(AMP - HOURS)
P/S/C] O(T/I
i
REOUIt- kAR M CAPACITY
!(AMP - HOURS)
14
TOTAL REWIRED CAPACITY
(AMP- HOURS)
1.56
+
0.45
P/S/C3 aTI2
101
`�SSIF /e
15 by Il1t� � d
DwIM 4, 2002 C u$
Pesw 2 6 2
IT NUMBER AND
LOCATION ° 1
1
P/S/C3 CNT/1 0.2
P/SIC3 CKT12 OX
P/S/C3 CKT/3 0.11
P/SIC3 atµ OX
P/S/C4 aTI1 at
P/S/C4 CKTI2 0.11
P/S/C4 aTI3 OH
P/SI04 OTµ ail
P/S/C5 aT/l 0.1
P/S0C5 aT/2 OX
P/SIC5 aTI3 a2
P/S/CS CKT/4 SPA
5
LENGTH AWO IMRE RESISTANCE VOLTAGE DROP VOLTAGE AT CHO OF CIRCUIT
1
P/S/C] O(T/I
230'
14
REWIRED BATTERY
TOTAL REQUIRED CAPACITY
16.77
OPTIONAL SAFETY FACTOR
P/S/C3 aTI2
CAPACITY
(AUP- HOURS)
0.53 OHMS
OF 207E
17.43
(AMP- HOURS)
2.01
X
1.2
0.68 OHMS
2.4123
`�SSIF /e
15 by Il1t� � d
DwIM 4, 2002 C u$
Pesw 2 6 2
IT NUMBER AND
LOCATION ° 1
1
P/S/C3 CNT/1 0.2
P/SIC3 CKT12 OX
P/S/C3 CKT/3 0.11
P/SIC3 atµ OX
P/S/C4 aTI1 at
P/S/C4 CKTI2 0.11
P/S/C4 aTI3 OH
P/SI04 OTµ ail
P/S/C5 aT/l 0.1
P/S0C5 aT/2 OX
P/SIC5 aTI3 a2
P/S/CS CKT/4 SPA
5
LENGTH AWO IMRE RESISTANCE VOLTAGE DROP VOLTAGE AT CHO OF CIRCUIT
1
P/S/C] O(T/I
230'
14
0.86 OHMS
3.63
16.77
2
P/S/C3 aTI2
187
14
0.53 OHMS
Z97
17.43
3
P/SIC3 aTp
227
14
0.68 OHMS
Z26
18.12
4
P/SIC3 CKTI4
160'
14
M49 OHMS
2.24
18.16
S
P/S/C4 CIR/I
150'
14
0.46 OHMS
Z46
17.94
6
P/S/C4 CCT/2
150'
14
0.46 OHMS
2.95
17.45
7
P/S/C4 STN
207
14
061 OHMS
Zee
17.51
6
P/S/C4 aT/4
1a7
14
0.55 OHMS
2.52
17.88
9
P/S/C5 CKTFI
197
14
OL55 OHMS
2.79
17.61
10
P/S/C5 ocT/2
227
14
0.68 OTMS
2.57
17.93
11
P/SICS CKT/3
217
14
0.64 OHMS
2.92
17.58
12
P/S/CS aTI4
SPARE
VISUAL DEVICES
L2Y30
0
0
13
X
L2Y25
0
12Y27
L2Y21
LOSS OF TELCO UNE
SUPERVISION -UNE 1/2
14
I>
0
FFFFn
0
�J 0 0 �
MANUAL PULL STATION
CALCULATIONS UNIT C5
ITEM
DESCRIPTION
STANDBY CURRENT
PER UNIT (AMPS)
OYY
TOTAL "YEN
STANDBY PER UNIT
(AMPS)
ALARM CURRENT
PER UNIT
(AMPS)
CITY
TOTAL ALARM
CURRENT (AMPS)
SMOKE DETECTOR
MAIN PC BOARD
0.055
X
1
24
0.065
0.145
X
1
HEAT DETECTOR
0.145
2
P2R 75W
-
x
7
163 164 3A PER OCT
-
0.176
DUCT SMOKE DETECTORS
7
0
0
0
0
-
0
0
0
AC POWER LOSS
0.221
0
0
0
0.854
4
0
-
X
LOW BATTERY
75 75 ri / m P/S/C4 aT/3 1.178A
*
0
X
6
-
0
5
P2RK 7500
CKT /CABUNG GROUND
X
0
0
0
0.176
X
0
-
0.176
AUDIBLE DEVICES
0.176A 0.159A a158A 0.17"
0
0
0
128 129 130 131 132
0
X
L2Y32
VISUAL DEVICES
L2Y30
0
0
0
X
L2Y25
0
12Y27
L2Y21
LOSS OF TELCO UNE
SUPERVISION -UNE 1/2
L2M19
I>
0
FFFFn
0
MISSING DIET do /OR MODULE
2
X
2
-
2
9
2
2
X
2
2
2
x
-
10
SEQUENCE OF OPERATION MATRIX
TYPICAL DUCT DETECTOR CONNECTIONS
TO ZONE
ON FACP
ECL
DRY CONTACTS
ON OUCT DETECTOR
FCPS -24FS8 POWER
CALCULATIONS UNIT C5
ITEM
DESCRIPTION
STANDBY CURRENT
PER UNIT (AMPS)
OYY
TOTAL "YEN
STANDBY PER UNIT
(AMPS)
ALARM CURRENT
PER UNIT
(AMPS)
CITY
TOTAL ALARM
CURRENT (AMPS)
1
MAIN PC BOARD
0.055
X
1
24
0.065
0.145
X
1
-
0.145
2
P2R 75W
-
x
7
163 164 3A PER OCT
-
0.176
X
7
r�l
1.232
3
P2R 110CD
-
X
4
75 ri 7s EOL P/S/C4 atµ 1.142A
-
0.221
X
4
-
0.854
4
SR 75CD
-
X
6
75 75 ri / m P/S/C4 aT/3 1.178A
-
0.158
X
6
-
0.948
5
P2RK 7500
-
X
1
73 75 EM P/SIC4 CII 1.602A
-
0.176
X
1
-
0.176
a
0.176A 0.159A a158A 0.17"
X
75 EOl P/SIC4 CKTIT 1.336A
128 129 130 131 132
133 PER
X
L2Y32
-
L2Y30
y
L2M20
L2M27
X
L2Y25
L2Y24
12Y27
L2Y21
X
L2M19
e
FFFFn
x
2
X
2
-
2
9
2
2
X
2
2
2
x
-
10
X
M
M
M
M
X
M
-
M
11
M
M
x
L2M1
L2Y2
L211M3
1.2114
1.r
L21M6
-
L2M8
u
L2M10
LMAII
x
LIM13
L2M14
12Y15
1.211616
x
L2MT8
1-1
2
13
2
2
X
2
2
2
2
X
2
-
2
14
2
2
x
It
-
15
X
X
-
YOPETOR MODULES
M
TOTAL SYSTEM STANDBY CURRENT
(AMPS)
M
TOTAL ALARM STANDBY CURRENT
(AMPS)
(AMPS)
&363
REWIRED OPERATING TIME Or SECONDARY POWER SOURCE FROM NFPA 72 1 -5-.ZS
STANDBY: 24 HOURS ALARM: S MN X 1/60- O.OaJ]
REWIRED STANDBY CAPACITY
(AMP-HOURS)
1 0% P/SIC5 aTp 1.092A
REQUIRED ALARM CAPACITY
(AMP - HOURS)
171 172 173 174 173 3A PER CKT
REQUIRED STANDBY
REQUIRED STANDBY TIME (HOURS)
+
TOTAL SYSTEM STANDBY CURRENT (NIPS)
176A 0.221A 0.176A 0.221A
CAPACITY
0.0633
X
&3850
BA MAX
(AMP -HOURS)
24
X
0.0650
VOLTAGE DROP 2.57V
1.36
REWIRED STANDBY CAPACITY
(AMP-HOURS)
1 0% P/SIC5 aTp 1.092A
REQUIRED ALARM CAPACITY
(AMP - HOURS)
171 172 173 174 173 3A PER CKT
REQUIRED N.ARM CAPACITY
REWIRED ALARM TIME (HOURS)
+
TOTAL TAL SYSTEM MA CURRENT (AMPS)
176A 0.221A 0.176A 0.221A
(µP- HOl1R5)
0.0633
X
&3850
BA MAX
0.26
REWIRED STANDBY CAPACITY
(AMP-HOURS)
1 0% P/SIC5 aTp 1.092A
REQUIRED ALARM CAPACITY
(AMP - HOURS)
171 172 173 174 173 3A PER CKT
TOTAL REQUIRED CAPACITY
(AMP- HOURS)
1.55
+
0.2a
176A 0.221A 0.176A 0.221A
154
TOTAL IN
AMPS
1.266
1.345
0.544
1.142
1.336
1.602
1.178
1.142
1.196
0.952
1.092
4C/18AWC
FPIP -
RE -MIRE A, RE- NUMBER ALL NAC STS
REVISED
PLANS
MDFA
FIRE ALARM SHALL BE A CENTRAL
STATION S° -WtM. A CERTIFICATE
OR PLACARD S�:ALL CE POSTED AT
FINAL INSPECTION, 1* PER tJFPA 72
F 1)iE ALA R11 SYSTEM TO BE
LNStALLED IN ACCORDANCE WfITil
NFPA 72; 70;101 -
MIAMI -DADE COL-NW FIRE DEPART UE)FT
BLDG. PERMIT FMIALARM
FIRESUPPRES810N avumm
DATE:4I001 ev:
x/I Mwr
Fur -
x/1404
1 0% P/SIC5 aTp 1.092A
75 75 75 75 75 7S Eal P/S/C3 atµ 1.142A
171 172 173 174 173 3A PER CKT
REQUIRED BATTERY
TOTAL REQUIRED CAPACITY
VOLTAGE DROP 2.B2V
OPTION*- SAFETY FACTOR
176A 0.221A 0.176A 0.221A
CAPACITY
(AMP -HOURS)
75 1 75 1
OF 2OX
BA MAX
(Alit- HOURS)
1.84
X
1.2
VOLTAGE DROP 2.57V
2.2105
TOTAL IN
AMPS
1.266
1.345
0.544
1.142
1.336
1.602
1.178
1.142
1.196
0.952
1.092
4C/18AWC
FPIP -
RE -MIRE A, RE- NUMBER ALL NAC STS
REVISED
PLANS
MDFA
FIRE ALARM SHALL BE A CENTRAL
STATION S° -WtM. A CERTIFICATE
OR PLACARD S�:ALL CE POSTED AT
FINAL INSPECTION, 1* PER tJFPA 72
F 1)iE ALA R11 SYSTEM TO BE
LNStALLED IN ACCORDANCE WfITil
NFPA 72; 70;101 -
MIAMI -DADE COL-NW FIRE DEPART UE)FT
BLDG. PERMIT FMIALARM
FIRESUPPRES810N avumm
DATE:4I001 ev:
x/I Mwr
Fur -
x/1404
1 0% P/SIC5 aTp 1.092A
75 75 75 75 75 7S Eal P/S/C3 atµ 1.142A
171 172 173 174 173 3A PER CKT
FPtP
N.T.S.
VOLTAGE DROP 2.B2V
159 MONITORS OR CONTROL MODULES
176A 0.221A 0.176A 0.221A
FCPS -24FS8
TOTAL
75 1 75 1
POWER
BA MAX
66 167 8 169
3A POt OCT
SUPPLY
VAX
VOLTAGE DROP 2.57V
• • • • •H
(2) 7AH BATTERKS
0.1SBA 0.176A
VOLTAGE DROP 197V
75 75 75 75
75 75 EM P/5/C5 OTIT 1.196A
2
CS
163 164 3A PER OCT
102 103 104 1OS 106 107 7A PER OCT
RELOCA
VOLTAGE DROP 2.79V
20AMP aT BREAKER
r�l
2AWG
DEDICATED
RE-OCA
176" 0.17604 0.15604 0.156
;)b�
PANEll
will 0
&/�
1
FCPS -24FS8
POWER
SUPPLY
(2) TAN BATTERIES
G
20MP aT BREAM 1 2AWG
CEDICATED
PAN" 2
eKRI3o
FCPS -24FS8
POWER
SUPPLY
(2) 7AH BAtTE1IE5
W
20AMP aT BREAKER 12AWG
DEDICATED
PANEL/12
BKR/30
24VDC
24VDC
24VDC
24VDC
FCPS -24FS6
POWER
SUPPLY
(2) 7AH BATTERIES
C2
20AMP aT BIiAKER 1 2AWG
DEDICATED
PAH"2
BKRAO
SLC UNE
x/ISAV G
FPUP
UNIMODE 9600
FACP
(2) 12AH BATTERIES
PANEL/12
1901/30
C1
12AWG
P/S/C5 a7#4 SPARE
0.176A 0.158A 0.15804 0.1511A 0.221A
75 75 73 75
1 0% P/SIC5 aTp 1.092A
75 75 75 75 75 7S Eal P/S/C3 atµ 1.142A
171 172 173 174 173 3A PER CKT
3A PER 1 1 1 3 124 12S 126 aT
N.T.S.
VOLTAGE DROP 2.B2V
159 MONITORS OR CONTROL MODULES
176A 0.221A 0.176A 0.221A
TOTAL
75 1 75 1
1001. P/W aTI2 01952A
BA MAX
66 167 8 169
3A POt OCT
0.159A 0.150A 0.158A 0.176A MISSAL 0.159A 0.221A aA
VAX
VOLTAGE DROP 2.57V
• • • • •H
176A 0.176A OL179A 0.176A
0.1SBA 0.176A
VOLTAGE DROP 197V
75 75 75 75
75 75 EM P/5/C5 OTIT 1.196A
2
59 160 gel 162
163 164 3A PER OCT
102 103 104 1OS 106 107 7A PER OCT
RELOCA
VOLTAGE DROP 2.79V
2
2
2
2
RE-OCA
176" 0.17604 0.15604 0.156
;)b�
0.1SaA 15811 0.17604
L2�M�34
75 7S 7s 75
75 ri 7s EOL P/S/C4 atµ 1.142A
NO.: GATES:
151 152 153 154
1S5 156 157 3A PER CKT
8 9/5/08
.
VOLTAGE OROP 15N
® 3/4/09
0.176A 0.159A OL17eA 0.221A
0.158A 0.155A 0.176A a221A
3
75 75 75 1
75 75 ri / m P/S/C4 aT/3 1.178A
4
143 144 145
146 147 1M5 149 3A PER CKT
5
cesla+ED Br. owe err.
VOLTAGE DROP 2.09V
M
115604 176A 0.176A a176A
0.176A 0.15BA
TOTAL
775 73 7S
73 75 EM P/SIC4 CII 1.602A
SA MAX
137 138
Ise 140 3A PER aT
M
M
VOLTAGE DROP 2.95V
M
0.176A 0.159A a158A 0.17"
7S 75 ri 75 75
75 EOl P/SIC4 CKTIT 1.336A
128 129 130 131 132
133 PER
12Y33
L2Y32
vatALIE oaQP x46v
VOLTAGE DR
L2Y30
0.1515A 017611 0.17" 0.178A 0.15611 0.15604
L 2 L L M40 L L L
75 75 75 75 75 7S Eal P/S/C3 atµ 1.142A
3A PER 1 1 1 3 124 12S 126 aT
N.T.S.
G VOLTAGE DROP Z24V
159 MONITORS OR CONTROL MODULES
17604 A 0.176A
75 75 73 m P/SIG trip 0.644A
117 tla 119 3A PER err
VOLTAGE DROP 228Y TOTAL
PN.02 FOR
0.159A 0.150A 0.158A 0.176A MISSAL 0.159A 0.221A aA
VAX
75 75 75 75 75 75 1 E L P/S/C3 CKT(2 1.343A
• • • • •H
1 .109 110 111 t12 113 11♦ 113 3A PER OCT
H H
VOLTAGE DROP 197V
2
1 a17 AA 0.221A 0. 17604 0.1 15604 17 AA
2
1�- 5 1 7S 7S 75 -01 P/S/C3 CKT/I 1.296A
2
102 103 104 1OS 106 107 7A PER OCT
2
VOLTAGE DROP &63V
2
AREA OF WORK
P/S P/S P/S P/S
/C2 IIC3 /C4 /C5
L2M7o
LL.2MG.L:2M. P.0.G
DOOR
HOLDER HOLDER Ip
RELOCATED •
COL
WA96NO N N N H N N N N N
M M 2 2 2 2 2 • • M 2 2 2
L2Y67 L2M66 L2ZM. L2062 L20a1 L2D50 L2D59 L2M36 L.3117 L2M56 L205S 1.2 54 L2DS3
2 2 2 2 2 • 2 M 2 M • • 2 • • •
L2D35 L2D36 L2D37 L2038 L2D39 L2Y40 L7D41 L2Y42 L2M43 L2D44 L2Y45 L2Y47 LaI4a 12D49 LaW L2M51 LT
�M M M M M M Ntw M M M M M M 111 M M M M
lY4 iN41 1 tY]9 lY]8 lYJ7 L1Y3S L1Y34 L1Y33 L1Y]2 L1M31 LiM30 L1Y29 L1Y215 L1Y27 L1Y26 11Y25 L1Y24
L 2 L L M40 L L L
RISER DIAGRAM
159 DETECTORS
N.T.S.
159 MONITORS OR CONTROL MODULES
2 SLC LINES TOTAL
SLC UNE /t
PN.02 FOR
2
CENTRAL STA7 M
• • • • •H
H H
2
2
2
2
2
2
2
2
2
2
2
2
2
LIM1 L1M2 LIU3 LIM4 L1M5
M10 LINII LIM12 LIM13 LIM14 LIM15 LIMITS LIM59 LIMIT L1M18 L1MI9 LIM20 LIM21 L1M22 LIM23
L2�M�34
(954) 917 -2400 FAX (954) 917 -2419
LCO -80F
NO.: GATES:
BY: OEOR(;E A MANCINEW EF 0001121
8 9/5/08
.
FSA
® 3/4/09
R.c. OF SOUTH FLORIDA
CAILIOSyLYBG(�E
3
5750 SUNSET DRIVE
ngpp�p�T
4
S. MIAMI, FL. 33143
NWl R�IOA a7188
B.l3LR>x7111.IC ��
5
cesla+ED Br. owe err.
9ART
M
M
M
M
M
M
M
M
M
M
M
M
M
M
��
12Y33
L2Y32
L21M31
L2Y30
UM29
L2M20
L2M27
1.21126
L2Y25
L2Y24
12Y27
L2Y21
L2M20
L2M19
FFFFn
2
2
2
2
2
2
2
2
2
2
2
2
M
M
M
M
M
M
M
M
M
M
M
M
L2M1
L2Y2
L211M3
1.2114
LZMS
L21M6
L2M7
L2M8
L2Y9
L2M10
LMAII
LZM12
LIM13
L2M14
12Y15
1.211616
1.2Yt7
L2MT8
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
H
YOPETOR MODULES
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
PROMOED TO MAKE
LIM43
LIM44
LIM45
LIM46
LIM47
LIM48
LIM49
L1M50
L1W1
L1MW
L1M53
LIYS4
LIM55
LIM56
L1M57
LIM38
LIMW
DEVICE ADORESSAABIE
NEW
2
2
2
2
2
2
L1Y36
2
2
2
2
2
2
If
H
H
H
H
H
�M M M M M M Ntw M M M M M M 111 M M M M
lY4 iN41 1 tY]9 lY]8 lYJ7 L1Y3S L1Y34 L1Y33 L1Y]2 L1M31 LiM30 L1Y29 L1Y215 L1Y27 L1Y26 11Y25 L1Y24
C8
L 2 L L M40 L L L
RISER DIAGRAM
159 DETECTORS
N.T.S.
159 MONITORS OR CONTROL MODULES
2 SLC LINES TOTAL
SLC UNE /t
PN.02 FOR
ALL EQUIPMENT COMPATIBLE
CENTRAL STA7 M
• • • • •H
H H
1/2- MIN EMC FOR STUBS
*LIMW9
SECURITY SERVICES, INC.
M M M M M
M M M M M M M M
M M M M M M M
- xI�'
LIM1 L1M2 LIU3 LIM4 L1M5
M10 LINII LIM12 LIM13 LIM14 LIM15 LIMITS LIM59 LIMIT L1M18 L1MI9 LIM20 LIM21 L1M22 LIM23
(954) 917 -2400 FAX (954) 917 -2419
LCO -80F
NO.: GATES:
BY: OEOR(;E A MANCINEW EF 0001121
8 9/5/08
.
FSA
® 3/4/09
R.c. OF SOUTH FLORIDA
CAILIOSyLYBG(�E
3
C8
318 DEVICES MAX ON EACH SLC LINE
RISER DIAGRAM
159 DETECTORS
N.T.S.
159 MONITORS OR CONTROL MODULES
2 SLC LINES TOTAL
SEE
PH.n NOTE /B
PN.02 FOR
ALL EQUIPMENT COMPATIBLE
CENTRAL STA7 M
AND UL LISTED FOR FIRE SERVICE
MONITORING
1/2- MIN EMC FOR STUBS
4076 FILL FOR ALL
SECURITY SERVICES, INC.
REVISIONS
' 2801 GATEWAY DRIVE POMPANO BEACH. FLORIDA 33069
(954) 917 -2400 FAX (954) 917 -2419
NO.: GATES:
BY: OEOR(;E A MANCINEW EF 0001121
8 9/5/08
R.G. FIRST NATIONAL BANK
® 3/4/09
R.c. OF SOUTH FLORIDA
CAILIOSyLYBG(�E
3
5750 SUNSET DRIVE
ngpp�p�T
4
S. MIAMI, FL. 33143
NWl R�IOA a7188
B.l3LR>x7111.IC ��
5
cesla+ED Br. owe err.
01
ADT FlRE ALARM PLAN R.C.
�� 6
DATE: scar: shim Na: DrrG. Nor:
7
8/11/00 1/8' � 1• -0' 2 rr 2 149 - 03915 -38