09-98-006BATTERY CALCULATIONS FOR
THE FIRE ALARM CONTROL PANEL
THE INFORMATION IS OBTAIN FROM THE DATA SHEETS ATTACHED TO THE PLANS
- THE EXISTING FIRE ALARM CONTROL PANEL STANDBY CONDITION CURRENT VALUE IS 120mA AND THE ALARM CONDITION CURRENT VALUE IS 700mA
THE NEW POWER EXPANDER CONTROL PANEL STANDBY CURRENT VALUE IS Oma AND THE ALARM TRIGGER CURRENT IS 15mA ( USING ONE INPUT)
THE EXISTING REMOTE ANNUNCIATOR STANDBY CONDITION CURRENT VALUE IS SOMA AND THE ALARM CONDITION CURRENT VALUE IS 120 mA
THE EXISTING PULL STATION STANDBY CONDITION CURRENT VALUE IS OmA AND THE ALARM CONDITION CURRENT IS OmA
THE EXISTING SMOKE DETECTOR (4 -WIRE) STANDBY CONDITION CURRENT VALUE IS 0,000050 mA AND THE ALARM CONDITION CURRENT IS 35mA
THE NEW SMOKE DETECTOR (4 -WIRE) STANDBY CONDITION CURRENT VALUE IS 0.000050 mA AND THE ALARM CONDITION CURRENT IS 35mA
THE END -OF -THE -LINE RELAY STANDBY CONDITION CURRENT VALUE IS 20m k AND THE ALARM CONDITION CURRENT IS 2OmA
THE EXISTING HEAT DETECTOR STANDBY CONDITION CURRENT VALUE IS OmA AND THE ALARM CONDITION CURRENT IS OmA
THE EXISTING HORN / STROBE "TYPE 1" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 35 mA
THE EXISTING HORN /STROBE "TYPE 2" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 47 mA
THE EXISTING HORN /STROBE "TYPE 3" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 74 mA
THE EXISTING HORN /STROBE "TYPE 4" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 217 mA
THE EXISTING HORN /STROBE "TYPE 5" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 263 mA
THE EXISTING HORN /STROISE "TYPE 6" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 137 mA
Description Of Device
Quantity
y Time
;.R
Standby Current
per unit
(Amps
Total Standby
Current per Item Quantity
Am s
Alarm Time
Alarm Current
per unit
(Amps
Alarm Capacity
Total Alarm
Current
Am s
Existin Fire Alarm Control Panel
1
ac
0.200000
0.200000 1
x
0.295000
-
0.285000
Existing Remote Annunciator
1
rc
0.060000
_
0,060000 1
x
x
0.120000
0.015000
-
0.120000
0.015000
New Power Expander Control Panel
1
x
0.000000
0.000000 1
Existing Pull Stations
20
Ic
0.000000
0.000000 20
x
x
x
0.000000
0.035000
0.035000
-
-
-
0.000000 _
0.105000
0.035000
Existing Smoke Detectors 4 -wire
3
x
0.000050
0.000150 3
New Smoke Detectors 4 -wire
1
X
0.000050
- 0.000050 1
Existing End -of -the Line Relay
2
X
0.020000
- 0.040000 2
x
0.020000
-
0.010000
Existin Heat Detectors
1
x
0.000000
- 0.000000 1
x
0.000000
-
0.000000
Existing Horn /Strobes 2cd "Tye 1"
1
X
0.000000
- 0.000000 1
x
0.035000
-
0.035000
Existing Horn /Strobes 15cd "Type 2"
1
x
0.000000
- 0.000000 1
x
0.047000
-
0.047000
Existing Horn/Strobes 2cd "Type 3"
6
ft
0.000000
- 0.000000 6
x
x
0.074000
0.217000
-
0.444000
1.085000
Existin Horn /Strobes 75cd "T e 4"
5
x
0.000000
0.000000 5
Existing Horn /Strobesl IOcd "T e 5"
3
x
0.000000
_
- 0000000 3
x
0.268000
-
0.804000
0.411000
3.426000
as
Existin Horn /Strobes 15�d Tie 6"
3
x
0.000000
- 0.000000
x
0.137000
=
Total System Standby Current
(Amps)
0.300200 Total System Alarm Current
(Amps)
Required Operating Time of Secondary Power Source from N.F.P.A. 72 1- 19.2.5
Standby Condition : 24 hours Alarm Condition : i Minutes x 1 /60 = 0.0333
irod Total System Required
Required Total System Required
y Time
;.R
Standby Current
Standby Capacity
Alarm Time
Alarm Current
Alarm Capacity
urs )
( Amps )
( Amps - Hours)
( Hours)
( Amps)
( Amps -Hours
4
x 0 300200
- 7.204800
0.(1933
x 3.426000 L=1
0.2995396
equired Required Total Required Optional Factor ReluireU
Stby Capacity
;7.204800
Alarm Caparit",
Capacity Of safety
■attory Capacity
( ps - Hours)
(Amps - hours)
rwwMraps- Ho.,r:..
(Amps-Hours )
(Amps -Hours )
1-
0.2.85.336
7.�901i6 x 1.2
8.589223
NOTE
1) THE FIRE ALARM CONTROL. PANEL NEEDS TWO 12 VOLTS WITH 12 AMPS /HOURS BACKUP BATTERIES
2) THE BACKUP BATTERIES CAN BE INSTALLED INSIDE THE; FIR!F A AR" CONTROL PANEL
BATTERY CALCULATIONS FOR
THE POWER EXPANDER CONTROL PANEL
THE DIP SWITCHES FOR THE WALL MOUNT HORN /STROBES WILL BE SELECTED ON "HIGH ", TEMPORAL" AND "ELECTROMECHANICAL"
THE CANDELA SELECTABLE SWITCH FOR THE WALL MOUNT HORN /STROBES WILL BE SET AT "l10cd"
THE DIP SWITCHES FOR THE CEILING MOUNT HORN /STROBES WILL BE SELECTED ON "HIGH ", TEMPORAL" AND "ELECTROMECHANICAL"
THE CANDELA SELECTABLE SWITCH FOR THE CEILING MOUNT HORN /STROBES WILL BE SET AT "76c11" OR"l10cd"
THE CANDELA SELECTABLE SWITCH FOR THE CEILING MOUNT STROBE LIGHTS WILL BE SET AT "75cd"
= 0.0833
Required Required Total Required Optional Factor Required
StaEA Current
Total Standby
Alarm Current
Total Alarm
Description Of Device
Quantity nit
Current per Item
Quantity per unit
Current
0.15 -
s
( Am . s
Am s
_ Aln s
Horn /Strobes wall mount 11Ocd
1 x 00
0.000
1 x 0.212 -
0.212
Horn /Strobes ceilin mount 11Ocd
3 x 00
= 0.000
3 x 0.212 =
0.636
Strobe Li htseillng mount 75cd
6 x 00
= 0.000
6 x 0.151 =
0.549
Description Of Device
Total System standby Current
0.00
Total System Alarm Current
1.80__
(Amps )
( Amps )
1 1 ` 0.120
( Amps)
1
= 0.0833
Required Required Total Required Optional Factor Required
Standby Capacity
Alarm Capacity
Capacity Of Safety
■attery Capacity
( Amps -Hours Is
( Amps - Hours)
(Ampc-Hours)
( Amps -Hours )
0 +
.00
0.15 -
015 x 1.2 11
- 0.16
NOTE
1) THE POWER EXPANDER CONTROL PANEL NEEDS TWO 12 VOLTS WITH 7 AMPS /HOURS BACKUP BATTERIES
2) THE TWO BACKUP BATTERIES CAN BE STORED INSIDE THE POWER EXPANDER CONTROL PANEL
A7f'blt�l CRYS7ALENE rrr 74 r,L
S7nIkO
A.Rp FARM
EiIGIIVEER'.'S INFC1r-ZRl�IiAT�'O119: STATE LICENSE: EF0000228
COMPANY GPM ENGINEERING, INC:. QUALIFIER'S INFORMATION:
NAME: 5HANTJLAL C. PATEL
ADDRESS: 5502 S UV. 114 AVENUE - NAME BRUCE HOTCHKISS
COOPER CITY, FLORID�i 33330 �L ° ADDRESS: 5650 SERIDAN STREET
KIND Or ENGINEER: MECHANICAUELECTRICA! Eh)C21 1�IEeR ' HOLLYWOOD, FLORIDA 33021 .�
LICENSE NUMBER: P.E. # _.LICENSE NUMBER: )- 0000228
CURRENT LOAD CALCULATIONS VOLTAGE DROP CALCULATIONS
PER NOTIFICATION APPLIANCE CIRCUITS FOR PER NOTIFICATION APPLIANCE CIRCUITS IN
THE FIRE ALARM CONTROL PANEL THE FIRE ALARM CONTRC)L PANED.
THE INFORMATION IS OBTAIN FROM THE DATA SHEETS ATTACHED TO THE PLANS
THE POWER EXPANDER CONTROL PANEL USES A TRIGGER CURRENT OF 2.0 mA
THE DC OPERATING CURRENT VALUE HAS BEEN USED BECAUSE THE FIRE ALARM CONTROL PANEL HAS A FILTERED AND REGULATED 24VDC POWER
FOR THE FOUR NOTIFICATION APPLIANCE CIRCUITS
THE EXISTING HORN /STROBE "TYPE 1" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 35 mA
THE EXISTING HORN /STROBE "TYPE 2" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 47 mA
THE EXISTING HORN/STROBE "TYPE 3" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 74 mA
THE EXISTING HORN /STROBE "TYPE 4" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 217 mA
THE EXISTING HORN /STROBE "TYPE i" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 269 mA
THE EXISTING HORN /STROBE "TYPE S" STANDBY CONDITION CURRENT VALUE IS 0 mA AND THE ALARM CONDITION CURRENT IS 212 mA
THE NON - RESETABLE POWER INCLUDES THE FOLLOWING:
THE ONE REMOTE ANNUNCIATOR THE ALARM CONDITION CURRENT IS 1206
THE RESETABLE POWER INCLUDES THE FOLLOWING:
THE THREE EXISTING 4 -WIRE SMOKE DETECTOR THE ALARM CONDITION CURRENT IS 36mA
THE ONE NEW 4 -WIRE SMOKE DETECTOR THE ALARM CONDITION CURRENT IS 35mA
THE TWO EXISTING END -OF- THE -LINE RELAY THE ALARM CONDITION CURRENT IS 20MA
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT # 1
I`"' Alarm Current Total Alarm
w
Description Of Device I
Quantity per unit Current
Horn/Strobe N /Ace wall mount 1 TYPE ' 1" t
�
1 0.035
0035
- - - -- -
Horn/Strobe N /Acd LLvall mount) TYPE
1 0.047
0.047
Horn /Strobe NIAcd ( wall mount ) TYPE '3"
6 0.074
0,444
Horn /Strobe NiAcd mount T�
5 0.217
1,095
_wall
Horn /Strobe 110cd wall mount ) TYPE "5"
w :a
3 0.268
0.11104
Horn /Strobe 110cd wall mount TYPE "6"
3 0.212
Description Of Device
Quantity per unit
Total System Alarm Current
0.636
( Amps) "', I ( Amps )
( Amps )
0 0.212 `cr
0 0.212
0 0.158
CALCULATIONS FOR THE AUXILARY POWER OUTPUT
Horn/Strobes ceiling mount ) 11Ocd
"..._ Alarm Current Total Alarm
>r �{.
0.00
Description Of Device
Quantity I per unit
Current
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT X 4
.�^ (Amps)
(Amps )
Nonresettable AuxilaryPower
1 1 ` 0.120
0.120
Resettable Auxila Power
1 0.130
��w i
0.180
w�
_ esxw.�w_,w.uw.reMr
Total System Alarm Current
p.30
-000
( Ampa 1
__0
0 0 212
TOTAL CURRENT PER CIRCUIT
0 0.212 kK
0 0.158
Total System Alarm Current
NOTIFICATION APPLIANCE CIRCUIT#
1.58
(Amps)
0.00
NOTIFICATION APPLIANCE CIRCUIT 7t 1 0.64
AUXILARY OUTPUT CIRCUI'.5 0.30
( Amps )
TOTAL ALARM CURRENT Is
0.94
000��
(Am s
NOTIFICATION APPLIANCE CIRCUIT # 3
NOTES:
1) TOTAL CURRENT DRAWN BY ANY ONE NOTIFICATION APPLIANCE CIRCUIT CAN NOT EXCEED 2.5 AMPS.
2) TOTAL CURRENT DRAWN FROM THE FOUR NOTIFICATION' APPLIANCE CIRCUITS AND OTHER DC POWER 011'8 U7!; CAN NOT EXCEED 2.5 Amps
CURRENT LOAD CALC*UZ_ATIONS
PER NOTIFICATION APPLIANCE CIRCUITS IN
THE POI.A.ItERM EXPANDER CONTROL PANEL
THE INFORMATION IS OBTAIN FROM THE DATA SHEETS ATTACHED TO THE PLANS
- THE DC OPERATING CURRENT VALUE HAS BEEN USED BECAUSE THE POWER EXPANDERCONTROL PANEL HAS A FILTERED AND REGULATED
24VDC POWER FOR THE FOUR NOTIFICATION APPLIANCE CIRCUITS
- THE DIP SWITCHES FOR THE WALL MOUNT HORN /STROBES WILL BE SELECTED ON "HIGH ", TEMPORAL" AND "ELECTROMECHANICAL"
- THE CANDELA SELECTABLE SWITCH FOR THE WALL MOUNT HORN /STROBES WILL BE SET AT "110ci"
- THE DIP SWITCHES FOR THE CEILING MOUNT HORN /STROBES WILL BE SELECTED ON "HIGH ", TEMPORAL" AND "ELECTROMECHANICAL"
- THE CANDELA SELECTABLE SWITCH FOR THE CEILING MOUNT HORN /STROBES WILL BESET AT "75cd " OR "110cd"
- THE CANDELA SELECTABLE SWITCH FOR THE CEILING MOUNT STROBE LIGHTS WILL BE SET AT "75cd"
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT # 1
Alarm Current Total Alarm
Description Of Device Quantity per unit Current
( Amps) (Amps)
Horn /Strobes (Wall mount) 110cd 1 0.212 0.212
Horn /Strobes (ceiling mount 110cd2 T 0.212 0424
Strobe Li hts ceilin mount 75cd 1 6 0.158 0.948
Total System Alarm Current
L_ ( Amps) 1.69
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT # 2
Aiarm Current Total Alarm
Descrintion Of Device Quantity per unit hx Cument i
Horn /Strobes (Ceiling mount) 110cd
Strobe Li.hts ceiling mount 75cd
0 0.212 kK
0 0.158
Total System Alarm Current
0.000
0,000
1.58
NOTIFICATIONAPPL.IANGEGIRCUIT#2 _
0.00
0.00
0.00
( Amps )
t
- At J XI LARY POWER OUI I I'l 3T
000��
CALCULATIONS FOR THE
NOTIFICATION APPLIANCE CIRCUIT # 3
Alarm Current
Total Alarm
Description Of Device
Quantity per unit
Current
( Amps) "', I ( Amps )
Horn /Strobes (wall mount) 11OCd
0 0.212 `cr
0 0.212
0 0.158
0.000
0.000
0.000
Horn/Strobes ceiling mount ) 11Ocd
Strobe Li hts ceilin mount 75Cd
Total System Alamo Current
0.00
(
I Amps )
(Ohm) (
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT X 4
(volts)
Alamo Curent
'Total Alarm
Description Of Device
Quantity per unit
Current
I
(Amps
( Amps )
Horn /Strobes ( wall mount ) 1 )0cd
0_ 0.212
-
-000
Horn /Strobes ceiling mount 11 Ocd
__0
0 0 212
0.000
Strobe Li hts ceiling mount 75cd
0� 0.153
0.000
Total System Alarm Current
L
(( Am�........ps)
CALCULATIONS FOR THE AUXILARY POWER OUTPUT
Alan Current Total Alarm
Description Of DnvicF
Quant +ty per unit
Current
5' ( Amps)
( Amps )
Nonresettable AuxilaryPower
LL 0 _ 0000
0.000
Resettable AUXII@rV Power
0 0.000
0.000
System Alarm Gurenk
( Amps)
..rrr..rr.
0.00
NOTIFICATION APPLIANCE CIRCUIT A
TOTAL CURRENT PER CIRCUIT
( Amps )
NOTIF ICA I'ION APPI.IANCF CIRCUII A 1
1.58
NOTIFICATIONAPPL.IANGEGIRCUIT#2 _
0.00
NOTIFICATIONAPPLIAN(',f3CIRCUIT83
0.00
NOTIFICATION APPLIANCE CIRCIA 1 $4 -
000
--
- At J XI LARY POWER OUI I I'l 3T
000��
TOTAL ALARM CUE i"
(Amps
1.59
NOTES:
1) TOTAL CURRENT DRAWN BY ANY ONE NOTIFICATION APPLIANCE CIRCUIT CAN NOT EXCEED 3.0 AMPS.
2) TOTAL CURRENT DRAWN FROM THE FOUR NOTIFICATION APPLIANCE CIRCUITS AND OTHER DC POWER OUTPUTS CAN NOT EXCEED 6.00 Amps
- THE TOTAL WIRE RUN VALUE IS OBTAIN 13Y MEASURING THE APPROXIMATE CONDUIT RUN IN THE FLOOR PLAN
THE WIRE USED IS THWN 14 GAUGE, WHICH HAS A RESISTANCE OF 0.001307 OHMS PER FOCiT
THE CURRENT LOAD VALUE ALUE IS OBTAIA FROM
THE CORRESPONDING "TOTAL 7TAL ALARM CURRENT" U RI.NT" FROM THE ONE
I
NOTIFICATION APPLIANCE CIRCUIT FROM THE "LOAD CALCULATIONS PER NOTIFICATION 1 PPLIANCE CIRCUIT
FOR THE FIRE ALARM CONTROL PANEL CHART
THE CONSIDERED VALUE FOR THE BEGINNING VOLTAGE MEASUREMENT IS 20.40 VOLTS
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT tt 1
Beginning Voltage Total
voltage drop voltage I
farthe for the for the I
Indicating Indicating Indicating
Appliance Appliance Appliance
Circuit Circuit Circuit
( volts ) ( volts) (volts)
20.40 4.37 = 16.03
NOTES:
1) THE LOWEST VOLTAGE ON THE NOTIFICATION APPLIANCE CIRCUIT CAN BE IS 16 VOLTS
2) THE MAXIMUM VOLTAGE DROP CAN BE 4.40 VOLTS PER NOTIFICATION APPLIANCE CIRCUIT
3) THE OPERATING VOLTAGE RANGE FOR. THE NOTIFICATION APPLIAlail i:�3 BETWEEN 16 TO 33 VOLTS
Total ire Total Total Veitat}e
wiring run gauge line current drop
for the.
resistance resistance lead for the
Notification for the for the for the Indicating
Appliance 14 gauge Notification Notification Appliance
Circuit wire Circuit circuit Circuit
(feet)
EXISTING NOTIFICATION
APPLIANCES
.._ DESCRIPTION MANUFACTURER � MODEL DISCONTINUE"D
Horn /Strobe wall Mount TYPE "1' � WHEELOCK 24T -34� YES
Horn /Strobe wall Mount TYPE "2" _� SIMPLEX 49113 -8219 YES
Morn /Strobe wall Mount TYPE "3" FARADAY 60:'.0/5511 YES
Horn/Strobe _(wall Mount) TYPE "4" SENSOR SYSTEM P22475 _YES
Horrt /5irnbe wall Mount T) YF,i'°5> SENSOR SYSTEM -_ P1 224110 YES
Horn /Strobe wall Mount) TYI't "6" SENSOR SYSTEM �F'2R � NO
VOLTAGE DROP CALCULATION415
PER NOTIFICATION APPLIANCE CIRC
UITS IN
THE POWER EXPANDER CONTROL_ PANEL
THE TOTAL WIRE RUN VALUE IS OBTAIN BY MEASURING THE APPROXIMATE CONDUIT RUN Ih'i THE FLOOR PLAN
- TIME WIRE USED IS FPL SOLID 14 GAUGE, WHICH HAS A RESISTANCE OF 0.00307 OHMS PER FOOT
- 1'kE CURRENT LOAD VALUE IS OBTAIN FROM THE CORRESPONDING "TOTAL ALARM CURREf IT" FROM EACH OF
NOTIFICATION APPLIANCE CIRCUITS FROM THE "LOAD CALCULATIONS PER NOTIFICATION APPLIANCE CIRCUIT:!
FOR THE ADDRESSABLE FIRE ALARM CONTROL PANEL" CHART
- THE CONSIDERED VALUE FOR THE BEGINNING VOLTAGE MEASUREMENT IS 20.40 VOLTS
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT 4 1
Total Wire Total Total Voltage Beginning Voltage Total
wrong run gauge line current drop vritag9 drop voltage
for the resistance resistance bad farthe forth.: forthc for the I
Notification far the for the for the Indicating Indicathlg Indicating Indicating i
Appliance 14 gauge Notification NotiiTicatian Appliance Appliance Appliance Appliance �
M Circuifi wire Circuit Circuit Circuit Circui�.: Circuit Circuit
(feet) (Ohmsffeet ) (Ohm) (amps) (volts) (volts) (volts)
2 =0 .003 07 - 0.4912 x 1.59 = �� 0.776 L2O;') - 0.79
i� �LCULATION5 FOR THE NOTIFICATION APPLIANCE CIRCUIT *_2
Total Wire Total Total Voltage Beginning Voltage Total �
wooing run gauge line current dap wltaee dap voltage
for the resistance resistance lead for the for the for the for the 1
i
Notification for the for the for the Indicating Indicatimg Indicating Indicating I
i
Appliance 14 gauge Notification Notification Appliance Appliance Appliance Appliance I
Circuit wire Circuit Circuit Circuit Circuit Circuit Circuit
( feet) '. (Ohms /feet) (Ohm) (amps) (units) (volt-) (volts) (volts)
2',00 x 0 x 0.00307 El 0 x 0.00 = 0 -000
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT it 3 _
11 Total Wire Total Total VaBta,e NeyinrjnceApp;iance Voltage h )'Dial
wlnng run gauge line current drop valta dap voltage
for the, resistance resistance bad farthe for tl for cite for the
i
Notification far the for the for the Indicating Indic -Be ndicating indicating
ia./i,Ppliance 14 gauge Notification Notification Appliance Applia Appliance
Circuit wire Circuit Circuit Circuit Circu Circuit Circuit
f feet) (Ohmsffeet) (Ohm) (amps) (volts , !, ) (volts) (wits )
o x 0.00307 0.000 0.00
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT 8 4
Total Wire Total Total Voltage icginning Voltage Total
t
wiring run gauge line current dray voltage drop , voltage
' farthe resistance resistance lead farthe for the ter the I farthe
eta
Notification far the for the for the Indicating Indicating Indicating Indicating
" Appliance 14 gauge Notification Notification Appliance Appli;.mce Appliance Appliance
Circuit wire Circuit Circuit Circuit Girc At Circuit Circuit
(feet) (Ohmsffeet) (Ohm) (amps) (volts) (volts) (volts volts
1 )
Z.00 x 0 x 0.00307 = 0 x 0.00 = � 0.000 20.70 20.40
NOTES:
1) THE LOWEST VOLTAGE OM EACH OF THE NOTIFICATION APPLIANCE CIRCUITS CAN BE IS 16 VOLTS
2) THE MAXIMUM VOLTAGE DROP CAN BE 4.40 VOLTS PER NOTIFICATION APPLIAfJ 'E CIRCUIT
II 3) THE OPERATING VOLTAGE RANGE FOR THE
-
NOTIFICATION APPLIANCES IS BETV'VEEN 16 TO 33 VOLTS
I'�OTE'.)
cannot exceed 6.0 amps
BURGLAR ,ALARM SERVICES
560 SHERIDAN STREET
HOLLYWOOD,, FLORIDA 33021 -320
PHONE: (945) 983 -3358
FAX: (13"1554)
981 -4302
�-
SOUTH MlAn�l Ha�PIirAL _��ITN�S � ��r�
6200 S�.W.73 STREET
IREEfi
SOUTH MIAMI, i=LOt' °9;10,0 313
143
Approved by: _ti Drawn Icy °,,..._ „�..,.._.
J.13.
12/19/(38 SHANTJAKL C. F'�IATEL F2evised:� "`".. °".
BURGLAR ALARM SIERVICEES
5650 SkiERIpAN STREET, HOLLY'1JYOOD, FLGRIDAA ::13021
....'A DRhWiNG NUMESEF;-
i.1A rJ E, IN Il.S,A
Required Operating Time of Secondary Power source from N.F.P.A, 72 1.5.2.5
Standby Condition :24 flours Alarm Condition : 5 Minutes x 1 /60
1) All conduit to be 1/2" EMT or larger
2) All flexible conduit to be 1/2" EMT or larger
3} All wires for the Initiating Circuit will be THWN wire, 14" gauge
4 All Ices for the Notification Circuit rt will THW;J 14" g,.t.ga
5) All work to he done in accordance with the Nati ^rz' electrical Core and shall comply with ill the local rules and
ordinances
G) The Fire Alarm /Communicator Control Panel is i'b6d by a .;ol,duit n:fl, (3)11Z Ta'NN ..ondl ctors (one phase
conductor, one neutral conductor and one grounding conductor) supplied by a 20 amp single pole dedicated branch
branch circuit breaker at 120vac with i breaker lock
7 The w-
e rr Expander Control Panel i
s feed by a 1/2 EMT conduit with (3) X12 cu THWN conductors i one phase
conductor, one neutral T
conductor ciao and one grounding conductor) supplied by a 20 amp single pole dedicated branch
circuit breaker at 120vac with a breaker lock
i) All equipment instilled are " U.L. Listed" for the Fire Alarm Services and shall be compatible between them
9} All Fire Alarm Devices, Appliances and Components to be installed as per the National Fire Protection Association 4 72
1 n} The Fire Alarm Control Panel is Power Limited
11) The Power Expander Control Panel is Power Limited
12) The Bzckup 15atttry Charger is inside the Fire Alarm Control Panel (batteries must be UL Listed Batteries not to
exceed 17 AH )
13} The Qackup Battery Charger is inside the Power Expander Control Panel (Batteries must be UL t.istr3d Batteries not to
exceed 13 AH )
14) Pull Stations are installed as per the Manufacturers Specifications
15) Pull Stations shall) activate the Fire Alarm Control Panel into alarm condition
16) Pull Stations are to be installed at 41111" A.F.F.
17) Pull Stations to be installed within 5 feet from the exit doorway opening at each exit on each floor
18) Pull Stations to be instilled at least one per floor and within 200' of any point in the premises
19) Smoke Detectors and Heat Detectors to be installed at 6" away from the wall or 6" below the ceiling
20) Smoke Detectors and Heat Detectors to be installed at least 3' away from Air Conditioners supply vents
21) Smoke Detectors and Heat Detectors to be installed as per the Manufacturers Specifications
22) Smoke Detectors and Heat Detectors to be spaced accordingly in smooth ceiling areas
23) Smoke Detectorsind Heat Detectors to be spaced accordingly in peaked or sloped ceilings areas
7.4} The Wall Mount Horn /Strobes, Ceiling Mount Horn /Strobes and Ceiling Mount Strobe Lights to be installed as per the
Manufacturers Specifications
25) The Wall Mount Horn/Strobes to be installed at 80" A.F.F. or 6" below the ceiling (which ever is Iowls:, )
26) The Ceiling Mount Hom /Strobes to be installed at 95" A.F.F. or above
27 All Wall } Mount Horn /Strobes and Ceiling Mount Flom /Strobes will provide 15dbA above ambient or 5 bA above peak levels
211111) All Strobe Lights are adequate for the area that are covering
29) All Corridor spaced Strobe Lights are placed a maximum of 100' apart and within 15' from the ends olf the corridor
30) The ceiling heights inside the Data /Phone /Fire Alarm Area and Electrical Panel Area is between T Bold i' from the floor
31) The Acoustic ceiling heights inside the Gym Area are between T and 10' from the floor
32) The Acoustic ceiling heights inside the Men's Locker Room and the Women's Locker Room are between 6.G' and 7.1' from
the floor
33) All ranks, shelves and equipment in any of the areas in the premises are not blocking any Initiating Device or any
Notification Appliances
34) Na Hood Extinguishing Systems or FM -200 Extinguishing System are connected to the Fire Alarm System
35) All the devices will be instilled at normal conditions as per the N.F.P.A. 72
36) The Devices and Appliances that are in areas which the voltage, temperature and humidity variation;; exceed the normal
conditions have a W.P. label next to it
37) The Fire Alarm Control Panel and the Power Expander Control Panels will be located inside an unoccupied room and will
be protected by a Smoke Detector
3E) The Remote Annunciator will be located inside an occupied area and will be protected by a Smoke Detector
39) The Fire Alarm will be connected to z Proprietary Supervising Station
40) The method of communication of the F=irel Alarm Control Panel with the Proprietary Supervising Station is by the Fire Alarm
Control Panel Alarm Dry Contacts and the Trouble Dry Contacts
40) The Alarm Dry Contacts and the Trouble Dry Contacts will be inside the Fire Alarm Control Panel
41) The Fire Alarm System a Fire Alarm System will be provided with i 24 hours Secondary Power
42) The Fire Alarm Control Panel has nine Initiating Circuits
43) The Fire Alarm Control Panel has nine Initiating Circuits that meet the NFPA Style "81" or meet Style "A" or Style "D"
(Class "A")
44) The maximum smoke Detectors in each Initaitiny Zones can not exceed a draw of 3mA per Initaitng !'_one
45) The Fire Alarm Control Panel his, is Manufacturer Specification, a Capacity of 2.5 amps for the one Notification Circuit
46) The Fire Alarm Control Panel's Total Current Draw, as per manufacturer specifications, from the Notification Circuit and
other DC Power Outputs cannot exceed 2.5 amps
47) The Notification Appliance Circuits for the Fire Alarm Control Panel meet the NFPA Style "Y" (Class "13 ")and Style 7"
( Class "A")
50) The Power Expander Control Panel has four Notification Appliance Circuits
51) The Notification Appliance Circuits for the Power Expander Control Panel meet the NFPA Style "Y" (loose "B ")and
Style "z" ( Class "A")
52) The Power Expander Control Panel has, as Manufacturer Specification, a capacity of 3.0 amps per each of the Notification
Circuits
53} The Power Expander Control Panel's Total Current Draw, as per manufacturer specifications, from the four Notification
Circuits and the DC Power Output
(
(Ohmsffeet) (
(Ohm) (
(amps) (
(volts)
2_UU x
x 1120 x 0
0.00307 = 6
6.i7Gi x
x 0.636 4
I
APPLIANCES
.._ DESCRIPTION MANUFACTURER � MODEL DISCONTINUE"D
Horn /Strobe wall Mount TYPE "1' � WHEELOCK 24T -34� YES
Horn /Strobe wall Mount TYPE "2" _� SIMPLEX 49113 -8219 YES
Morn /Strobe wall Mount TYPE "3" FARADAY 60:'.0/5511 YES
Horn/Strobe _(wall Mount) TYPE "4" SENSOR SYSTEM P22475 _YES
Horrt /5irnbe wall Mount T) YF,i'°5> SENSOR SYSTEM -_ P1 224110 YES
Horn /Strobe wall Mount) TYI't "6" SENSOR SYSTEM �F'2R � NO
VOLTAGE DROP CALCULATION415
PER NOTIFICATION APPLIANCE CIRC
UITS IN
THE POWER EXPANDER CONTROL_ PANEL
THE TOTAL WIRE RUN VALUE IS OBTAIN BY MEASURING THE APPROXIMATE CONDUIT RUN Ih'i THE FLOOR PLAN
- TIME WIRE USED IS FPL SOLID 14 GAUGE, WHICH HAS A RESISTANCE OF 0.00307 OHMS PER FOOT
- 1'kE CURRENT LOAD VALUE IS OBTAIN FROM THE CORRESPONDING "TOTAL ALARM CURREf IT" FROM EACH OF
NOTIFICATION APPLIANCE CIRCUITS FROM THE "LOAD CALCULATIONS PER NOTIFICATION APPLIANCE CIRCUIT:!
FOR THE ADDRESSABLE FIRE ALARM CONTROL PANEL" CHART
- THE CONSIDERED VALUE FOR THE BEGINNING VOLTAGE MEASUREMENT IS 20.40 VOLTS
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT 4 1
Total Wire Total Total Voltage Beginning Voltage Total
wrong run gauge line current drop vritag9 drop voltage
for the resistance resistance bad farthe forth.: forthc for the I
Notification far the for the for the Indicating Indicathlg Indicating Indicating i
Appliance 14 gauge Notification NotiiTicatian Appliance Appliance Appliance Appliance �
M Circuifi wire Circuit Circuit Circuit Circui�.: Circuit Circuit
(feet) (Ohmsffeet ) (Ohm) (amps) (volts) (volts) (volts)
2 =0 .003 07 - 0.4912 x 1.59 = �� 0.776 L2O;') - 0.79
i� �LCULATION5 FOR THE NOTIFICATION APPLIANCE CIRCUIT *_2
Total Wire Total Total Voltage Beginning Voltage Total �
wooing run gauge line current dap wltaee dap voltage
for the resistance resistance lead for the for the for the for the 1
i
Notification for the for the for the Indicating Indicatimg Indicating Indicating I
i
Appliance 14 gauge Notification Notification Appliance Appliance Appliance Appliance I
Circuit wire Circuit Circuit Circuit Circuit Circuit Circuit
( feet) '. (Ohms /feet) (Ohm) (amps) (units) (volt-) (volts) (volts)
2',00 x 0 x 0.00307 El 0 x 0.00 = 0 -000
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT it 3 _
11 Total Wire Total Total VaBta,e NeyinrjnceApp;iance Voltage h )'Dial
wlnng run gauge line current drop valta dap voltage
for the, resistance resistance bad farthe for tl for cite for the
i
Notification far the for the for the Indicating Indic -Be ndicating indicating
ia./i,Ppliance 14 gauge Notification Notification Appliance Applia Appliance
Circuit wire Circuit Circuit Circuit Circu Circuit Circuit
f feet) (Ohmsffeet) (Ohm) (amps) (volts , !, ) (volts) (wits )
o x 0.00307 0.000 0.00
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT 8 4
Total Wire Total Total Voltage icginning Voltage Total
t
wiring run gauge line current dray voltage drop , voltage
' farthe resistance resistance lead farthe for the ter the I farthe
eta
Notification far the for the for the Indicating Indicating Indicating Indicating
" Appliance 14 gauge Notification Notification Appliance Appli;.mce Appliance Appliance
Circuit wire Circuit Circuit Circuit Girc At Circuit Circuit
(feet) (Ohmsffeet) (Ohm) (amps) (volts) (volts) (volts volts
1 )
Z.00 x 0 x 0.00307 = 0 x 0.00 = � 0.000 20.70 20.40
NOTES:
1) THE LOWEST VOLTAGE OM EACH OF THE NOTIFICATION APPLIANCE CIRCUITS CAN BE IS 16 VOLTS
2) THE MAXIMUM VOLTAGE DROP CAN BE 4.40 VOLTS PER NOTIFICATION APPLIAfJ 'E CIRCUIT
II 3) THE OPERATING VOLTAGE RANGE FOR THE
-
NOTIFICATION APPLIANCES IS BETV'VEEN 16 TO 33 VOLTS
I'�OTE'.)
cannot exceed 6.0 amps
BURGLAR ,ALARM SERVICES
560 SHERIDAN STREET
HOLLYWOOD,, FLORIDA 33021 -320
PHONE: (945) 983 -3358
FAX: (13"1554)
981 -4302
�-
SOUTH MlAn�l Ha�PIirAL _��ITN�S � ��r�
6200 S�.W.73 STREET
IREEfi
SOUTH MIAMI, i=LOt' °9;10,0 313
143
Approved by: _ti Drawn Icy °,,..._ „�..,.._.
J.13.
12/19/(38 SHANTJAKL C. F'�IATEL F2evised:� "`".. °".
BURGLAR ALARM SIERVICEES
5650 SkiERIpAN STREET, HOLLY'1JYOOD, FLGRIDAA ::13021
....'A DRhWiNG NUMESEF;-
i.1A rJ E, IN Il.S,A
Required Operating Time of Secondary Power source from N.F.P.A, 72 1.5.2.5
Standby Condition :24 flours Alarm Condition : 5 Minutes x 1 /60
1) All conduit to be 1/2" EMT or larger
2) All flexible conduit to be 1/2" EMT or larger
3} All wires for the Initiating Circuit will be THWN wire, 14" gauge
4 All Ices for the Notification Circuit rt will THW;J 14" g,.t.ga
5) All work to he done in accordance with the Nati ^rz' electrical Core and shall comply with ill the local rules and
ordinances
G) The Fire Alarm /Communicator Control Panel is i'b6d by a .;ol,duit n:fl, (3)11Z Ta'NN ..ondl ctors (one phase
conductor, one neutral conductor and one grounding conductor) supplied by a 20 amp single pole dedicated branch
branch circuit breaker at 120vac with i breaker lock
7 The w-
e rr Expander Control Panel i
s feed by a 1/2 EMT conduit with (3) X12 cu THWN conductors i one phase
conductor, one neutral T
conductor ciao and one grounding conductor) supplied by a 20 amp single pole dedicated branch
circuit breaker at 120vac with a breaker lock
i) All equipment instilled are " U.L. Listed" for the Fire Alarm Services and shall be compatible between them
9} All Fire Alarm Devices, Appliances and Components to be installed as per the National Fire Protection Association 4 72
1 n} The Fire Alarm Control Panel is Power Limited
11) The Power Expander Control Panel is Power Limited
12) The Bzckup 15atttry Charger is inside the Fire Alarm Control Panel (batteries must be UL Listed Batteries not to
exceed 17 AH )
13} The Qackup Battery Charger is inside the Power Expander Control Panel (Batteries must be UL t.istr3d Batteries not to
exceed 13 AH )
14) Pull Stations are installed as per the Manufacturers Specifications
15) Pull Stations shall) activate the Fire Alarm Control Panel into alarm condition
16) Pull Stations are to be installed at 41111" A.F.F.
17) Pull Stations to be installed within 5 feet from the exit doorway opening at each exit on each floor
18) Pull Stations to be instilled at least one per floor and within 200' of any point in the premises
19) Smoke Detectors and Heat Detectors to be installed at 6" away from the wall or 6" below the ceiling
20) Smoke Detectors and Heat Detectors to be installed at least 3' away from Air Conditioners supply vents
21) Smoke Detectors and Heat Detectors to be installed as per the Manufacturers Specifications
22) Smoke Detectors and Heat Detectors to be spaced accordingly in smooth ceiling areas
23) Smoke Detectorsind Heat Detectors to be spaced accordingly in peaked or sloped ceilings areas
7.4} The Wall Mount Horn /Strobes, Ceiling Mount Horn /Strobes and Ceiling Mount Strobe Lights to be installed as per the
Manufacturers Specifications
25) The Wall Mount Horn/Strobes to be installed at 80" A.F.F. or 6" below the ceiling (which ever is Iowls:, )
26) The Ceiling Mount Hom /Strobes to be installed at 95" A.F.F. or above
27 All Wall } Mount Horn /Strobes and Ceiling Mount Flom /Strobes will provide 15dbA above ambient or 5 bA above peak levels
211111) All Strobe Lights are adequate for the area that are covering
29) All Corridor spaced Strobe Lights are placed a maximum of 100' apart and within 15' from the ends olf the corridor
30) The ceiling heights inside the Data /Phone /Fire Alarm Area and Electrical Panel Area is between T Bold i' from the floor
31) The Acoustic ceiling heights inside the Gym Area are between T and 10' from the floor
32) The Acoustic ceiling heights inside the Men's Locker Room and the Women's Locker Room are between 6.G' and 7.1' from
the floor
33) All ranks, shelves and equipment in any of the areas in the premises are not blocking any Initiating Device or any
Notification Appliances
34) Na Hood Extinguishing Systems or FM -200 Extinguishing System are connected to the Fire Alarm System
35) All the devices will be instilled at normal conditions as per the N.F.P.A. 72
36) The Devices and Appliances that are in areas which the voltage, temperature and humidity variation;; exceed the normal
conditions have a W.P. label next to it
37) The Fire Alarm Control Panel and the Power Expander Control Panels will be located inside an unoccupied room and will
be protected by a Smoke Detector
3E) The Remote Annunciator will be located inside an occupied area and will be protected by a Smoke Detector
39) The Fire Alarm will be connected to z Proprietary Supervising Station
40) The method of communication of the F=irel Alarm Control Panel with the Proprietary Supervising Station is by the Fire Alarm
Control Panel Alarm Dry Contacts and the Trouble Dry Contacts
40) The Alarm Dry Contacts and the Trouble Dry Contacts will be inside the Fire Alarm Control Panel
41) The Fire Alarm System a Fire Alarm System will be provided with i 24 hours Secondary Power
42) The Fire Alarm Control Panel has nine Initiating Circuits
43) The Fire Alarm Control Panel has nine Initiating Circuits that meet the NFPA Style "81" or meet Style "A" or Style "D"
(Class "A")
44) The maximum smoke Detectors in each Initaitiny Zones can not exceed a draw of 3mA per Initaitng !'_one
45) The Fire Alarm Control Panel his, is Manufacturer Specification, a Capacity of 2.5 amps for the one Notification Circuit
46) The Fire Alarm Control Panel's Total Current Draw, as per manufacturer specifications, from the Notification Circuit and
other DC Power Outputs cannot exceed 2.5 amps
47) The Notification Appliance Circuits for the Fire Alarm Control Panel meet the NFPA Style "Y" (Class "13 ")and Style 7"
( Class "A")
50) The Power Expander Control Panel has four Notification Appliance Circuits
51) The Notification Appliance Circuits for the Power Expander Control Panel meet the NFPA Style "Y" (loose "B ")and
Style "z" ( Class "A")
52) The Power Expander Control Panel has, as Manufacturer Specification, a capacity of 3.0 amps per each of the Notification
Circuits
53} The Power Expander Control Panel's Total Current Draw, as per manufacturer specifications, from the four Notification
Circuits and the DC Power Output
UITS IN
THE POWER EXPANDER CONTROL_ PANEL
THE TOTAL WIRE RUN VALUE IS OBTAIN BY MEASURING THE APPROXIMATE CONDUIT RUN Ih'i THE FLOOR PLAN
- TIME WIRE USED IS FPL SOLID 14 GAUGE, WHICH HAS A RESISTANCE OF 0.00307 OHMS PER FOOT
- 1'kE CURRENT LOAD VALUE IS OBTAIN FROM THE CORRESPONDING "TOTAL ALARM CURREf IT" FROM EACH OF
NOTIFICATION APPLIANCE CIRCUITS FROM THE "LOAD CALCULATIONS PER NOTIFICATION APPLIANCE CIRCUIT:!
FOR THE ADDRESSABLE FIRE ALARM CONTROL PANEL" CHART
- THE CONSIDERED VALUE FOR THE BEGINNING VOLTAGE MEASUREMENT IS 20.40 VOLTS
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT 4 1
Total Wire Total Total Voltage Beginning Voltage Total
wrong run gauge line current drop vritag9 drop voltage
for the resistance resistance bad farthe forth.: forthc for the I
Notification far the for the for the Indicating Indicathlg Indicating Indicating i
Appliance 14 gauge Notification NotiiTicatian Appliance Appliance Appliance Appliance �
M Circuifi wire Circuit Circuit Circuit Circui�.: Circuit Circuit
(feet) (Ohmsffeet ) (Ohm) (amps) (volts) (volts) (volts)
2 =0 .003 07 - 0.4912 x 1.59 = �� 0.776 L2O;') - 0.79
i� �LCULATION5 FOR THE NOTIFICATION APPLIANCE CIRCUIT *_2
Total Wire Total Total Voltage Beginning Voltage Total �
wooing run gauge line current dap wltaee dap voltage
for the resistance resistance lead for the for the for the for the 1
i
Notification for the for the for the Indicating Indicatimg Indicating Indicating I
i
Appliance 14 gauge Notification Notification Appliance Appliance Appliance Appliance I
Circuit wire Circuit Circuit Circuit Circuit Circuit Circuit
( feet) '. (Ohms /feet) (Ohm) (amps) (units) (volt-) (volts) (volts)
2',00 x 0 x 0.00307 El 0 x 0.00 = 0 -000
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT it 3 _
11 Total Wire Total Total VaBta,e NeyinrjnceApp;iance Voltage h )'Dial
wlnng run gauge line current drop valta dap voltage
for the, resistance resistance bad farthe for tl for cite for the
i
Notification far the for the for the Indicating Indic -Be ndicating indicating
ia./i,Ppliance 14 gauge Notification Notification Appliance Applia Appliance
Circuit wire Circuit Circuit Circuit Circu Circuit Circuit
f feet) (Ohmsffeet) (Ohm) (amps) (volts , !, ) (volts) (wits )
o x 0.00307 0.000 0.00
CALCULATIONS FOR THE NOTIFICATION APPLIANCE CIRCUIT 8 4
Total Wire Total Total Voltage icginning Voltage Total
t
wiring run gauge line current dray voltage drop , voltage
' farthe resistance resistance lead farthe for the ter the I farthe
eta
Notification far the for the for the Indicating Indicating Indicating Indicating
" Appliance 14 gauge Notification Notification Appliance Appli;.mce Appliance Appliance
Circuit wire Circuit Circuit Circuit Girc At Circuit Circuit
(feet) (Ohmsffeet) (Ohm) (amps) (volts) (volts) (volts volts
1 )
Z.00 x 0 x 0.00307 = 0 x 0.00 = � 0.000 20.70 20.40
NOTES:
1) THE LOWEST VOLTAGE OM EACH OF THE NOTIFICATION APPLIANCE CIRCUITS CAN BE IS 16 VOLTS
2) THE MAXIMUM VOLTAGE DROP CAN BE 4.40 VOLTS PER NOTIFICATION APPLIAfJ 'E CIRCUIT
II 3) THE OPERATING VOLTAGE RANGE FOR THE
-
NOTIFICATION APPLIANCES IS BETV'VEEN 16 TO 33 VOLTS
I'�OTE'.)
cannot exceed 6.0 amps
BURGLAR ,ALARM SERVICES
560 SHERIDAN STREET
HOLLYWOOD,, FLORIDA 33021 -320
PHONE: (945) 983 -3358
FAX: (13"1554)
981 -4302
�-
SOUTH MlAn�l Ha�PIirAL _��ITN�S � ��r�
6200 S�.W.73 STREET
IREEfi
SOUTH MIAMI, i=LOt' °9;10,0 313
143
Approved by: _ti Drawn Icy °,,..._ „�..,.._.
J.13.
12/19/(38 SHANTJAKL C. F'�IATEL F2evised:� "`".. °".
BURGLAR ALARM SIERVICEES
5650 SkiERIpAN STREET, HOLLY'1JYOOD, FLGRIDAA ::13021
....'A DRhWiNG NUMESEF;-
i.1A rJ E, IN Il.S,A
Required Operating Time of Secondary Power source from N.F.P.A, 72 1.5.2.5
Standby Condition :24 flours Alarm Condition : 5 Minutes x 1 /60
1) All conduit to be 1/2" EMT or larger
2) All flexible conduit to be 1/2" EMT or larger
3} All wires for the Initiating Circuit will be THWN wire, 14" gauge
4 All Ices for the Notification Circuit rt will THW;J 14" g,.t.ga
5) All work to he done in accordance with the Nati ^rz' electrical Core and shall comply with ill the local rules and
ordinances
G) The Fire Alarm /Communicator Control Panel is i'b6d by a .;ol,duit n:fl, (3)11Z Ta'NN ..ondl ctors (one phase
conductor, one neutral conductor and one grounding conductor) supplied by a 20 amp single pole dedicated branch
branch circuit breaker at 120vac with i breaker lock
7 The w-
e rr Expander Control Panel i
s feed by a 1/2 EMT conduit with (3) X12 cu THWN conductors i one phase
conductor, one neutral T
conductor ciao and one grounding conductor) supplied by a 20 amp single pole dedicated branch
circuit breaker at 120vac with a breaker lock
i) All equipment instilled are " U.L. Listed" for the Fire Alarm Services and shall be compatible between them
9} All Fire Alarm Devices, Appliances and Components to be installed as per the National Fire Protection Association 4 72
1 n} The Fire Alarm Control Panel is Power Limited
11) The Power Expander Control Panel is Power Limited
12) The Bzckup 15atttry Charger is inside the Fire Alarm Control Panel (batteries must be UL Listed Batteries not to
exceed 17 AH )
13} The Qackup Battery Charger is inside the Power Expander Control Panel (Batteries must be UL t.istr3d Batteries not to
exceed 13 AH )
14) Pull Stations are installed as per the Manufacturers Specifications
15) Pull Stations shall) activate the Fire Alarm Control Panel into alarm condition
16) Pull Stations are to be installed at 41111" A.F.F.
17) Pull Stations to be installed within 5 feet from the exit doorway opening at each exit on each floor
18) Pull Stations to be instilled at least one per floor and within 200' of any point in the premises
19) Smoke Detectors and Heat Detectors to be installed at 6" away from the wall or 6" below the ceiling
20) Smoke Detectors and Heat Detectors to be installed at least 3' away from Air Conditioners supply vents
21) Smoke Detectors and Heat Detectors to be installed as per the Manufacturers Specifications
22) Smoke Detectors and Heat Detectors to be spaced accordingly in smooth ceiling areas
23) Smoke Detectorsind Heat Detectors to be spaced accordingly in peaked or sloped ceilings areas
7.4} The Wall Mount Horn /Strobes, Ceiling Mount Horn /Strobes and Ceiling Mount Strobe Lights to be installed as per the
Manufacturers Specifications
25) The Wall Mount Horn/Strobes to be installed at 80" A.F.F. or 6" below the ceiling (which ever is Iowls:, )
26) The Ceiling Mount Hom /Strobes to be installed at 95" A.F.F. or above
27 All Wall } Mount Horn /Strobes and Ceiling Mount Flom /Strobes will provide 15dbA above ambient or 5 bA above peak levels
211111) All Strobe Lights are adequate for the area that are covering
29) All Corridor spaced Strobe Lights are placed a maximum of 100' apart and within 15' from the ends olf the corridor
30) The ceiling heights inside the Data /Phone /Fire Alarm Area and Electrical Panel Area is between T Bold i' from the floor
31) The Acoustic ceiling heights inside the Gym Area are between T and 10' from the floor
32) The Acoustic ceiling heights inside the Men's Locker Room and the Women's Locker Room are between 6.G' and 7.1' from
the floor
33) All ranks, shelves and equipment in any of the areas in the premises are not blocking any Initiating Device or any
Notification Appliances
34) Na Hood Extinguishing Systems or FM -200 Extinguishing System are connected to the Fire Alarm System
35) All the devices will be instilled at normal conditions as per the N.F.P.A. 72
36) The Devices and Appliances that are in areas which the voltage, temperature and humidity variation;; exceed the normal
conditions have a W.P. label next to it
37) The Fire Alarm Control Panel and the Power Expander Control Panels will be located inside an unoccupied room and will
be protected by a Smoke Detector
3E) The Remote Annunciator will be located inside an occupied area and will be protected by a Smoke Detector
39) The Fire Alarm will be connected to z Proprietary Supervising Station
40) The method of communication of the F=irel Alarm Control Panel with the Proprietary Supervising Station is by the Fire Alarm
Control Panel Alarm Dry Contacts and the Trouble Dry Contacts
40) The Alarm Dry Contacts and the Trouble Dry Contacts will be inside the Fire Alarm Control Panel
41) The Fire Alarm System a Fire Alarm System will be provided with i 24 hours Secondary Power
42) The Fire Alarm Control Panel has nine Initiating Circuits
43) The Fire Alarm Control Panel has nine Initiating Circuits that meet the NFPA Style "81" or meet Style "A" or Style "D"
(Class "A")
44) The maximum smoke Detectors in each Initaitiny Zones can not exceed a draw of 3mA per Initaitng !'_one
45) The Fire Alarm Control Panel his, is Manufacturer Specification, a Capacity of 2.5 amps for the one Notification Circuit
46) The Fire Alarm Control Panel's Total Current Draw, as per manufacturer specifications, from the Notification Circuit and
other DC Power Outputs cannot exceed 2.5 amps
47) The Notification Appliance Circuits for the Fire Alarm Control Panel meet the NFPA Style "Y" (Class "13 ")and Style 7"
( Class "A")
50) The Power Expander Control Panel has four Notification Appliance Circuits
51) The Notification Appliance Circuits for the Power Expander Control Panel meet the NFPA Style "Y" (loose "B ")and
Style "z" ( Class "A")
52) The Power Expander Control Panel has, as Manufacturer Specification, a capacity of 3.0 amps per each of the Notification
Circuits
53} The Power Expander Control Panel's Total Current Draw, as per manufacturer specifications, from the four Notification
Circuits and the DC Power Output
cannot exceed 6.0 amps
BURGLAR ,ALARM SERVICES
560 SHERIDAN STREET
HOLLYWOOD,, FLORIDA 33021 -320
PHONE: (945) 983 -3358
FAX: (13"1554)
981 -4302
�-
SOUTH MlAn�l Ha�PIirAL _��ITN�S � ��r�
6200 S�.W.73 STREET
IREEfi
SOUTH MIAMI, i=LOt' °9;10,0 313
143
Approved by: _ti Drawn Icy °,,..._ „�..,.._.
J.13.
12/19/(38 SHANTJAKL C. F'�IATEL F2evised:� "`".. °".
BURGLAR ALARM SIERVICEES
5650 SkiERIpAN STREET, HOLLY'1JYOOD, FLGRIDAA ::13021
....'A DRhWiNG NUMESEF;-
i.1A rJ E, IN Il.S,A
Required Operating Time of Secondary Power source from N.F.P.A, 72 1.5.2.5
Standby Condition :24 flours Alarm Condition : 5 Minutes x 1 /60
1) All conduit to be 1/2" EMT or larger
2) All flexible conduit to be 1/2" EMT or larger
3} All wires for the Initiating Circuit will be THWN wire, 14" gauge
4 All Ices for the Notification Circuit rt will THW;J 14" g,.t.ga
5) All work to he done in accordance with the Nati ^rz' electrical Core and shall comply with ill the local rules and
ordinances
G) The Fire Alarm /Communicator Control Panel is i'b6d by a .;ol,duit n:fl, (3)11Z Ta'NN ..ondl ctors (one phase
conductor, one neutral conductor and one grounding conductor) supplied by a 20 amp single pole dedicated branch
branch circuit breaker at 120vac with i breaker lock
7 The w-
e rr Expander Control Panel i
s feed by a 1/2 EMT conduit with (3) X12 cu THWN conductors i one phase
conductor, one neutral T
conductor ciao and one grounding conductor) supplied by a 20 amp single pole dedicated branch
circuit breaker at 120vac with a breaker lock
i) All equipment instilled are " U.L. Listed" for the Fire Alarm Services and shall be compatible between them
9} All Fire Alarm Devices, Appliances and Components to be installed as per the National Fire Protection Association 4 72
1 n} The Fire Alarm Control Panel is Power Limited
11) The Power Expander Control Panel is Power Limited
12) The Bzckup 15atttry Charger is inside the Fire Alarm Control Panel (batteries must be UL Listed Batteries not to
exceed 17 AH )
13} The Qackup Battery Charger is inside the Power Expander Control Panel (Batteries must be UL t.istr3d Batteries not to
exceed 13 AH )
14) Pull Stations are installed as per the Manufacturers Specifications
15) Pull Stations shall) activate the Fire Alarm Control Panel into alarm condition
16) Pull Stations are to be installed at 41111" A.F.F.
17) Pull Stations to be installed within 5 feet from the exit doorway opening at each exit on each floor
18) Pull Stations to be instilled at least one per floor and within 200' of any point in the premises
19) Smoke Detectors and Heat Detectors to be installed at 6" away from the wall or 6" below the ceiling
20) Smoke Detectors and Heat Detectors to be installed at least 3' away from Air Conditioners supply vents
21) Smoke Detectors and Heat Detectors to be installed as per the Manufacturers Specifications
22) Smoke Detectors and Heat Detectors to be spaced accordingly in smooth ceiling areas
23) Smoke Detectorsind Heat Detectors to be spaced accordingly in peaked or sloped ceilings areas
7.4} The Wall Mount Horn /Strobes, Ceiling Mount Horn /Strobes and Ceiling Mount Strobe Lights to be installed as per the
Manufacturers Specifications
25) The Wall Mount Horn/Strobes to be installed at 80" A.F.F. or 6" below the ceiling (which ever is Iowls:, )
26) The Ceiling Mount Hom /Strobes to be installed at 95" A.F.F. or above
27 All Wall } Mount Horn /Strobes and Ceiling Mount Flom /Strobes will provide 15dbA above ambient or 5 bA above peak levels
211111) All Strobe Lights are adequate for the area that are covering
29) All Corridor spaced Strobe Lights are placed a maximum of 100' apart and within 15' from the ends olf the corridor
30) The ceiling heights inside the Data /Phone /Fire Alarm Area and Electrical Panel Area is between T Bold i' from the floor
31) The Acoustic ceiling heights inside the Gym Area are between T and 10' from the floor
32) The Acoustic ceiling heights inside the Men's Locker Room and the Women's Locker Room are between 6.G' and 7.1' from
the floor
33) All ranks, shelves and equipment in any of the areas in the premises are not blocking any Initiating Device or any
Notification Appliances
34) Na Hood Extinguishing Systems or FM -200 Extinguishing System are connected to the Fire Alarm System
35) All the devices will be instilled at normal conditions as per the N.F.P.A. 72
36) The Devices and Appliances that are in areas which the voltage, temperature and humidity variation;; exceed the normal
conditions have a W.P. label next to it
37) The Fire Alarm Control Panel and the Power Expander Control Panels will be located inside an unoccupied room and will
be protected by a Smoke Detector
3E) The Remote Annunciator will be located inside an occupied area and will be protected by a Smoke Detector
39) The Fire Alarm will be connected to z Proprietary Supervising Station
40) The method of communication of the F=irel Alarm Control Panel with the Proprietary Supervising Station is by the Fire Alarm
Control Panel Alarm Dry Contacts and the Trouble Dry Contacts
40) The Alarm Dry Contacts and the Trouble Dry Contacts will be inside the Fire Alarm Control Panel
41) The Fire Alarm System a Fire Alarm System will be provided with i 24 hours Secondary Power
42) The Fire Alarm Control Panel has nine Initiating Circuits
43) The Fire Alarm Control Panel has nine Initiating Circuits that meet the NFPA Style "81" or meet Style "A" or Style "D"
(Class "A")
44) The maximum smoke Detectors in each Initaitiny Zones can not exceed a draw of 3mA per Initaitng !'_one
45) The Fire Alarm Control Panel his, is Manufacturer Specification, a Capacity of 2.5 amps for the one Notification Circuit
46) The Fire Alarm Control Panel's Total Current Draw, as per manufacturer specifications, from the Notification Circuit and
other DC Power Outputs cannot exceed 2.5 amps
47) The Notification Appliance Circuits for the Fire Alarm Control Panel meet the NFPA Style "Y" (Class "13 ")and Style 7"
( Class "A")
50) The Power Expander Control Panel has four Notification Appliance Circuits
51) The Notification Appliance Circuits for the Power Expander Control Panel meet the NFPA Style "Y" (loose "B ")and
Style "z" ( Class "A")
52) The Power Expander Control Panel has, as Manufacturer Specification, a capacity of 3.0 amps per each of the Notification
Circuits
53} The Power Expander Control Panel's Total Current Draw, as per manufacturer specifications, from the four Notification
Circuits and the DC Power Output