HomeMy WebLinkAbout02 0663Owner: ALBERTSON'S 206-522-9570
9703 3RD AVE NE SUITE 2.03SEATTLE WA 98115
Contractor: LEVEL ONE SECURITY INC 253-891--05OLic #: LEVELOS088NC Exp: 08/03/2004
792.0 252ND AVE E BUCKLEY WA 98321
Subcontr:
Desc: FIRE ALARM INSTALLATION FOR THE ALBERTSONS
kc*;Kk:kc:Xas�kckcrtc�Kk:kck;W.?Kkc7Kk:�K�Nck<�K�KkCk:k;���kck:kc�Y.c�kC�k�K�Kk:kCk:k;Nc��kc:KY�Y�kck:kck;kckc*��K7Kk;kCk:k;�Kk;Xf�Xk(kckck:���k:�x�K�K:KNtk;k;�Kkc�KkCM�KMC
Valuation Permit Fees: 251.25 Total Calculated Fee: 419.06
15,000.00 Plan Check Fees: 163.31 Additional Fees: .00
* Other Fees: 4.50 Total Permit Fee: 419.06
%�kC�K%C:KW.:K*alt�K�K%c*k:kc:KkC�K�Nc%c%clKkcsK�KkckckCkc�KkCNcNc�K�Kk;��K�Kk:�K�X��K�xc�Kkc:K�Kk;kckclKkc�K*k:k;k:fkk:k;:Kk:�Kkck:�Kk:lKk:k:�K�K�KkckCk:k:Nc%ck;�K��K�K��Kkck:kc
This permit shall become null and void if the building or work authorized by this permit is not commenced within
180 days from the date of such permit, or if this building or work authorized by such permit is suspended or
abandoned at arry time after the work is commenced for a period of 180 days.
NOTICE - It is the responsibility of the permit holder, not the City of Bremerton or Building official to see
to it that required inspections are made. The permit holder must notify the Building official when ready for
inspections. Failure of the permit holder to notify the Building official of required inspections may result
in the stoppage of the work until such time that the permit holder can substantiate to the building official
that the concealed work meets or exceeds code requirements. Any demolition, testing, or financial burden shall
be borne directly by the permit holder. Failure to substantiate code requirements will indemnify the City
against any and all responsibility or liability connected with the construction.
I hereby certify that I have read and examined this permit and know the same to be true and correct. All
provisions of laws and ordinances governing this type of work will be complied with whether specified herein
or not. The granting of a permit does not presume to give authority to violate or cancel the provisions of
any other state or local law regulating_cgnstruction or the performance of construction._
Signature:;I-L Date:
I certify that I am exempt from the requirements of the state contractor's registration law, under
Section 3, Chapter 126, laws of 1967.
Signature:
Date=
kcY�k:kCk:k:kcNckck:�X%Kkck:kc�K�K;K�k:kckc�Kk:k;k:k:
Permit Center ---Approved By:. _ _ Date:
BREMaR—rbr4 PaF;,'M I T
CaM-VaFR
286 4th Street, Bremerton,
WA 98337
Phone: ( 360 ) 478-5275 FAX: (
360 ) 478-5278
BUILDING PERMIT
Job Addr:
2.900 WHEATON WAY
Permit No:
02-0663
Location:
ALBERTSONS STORE #443
Status:
ISSUED
Parcel No:
Applied:
10/21/2002
Issued:
11/20/2002
Applicant:
LEVEL ONE SECURITY INC 253-891-0507
Expires:
05/19/2003
7920 252ND AVE E BUCKL.EY ISA 98321
Owner: ALBERTSON'S 206-522-9570
9703 3RD AVE NE SUITE 2.03SEATTLE WA 98115
Contractor: LEVEL ONE SECURITY INC 253-891--05OLic #: LEVELOS088NC Exp: 08/03/2004
792.0 252ND AVE E BUCKLEY WA 98321
Subcontr:
Desc: FIRE ALARM INSTALLATION FOR THE ALBERTSONS
kc*;Kk:kc:Xas�kckcrtc�Kk:kck;W.?Kkc7Kk:�K�Nck<�K�KkCk:k;���kck:kc�Y.c�kC�k�K�Kk:kCk:k;Nc��kc:KY�Y�kck:kck;kckc*��K7Kk;kCk:k;�Kk;Xf�Xk(kckck:���k:�x�K�K:KNtk;k;�Kkc�KkCM�KMC
Valuation Permit Fees: 251.25 Total Calculated Fee: 419.06
15,000.00 Plan Check Fees: 163.31 Additional Fees: .00
* Other Fees: 4.50 Total Permit Fee: 419.06
%�kC�K%C:KW.:K*alt�K�K%c*k:kc:KkC�K�Nc%c%clKkcsK�KkckckCkc�KkCNcNc�K�Kk;��K�Kk:�K�X��K�xc�Kkc:K�Kk;kckclKkc�K*k:k;k:fkk:k;:Kk:�Kkck:�Kk:lKk:k:�K�K�KkckCk:k:Nc%ck;�K��K�K��Kkck:kc
This permit shall become null and void if the building or work authorized by this permit is not commenced within
180 days from the date of such permit, or if this building or work authorized by such permit is suspended or
abandoned at arry time after the work is commenced for a period of 180 days.
NOTICE - It is the responsibility of the permit holder, not the City of Bremerton or Building official to see
to it that required inspections are made. The permit holder must notify the Building official when ready for
inspections. Failure of the permit holder to notify the Building official of required inspections may result
in the stoppage of the work until such time that the permit holder can substantiate to the building official
that the concealed work meets or exceeds code requirements. Any demolition, testing, or financial burden shall
be borne directly by the permit holder. Failure to substantiate code requirements will indemnify the City
against any and all responsibility or liability connected with the construction.
I hereby certify that I have read and examined this permit and know the same to be true and correct. All
provisions of laws and ordinances governing this type of work will be complied with whether specified herein
or not. The granting of a permit does not presume to give authority to violate or cancel the provisions of
any other state or local law regulating_cgnstruction or the performance of construction._
Signature:;I-L Date:
I certify that I am exempt from the requirements of the state contractor's registration law, under
Section 3, Chapter 126, laws of 1967.
Signature:
Date=
kcY�k:kCk:k:kcNckck:�X%Kkck:kc�K�K;K�k:kckc�Kk:k;k:k:
Permit Center ---Approved By:. _ _ Date:
}
BFREtMEF2T0P8 P'EF;ZM I T' C_E:P4-VEF:Z
286 4th Street, Bremerton, WA 98337
Phone: ( 360 ) 478-527„5 FAX; .( 360 ) 478-5278
Building Permit No: 02-0663
Job Address: 2900 WHEATON WAY Status: ISSUED
Location: ALBERTSOUSTORE #443 Issued: 11/20/2002
Assr Acct No: 4�. Expires: 05/19/2003
R E 0 U I R E D I N S P E C T I O N S
Item: 02700 FINAL --BLDG Dept: BLDG Division:
'TESTING: Must be recognized by the Washington Association of Building Officials
SPECINSP: Must be registered with the State of WA
ST OF WA: State of WA Dept. of Labor- and Industries 478-4921
HEALTH: Bremerton/Kitsap Health District 478--5235
ALL INSPECTIONS PERFORMED BY THE CITY OF BREMERTON MUST BE SCHEDULED THROUGH THE
PERMIT CENTER, ( 360) 478-5275.
Permit Holder's
Signature:
o..
s
1
D a t e
BREMERTON PERMIT CENTER
PERMIT CONDITIONS
Permit No: 02--0663 Page: 1
.lob Address: 2900 WHEPTON WAY Applied: 10/21/2002
Assr Acct No: Approved: 11/20/2002
Location: ALBERTSONS STORE #443 Issued: 11/20/2002
Applicant: LEVEL ONE SECURITY INC
Owner: ALBERTSON'S
Contractor: LEVEL ONE SECURITY INC
Description:
FIRE ALARM INSTALLATION FOR THE ALBERTSONS
Conditions:
1. A)Meet NFPA 72 requirements
B)Locate pull station for hood extinguishing system in exit
pathway in deli area
C)Hood extinguishing system shall interface with alarm
system
D)Provide a knox box for after hours access
E)Install a zone map near the annunciator
F)Provide calculations for alarm system
G)All testing as required per NFPA 72
H )Contact (360)478-5385 for testing appointment
_.� 2. A )Instal]. to NFPA 72 requirements
B)All testing as required per NFPA 72
C )Contact (360)478-5385 for appointment
D)Flow and tamper switches required on sprinkler system
E)Knox box required for after hours access
-F )Strobe required near annunciator and knox box
G )Provide key to knox box
m H)Annunciator required to be near and visible from the
front door
I)Install a graphic zone map near annunciator
3. PRIOR TO PERFORMING ANY RENOVATION OR DEMOLITION WORK,'
PUGET SOUND CLEAN AIR AGENCY (CLEAN AIR AGENCY) AND
WASHINGTON DEPARTMENT OF LABOR AND INDUSTRIES (L&I)
REGULATIONS REQUIRE AN ASBESTOS SURVEY BE PERFORMED TO
DETERMINE WHETHER THERE ARE ASBESTOS -CONTAINING MATERIALS
IN THE WORK AREA OR STRUCTURE. THE ASBESTOS SURVEY MUST BE
CONDUCTEDBY AN EPA CERTIFIED (AHERA) BUILDING INSPECTOR
(EXCEPT RENOVATION OF OWNER -OCCUPIED SINGLE FAMILY
RESIDENCES).
FOR MORE INFORMATION, PLEASE CONTACT CLEAN AIR AGENCY
THROUGH THEIR WEB SITE AT www.pscleanair.org OR BY PMD AT
800-552-3565 OR 206-689-4058. THE L&I WEB -SITE CAN
FOUND AT www.Ini.wa.gov/wisha/p-ts/asbestos/asbest .h�
Permit Holder,'s
Signature_. _�'��l�y �__ ____ __ _ Dat
x
BREMERTON PERMIT CENTER
PERMIT CONDITIONS
Permit.' N6 =. 02- 0663 Page: 2
-----------------
x,x xm,, .tlX-x-T#. IF. A IYA )14 Ir * ;kl;.,9 vi )r* Y*)K YZ*)r * W.MOCK A** 4.-Y *:r *x
IRE CE I PT
R E CE'. El P Number'. 02001041. Amount 255,75
it/20102 15:15
Pa,/merit. Method. CHECK Nol,dtion� LEVEL ONE CHECK
lnitL PC
P(�rmit. No.: 02-0663 . Type.' f -'!REALMS FIRE
ALARM PERMIT
Site Addrp-,ss: 2-P00 WHEATON WAY
cat ALBERTSONS, STORE R443
Lo I
To L ri. 1. F e (-,, s
41 9. 06
This pavillerd, 255.75 Tata}. A,'-(. Pints-
419.06
Balarice-
.00
IK a A,
1)ccountt Code Dexripi. i -ori
,14 in o u n t
fl2m,2-Ll) BUILDING PFRI11T FEE -5,
251.25
6<-z-.23.7 13 (0236) STATE OF WA
it. 50
M
:KXk(: *X=* %:wg%C*Alf,,WA** iK%(*,,AMr..?l.)k* KiK*
RECEIPT
k
*Yl.*kf**7KkfYL7K7l:;1%w*iKA**.lfD'w.V1,.VI)r.) )Y *%CkCk ***
RECEIPT 02000944 AMOUnt : 166,,.31 10/21/02 1.5:23
Payment Method: CHER Notation: LEVEL ONE CHECK ;fir,,,; t : pC
-------------------------
Permit No: 02--0663 Type: F IREALM:. FIRE ALARM PERMIT
Site Address:: 2900 WHEATON' 14AY
Location: ALBERTCONS STOPS #4431
Total Fees: 4.19.06
?his: Payment 163.3.1 Total. ALL Pmts: 163.31
Balance: 255.75
Account Code Description Amount
1.6-345.8300 (45 30) BUILDING PLAN CHECK FEES 162.31
U
.)t5 1 2
PERMIT CENTER
Department of Community Development '' 286 4th Street * Bremerton WA's 98337
(360) 478-5275 ^ Fax (360) 478-5278
Building Permit Application
APPLICANT: ❑ OWNE�R�1 ❑ CONTRACTOR ❑ AUTHORIZED AGENT
Site Address W11 Tax Account Number: /3/941 [D A
-p ZS' 2 00,3
CONTRACTOR: L_,EU`.L- 0"(r_SeLLr'
OWNER or Authorized Agent:
Address: l G '
A8P_a:Vr0.AX 3� '
City, State, Zip &Lk AL5J,3L)
Address: 604 9_Aj&l uD S rlD
License # & Expir. Dater L11L4os0e?W4- g1a'
City, State, Zip 0
Contact Name: F� 0 e V) r
Phone
Contact Phone #: (.z53 )
;29D 6 liulgJA-rW WA L4
Check the tvoe of aDDlication for below
❑
NEW SINGLE-FAMILY RESIDENCE
d
❑
NEW DUPLEX
❑
❑
NEW MANUFACTURED HOME
❑
❑
RESIDENTIAL REMODEL
0
❑
RESIDENTIAL ADDITION
❑
0
RESIDENTIAL REPAIR
0
NEW COMMERCIAL
❑
NEW GARAGE/CAR PORT
COMMERCIAL REMODEL
❑
NEW ACCESSORY BLDG
COMMERCIAL ADDITION
❑
NEW SIGN
COMMERCIAL REPAIR
❑
STRUCTURE DEMOLITION
NEW MULTI -FAMILY
❑
GRADING (Cubic yards: )
TENANTIMPROVEMENT ❑ OTHER
IS THIS PROPERTY WITHIN 200 FEET OFA SHORELINE? YES [�j NO H
Scope of Work Proposed: ri r% /1L•Gtinn. / N J�C4Lc. ° N ' �. °`�' V0'741 t.
Square Footage: Dwelling: S!�UOO Garage: Decks:
Valuation
Plan Review Fee
Permit Fee
Surchar a
Total Fees
��313I
a,51) . 2,<
q � ST)
f 4VI i, o
Application for which no permit is issued within 180 days following the date of application shall expire by limitation, and
plans and other data submitted for review may thereafter be returned to the applicant or destroyed by the building official.
The building official may extend the time for action by the applicant for a period not exceeding 180 days on request by
the applicant showing the circumstances beyond the control of the applicant have prevented action from being taken. No
applicant shall be extended more than once. In order to renew action on an application after expiration, the applicant
shall resubmit plans and pay a new plan review fee.
^
APPLICANT'S SIGNATURE: '//Lj �J DATE: 6 Z
Oa3-
Ra �9��i 9000 Series
Mgoy Control/Communicators
o APPROVED tegrated Security Systems for
Nov 04 2002 MIR sion, Fire and Access Control
(M dels: D7212, D7412, D9112, and D9412)
Control Featu
1..\\:T: `::��:i: •: M1{th CiN.•`hV�;.44.,i` :::\\`N.�\:{: c,��C{�L:•:: \\.`::::.%:2�{':t\\\' . '\..„
•\i. ::v:\: :iii+ �Mw:{.\,. .. S`fi ' `:`„Ca.o. :•::v„ :;;
Eight programmable _ �:. :..,..:' i•.�..v;,,<.;:;�:>.<;..,;;»;,,
Lim:.::K•:v.W:i::.i:i:•:{i::{:.:i`ii: i:::'i: r::::i:i •:ii}}v.
r n
f :�
er mterio
•met
with P
en
Regular, master, associate,
n area
shared option
P by �.�•:
• Real time dock and test timer
-���4}n�S�fS• i �- .
• Up to 1000 event log, including
time, date and event with area,•:
point and user number
• Battery charging circuit, AC power .
and voltage supervision
• Automatic reset circuit protectors
• On•xoard CPU watchdog warning
buzzer and diagnostic LEDs
• Lightning and EMI protection_
• Power limited external circuits --•, .w ,,• � '
Communicator
• Built-in digital communicator with
phone line monitor (loop or ground
start)
• Multiple telephone numbers,
primary and duplicate paths with
main and alternate destinations
• All Repbrts within each /t route
groups are programmable
• optional dual phone line switcher
monitors 2 phone lines
• Automatic test and status reports
• Time windows for arrning and operd
dose report suppression
• Programmable answering machine
work -around for remote Program-
ming on shared phone lines
Programmaple Outputs
• 2 -amp alar power @ 12 VDC
• 1.4 -amp aux power @ 12 VDC
• 4 alar output patterns
• Automatic bell test
• Programmable bell shut-off timer
• D72121D7412: 67 programmable
relay outputs
D9112M%12: 131 programmable
relay outputs
L923 PM 39173B (6198)
System Response
• D7212ID7412: 75 points,
8 on -board, up to 67 off -board
D9112JD9412: 246 points,
8 on -board, up to 238 off -board
• 31 custom point indexes,
including fire supervisory
• Selectable point response time
•Fire alar verification
• Fire inspector's local test
• Watch mode
• Scheduled events (Skeds) arm,
disarm, bypass and unbypass
points, control relays, control
authority levels, control door
access and more
User Interface
• Supervises up to 8 command
centers (up to 32 non -supervised
command centers can be used)
• Custom command center text
• D72121D7412: 4 custom functions
D9112MM12: 16 custom functions
• Full function command menu
including custom functions
9000
• D7212ID7412: 99 Users
D9112ID9412: 249 Users
• Each user has authority by area
and 16 -character name
• 14 custom authority levels control
user's authority to change, add,
delete passcodes or access control
tokensicards, disarm, bypass
points, initiate system tests, and
more
• Adjustable brightness/loudness for
command center display/sounder
• 072121D7412: 1 parallel printer
D9112ID9412: 3 parallel printers
Access Control (07412M9412)
• D7412: 2 access control doors and
396 tokens/cards
D9412: 8 access control doors and
996 tokens/cards
• Custom door strike, point shunt and
auto disarming response by area
• Logging options for. Access
Granted, No Entry, Request to Exit
and Request to Enter
• 14 -panel wide access levels with
both manual and scheduled control
e6fita" Stmt Y U
OCT 272002
BUIL
n�1N�CL,O�FEh�Ar?cLv IN 7
®1998 Radionics, Inc.
23
System Description
9000 Series Control/Communicators provide an integrated
solution to Access Control, Security, and Fire Alarm System
applications.
Control / Communicators are capable of monitoring alarm
points for intruder or fire alarms while operating user
command centers, (access readers, door locks - D7412/
D9412), and other outputs. Includes a built-in digital
communicator which reports events to selected destinations
via 4 programmable route groups. Programming and
accessory modules offer flexibility and beneficial features
rarely found in other security control systems.
Area configurations
9000 Series' area programming offers you a wide selection
of different system configurations. Each area is assigned an
account number to define annunciation, control, and reporting
functions. Multiple areas can be linked to a shared area which
is automatically controlled (hallway or lobby). Area arming
can be conditional on other areas (master/associate).
User Interface
9000 Series command centers provide on -premises point
and system status annunciation. A fully selectable user
interface can customize command center displays and
simplify operation by creating menu items and functions,
appropriate only to that command center.
Function Lists can help a user become familiar with the
operation of the control panel.
Custom functions allow users to perform complex functions
with a few keystrokes. Each may be programmed and
identified by 16 characters of custom text and contain up to
32 keystrokes.
D1255 Command Center, D1256 Fire Alarm Command
Center and D1257 Fire Alarm Annunciator use a 16 -character
English language display to show system status, area status
(custom text), and point status (custom text). D720 8 -point
LED area command center provides command functions and
annunciation for up to 8 points in a single area. Any
combination of these command centers may be used within
the same area.
Easy to remember commands like Command 1, Command
2, and Command 8 make an easy transition for seasoned
Radionics users.
User Passcodes
9000 Series can accommodate:
• D72121D7412: 99 user passcodes
D91121D9412: 249 user passoodes.
(Each passcode individually programs with
3 to 6 digits in length and no fixed digits).
Each user is assigned one of 14 customized authority levels
in each area. You may restrict passoodes to operate only
during certain times.
Each user may have a 16 -character customized name that
may be viewed, printed, reported to a central station in
radionics' Modem 111a2*" Communications format or
retrieved with Remote Account Manager (RAM).
L923 PM 391738 (6198)
24
Security and Fire Detection
9000 Series provide eight 'on -board' detection points, and
up to 238 additional off -board points (depending on Model
and expansion interfaces). Points may be individually
programmed and used to monitor all types of burglar alarm,
fire alarm, and supervision devices.
communications
9000 Series have four route groups, sorts reports by priority
and are capable of transmitting reports to up to four locations.
Each group has a programmable primary and backup
destination. Radionics' Modem Illa "' Communications
Format, available with Radionics' D6500 Receiver, adds these
reporting capabilities. To name just a few:
• Individual point numbers and text
• Opening/Closing reports by area number
• Remote programming attempts
• Diagnostic reports
• Access control events with user name
Event Log Storage, Viewing and Printing
9000 Series' event log automatically stores up to 10DOevents.
All local and transmitted events are stored (some access
events are selectable). Event log includes time, date and
event, with area, point and user number.
Users may view event log from Alpha Command Centers.
Events may be retrieved remotely using RAM.
Events print as they are stored in event log. D9131 A Parallel
Printer Interfaces can be installed to record events locally on
one, two, or three printers (depending on model). Each can
print opening and closing, access, alarm, Skeds, or any
combination of events. Each can print information from any
combination of areas. Each can supervise various printer
status conditions.
Event log and local printer are ideally suited for customers
who like to have a record of openings and closings without
having extra communications costs. Logger and Remote
Account Manager, can suppress reports and than retrieve
events periodically using one phone call, rather than receiving
several calls each day.
When the panel's event log reaches its programmed
threshold of stored events, it can send a report to D6500
Receiver to remind central station to retrieve events from the
panel's event log with Remote Account Manager.
Scheduled Events (Skeds)
9000 Series' internal dock and calendar help the panel
operate individually scheduled events (Skeds). Skeds
performs a specific function (such as arm/disarm, relay
control, point bypassing, etc.). Each Sked is programmed
for a time -and -day -of -week schedule or a date -of -year
schedule.
Users may change Sked Time if programmed for local time
editing. Holiday schedules can enable or disable individual
Skeds during holiday periods.
• 64 scheduled events with up to 26 different functions
• Day -d- reek or date -of -year schedules
• Four holiday schedules of 366 days each (leap year)
9000 Series Specification Sheet ®1998 Radionics, Inc.
Fire Test
9000 Series Fire Test Mode suppress reports to central station
so you can test initiating and indicating devices without
transmitting alarms. Initiating Fire Test Mode, sends 'Fire
Walk Start" to central station indicating start of test. Test
events become 'local only'. Command center shows how
many points are to be tested.
Each time a device initiates an alarm, programmed point text
displays at command center and fire bell rings for 2 seconds.
Automatic sensor reset feature allows continued testing of
devices without time consuming trips to manually reset
sensors. At the end of test, command center displays number
of untested points. You can also view point text for each
untested point. _
Ending Fire Test Mode, sends 'Fire Walk End" to central
station indicating end of test.
Combining Access Control with Security
and Fire Detection (D741209412)
9000 Series' combined systems can help prevent false alarms
making it easy to use one system that controls access,
security, and fire functions.
Access control features of D74121D9412 can deny access
during armed periods, grant access only to certain authonzed
users depending whether an area is master armed, perimeter
armed or disarmed. Alarm system can automatically disarm
when designated authorized users are granted access.
D7412: Two (2) access doors 175 detection points
D9412: Eight (8) access doors / 246 detection points
D9210B Access Control Interface Module
Access is granted from Wiegand format readers or Request
to Enter/Exit devices when connected to D9210B. Also
provided are connections for door point, strike, buzzer and
enclosure tamper. (One D9210B required per door).
• Each access door can be configured independently
• Door point controls access door and is part of alarm
system (door does not need double contacts)
• Door contact can reset strike time when opened
• Door contact can terminate entry buzzer (if used)
• Door contact is shunted when valid access is granted
• Optional buzzer can trigger prior to and of door shunt
period, warning user a 'door left open" condition is
about to occur.
• Door point can be configured to generate alarm or
trouble (or have no response) when door is left open
beyond shunt period
• In addition to granting access, cards control whether
system will disarm along with granting access
• Door strike can release automatically during disarmed
periods, then automatically reaock when area is armed
• Door can generate an alarm, trouble, (or have no
response) depending on area's armed condition when
door is opened outside authorized access period
• REQUEST TO ENTER and REQUEST TO EXIT can be
programmed to shunt door without activating strike
• An option determines whether access granted, no entry,
request to enter, or request to exit messages are sent to
event log
Specifications
General
Contractor shall furnish and install, where indicated on plans,
a Radionics 90DO Series Control/Communicator. Panel shall
be listed by Underwriters Laboratories for NFPA 72
Applications.
9000 Series shall support initiating and indicating modules
and Radionics Command Centers. Power supply shall provide
1.4 -amp @12 VDC for all processing functions and auxiliary
requirements.
Software
9000 Series' programming of all system functions shall be
accomplished on site using Radionics D5200 Programmer
or remotely using Remote Account Manager software
package. A programmable system passcode shall be used
to prevent unauthorized remote programming.
Panel shall accommodate up to four separate telephone
numbers for pnmary, alternate and backup receivers,
automatic test reports, selective relay activation, and custom
text on associated command centers and annunciators.
When resetting alarms, arming or disarming a combination
fire/burglary and/or access control system, user shall be
identified by name and number.
D7212107412: Up to 99 users
D911ZW12: Up to 249 users
Panel's internal clock shall support Skeds (scheduled events)
feature. User shall have option to alter Sked activation times
using a programmable passcods.
Up to 64 programmable scheduled event functions shall be
available for controlling relays, enabling passcodes, windows,
and supporting service alert feature.
Other programmable functions shall include fire alarm reset
commands, and day/date/time adjustments.
Event Logger/Clock
9000 Series' event log shall store up to 1000 events. All
system events shall include time, date and event with area,
point and user number.
Access events (optional) stored shall include: Access granted,
no entry, Request To Enter, and Request To Exit. Logger
records certain functions entered at command centers. Stored
events in Logger shall be retrievable with a Remote Account
Manager software package.
Remote Diagnostics and Controls
9000 Series shall be able to be remote controlled through
use of Remote Account Manager software. Features shall
include: reset of audible signals, activation/deactivation of
D8129 relays, interrogation of battery, point and armed status,
enabling or disabling reporting functions, and shunting of
reporting points during servicing.
Command Centers
9000 Series command centers shall be Radionics D1255
Command Center, D1256 Fire Alarm Command Center and
D1257 Fire Alarm Annunciator. Each shall be equipped with
a 16 -character alphanumeric display, distinct fire and burglary
tones, and backlighted multi -key touchpad.
O 1998 Radionics. Inc. 9000 Series Specification Sheet L923 391738 (6198)
25
Specifications (cont'd)
Command Centers (Cont'd)
D1255, D1256, and D1257 shall have the ability to display
for each detection point: alarm, trouble, supervisory, or
faulted, and custom text. In addition, expanded, addressable
point displays shall include missing and extra point
information. Systemwide displays shall include: local system
test, sensor reset, fire test mode, and user programming
prompts.
Fire Test
9000 Series' Fire Test Mode shall support single -person
operation. All reports to central station shall be suppressed
while fire test is being conducted. Fire Test Mode shall be
activated by entering a user passoode at command center.
All testing data shall be visible on command center and
annunciator displays during testing.
Hardware
9000 Series shall provide up to 246 individually identified
addresses, (75 with D7212/D7412). Each shall accommodate
normally open and/or normally closed devices with end -0f -
line resistor supervision. Each point shall be programmable
for fire, fire supervisory or burglary applications. Point output
shall be silent or audible. Audible output shall be steady,
pulsed, CA standard, or temporal code 3.
External Hardware
9000 Series shall allow use of up to three on-site parallel
printers (one with D7212ID7412), using Radionics D9131A
Printer Interface Modules. Events shall print time, date, and
event description with area, account, point, and user number,
including text for points and users.
Installation, Warranty, and Training
9000 Series System Installation, wiring of initiating devices
and signaling circuits, shall be the responsibility of installing
company.
Warranty on all components shall be one year, subject to
manufacturer's limitations. Training on complete system
operation shall be furnished by installing company upon
completion of installation.
Listings and Approvals
Fire
UL: Central Station, Local, Auxiliary, Remote Station, and
Household Fire Waring.
CFSM, FM and NYC -MEA approved.
Burglary
UL: Central Station, Local, Police Connect, Bank Safe and
Vault, Mercantile Safe and Vault, and Grade A Household
DOD: Approved for installations in Sensitive Compartmented
Information Facilities (SCIF).
Access
UL: Access Control Systems.
t1998 Radbnim Inc, 9a Wm. CA, USIA IIA rOtO r�rvad
Tb Radbeis 1W b a rap W -W aada * d Ra —1- Irx., SWWM, CA
L923 PM 391738 (61911)
26
Accessories
Command Centers, Keypads and Accessories:
D1255
Command Center
D1256
Fire Alarm Command Center
D1257
Fire Alarm Annunciator
D720
8 Point LED Area Command Center
D268
Independent Point Control Module
D269
Independent Point Control Keypad
D279
Independent Point Control
D54B
Command Center Flush Mount Fit, Brass
D54C
Command Center Flush Mount Kit, Stainless
D55
Command Center Desk Stand
D56
Command Center Surface Mnt. Conduit Box
Zone Expansion and Interface Modules:
D6125MUX
Multiplex Interface Module
D8125
POPEX Module
D9127U/T
POPIT Module, U=No Tamper / T= Tamper
D8128C
OctoPOPIT Module
D940
Super Loop Module
D8129
OctoRelay Module
D127
Reversing Relay
D136
Plug-in Relay
D8121A
Derived Channel S.T.U. Non UL
D8122
Derived Channel S.T.U. UL Listed
D9131A
Parallel Printer Interface Module
D921 OB
Access Control Interface Module
Detection Devices with Built4n POPIT:
ZX835
PIR/Microwave Detector, 35 ft. x 35 ft.
ZX970
PIR/Microwave Detector, 60 ft. x 60 ft.
ZX935Z
PIR Detector, 35 ft. x 35 ft.
ZX776Z
PIR Detector, 50 ft. x 50 ft.
ZX794
PIR Detector, 90 ft. x 90 ft.
ZX938Z
PIR Detector, Ceiling Mount, 360° x 60 ft.
D278S
Smoke Detector Base 12 VDC
D298M
Smoke Detector Base, Master, 24 VDC
D298S
Smoke Detector Base, 24 VDC
Fire Alarm
Modules and Accessories:
D125B
Dual Gass B Powered Loop Interface Module
D129
Dual Class A Initiation Circuit Module
D130
Auxiliary Relay Module, 1224 VDC
D184
Auxiliary Local Energy Interface Kit
D185
Reverse Polarity Interface Module
D192C
N.A.C. Module, Class B, 12/24 VDC, 1.8 -amp
D192D
NAC. Module, Class A/B, 12/24 VDC, 3 -amp
D928
Dual Phone Line Switcher
D8130
Release Module
Power Supplies, Transformers. Batteries 3 Accessories:
D9142F
Auxiliary Power Supply, 24 VDC, 4 -amp
D8132
Battery Charger Module, 12 VDC
D1640
16.5 VAC 40 VA Transformer
D113
Battery Lead Supervision Module
D122/L
Dual Battery Harness/Long Leads
D126
Battery, 12 V, 7 Ah
D1218
Battery, 12 V, 17.2 Ah
Enclosures, Brackets, and Phone Cords:
D8103
Universal Enclosure
D8109
Fire Enclosure
D8108A
Attack Resistant Enclosure
D8004
Transformer Enclosure
D137
Module Mounting Bracket
D101
Lock and Key for D8103
D161/162
Dual Mod. Telephone Phone Cord, 7 fL2 ft.
Programming Products:
D5200 Programmer
D5400 Remote Account Manager, RAM
�- iO_Rad" asInc., 11100 Abbott Stmet
niCS Salinas,, C CA, 93901, USA
ISO 9002 0
CERTIFICATE NO. A3946
RadionicsM
Features
D8125 and D9127
Addressable Expansion Modules
Specification Sheet
• Provides point identification of initiating devices
• Supervises wiring to devices for circuit integrity
• Compatible with D7212, D7412, D8112, D9112,
D9412,and D9124 Control/Communicators
• Expands the number of points of protection
in the system
• Compact size
• Terminal connections for reliability
• Multiplex technology
• Low installation costs
Description
The D8125 and D9127U/T expansion modules are a
proven multiplex technology combining zone/point
supervision with individual device addressing on one pair
of wires. The control/communicators use the D8125 to
provide for expansion beyond the standard number of
zones up to a total of 240 points of protection. Each
D8125 module can fully supervise 120 D9127U/T
(Untampered andTampered) POPITs(Pointof Protection
Input Transponders).
The D9127 is a compact, addressable device. Future
system expansion is very economical as they can be
spliced in anywhere along the two wire data expansion
loop from the D8125 module. Four screw terminals
provide reliable connections for the data expansion loop
and supervised sensor loop wiring.
Application
The D8125 and D9127U/T Modules are used when there
is a needto expand the appropriate controVoommunicators
beyond their standard number of on -board initiating
zones or points.
Listings and Approvals
• UL listed
• NYC -MEA approved
• CSFM listing no. for D8125 and D9127:
7167-801:104 (household)
7165-801:102 (non-highriss)
75-07506-ODo-B 396
Installation
The D7212 and D7412 control/communicator uses one
D8125 expansion module to provide a maximum of 40
additional points of protection.
Up to two model DBI 25 expansion modules can be used
with the DB112, D6124, D9112, D9412, and D9124
control/communicators. The D9124 Control/
Communicator basic system comes with an integral
D8125 module and can accept one additional module.
Each D8125 installs in the control panel enclosure or in
an adjacent approved enclosure. You can supervise up
to 120 D9127 POPITs with each D8125 module.
The D9127U/T POPIT modules are suitable for
applications where specifications call for point
identification from each initiating device or series of
devices. The units are small, and easily installed in
standard outlet boxes, above false ceilings, closets, or
other accessible locations.
COMMUN GATOR
ZONE EXPANSION LOOP
l
� D9127U/T POPn' MODULE
ilwq—I — - -
MOOD F
61=1 �J
33 k
E
POPIT SENSOR &O�PSORR
S+D-NNAMLNORMALLY
DRNORALYL
DETECTION DEVICES)
O 1995.1996 Fladiar ira
Ordering Information
Model
Description
D8125
D7212, D8112, 139112, D9412,
D9124 Expansion Module
D9127U/T
Point of Protection Transponder
Electrical Specifications
Operating
Nominal12 VDC supplied by
Volta a
control/communicator
Operating
50 mA per D8125 module plus
Current
0.5 mA per D9127U/T module
Operational Data
Each D8125expansionmodule monhorstheD9127 POPITs
over a two-conductorsupervised data expansion loop. Off -
normal sensor loops (open orshorted), missing, and extra
POPITs are quickly identified by device address and the
information relayed to the control/communicator.
Each D9127 provides one supervised point of protection.
Normally open and/or normally closed contacts may be
connected on the same sensor loop. A 33kQ EOL resistor
is provided to be installed at the furthest point on the loop
for proper supervision.
wiring Intormatlon
m.WWNN w
0.MOmmX1"
0 .2mmo 10 mum
rim
��OILi1t
O H
CONNECTIM
.w
mi m�llUW
• m pew
Z -wmm
Fip.-. antro
WW Wt u .
m
m
Specifications
The contractor shall furnish and install the D9127 POPIT
expansion modules as indicated on the plans. Each
POPIT shall provide a supervised sensor loop for initiating
devices and identify the device status in off -normal
conditions. Each POPIT shall be assigned a device
address as indicated on the plans and annunciate at the
specified locations. The POPITs shall connect to a 2 -wire
data expansion loop from a D8125 installed in the control/.
communicator enclosure.
The D8125 module shall be used for D9124, D9112,
D9412 or D8112 control/communicators and provide
supervision for up to 63 or 120 D9127 POPITs on each
of up to two modules.
The D8125 module shall be used for D7212 control/
communicators and provide supervision for up to 40
D9127 POPITs.
Specified Radionics control/communicators shall be
capable of providing device point identification to a remote
Radionics D6500 receiver using the Modem II reporting
format. All wiring shall be in accordance with the
manufacturer's instructions and follow all applicable
codes.
Dimensions
D8125/D8125X: 5" L x 3" W x 3/4" D
D9127Urr: 3 3/16" L x 1 1/2" W x 7/8" D
Is
WVWr
Mm
.zr i 1�" i al
,u Wvu
TM The Radionics logo is a registered trademark of Radionics, Salinas, CA, U.S.A.
®1995-1996 Radionics, Salinas, CA, U.S.A. All rights reserved.
Radionics- Radionics. 1800 Abbott Street, Salinas, CA, 93901 U.S.A.
Radionics'
Features
• Slim -Line designer styling compliments any decor
• Easy to read Vacuum Fluorescent Display (D1255)
or LED display (D720)
• Lighted keys on entry or key press for simple
operation
• Easy system control with menu keys (D1255) or
function keys (D720)
• User friendly response tones
• User controlled brightness and loudness (D1255)
• Installer configured menus, text and custom
functions (D1255)
• Multiple or single area configurations (D1255)
• Compatible with the D9412, D9124, D9112, D7412
and D7212 Control/Communicators
Description
The Radionics D1255 and D720 Command Centers
are low profile, surface mount units which can
annunciate events from the Radionics 7000 and 9000
series control/communicators. The units have
number keys (from 0 to 9) and function or menu keys
(including COMMAND and ENTER). These keys are
used to enter personal passcodes and commands
into the D9412, D9124, D9112, D7412 and D7212
Control/Communicator.
Both command centers contain a sounder to
annunciate several system and area conditions.
These conditions include: Entry/Exit Delay,
Keystroke Entry, Faulted Point Protest, Watch Tone,
System Trouble Tone, Alarm Tones, and Walk Test.
D1255 Command Center
The D1255 features an illuminated keypad, a 16 -
character vacuum fluorescent display, and
programmable text annunciation of up to 246 points.
A pull-up reference card and labeled keypad provide a
quick reference to common command center features
and system displays.
The built-in speaker emits distinct warning tones. As
you press each key, the speaker can emit a muted
beep to indicate that your entry was accepted.
D1255 Command Center
and D720 LED
Command Center
Specifications Sheet
D1255 with D55 deskstand shown.
D720 LED Command Center
The D720 Command Center features LED
annunciation for up to eight points. The LEDs can
indicate Power State (AC On/Off, Battery Good,
Battery Low, and Battery Missing), Armed Status
(Perimeter, Interior, and Instant), Point Status (Point
Fault, Point Alarm Memory, and Bypassed Point) and
Command Mode (On or Off).
Listings and Approvals
• UL Listed: 1610,1076,1023, 985, 864, 609, and
365
• CSFM: Household and Non Hi Rise
• NYC -MEA: Completed
• FM: Approved
Application
The D1255 and D720 can be mounted in secure areas
for use as both system controllers and annunciators.
In commercial uses, the Command Centers are
typically installed in building entrances and areas with
unrestricted access. Near exterior doors in hotel or
business lobbies are ideal locations. This allows a
responding agency, or persons evacuating the building
L809 PM 337048 10(96 01996 Radionics, Inc.
Application (Cont'd)
to quickly identify the type and location of the
emergency from outside without being in danger.
For residential use, the Command Centers are usually
located near the front and rear entrances to the home.
Additional Commands Centers are also often in a
kitchen or in a bedroom.
Multiple Command Centers can be used in a large
building with many separate areas of security. These
Command Centers can be programmed to control one
or many areas.
Both devices have a built in sounder that allows them
to be installed in locations not in general view.
Audible tones alert personnel to fire system events
and assist fire fighters in locating the annunciator.
Installation
The D1255 and D720 Command Centers connect to
the control/communicator through standard four -wire
cable. Shielded cable may be required where
excessive EMI is a problem.
The field wiring connects to a four -wire harness
supplied with the unit. This harness plugs into a four -
pin connector on the circuit board through the back of
the D1255 or D720. Each unit has three mounting
holes in the base that allow secure, correct
positioning during installation.
Do not install the command centers in direct sunlight.
This damages the module components and makes
the display less visible.
Operational Data
The D1255 and D720 operate through the Serial
Device Interface bus of the control/communicators.
Serial data and power is received by the command
centers through a four -wire cable.
Both devices continually show the status of the
system. Changes in the normal panel condition such
as alarm or trouble events are displayed in
alphanumeric English text (D1255) or LED display
(D720) and the appropriate sounder response tone is
emitted. Resetting the unit display and sounder can
be accomplished only by authorized persons.
Wire Information
Four -Conductor from Panel D1255 or D720
12VDC 12 VDC
Date -Out Data -In
Common I Common (Black)
Ordering Information
Electrical Specifications
Operating Voltage
tionand
CenterCommand
Operating current
D1255
Center
Mrl
s Face lateless
D720
Steel Face late
Standuit
Wiring
Backbox
Electrical Specifications
Operating Voltage
Nominal 12VDC supplied by
the control/communicator
Operating current
D1255
Minimum 104 mA
Maximum 206 mA
D720
Minimum 20 mA
Maximum 100 mA
Wiring
Four conductors supply:
Serial data, +12VDC and
panel common
Display
16 character vacuum
fluorescent
1255 or LED D720
Operating
Temperature
0 to 5°C (32 to 122°F
Non -condensing
Relative Humidity
5 to 85% at 30°C (86°F)
Dimensions
Base Measurements 6.3"L x 4.5"W x 0.6"D
Specifications
The contractor shall furnish and install, where
indicated on the plans, Radionics D1255 Command
Center and D720 LED Command Center. The D1255
shall have a 16 character vacuum fluorescent display
and show all system events. The D720 shall have an
eight point LED display. Alarms shall be prioritized
ahead of other system events and displayed in
sequence.
A built in sounder shall indicate events with distinct
tones for fire alarm and system trouble. The D1255
and D720 shall connect to the controlfcommunicator
through a four -wire cable. The D1255 and D720 shall
be constructed of high impact plastic.
The D9412, D9124, D9112, D7412 and D7212 have a
nonvolatile event memory. All system events are
stored in this log and can be recalled and displayed on
Command Centers (D1255), printed locally or retrieved
from off premises via the Remote Account Manager
(R.A.M.).
ISO 9002O
CERTIFICATE NO. 83946
m 1994-1996 Radionics, Salines, CA, U.S.A. All rights reserved.'m
The Radionics logo is a registered trademark of Radionics Salinas CA ,U.S.A.
Radionics, Inc., 1800 Abbott Street L809 PM 33704B 10196
i?nt1 innir -_1:C Salinas. CA. 9301. U.S.A.
R A DI O N I C S
D1256 Fire Command Center and
D1257 Fire Alarm Annunciator Specifications Sheet
Features
• Compatible with the D9124, D9112, and D7212
Control/Communicators
• Attractive low profile fire annunciators
• D1256 provides system control with easy to use
function keys
• D1257 can be remotely installed in public access
areas
• Built in multi -tone sounder
• Easy to read vacuum fluorescent display
• Displays complete system status in English format
• Programmable custom text for each point
• Local system test display
• Molded red ABS plastic construction
Description
The Radionics D1256 Fire Command Center and the
D1257 Fire Alarm Annunciator are four -wire serial
devices used with the Radionics D9124 Addressable
24VDC Fire Control/Communicator and the D9112
and D7212 Control/Communicators. One D1256 is
included with the D9124 panel. It can be accessed
through the slide door on the front of the enclosure.
Both annunciators provide English text displays of
system events with highly visible blue vacuum
fluorescent displays. A built in sounder alerts building
personnel to system alarms and troubles and guides
responding agencies to the annunciator location.
75-06926-0OaA 1/94
Easy Identification
Both units are molded in durable red plastic and have
low profile enclosures. The wording "Fire Alarm
Annunciator" is clearly printed on the faceplate of the
D1257. This allows inspectors, service technicians
and responding fire agencies to identify the
annunciator.
D1256 Fire Command Center
The D1256 Fire Command Center is a full function
system controller and annunciator. Four special one
touch function keys provide user friendly control over
the system. The function keys allow the user to
silence the audible alarm output, silence the trouble
sounder, reset the annunciator display and reset
system detectors. Four additional navigational keys
allow access to outer programmed system functions.
D1257 Fire Alarm Annunciator
The D1257 Fire Alarm Annunciator provides remote
annunciation capabilities without system control.
Similar in appearance to a D1256 Fire Command
Center, the D1257 Fire Alarm Annunciator lacks
function keys. This makes system control functions
inaccessible to unauthorized persons. Thus, the
D1257 can be placed in locations where the public
may have access to it. Two navigational keys allow
the user to step forward or backward through a list of
system events.
Listings and Approvals
•UL Listed
• CSFM under investigation
• NYC -MEA under investigation
• FM under investigation
01994 Radionics, Inc.
Application
The D1256 can be mounted in secure areas for use
as both a system controller and annunciator.
The D1257 Remote Fire Annunciator is typically
installed in building entrances and areas with
unrestricted access. Near exterior doors in hotel or
business lobbies are ideal locations. This allows a
responding agency, or persons evacuating the
building to quickly identify the type and location of the
emergency from outside without being in danger.
Both devices have a built in sounder that allows them
to be installed in locations not in general view.
Audible tones alert personnel to fire system events
and assist fire fighters in locating the annunciator.
Installation
The D1256 and D1257 system annunciators connect
to the fire control/communicator through standard
four -wire cable. Shielded cable may sometimes be
required where excessive EMI is a problem.
The field wiring connects to a four -wire harness
supplied with the unit. This harness plugs into a four -
pin connector on the circuit board through the back of
the D1256 or D1257. Each unit has three mounting
holes in the base that allow secure, correct
positioning during installation.
Do not install the D1256 or D1257 in direct sunlight.
This damages the module components and makes
the display less visible.
Operational Data
The 1256 and D1257 operate through the Serial
Device Interface buss of the control/communicators.
Serial data and power is received by the D1256 and
D1257 through a four -wire cable.
Both devices continually show the status of the fire
alarm system. Changes in the normal panel condition
such as alarm or trouble events are displayed in
alphanumeric English text and the appropriate
sounder response tone is emitted. Resetting the
display and sounder can only be accomplished at the
D1256 Fire Command Center by authorized persons.
Ordering Information
Model
Description
D1256
Fire Command Center
61257
Remote Fire Alarm Annunciator
D54B
Brass Faceplate
D54C
Stainless Steel Faceplate
D55
Desk Stand
D56
Conduit BackbOx
Fipctrical Snecifications
Operating Voltage
Nominal 12VDC supplied by
D1256 or D1257
the control/communicator
Operating current
Minimum 104 mA,
12 VDC (Red)
Maximum 206 mA
Wiring
Four conductors supply:
Data -Out (Green)
Serial data, +12VDC and
Common (Black)
panel common
Display
16 character vacuum
fluorescent
Operating
Temperature
0 to 5°C (32 to 122°F)
Non -condensing
Relative Humidity
1 5 to 85% at 30°C (86°F)
Wire Information
Four -Conductor from Panel
D1256 or D1257
Wiring Harness
12VDC
12 VDC (Red)
Date -Out
Data -In (Yellow)
Data -In
Data -Out (Green)
Common
Common (Black)
Dimensions
Base Measurements 8.3"L x 4.5"W x 0.8"D .
Specifications
The contractor shall furnish and install, where
indicated on the plans, Radionics D1256 Fire
Command Center and D1257 Remote Fire Alarm
Annunciator. Each device shall have a 16 character
vacuum fluorescent display and show all fire system
events. Alarms shall be prioritized ahead of other
system events and displayed in sequence. The
D1257 shall have no on board system control
functions keys.
A built in sounder shall indicate events with distinct
tones for fire alarm and system trouble. The D1256
and D1257 shall connect to the fin; control/
communicator through a four -wire cable.
The D1256 and D1257 shall be constructed of high
impact red plastic. The D1257 shall have the text
"Fire Alarm Annunciation" clearly printed in bold
letters to the right of the event display.
The D9124, D9112 and D7212 have a 500 event
nonvolatile event memory. All system events are
stored in this log and can be recalled and displayed
on system annunciators, printed locally or retrieved
from off premises via the RAM II software package.
®1994 Radionics, Salinas, CA, U.S.A. All rights reserved.
The Radionics logo is a registered trademark of Radionics, SaMas, CA, U.S.A.
Radionics Radionics, Inc., 1800 Abbott Street Salinas, CA, 93901
IL
Radionics
Features
• Motion Analyzer II Processing (patented)
• Motion Monitor (patented)
• Self -Test Supervision Systems
• Changeable Mirrors
• 3600 x 60 feet 08.3 m) Diameter Pattern
• 8 to 18 feet (2.4 m to 5.5 m) Mounting
Height
• Built-in POPIT with Tamper Sensor
(ZX938Z)
Listings and Approvals
• Underwriters Laboratories
• Underwriters Laboratories of Canada
Description
The DS938Z and ZX938Z are ceiling -mount,
360° passive infrared intrusion detectors that
uses Motion Analyzer II to reducefalse alarms.
Both are equipped with advanced PIR
detection and supervision circuits and are
designed to provide an alarm condition upon
detection of an intruder passing through its
area of coverage.
The ZX938Z includes a built-in PORT for
convenient addressable alarm and trouble
signalling. The built-in POPIT makes it easier
to install, with low current consumption and
fewer wires needed.
DS938Z/ZX938Z
Ceiling Mount
Passive Infrared
Intrusion Detector
Specifications Sheet
Motion Analyzer II uses multiple thresholds
and timing windows to analyze timing,
amplitude, duration, and polarity of signals to
make an alarm decision. Three PIR sensitivity
settings are available.
The detectors will not signal an alarm on
extreme levels of heat and light produced by
heaters, air conditioners, hot and cold drafts,
sunlight, lightning, or moving headlights.
The Motion Monitor supervisionfeature verifies
that the detector has a clear view of the
detection area. If the detector has not alarmed
at least once during the selected supervision
interval (4 or 30 days), a trouble condition is
indicated.
The DS938Z and ZX938Z both have field
replaceable, mirrored optics allow it to be
mounted on ceilings from 8 ft. to 18 ft. (2.4 m
to 5.5 m) in height.
L986 PM 40407B 0 1998 Radionics Inc.
DS938Z/ZX938Z Specifications
Coverage
3600 by 60 ft. (18.3 m) diameter.
For UL Certificated Installations, the coverage is
3600 by 54 ft. (16.5 m) when mounted 10 to 13 ft.
(3.1 m to 4 m) using the AR8-13 Array, and when
mounted from 15 ft. to 18 ft. (4.6 m to 5.5 m)
using the ARI 3-18 Array.
Power Requirements
DS938Z: 6 to 15 VDC, 18 mA nominal @ 12 VDC
ZX938Z: Less than 500 micro -amps, 2mA when in
alarm with LED enabled. Input power comes from
2 -wire Zonex loop.
Note: Do Not Leave ZX938Z Walk Test LED's
enabled.
Alarm Output
DS938Z: Form "C" reed relay rated at 3.0 watts,
125 mA @ 28 VDC for resistive loads.
ZX938Z: Signal via POPIT data bus.
TamperOutput
DS938Z: Normally Closed (with cover in place)
tamper switch. Contacts rated at 28 VDC, 125 mA
maximum.
ZX938Z: Signal via POPIT data bus. A tamper is
signaled as a "Missing".
Radio Frequency Interference (RFI) Immunity
No alarm or setup on critical frequencies in the
range from 26 to 950 Megahertz at 50 vim.
Storage and Operating Temperature
-20" to +120"F (-290to +490C). For UL Certificated
,W%VW
installations, +320F to +120"F (09to +490C).
Test Features
Three externally visible high -output alarm LEDs
(visible from any angle) flash to indicate trouble
condition. Internal noise voltage test pins provide
precise pattern location and background
disturbance evaluation using a standard analog
meter and the TC6000 Test Cord.
Supervision Features
PIR Supervision - Provides trouble output in the
event PIR circuitry fails.
Motion Monitor- Switch -selectable 4 and 30 day
timers verify that there is a clear view of the
protection area.
Enclosure Design
Modular high impact ABS electronic head and
mountingtwiring base designwith rugged removable
polyethylene dome provides easy access to field
setup switches. Measures 3.325" H. by 5.25" D
(8.4 cm H, by 13.3 cm D).
Mounting
8 to 18 ft. (2.4 m to 5.5 m). Mounts directly to
ceiling or to standard 4 " (10.2 cm) octagonal
electrical box.
U.S. Patents
# 4,764,755; # 4,920,268; # 5,083,106.
Accessories
TC6000 Test Cord
Coverage
mlmelmv • ,pw.•.wwraow.w.bml
w r a • a i
r �
w
l
i M ■ N • N ■ �
r•awn r a • a ► r
sw a
d
■
ISO 9002 0
CERTIFICATE NO. A5137
111 $ 1800 Abbott Street, Salinas, CA 93901 L986 PIN 4040713
Photoelectric Smoke and
D285, D285TH Combined Smoke/Heat Heads
Features
• Designed for commercial or residential use
• Two -wire or four -wire application, depending
on base
• Chamber CheckTM rapid -flash LED Automatic
Trouble Indication reports contaminated
chamber
• Flashing LED power indicator
• Steady -on LED alarm indicator
• Modular Design
• D285TH model incorporates a 135°F Heat
Sensor
Description
These smoke detector heads are a part of two -
component modular detectors, the second
component being the detector base. The bases
are permanently attached and wired to backboxes.
The interchange -able heads quickly detach for
replacement and cleaning without disturbing the
circuit wiring. Head removal results in a trouble
signal at the panel.
The Radionics D285 photoelectric smoke detector
head uses an LED light source and a silicon photo
diode to measure light in a chamber. In normal
conditions the light source is absorbed in the
chamber. The presence of a significant number of
particulates allows the light to reflect to the photo
diode. Diode measurements exceeding the alarm
threshold cause the unit to signal an alarm
condition.
The detection chamber, designed for reliable
smoke entry characteristics, is protected by a
micro -fine insect screen to reduce dust
accumulation and minimize nuisance alarms.
To further reduce nuisance alarms, the D285 and
D285TH heads check their calibration. This
Chamber CheckTM feature is automatic. If the
head is out of calibration for a period exceeding
24 hours, the Trouble/Alarm LED flashes once per
second, three times the Normal rate.
These heads have an internal diagnostic test that
is activated, by an external magnet. This test
results in a specific LED and alarm circuit
responses to indicate:
• Head within calibration standards
• Head settings exceed sensitivity standards
• Head settings below sensitivity standards
• Detector head not operational.
This test is especially useful in environmentally
unstable or clean areas.
The D285TH is a D285 smoke detector head
combined with a 135 - F heat sensor.
These heads have a socket that accepts the
D1005 test cable. The D1005 connects to the
head and allows a voltmeter to read the sensitivity
of the device.
Application
Smoke detectors,are intended for detection
circuits that protect personnel. Heat detectors are
appropriate for circuits that protect property.
The D285 Photoelectric Smoke Detector is
designed to detect the large smoke particles which
typically result from wood, paper, and fabric
combustion.
The D285TH, which has an added fixed
temperature sensor, expands the detector
application to confined areas where a fire
increases air temperature slowly and where there
is a substantial increase in air temperature before
the fire breaks confinement, such as furnace
rooms, closets, and other confined areas.
®1996 Radiomics All tights remved 33434E 10196
CI CS` TMlbe Ra&onies logo is a tegislered uademark of Radionics, D285, D285TH Specifications
1900 Abbott Sueet, Salinas, CA 93901, USA Page 1 of 2
Installation
These detector heads are a part of a compound
device. The detector base installs over a backbox
and contains all the wiring. The detector head
attaches to the base by hand aligning the head
with the base and turning it clockwise. No tools
are required for installation other than the hex key
used to tighten the optional tamper screw.
Install, test, and maintain these devices according
to the Installation Instruction, NFPA 72, Local
Codes, and the Authority Having Jurisdiction.
Failure to follow these procedures may result in
failure of the detector to initiate an alarm
condition. Radionics is not responsible for
devices that are improperly installed, tested, or
maintained.
Specifications
Dimensions
Diameter 4'
Height 1-1/4"
Listings and Approvals
Underwriters Laboratories
CSFM
NYC - MEA
Ordering Information
'Model
:D285 D285TH
Wring
See Detector Base Specifications
Start-up
120 uA Max.
Current
12/24 V Photoelectric Smoke
Standby
8.5 - 33. V DC 1
10 - 30 V DC
Voltage
2 -wire
4 -wire
Standby
80 uA @ 12 V DC
Current
90 uA @ 24 V DC
100uA@30VDC
Alarm
See Panel
16 - 18 mA
Current
100 mA Max
Remote Alarm LED Option
Opeem rating
32' F -100' F, 0 to 95% RH
Ta
with sounder
Dimensions
Diameter 4'
Height 1-1/4"
Listings and Approvals
Underwriters Laboratories
CSFM
NYC - MEA
Ordering Information
'Model
Description
D285
12/24.V Photoelectric Smoke
Head
12/24 V Photoelectric Smoke
D285TH
Head with 135"F Heat Sensor
D288
6' Dia. 12124 V 2 -wire Base
6" Dia. 12124 V 4 -wire Base
D293A
with Form 'C' Relay
Remote Alarm LED Option
6" Dia. 12/24 V 4 -wire Base
EOL Power Supervision Relay
D293E
Aux. N/O Relay
Remote Alarm LED Option
6' Dia. 12124 V 4 -wire Base
D293S
with sounder
Remote Alarm LED Opti n
D275
End Of Line Power Supervision
Module
D1004
Removal/Test Tool for D285 and
D285TH
®1996 Radionics All tights reserved 33434B 10/96
TMibe Radionics logo is a registsred trademark of Radionics, D28S,D28YM Specifications
I800 Abbott Street, Salinas, CA 93901, USA Page 2 of 2
D278S, D298S, D298M Addressame uetectvr mibub
Features
• Low profile detector base
• Modular design
• Addressable application
• Five and one-half inch diameter base
• Data In and Out terminals provided
• Mounts to 3' and 4' square or octagonal backboxes
• UL listed for commercial fire applications
• Meets NFPA 72 National Fire Code standards
• Standard screw terminal connections
• Easy head removal for cleaning and servicing
Description
The D278S, D298S, and D298M Addressable Detector
Bases are used with Radionics detector heads. They
are compatible with the:
• D285 Photoelectric Smoke Detector Head
• D285TH Combined Photoelectric and Fixed Heat
Detector Head
The base address point is set via a seven -position
dipswitch located in the detector base. Device address
is independent of the device's location on the circuit.
The D278S is a 12VDC Base designed to operate in
systems controlled by the 07212, D8112, or D9112 Fire
Alarm Control Panels. The D298S and D298M Bases
are designed to operate in systems controlled by the
D9124 FACP.
In these systems the detection circuit typically runs on
18 gauge wire.
osis _ \ Power inns
— .
♦ Pwrcr'\
_ Power - Power
.,_._ -. ., 1 . Dm mart
0278=298S Circuit Wiring
:..
.. sm;
0298M Detector Base
These bases are configured in Class'B' (two -wire)
detector circuits. The D298M Base requires a 3 k ohm
EOL resistor to complete the circuit and provide
supervision.
The D298M base is a master that can control up to 19
slave devices, either D287 bases or D263 and 0263TH
detectors.
Note: the panel identifies slave devices by their
master's address.
The D298S and D298M can combine with the D299
Relay Module to provide to Form 'C' dry contact
auxiliary outputs.
Removal of the detector head from an active polling
circuit initiates a trouble signal, but does not interrupt
the circuit.
Application
These detector bases are used with smoke and
smoke/heat detector heads, and with other devices, to
provide early warning fire detection for life safety and
property protection systems.
Installation
These detector bases are part of a two-piece modular
design smoke or smoke/heat detector assembly. They
install over single gang or 3 in. or 4 in. octagonal or
square backboxes. An adapter plate is packaged with
the bases.
The permanently -installed base provides 'in and out"
connection points for the detection circuit No tools are
required for installation of the detector heads other than
the hex key used to tighten the optional tamper screw.
®1999 Radionics, Inc. All rights reserved. 36010C 1199
Radion ics ® The Radionics 1090 is a registered trademark of Radionics, Inc. D278S,D298S,D298M
1800 Abbott Street, Salinas, CA 93901, USA Specifications
Mount w1th se".1hresong
632 x 100 inch saws
rod suppbed)
Aftpftr
7 Pots
C)
D296M
IM
odeaff ease •
Adapter ftseMack box Installation
Listings and Approvals
• Underwriters Laboratories
• CSFM: (submitted)
• NYC -MFA: (submitted)
Specifications
Operating Voltage
3 1*
-7
'9V
9.6 -13.9VDC
Idle Current
.5mA
2.5mA
Alarm Current (Max.)
MD`C
4OmA
120mA
Alarm Current (Max)
36mA
Operating Voltage
OV
18.9-28. DC
Idle Current
20mA
Alarm Current (Max.)
i BmA
Specifications
mixfe] •Number
Operabna Voltage
18.9 - 28.OVDC
Idle Current
13mA
Alarm Current (Max)
36mA
Operating Voltage
18.9 - 28.OVDC
Idle Current
20mA
Alarm Current (Max.)
49mA
*Based on 19 slave detectors
Dimensions
Diameter 6 in. (15.2 cm)
Height 3/8 in. (7 cm)
Ordering Information
D298M D287 D287
Wiring Detail, 0298M Detector Base with Slave Circuit Connection
�- R ohm
EOL Resistor
ISO som 19
CERTIFICATE NO. A5137
0 1999 Radionics, Inc. All fights reserved. 36010C 1199Rcidionics"" 0 The Radionics logo is a registered trademark of Radionics, Inc. D278S,D29BS,D298M
E9
1800 Abbott Street, Salinas, CA 93901, USA Spectficawns
0278S
12V Addressable Detector Base
D2
24V Addressable Detector Base
D298M
24V Addressable Master Detector Base
D285
12124V Photoelectric Smoke Head
D285TH
12124V Photoelectric Smoke Head with
135OF (5rc) Heat Sensor
D287
51/2 in. Diameter 12/24V Detector Based
D258
6 in. Diameter 12124V Detector Base
D263TH
12124V Photoelectric Smoke Detector
with 135°F (sm Heat Sensor
D299
Relay Module
D298M D287 D287
Wiring Detail, 0298M Detector Base with Slave Circuit Connection
�- R ohm
EOL Resistor
ISO som 19
CERTIFICATE NO. A5137
0 1999 Radionics, Inc. All fights reserved. 36010C 1199Rcidionics"" 0 The Radionics logo is a registered trademark of Radionics, Inc. D278S,D29BS,D298M
E9
1800 Abbott Street, Salinas, CA 93901, USA Spectficawns
January 5, 2001
DN -6798 - J-90
® SpectrAlert@
JNOTIFIER. Ceiling Mount Series SC Strobes and PC Horn/Strobes
Section: AudioNisual Devices
GENERAL
System Sensor's SpectrAlert@) Ceiling Mount Series
Strobes and Horn/Strobes offer a fresh approach to the
unique needs of ceiling -mount applications.
Technology — Like the original SpectrAlert@) line, the
SpectrAlert@) Ceiling Mount Series offers significant current
draw reductions over other ceiling -mount strobes and horn/
strobes.
Flexibility — SpectrAlert@ Ceiling Mount strobes and horn/
strobes are available in seven different candelas, including
177 candela for sleeping areas. The horn/strobe's tones are
field -selectable with a three -position switch on the back of
the unit. Selections include: electromechanical and 3 KHz
tones; temporal 3 and non -temporal 3 patterns; and high and
low volume.
Aesthetics — SpectrAlert@) Ceiling Mount strobes and
horn/strobes offer a design that is sensitive to the aesthetic
demands of ceiling -mount applications. The round shape
maintains a low -profile appearance, similar to that of a smoke
detector. Its stylish curves and design further refine the aes-
thetics over other generic wall/ceiling-mount designs. Yet
SpectrAlert@)'s round shape provides clearly visible "FIRE"
identification from all angles.
Installation — SpectrAlert@)'s compact design also of-
fers installation savings. The strobe and horn/strobe mod-
els mount to a 4" x 4" x 1-112" (101.6 x 101.6 x 38.1 mm)
backbox, and take up little room in the backbox, making con-
nections easier. With SpectrAlert®'s round shape, aligning
the backbox with the room's walls is not necessary —
SpectrAlert@) always lines up.
FEATURES
Lower current draw.
Available in 15, 15175, 30, 75, 95, 115, and 177 candela
strobes.
Horn/strobe models include a three -position switch for field -
selecting horn tones: electromechanical/3KHz; temporal
3/non-temporal 3; high/low dBA output.
• Synchronizable with MDL Sync -Circuit TM module.
• Ceiling -specific shape, profile, and aesthetics.
• Mounts to a 4" x 4" x 1-1/2" (101.6 x 101.6 x 38.1 mm)
backbox.
• Round shape offers greater placement flexibility.
SPECIFICATIONS
GENERAL
Dimensions: 6.8" (172.72 mm) diameter.
Mounting: 4" x 4" x 1-112" (101.6 x 101.6 x 38.1 mm)
backbox.
Indoor operating temperature, 32"F to 120"F (0"C to 49"C).
Maximum humidity: 95% as tested per UL 464.
Weight: 5.3 oz. (150 grams).
California
State Fire
Marshal
7135-1209:204 (PC models)
7125-1209:201 (SC models) LISTED
S4011 (PC models)
MEA S5512 (SC models)
144-00-E (PC 15, 15/75, 30, 75, 95 models)
219-00-E (PC 115, 177 models)
61-00-E (SC 15, 15175, 30, 75, 95 models)
170-00-E (SC 115 models)
216-00-E (SC 177 models)
8 _ \• '� �,` /'its" �� a` _ �=�
SC Strobe (top) and PC Horn/Strobe (bottom)
ELECTRICAL
Operating voltage: 24 VDC and FWR unfiltered.
Input terminals: 12 to 18 AWG (3.25 to 0.75 mm2).
Operating voltage range: 24 volts, 16 - 33 volts. NOTE:
177 cd models tested at 20 - 33 V FWR and 16 - 33 VDC.
Operating voltage range with Sync-CircultTm module: 24
volts, 17 - 33 volts. NOTE. 177 cd models tested at 21- 33 V
FWR and 17 - 33 VDC.
U.S. Patent Numbers: 6,049,446. 6,057,778. D424,465.
SpectrAlert® is a registered trademark and Sync•Circult' is a
trademark of System Sensor.
This document is not intended to be used for installation purposes. We try to keep our
product information up-to-date and accurate. We cannot cover ell specific applications or
anticipate all requirements. All specifications are subject to change without notice.
For more information, contact NOTIFIER. Phone: (203) 484-7161 FAX: (203) 464-7118
1O NOTIFIER" 12 Clintonville Road. Northford, Connecticut 06472
IS09001
M9111111111519 5 MANUFACi111111M
DN -6798.01/05101 — Page 1 of 4
SOUND OUTPUT GUIDE
UL Reverberant
Room
@ 16 VDC
@ 24 VDC
@ 33 VDC
Temporal
LOW
VOLUME
Electromechanical
75 dBA
75 dBA
79 dBA
3,000 Hz Interrupted
75 dBA
75 dBA
79 dBA
HIGH
VOLUME
Electromechanical
79 dBA
82 dBA
82 dBA
3,000 Hz Interrupted
79 dBA
82 dBA
82 dBA
Non -Temporal
LOW
VOLUME
Electromechanical
75 dBA
82 dBA
82 dBA
3,000 Hz Interrupted
79 dBA
82 dBA
85 dBA
HIGH
VOLUME
Electromechanical
82 dBA
85 dBA
85 dBA
3,000 Hz Interrupted
82 dBA
85 dBA
85 dBA
CURRENT
D RAW
g TABLES ,
m
STROBE ONLY
CURRENT (mA)
16 V 24 V 33 V
24 V
33 VWR
[WLAVERAGE
HIGH
VOL.
DC FWR
0
FNON
ical Tone:
105
NON 88 79 96 76
105
105
91 113
Candela
15 cd
AVERAGE CURRENT (mA)
PEAK CURRENT (mA)
INRUSH CURRENT (mA)
16V --24-V- 33V 16 V 24 V 33V 16V 1 24 V 33 V
DC FWR
63 56
75 64
95 81
179 144
223 198
290 232
453 NIA
DC
4B
56
68
127
153
191
291
FWR
55
62
79
140
173
230
300
DC
41
47
56
101
122
156
208952
FWR
51
62
73
126
d241
DC
164
174
238
418
540
644
FWR
232
238
288
436
562
668
N/A
DC
170
172
226
398
534
612
912
FWR
242
258
318
462
560
712
1104
DC
170
168
218
384
518
576
872
FWR
224
228
298
486
552
728
1184
DC
91
91
94
99
92
81
79
FWRJ
1181
115
116
118
JN/A
DC
133
134
137
133
132
118
12-
I FWR
177
179
179
177
176
175
170
DC I
188
182
184
186
187
174
171
FWR
252
237
244
238
244
249
234
15/75 cd
30 cd
75 cd
95 cd
e 115 -cd
177 cd
m
108
95 118
91
121LOW
qNON1
95
84 101
78
103VOL.
0
95
B4 101
78
103
HORN/ AVERAGE CURRENT (mA)
STROBE 16 V 24 V 33 V
15 cd DC FWR DC FWR DC FWR
Electromechanical Tone:
HIGH TEMP 78 80 71 89 70 94
VOL. NON 78 80 71 89 70 94
LOW TEMP 71 69 62 74 59 77
VOL. NON 71 69 62 74 59 77
3,000 Hz Interrupted Tone:
HIGH TEMP 81 83 75 94 76 99
VOL.
CURRENT (mA)
16 V 24 V 33 V
24 V
33 VWR
[WLAVERAGE
HIGH
VOL.
DC FWR
0
FNON
ical Tone:
105
NON 88 79 96 76
105
105
91 113
85
P
MTE
105
91 113
85
116
94
j
74
99
83 101
94
82 9B
ON 81 83 75 94 76
99
LOW
VOL.
EMP
72 70
64 77
63
81
72 70 64 77 63
81
HORN/ AVERAGE CURRENT (mA)
STROBE 16 V 24 V 33 V
15 cd DC FWR DC FWR DC FWR
Electromechanical Tone:
HIGH TEMP 78 80 71 89 70 94
VOL. NON 78 80 71 89 70 94
LOW TEMP 71 69 62 74 59 77
VOL. NON 71 69 62 74 59 77
3,000 Hz Interrupted Tone:
HIGH TEMP 81 83 75 94 76 99
VOL.
CURRENT (mA)
16 V 24 V 33 V
24 V
33 VWR
[WLAVERAGE
HIGH
VOL.
DC FWR
0
FNON
ical Tone:
105
NON 88 79 96 76
105
105
91 113
85
P
MTE
105
91 113
85
116
94
j
Page2014 — UN-01y0'w11w-V.
HORN/
STROBE
1585 cd
CURRENT (mA)
16 V 24 V 33 V
24 V
33 VWR
[WLAVERAGE
HIGH
VOL.
DC FWR
DC
FWR
ical Tone:
105
NON 88 79 96 76
105
105
91 113
85
116
MTE
105
91 113
85
116
94
.8298
74
99
83 101
94
82 9B
74
99
3,000 Hz Interrupted Tone:
84 78
HIGH
108
95 118
91
121
VOL.
108
95 118
91
121LOW
qNON1
95
84 101
78
103VOL.
0
95
B4 101
78
103
Page2014 — UN-01y0'w11w-V.
HORN/
STROBE
1585 cd
AVERAGE CURRENT (mA)
16 V 24 V 33 V
DC FWR DC FWR DC FWR
Electromechanical Tone:
HIGH
VOL.
TEMf83
88
79 96
76
105
NON 88 79 96 76
105
LOW
VOL.
TEM
77
70 81
65
88
NON 77 170 81 65
88
3,000 Hz Interrupted Tone:
HIGH
VOL.
TEMP
93 91
83 101
82
1-,01
NON 93 91 83 101 82
110
LOWnNON
VOL.84
84 78
72 84
69
92
78 72 84 69
92
:
3
Y
HORN/
STROBE
95 cd
AVERAGE CURRENT (mA)
16V I 24V 1 33 V
LD
C IFWRI DC IFWRI DC I FWR
Electromechanical Tone:
SC2415W
SC241575W
SC241575PW '•
SC2430W
HIGH
VOL.
HIGH
VOL.
TEMP
1238 222
176 207
151
206
238 222 176 207 151
206
LOW
VOL.
tNON
231 211
167 192
140
189
231 211 167 192 140
189
3,000 Hz Interrupted Tone:
PC2415W
PC241575W
PC241575PW
Ceiling Mount PC2430W
HORN/STROBES' PC2475W
PC2495W
PC24115W
PC24177W
HIGH
VOL.
LOW
VOL.
HIGH
VOL.
TEMP
241 225
180 212
157
211
NON 241 225 180 212 157
211
LOW
VOL.
TEMP
232 212
169 195
144
193
NON 232 212 169 195 144
193
� • �Y 1-�.rin;.
BBSCW Surface -Mount Backbox Skirt
HORN/
STROBE
115 cd
AVERAGE CURRENT (MA)
16V I 24V I 33V
DC IFWRI DC IFWRI DCI FWR
Electromechanical Tone:
SC2415W
SC241575W
SC241575PW '•
SC2430W
HIGH
VOL.
HIGH
VOL.
TEMP305
256
214 2641
185
255
NON 305 12561214 264 185
255
LOW
VOL.
TEMP
298 245
[298124.51205
205 249
174
238
NON 249 174
238
3,000 Hz Interrupted Tone:
PC2415W
PC241575W
PC241575PW
Ceiling Mount PC2430W
HORN/STROBES' PC2475W
PC2495W
PC24115W
PC24177W
HIGH
VOL.
LOW
VOL.
HIGH
VOL.
MP
308 259
218 269
191
260
:NON308 259 218 269 191
260
LOW
VOL.
MP
299 246
207 252
178
242
NON 299 2461207, 252 178
242
HORN/
STROBE
177 cd
AVERAGE CURRENT (mA)
16 V I24 V 33 V
DC I FWRI DC I FWRI DC I FWR
Electromechanical Tone:
SC2415W
SC241575W
SC241575PW '•
SC2430W
HIGH
VOL.
TEMP
468 367
314 334
237
284
NON 468 367 314 334 237
284
LOW
VOL.
TEMP
461 354
305 319
226
267
NON 461 354 305 319 226
267
3,000 Hz Interrupted Tone:
300 mA
PC2415W
PC241575W
PC241575PW
Ceiling Mount PC2430W
HORN/STROBES' PC2475W
PC2495W
PC24115W
PC24177W
HIGH
VOL.
LOW
VOL.
TEMP
471 371
318 339
243
289
NON 471 371k318 339 243
TEMP 462 356 322 230
289
271
NON 462 356 322 230
271
ORDERING INFORMATION
WHITE Models
RED Models VOLTAGE
CANDELA
AVG CURRENT @ 24 V
DC FWR
SC2415W
SC241575W
SC241575PW '•
SC2430W
SC2415
SC241575
SC241575P••
SC2430
24
24
24
24
15
15/75
15/75
30
48 mA
56 mA
56 mA
68 mA
55 mA
62 mA
62 mA
79 mA
Ceiling Mount
STROBES
SC2475W
SC2475
24
75
127 mA
140 mA
SC2495W SC2495 24 95 153 mA
173 mA
SC24115W SC24115 24 115 191 mA
230 mA
SC24177W SC24177 24 177 291 mA
300 mA
PC2415W
PC241575W
PC241575PW
Ceiling Mount PC2430W
HORN/STROBES' PC2475W
PC2495W
PC24115W
PC24177W
PC2415
PC241575
PC241575P••
PC2430
PC2475
PC2495
PC24115
PC24177
24
24
24
24
24
24
24
24
15
15175
15/75
30
75
95
115
177
71 mA
79 mA
79 mA
91 mA
150 mA
176 mA
m
214 A
314 mA
89 mA
96 mA
96 mA
113 mA
174 mA
207 mA
264 mA
334 mA
Sync•CircultT' Module:
MDLW MDL
—
—
11 mA
15 mA
Accessories Surface -Mount Backbox Skirt:
BBSCW RRSC — —
$ •Homistrobe current draws assume horn is set at temporal 3, electromechanical tone, and high audibility.
•• -p- = plain models (no lettering).
0
— —
DN -6798.01105101 — Page 3 of 4
ARCHITECTURAL/
ENGINEERING SPECIFICATIONS
Strobe shall be a System Sensor SpectrAlert® Model
Listed to UL 1971 and be approved for fire prolec-
tive service where ceiling -mount strobes are permitted. The
strobe shall be wired as a primary signaling notification
appliance and shall flash at 1 Hz over the strobe's entire
operating range. The strobe light shall consist of a xenon
flash tube and associated lens/reflector system.
Horn/Strobe shall be a System Sensor SpectrAlert®
Model Listed to UL 1971 and UL 464 and be ap-
proved for fire protective service where ceiling -mount horn/
strobes are permitted. The horn/strobe shall be wired as a
primary signaling notification appliance and shall flash at 1
Mounting
Strobe or
Horn/Strobe
with accessi
Bitickbox Sk
(60.9
6.8 inches
(172.77 mm)
O
■
O
O
O
A
oSpectrAlert® Ceiling Mount Strobe
Page 4 of 4 — DN -6798.01105/01
Hz over its entire operating range. The strobe light shall
consist of a xenon flash tube and associated lens/reflector
system. The horn shall have two tone options, two audibil-
ity options, and the option to switch between a temporal 3
pattern and a non -temporal continuous pattern. These op-
tions shall be selected by a multi -position switch. Strobes
shall be powered independently of the sounder with the
removal of factory -installed jumper wires. The horn on horn/
strobe models shall operate on a coded or non -coded power
supply.
NOTE: The strobes /nust be powered continuously for the
horn to operate.
6798m11.wm1
Strobe or
Horn/Strobe
with Mounting
Plate
12.4 inches
(60.9 I
6.6 inches
(172.77 mm)
SpectrAlert® Ceiling Mount
Horn/Strobe
NOTIFIER
FIRE SYSTEMS
GENERAL
The System Sensor SpectrAlert@) wall -mount series includes
a complete line of electronic homs, strobes, and hom/strobes.
Intended for primary signaling use, SpectrAlert® products meet
UL 1971, UL 464, and Americans with Disabilities Act require-
ments.
Performance. With its extremely efficient reflector de-
sign and Xenon flash tube, SpectrAlert@) offers current draw
reductions as high as 40% over previous generation designs.
With less current consumption, more devices per loop are
possible for a lower installed cost.
Installation. SpectrAlert@) products are designed for
ease of installation, which also lowers the installed cost.
SpectrAlert@ strobes and hom/strobes take up no room in
the backbox, making wiring connections simpler and faster.
Each SpectrAlert@ wall -mount device includes a universal
mounting plate for 4" (10.16 cm) square and single -gang
backbox mounting. Accessory mounting plates are also
available for small -footprint or surface -mount applications.
Flexibility. The SpectrAlert@wall-mount series offers the
flexibility to meet a broad range of requirements. Horns and
horn/strobes feature a number of field-selectable/reversible
horn tones. Strobes and horn/strobes are available in a wide
variety of configurations to address visibility requirements for
non -sleeping areas, sleeping areas, and corridors. Offer-
ings include 24 -volt models at 15, 15175, 30, 75, and 110
candela; and 12 -volt devices at 15 and 15175 candela.
Aesthetics. To meet the aesthetic requirements of build-
ing owners, SpectrAlert@) incorporates a stylish, low -profile
design that is consistent across the SpectrAlert@) wall -mount
product line.
FEATURES
• Meets UL and ADA signaling requirements.
• Low current draw allows more devices per loop for a lower
installed cost.
• Universal mounting plate included.
• Accessory mounting plates available.
• Field -selectable horn tones:
- Electromechanical 13 kHz.
- Temporal 3 / Non -Temporal 3.
- High/Low dBA output.
• Available in 15, 15/75, 30, 75, and 110 candela.
• Synchronizable horns and strobes with Sync•CircuitTm
module.
• Aesthetically pleasing design.
SPECIFICATIONS
Walk test: SpectrAlert@) horn and horn/strobe only work on
'walk tests" with time durations of 4 seconds or greater.
Input terminals: 12 to 18 AWG (3.25 mm= to 0.51 mm').
Dimensions, strobe and horn/strobe with universal plate:
5' (127 mm) wide x 5-518" (142.875 mm) high x 2-15116'
(74.613 mm) deep; with small footprint plate: 3-318'
January 12, 2001
DN -5939 • J-89
SpectrAlert@ Series
Horns, Strobes, and Horn/Strobes
Section: AudiofVisual Devices
U S4011 & S5512: P1215(W), P121575(W),
P2415(W), P241575(W), P2475(W), P24110(W).
u L S5512: S1215(W), S121575(W), S121575K,
S2415(W), S241575(W), 241575AG, S241575EV,
S241575P(W), S2430(W), S2475(W), S24110(W).
LISTED S4011: P121575K, P241575AG, P241575EV,
P241515P(W), P2430(W).
U CS549: P2415(W)A, P241575(W)A, P2475(W)A,
L 24110(W)A, S2415(W)A, S241575(W)A, S2475(W)A,
S24110(W)A. CS549 V3: P121575KA, P2430(W)A,
S121575KA, S2430(W)A. CS548: HC12124A.
P1215(W), P121575(W), P2415(W), . ►
P241575(W), P241575AG, P241575EV,
P241575P(W), P2430(W), P2475(W), 24110(W), F M
S1215(W), S121575(W), S2415(W), S241575(W)
S241575AG, S241575EV, S241575P(W), Approved
S2430(W), S2475(W), S24110(W), H12/24(W).
7135.1209:173 - P1215(W), P121575(W), P121575K,
P2415(W), P241575(W),-P241575AG, P241575EV,
1 P241575P(W), P2430(W), P2475(W), P24110(M-
7125-1209:174 - S1215(W), S121575(W), S121575K,
California S2415(W), S241575(W), S241575AG, S241575EV,
State Fire S241575P(W), S2430(W), S2475(W), S24110(W).
Marshal 7135-1209:143 - H12/24(W).
MEA 14
319-96-E: P1215(W), P121575(W), P2415(W),
P241575(W), P241575AG (Vol. V), P241575EV
(Vol. V), P241575P(W) (Vol. VI), P2430(W)
S121575(W), S241)5(W) �S241575(W) 5(W),
S241575AG (Vol. V), S241575EV
(Vol. V), S241575P(W) (Vol. VI),
S2430(W) (Vol. V), S2475(W),
S241 10(W), H12/24(W).
173-98-E Vol. It: P121575K,
S121575K.
F
a
n
This document is not intended to be used for installation purposes. We try to keep our
product Information up-to-date and accurate. We cannot cover all specific applications or
anticipate all requirements. All specifications are subject to change without notice.
For more information, contact NOTIFIER. Phone: (203) 484-7161 FAX: (203) 484-7118
1 J NOTIFIER• 12 Clintonville Road, Northford, Connecticut 06472
F
A
n
SpectrAlert®,
Sync•Circult"',
and Multi-AleKl"
are trademarks of
System Sensor.
IS09001
USINESINC I MANOfACIDIINC
g
G
DN -5939.01/12/01 - Page 1 of 4
(85.725 mm) wide x 5-5/8" (142.875 mm) high x 2-15/16"
(74.613 mm) deep.
Dimensions, horn with universal mounting plate: 5" (127
mm) wide x 5-5/8" (142.875 mm) high -x 1-5/16" (33.338 mm)
deep; without mounting plate: 5" (127 mm) wide x 5-5/8"
(142.875 mm) high x 1-5/16" (33.338 mm) deep.
Weight, horn only: 7.2 oz. (204 g).
Weight, strobe and horn/strobe: 8.8 oz. (250 g).
Mounting: standard boxes 4" x 4" x 1-1/2" deep (101.6 x
101.6 x 38.1 mm) or 2" x 4" x 1-7/8" deep (50.8 x 101.6 x
47.625 mm).
Operating temperature, indoor. 32'F to 120"F (0"C to
49"C). Weatherproof models, horn and horn strobes:
32"F to 150"F (0"C to 66"C); outdoor strobe only: 40"F
to +158"F (-40"C to +70"C); ULC Canadian models: -40"C
to +66"C.
Maximum humidity: 95% as tested per UL 464.
Voltages: 12 or 24 VDC and FWR unfiltered.
Operating voltage range:' 12 -volt models: 10.5 — 17 V.
24 -volt models: 20 — 30 V. With Sync -Circuit"" module
MDL': 12 -volt models: 11 — 17 V. 24 -volt models: 20 — 30
V. See current draw tables on page 4.
' These products should be operated within their rated voltage
range. UL does, however, test functional integrity to -20% and
+10% of manufacturer's stated ranges.
U.S. Patent Numbers: 5,593,569. 5,914,665. 6,049,446.
ENGINEERING SPECIFICATIONS
General — SpectrAlert@ horns, strobes and horn/strobes
shall be capable of mounting to a standard 4" x 4" x 1-112"
(101.6 x 101.6 x 38.1 mm) backbox or a single -gang 2" x 4"
x 1-7/8" (50.8 x 101.6 x 47.625 mm) backbox using the uni-
versal mounting plate included with each SpectrAlert@ prod-
uct. Also, SpectrAlert@ products, when used in conjunction
with the accessory Sync-CircuitTM' Module, shall be powered
from a non -coded power supply and shall operate on 12 or
24 volts. 12 -volt rated devices shall have an operating volt-
age range of 10.5 -17 volts. 24 -volt rated devices shall have
an operating voltage range of 20 - 30 volts. SpectrAlert@
products shall have an indoor operating temperature range
of 32"F to 120°F (0"C to 49'C) and operate from a regulated
DC or full -wave rectified, unfiltered power supply.
Horn — Horn shall be a System Sensor SpectrAlert@ model
capable of operating at 12 and 24 volts. Horn
shall be Listed to UL 464 for fire protective signaling sys-
tems. The horn shall have two tone options, two audibility
options (at 24 volts) and the option to switch between a tem-
poral 3 pattern and a non -temporal continuous pattern. All
horn models shall operate on a coded power supply.
Strobe — Strobe shall be a System Sensor SpectrAlert®
model Listed to UL 1971 and be approved for
fire protective service. The strobe shall be wired as a pri-
mary signaling notification appliance and comply with the
Americans with Disabilities Act requirements for visible sig-
naling appliances, flashing at 1 Hz over the strobe's entire
operating voltage range. The strobe light shall consist of a
xenon flash tube and associated lens/reflector system.
Horn/Strobe Combination — Horn/strobe shall be
a Svstem Sensor SpectrAlert@ model Listed to
UL 1971 and UL 464 and shall be approved for fire protec-
tive service. Horn/strobe shall be wired as a primary signal-
ing notification appliance and comply with the Americans with
Disabilities Act requirements for visible signaling appliances,
flashing at 1 Hz over the strobe's entire operating voltage
range. The strobe light shall consist of a xenon flash tube
and associated lens/reflector system. The horn shall have
two tone options, two audibility options (at 24 volts) and the
option to switch between a temporal 3 pattern and a non-
temporal continuous pattern. Strobes shall be powered in-
dependently of the sounder with the removal of factory -in-
stalled jumper wires. The horn on hom/strobe models shall
operate on a coded or non -coded power supply (the strobe
must be powered continuously).
Module — Module shall be a System Sensor Sync-CircuitTM
model Listed to UL 464 and shall be approved
for fire protective service. The module shall synchronize
SpectrAlert@ strobes at 1 Hz and horns at temporal 3. Also,
the module shall silence the horns on hom/strobe models,
while operating the strobes, over a single pair of wires. The
module shall be capable of mounting to a 4-11/16" (119.063
mm) square x 2-1/8" (53.975 mm) deep backbox and shall
control two Style Y (Class B) or one Style Z (Class A) circuit.
Module shall be capable of multiple zone synchronization by
daisy -chaining multiple modules together and resynchronizing
each other along the chain. The module shall NOT operate
on a coded power supply.
SOUND OUTPUT GUIDE
(dBA)
UL Reverberant
Room
dBA
@ Volts
DC
Anechoic
Room
Peak
dBA
@ 10 ft./VDC
10.5
12
17
20
24
-30
10.5
12
17
20
24
30
LOW Electromechanical
TONE 3000 Hz Interrupted
Temporal El
HIGH ectromechanical
TONE 3000 Hz Interrupted
LOW Electromechanical
Nott- TONE 3000 Hz Intenupted
Temporal HIGH Electromechanical
TONE 3000 Hz Interrupted
NA
NA
NA
75
75
79
NA
NA
NA
94
96
98
NA
75
NA
75
NA
79
75
82
79
82
79
82
NA
94
NA
95
NA
98
94
100
96
101
98
102
75
NA
75.
NA
NA
79
82
79
NA
NA
85
85
82
79
82
85
88
85
82
82
88
88
85
85
85
88
88
94
NA
NA
94
93
95
NA
NA
95
95
98
NA
NA
98
98
100
94
94
100
100
101
96
96
101
101
102
98
98
102
102
ssae.wn te
NA
79
79
NOTES FOR PRODUCT LINE INFORMATION '
NOTES: 1) Canadian model numbers end in *A". 2) Latin American model numbers end In "F". 3) All weatherproof models must
use weatherproof backbox model WBB. 4) All SpectrAlert@ products are designed for wall -mount only. 5) Installation of less than
75 candela strobes may be permissible under the equivalent facilitation clause of the ADAAG (Sec. 2.2). However, it Is the respon-
sibility of the person or entity designing the fire alarm system to determine the acceptability of less than 75 candela strobes. 6) All
15f75 candela strobes or hom/strobes are recommended for 20' x 20' (6.096 x 6.096 m) rooms or less. 'For a complete listing of
SpectrAlert current requirements, please refer to the Current Draw tables on page 4 of this document, or the Instruction Manual. Horn
and horn/strobe current draws assume the horn is set at Temp 3, electromechanical tone, and high audibility.
Page 2 of 4 — DN -5939.01/12/01
RED
WHITEI
voltage I candela avg. mA @ avg. mA• @
nom. VDC nom. FM
Horn/Strobes
P1215
P1215W
12 1
15 1
124
167
P121575 P121575W 12 115/751 152
181
P2415 P2415W 24 15 1 68
78
P241575 P241575W 24 15/751 74
82
P2430 P2430W 24 30 1 92
100
P2475 P2475W 24 75 148
167
P24110 P2411OW 24 110 165
209
P121575K (weatherproof) 12 15/75 124
167
P241575K (weatherproof) — 24 15/75 74
82
P2475K (weatherproof) — 24 75 148
167
P24110K (weatherproof) — 24 110 165.
209
P241575P (no lettering) P241575PW 24 15/75 74
82
P241575AG (agent) — 24 15/75 74
82
P241575EV (evacuation) — 24 15/75 74
82
CANADIAN Models, Horn/Strobes
P2415A
P2415WA
24
15
68
78
P241575A P241575WA 24 15/75 74
82
P2430A P2430WA 24 30 92
100
P2475A P2475WA 24 75 148
167
P24110A P24110WA 24 110 165
209
P241575KA (weatherproof) — 24 15 / 75 74
82
P2475KA (weatherproof) — 24 75 148
167
P24110KA (weatherproof) — 24 110 165
209
SPANISH Labeling, Horn/Strobes
Strobes
P241575F (FUEGO)
51215
—
S1215W
24
12
15175
15 1
74
114
82
157
S121575 S121575W 12 15/75 142
171
S2415 S2415W 24 15 43
60
5241575 S241575W 24 15/75 49
64
S2430 S2430W 24 30 67
82
S2475 S2475W 24 75 123
159
S24110 S24110W 24 110 140
191
S121575K (weatherproof) — 12 15/75 142
171
S241575K (weatherproof) — 24 15/75 49
64
S2475K (weatherproof)24 — 75 123
159
S24110K (weatherproof) — 24 110 140
191
S241575P (no lettering) S241575PW 24 15/751 49
64
S241575AG (agent) — 24 15/751 49
64
S241575EV (evacuation) — 24 15175 49
64
CANADIAN Models, Strobes
S2415A
S2415WA
24
15
43
60
S241575A S241575WA 24 15/75 49
64
S2430A S2430WA 24 30 67
62
S2475A S2475WA 24 75 123
149
S24110A S24110WA 24 110 140
191
S241575KA (weatherproof) — 24 15/75 49
S2475KA (weatherproof) — 24 75 123
S2411OKA (weatherproof) — 24 _1j _0 140
64
149
191
SPANISH Labeling, Strobes
Horns
S241575F FUEGO)
H72124
—
H12124W
24
12/24
15/751
NA
49
10 / 25
64
10/181
H12r24K (weatherproof) — 12 / 24 NA 10 / 25
10/18
CANADIAN Models, Horns
Sync•ClrcultT" Module
HC12/24A
HC1224KA (weatherproof)
HC12/24W
—
12 / 24
12 / 24
12 / 24
NA
NA
NA
10/25
10/25
10/11
10/18
10118
12/15
;DAMDLW
A
W
12 / 24 NA 10 / 11 12115
NA NA NA NA
NA NA NA NA
NA NA NA NA
DN-5939.01112101 — Page 3 of 4
CANADIAN Sync -Circuit"" Module
Small Footprint Mounting Plate
for Single -Gang ONLY
Surface -Mount Backbox Skirt
Universal Mounting Plate
(replacement)Weatherproof Backbox
X
CURRENT DRAW
TABLES
STROBE ONLY
jo-
Below:
HORN/STROBE IS candela
HORN/STROBE IS/7S candela
HORN/STROBE 30 candela
HORN/STROBE 7S candela
HORN/STROBE 110 candela
HORN ONLY
AVERAGE CURRENT (mA): STROBE ONLY
12 -VOLT M0D4LS
24 -VOLT MODELS
HIS
Ll5175
Candela
12 -VOLT MODELS
24 -VOLT MODELS
10.5 V 12 V 17 V 20V I 24V I 30V
DC FWR DC FWR DC FWR DC FWR DC FWRJ DC FWR
15
133
159
114
1571 81
128
50 61
43
60
38
60
15175
168
182
142
171 99
150
56 65
49
64
44
62
30
NA
NA
NA
NA NA
NA
78 84
67
82
58
72
75
NA
NANA
179
NA NA
NA
145 170
123
159
102
141
110
NA
NA
NA
NA NA
NA
169 22011401
65
191
115
174
PEAK CURRENT (mA): STROBE ONLY
69 83 65 . 85
66
87
Pape 4 of 4 — DN -5939.01112101
15
460
460
450
460 420
1480
135 204
135
208
135
185
15175
490
520 490
520 460
480
150 199
150
207
150
198
30
NA
NA
NA
NA NA
NA
183 201
183
219
183
216
75
NA
NA
NA
NA NA
NA
350 440
340
460
330 480
110
NA
NA
NA
NA NA
NA
460 560 450
570
420
620
INRUSH CURRENT (mA): STROBE ONLY
15
80
108
92
124 140
1901
97 129
116
152
147
198
15175
76
104
88
126 160
185
97 135
116
164
147
211
30
NA
NA
NA
NA NA
NA
97 129
116
152
147
198
75
110
NA
NA
NA
NA
NA
NA
NA NA
NA NA
NA
NA
190 240
190 230
230
220
280
290
290
290
380
370
Ls
a
m
a
m
35
N
A
12 -VOLT M0D4LS
24 -VOLT MODELS
HIS
Ll5175
10.5V
12V 17v
20V 24v
3OV
cd
DC FWR
DC FWR DC FWR
DC FWR DC FWR
OC
I FWR
AVERAGE CURRENT (mA): Electromechanical Tone
HIGH TEMP
178 193
152 181 113 164
75 82
73
88
VOL. NON
178 193
152 181 113 164
73 98
I_F74!
74
104
TEMP
NA PIA
NA NA NA NA
67 77
61
77
LOW
VOL. NON
NA NA
NA NA NA NA
68 81 83
61
86
AVERAGE CURRENT (mA): 3,000 Hz Interrupted Tone
MP
179
183 115 166
80 91 77 87
81
95
HIGH
VOL.
179
183 113 168
75 99 76 103
79107
!NON
NA NA NA
TNANA
70 79 66 79
65
81
LOWMP
VOL.N
NA
NA ►�► NA
69 83 65 . 85
66
87
Pape 4 of 4 — DN -5939.01112101
a
m
35
N
A
E S L
P R O D U C T I N F O R M A T 1 O N B U L L E T.. I N
■ Intelligent, self -diagnostics
■ On-site maintenance alert
■ Field replaceable optical chamber
■ Low -profile design
■ Plug-in terminal block
■ Advanced false alarm immunity
449/448 SERIES
Self -Diagnostic, Four -
Wire, Photoelectric
Smoke Detectors
Model numbers:
"SAT, 449C, 449CT, 449CRT, 449CST, 449CSTE,
449CSRT,449CSRH,449CTE
usren A"Wwm
California State Fire Marshal Approved
MEA (New York City) Approved
ULC model numbers:
448AT, 448C, 448CT, 448CST, 448CSRH, 448CTE
The ESL 449/448 Series self-diagnostic, four -wire
smoke detectors continually monitor their own
sensitivity and operational status, and provide a
visual trouble indication if they drift out of sensi-
tivity range or fail internal diagnostics. This
unique, patented technology meets NFPA 72 field
sensitivity testing requirements without the need
for external meters.
Additional diagnostic information is activated by
applying a magnet near the detector's integral
reed switch. This initiates a self-diagnostic
routine and provides visual indication of sensitivity
level, or if service is required.
This series is easily cleaned by simply replac-
ing ESL's proprietary field -replaceable optical
chamber. All models are designed to reduce false
alarms from dust, insects, RFI, and external light.
An integral combination rate -of -rise and fixed
135°F (57C), 50 -foot rated, heat sensor is avail-
able with all "T" model detectors (see selection
guide), allowing latching of the alarm for either
smoke or heat. The 449CSRH includes an isolated
alarm output for heat and activates an internal
non -latching sounder (local alarm) for smoke,
making it ideal for motel/hotel and dormitory
rooms where smoking is permitted.
continued
ESL 449 Series Smoke Detectors
Architectural and Engineering Specifications
The ESL 449 Series low -profile, self-diagnostic, four -wire
smoke detectors work on the light scattering principle. A
pulsed infrared light -emitting diode serves as the light source,
and a high-speed photodiode as the sensing element. When
the amount of light reflected onto the photodiode reaches the
sensitivity setting, the smoke sampling rate increases. Three
(3) successive smoke sensings above the sensitivity setting
are required to sound an alarm. This design has superior
protection against false alarms caused by dust, insects, RF
and ambient -light.
A confirmed alarm causes the normally flashing power
indicator LED to light continuously and the alarm relay to
operate. A trouble indication is automatically displayed by
flashing the LED every second. This meets NFPA 72 field
sensitivity testing requirements. An internal 85 dB hom
(available in "S" models) emits a temporal 3 when the
Product Data
Sensitivity ................................................. 3.1 - 1.00/o/ft. (max.)
3.1 + 0.50'/6/ft. (min)
Operating temp, range ............ 32°F to 120°F (0°C to 50°C)
Operating humidity range ................................. 0 to 95% RH
Minimum voltage - C, CT, CRT, CST, CSRT, CSRH,
CSTE......................................................................... 8.5V
- AT................................................................................ 5.1 V
Maximum voltage - C, CT, CRT, CST, CSRT, CSRH,
- CSTE........................................................................ 33V
-AT ................................................................................ 27V
Maximum ripple (peak to peak) ..................................... 10%
Typical average standby current .................................. 701iA
CSTE.......................................................................... 23mA
Typical alarm current - C, CT and AT ......................... 15mA
- CRT....................................................................... 31 mA
Selection Guide
detector alarms and a steady tone when power polarity is
reversed.
The proprietary optical sensing chamber is field replaceable,
allowing quick and easy cleaning and maintenance.
Models with auxiliary relays are approved for releasing
service.
This low profile product is equipped with a hinged cover, a
concealed tamper-resistant latch, and insect screens.
Wiring terminates in plug-in, clamp -type screw terminals.
Detectors mount to a standard single -gang electrical box, a
four -inch octagonal, four -inch square electrical box, or
WIREMOLD 5739 fixture box.
Smoke Detector Spacing
On smooth ceilings (as defined in NFPA 72), spacing of 30 feet
(9.1 meters) may be used as a guide. Other spacing may be used
depending on ceiling height, high air movement, and other
conditions or response requirements.
r
p c
- CST....................................................................... 40mA
- CSRT, CSRH, CSTE............................................. _51mA
Typical avg. polarity reverse current
- CST, CSRT, CSTE, and CSRH ............................. 10mA
Sounder soecifications................................... 85 dB at 10 ft.
Heat detector specifications
- fixed temperature .................................... 135°F (572°C)
- rate of rise .... 15°F/min. & >105°F (8.30C/min. & >40.6°C)
Auxiliary relay contacts 2A ® 28 VDC or 120 VAC (resistive)
Alarm contacts ....................... 500 mA ® 36 VDC resistive
Field wiring size ............................................... 14 - 24 AWG
Packaging .................... 10 detectors are packed in a carton
Color ................................................. white cover/white base
with UV inhibitor to prevent yellowing
Listing ............................ UL 268, ULC FM, CSFM and MEA
Designator
re
Description
H
Isolated Fixed Temp.
Isolated fixed 1350F (57°C) and rate of rise heat detector, independently trips the LED and
12345 SW Leveton Dr., Tualatin, OR 97062
alarm and Rate of Rise
output. Smoke detector activates internal sounder (local alarm) and auxiliary relay, but
Heat Detector
does not latch. Approved as both single station smoke alarm and system heat detector.
(�
T
Ideal for hotel, motel and dormitory rooms where smoking is allowed.
R
Auxiliary Relay
Used to activate other devices such as elevator recall, door holders, strobes, etc. Listed for
U.S. & Canada: 800547.2556
releasing service.
S
Built-in Sounder
85dB built-in sounder alarm when smoke is detected or when power wiring polarity is
A PRODUCT OF
S E N T R O L
reversed. '
T
Intergrated Fixed
Intergrated Fixed 135°F (57°C) temperature and rate of rise heat detector.
Temp. and Rate of
Either heat detector or smoke detector can trip and latch LED and alarm protection.
Rise Heat Detector
relay outputs.
E
Built-in end of line
Relay is normally energized and will trip with loss of power. Can also provide notification
power supervision relay
when detector needs maintenance.
C
SENTROL
Sentmi reserves the nght
12345 SW Leveton Dr., Tualatin, OR 97062
to change spectficabons
mthout nonce.
Tel.: 503.692.4052 Fax: 503.691.7566
(�
T
httpJlwww.sentroLcom
02000 Sentrd
EJ
L
U.S. & Canada: 800547.2556
Technical Service: 800.648.7424
A PRODUCT OF
S E N T R O L
FaxBack: 1.800.483.2495
a X55 staceytts�tao
C
• Altronix�
AL 802UL -ADA
NAC Power Extender
Overview:
The Altronix AL802UL-ADA is an`extremely cost effective 8 amps voltage regulated remote power supply/battery charg-
er. The AL802UL-ADA may be connected to any 12 or 24 volt Fire Alarm Control Panel (FACP). Primary applications
include Notification Appliance Circuit (NAC) expansion (supports ADA requirements) and will provide auxiliary power
to support system accessories. The unit delivers regulated and filtered 24 or 12 volt power via four (4) Class B, two (2)
Class A or two (2) Class B and one (1) Class A Notification Appliance Circuits. Additionally, a separate 50mA auxiliary
output with reset for four (4) -wire smoke detectors. The 8 amps rated supply current can be divided between the four (4)
outputs for powering notification appliances. Each output is rated at 2 amps max., and can be independently programmed
for Steady, Temporal Code 3 or Strobe Synchronization. All outputs may be programmed for Input to Output Follower
Mode (output will follow input. i.e. March Time Input, March Time Output). An individual output of 4 amps is achieved
by paralleling 2 outputs. The AL802UL-ADA in non -alarm condition provides independent loop supervision for Class A
and/or Class B FACP NAC circuits. In the event of a loop trouble the FACP will be notified via the AL802UL-ADA's
steered input (input 1 or input 2). In addition, there are common trouble output terminals (NC, C, NO) which are used to
indicate general loop/system trouble. A common trouble input is provided for optional NC (normally closed) devices to
report trouble to the FACP. Two (2) FACP signaling outputs can be connected to A1,802UL-ADA's inputs. These inputs
can then be directed to control supervision and power delivery to any combination of the four (4) outputs.
Specifications:
• UL Listed (UL864)Control units for Fire Protective Signaling Systems.
• CSFM - California State Fire Marshal.
• MEA - NYC Department of Buildings.
• NFPA 72 Compliant.
• Input 115VAC 50/60 Hz, 3.2 amps.
• Field selectable 24VDC or 12VDC voltage regulated power limited outputs.
• 24VDC or 12VDC rated (g 8 amps max.
• Typical 8.6 mV output voltage ripple.
• Separate 50mA auxiliary output with built-in and remote reset capability.
• Two (2) outputs may be paralleled for more power on an indicating circuit.
• Two (2) Class A or two (2) Class B FACP inputs.
• Two (2) NC dry contact trigg;nts
• Programmable supervised indicating circuit outputs: Four (4) Class B or
Two (2) Class A or One (1) Class A and Two (2) Class B.
• 2 wire horn/strobe Sync mode allows audible notification appliances (horns) to be silenced while
visual notification appliances (strobes) continue to operate.
• Temporal Code 3, Steady Mode, Input to Output Follower Mode (maintains
synchronization of notification appliances circuit).
• March Time.
• Compatible with 12 or 24VDC fire panels.
• Filtered and electronically regulated output.
• Output loop supervision steered to input 1 or input 2.
• Common trouble input and output.
• Ground fault detection.
• Built-in charger for sealed lead acid or gel type batteries.
• Automatic switchover to stand-by battery when AC Fails.
• Zero voltage drop when switching over to battery backup.
• Thermal and short circuit protection with auto reset.
• Circuit breaker battery protection.
• Input and output status LED indicators.
• AC fail supervision (form "C" contact, 1 amp 28VDC or 115VAC).
Factory set for 1 minute with optional 6 hour delay setting (field selectable).
• Battery presence and low battery supervision (form "C" contact, 1 amp / 28VDC or 115VAC).
• Unit includes power supply, red enclosure, cam lock, open frame transformer and battery leads.
Enclosure dimensions: 15.5"H x 12"W x 4.5"D
2
Altronix is not responsible for any typographical errors. Product specifications are subject to change without notice.
@#M
Power Supply Specifications:
AC Input:
115VAC / 3.2 amps @ 60Hz
Output:
12 - 24VDC. Maximum 2.0 amps per output.
Total of 8 amps in Alarm Condition.
Battery:
For 12VDC operation use a 12VDC / 12AH battery
For 24VDC operation use two (2) 12VDC / 12AH batteries connected in series
Stand-by Current:
175mA
EOL Resistor (end of line):
2.2K (2200 ohm)
Stand-by Specifications:
Stand-by Batteries
Stand-by Time
Alarm Output
Total Amps/Minutes
Aux Output
Current
24VDC/12AH
(use two (2) 12VDC batteries in series)
24 Hours
8 Amps/ 15 Minutes
50mA
60 Hours
8 Amps/5 Minutes
-
12VDC/12AH
24 Hours
8 Amps/ 15 Minutes
50mA
60 Hours
8 Amps/5 Minutes
-
Installation Instructions:
The AL802UL-ADA should be installed in accordance with article 760 of The National Electrical Code or NFPA 72 as
well as all applicable Local Codes.
1. Mount the AL802UL-ADA in a desired location. It is recommended to first review the following tables for screw
terminals, switch selection and LED status indications. This will greatly facilitate installation hook-up.
Carefully review:
Power Supply Specifications (pgs. 2 & 3) _
Typical Application Diagrams (pgs 7 & 8) az
Terminal Identification Table (pgs S & 6)
Output Programming Selection Table (pg. 4) -
LED Status Indication Table (pg. S) g 9
2. Connect the black and white transformer leads of AL802UL-ADA to a
separate unswitched AC circuit (I15VAC, 50/60Hz) ]_ ®=_®v6as
dedicated to the Fire Alarm System.
3. Set switch SW 1 on Power Supply Board for desired output
voltage. Open for 24VDC (factory set), Close for 12VDC. 000
Note: It is good operating practice to measure and verify output
voltage before connecting devices to ensure proper operation of equipment.
4. Connect battery to terminals marked [+ BAT -] on the Power Supply
Board (battery leads included). Use two (2) 12VDC batteries connected
in series for 24VDC operation.
5. Set output selection switches marked (OUT1 through OUT4) to follow
corresponding input (IN 1 & 1N2) and desired output signal type (see output programming selection table pg. 4).
6. Connect FACP output to desired AL802LGK logic board inputs and notification appliances to
desired AL802LGK logic board outputs (see typical application diagrams pgs. 7 do 8).
Note: The 2 -wire horn/strobe sync mode will only synchronize horns, horn strobes, strobes with synchronization
capability.
7. For connection of smoke detectors, digital dialer (see optional hookup diagram pg. 9).
8. To report a ground fault connect negative (-) terminal of the auxiliary output marked [-AUX] to earth ground.
General Information:
• For all Class B hookups SW 1 & SW2 on the AL802LGK logic board must be open.
For all Class A hookups SW 1. & SW2 on the AL802LGK logic board must be closed.
• AC Fail condition will report approximately one (1) minute after loss of AC. To delay report for 6 hours cut
jumper ] 1 on the Power Supply Board (AC trouble output delay option). If this mode is selected the Power
Supply Board must be reset by removing all power to it for 30 seconds.
• Low battery condition will report at approximately 21 VDC (24VDC output setting)
or approximately 10.5VDC (12VDC output setting).
3
(ONOTIFIEW
A Pittway Company
February 26, 1997
BNG & BRG Series
Manual Fire Alarm Stations
Section: Conventional Initiating Devices
1-440
GENERAL U U C F 38-93-E'
M N� tH
The BNG and BRG Manual Fire Alarm Pull Stations each ®�
provide a single-action, normally open contact, alarm initi- 0A0A3AY BSA
ating point for use with Fire Alarm Control Panels. The
BNG Station is non -code, non -break -glass type. The BRG 5692 (BNGC-SRC9only) 750 -76 -SA'
Station is non -code. break -glass type. ADA 'See page 2.
FEATURES
• Within ADA 5 Ib. pull force.
• Sturdy metal construction.
• Simple operation.
• Operation does not require replacement of parts (BNG
• Drawing of flames on cover helps communicate pur-
pose of this device to people who do not read.
• Designed to prevent false alarms when bumped, shaken
or jarred.
• Spanish version (FUEGO) (BNG-ISP).
• Meets UL 38 Standard for manually actuated signaling
boxes.
APPLICATIONS
Designed for indoor use in atmospheres which are not po-
tentially explosive. Use as a means of allowing anyone on
the premises to tum in non -coded alarm quickly without
chance of error. There is no need for delay. There is no
danger of giving incorrect or incomplete instructions. Typi-
cal users include:
1. Schools.
2. Hospitals.
3. Retail stores.
4. Industrial plants.
5. Warehouses.
Compatible with any appropriate control panel. May be used
to:
1. Initiate local alarm signals.
2. Trip a municipal fire alarm box.
3. Start fire pumps.
4. Initiate other functions which can be initiated by the
closing.
OPERATION
The stations are operated by a pull on the pull cover. This
causes a key latch to act against a retaining mechanism
until adequate force is applied to open the station. As the
station opens, a switch is released to initiate an alarm. The
retainer used in Model BRG is a glass rod. When oper-
ated, the cover hangs down (and cannot be made to stay
in a closed position) indicating that the station was used to
tum in the alarm. OPERATED STATIONS CAN BE SEEN
UP TO 100 FEET AWAY. Resetting is easily accomplished
using a reset key.
10
California
State Fire Meets ADA Pull Force
Marshal
7150-0028:003
The BNG-1TSL
and BNG-1TSRL
t
ALARM:
rJ M OTI If=1ER'�
The attractive design of the station highlights its engineered
simplicity and unusual dependability; bumping, shaking,
or jarring will not activate the switch or circuit. Instructions
for operation of the station are provided on the front of the
pull cover. The BNG and BRG Stations are both die -formed
from 1/8' thick satin -finish aluminum, with the operating
instructions in raised letters. Stations come in surface
mounting models only. BNG and BRG contacts are rated
at: 1 amp., 30 VAC, and 30 VDC. The master key fits all
stations used in an installation of the same series.
INSTALLATION
The station mounts with two screws (supplied) to a stan-
dard single -gang electrical switch box. It can also be
mounted to a surface -mount box.
ARCHITECT/ENGINEERING
SPECIFICATIONS
Manual Fire Alarm Stations shall be non -code, non -break -
glass type, equipment with a key operated reset, and so
designed that after actual Emergency Operation, they can-
not be restored to normal except by use of a key. An op-
erated station shall be designed such that upon activation,
This document is not intended to be used for installation purposes. We try to keep our
product information up-to-date and accurate. We cannot cover all specific applications
or anticipate all requirements. All specifications are subject to change without notice.
For more information, contact NOTIFIER. Phone: (203) 484-7161 FAX (203) 4847118
1131 N OTI FI E W 12 aintonville Road, Northfofd, Connecticut 06472
ISO -9001
Engineering and Manufacturing
Quality System Certified to
International Standard ISO -9001
DN45 — Page 1 of 2
BNG (pictured below) uses a tension spring as a retainer.
BRG looks the same, except the retainer is a glass rod.
7/8" (2.22) 11/32" (0.34)
1-1.47)
P_t4 (1.47).
i
4-3/4"
(12.06)
i
1-3/8"
' (3.49)
Overall dimensions of semi -flush mounted station:
3-114" (8255 cm) wide x 4-3/4' (12.065 cm) high x
7/8' (2222 cm) deep.
it will be visually detectable at a minimum distance of one
hundred feet, front or side. Manual stations shall be con-
structed of die -formed aluminum, with operating directions
provided on the front cover in raised letters. Stations shall
be suitable for surface mounting on a standard single -gang
box or switch plate, and shall be installed 48" above the
finished floor per ADA requirements. Manual stations shall
be Underwriters Laboratories listed.
The DABC Double -Action Cover and DABC-SP adapter pro-
vide a simple and economical means to convert NOTIFIER
single-action BNG-1 Manual Fire Alarm Stations into
double -action units.
The purpose of these adapters is to deter false alarms
caused by passersby who pull a station and continue on
without stopping. Using the double -action adapter requires
a person to stop and perform two distinct actions: lifting
the cover and pulling the breakstation. Such action is suf-
ficient to deter potential pranksters from initiating costly
alarms.
The DABC -SP consists of a red and white BSA approved
back plate and the cover assembly which fits over the BNG-
1. The cover is hinged to a bracket with nylon bushings
which forth the cover housing. The DABC-SP back plate
and cover housing are punched and drilled to a=mmo -
date field wiring and the mounting screws that secure the
BNG-1 and adapter to a wall backbox.
Page 2 of 2 — DN -65
The DABC-SP
.... _ICAL DIMENSIONS
Length: 7.000 inches (17.64 cm)
Width: 3.500 inches (8.82 cm)
Depth: 1.250 inches (3.15 cm)
DABC-SP BACK PLATE
Length: 9.650 inches (24.318 cm)
Width: 6.750 inches (17.01 cm)
PRODUCT LINE INFORMATION
Model No. Description
BNG-I" Aluminum pull station with red lettering.
BNG-ITSL Standard "LOCAL" style BNG-1 (aluminum)
1-3/8"
BNG-1TSRL
3-1/4"
with terminal strip.
(8.25)
Spanish aluminum pull station with red
JAif.E
tit.,PU
UL listed (contact factory for current status
of other listings and approvals).
BNG-1R""
Red aluminum pull station with silver let-
tering.
BNG-1 RC*"
Red aluminum pull station with silver En-
glish/French lettering — ULC listed.
BNG-IF"
Aluminum pull station with red lettering and
4"
BNG-ITS"
Aluminum pull station with red lettering and
two -position, double -row terminal block.
BNG-1FTS"
(10.16)
DPDT switch and two -position, double -row
3-1/4w
terminal block.
(8.25)
BG -2 Backbox
The BNG-1SP
it will be visually detectable at a minimum distance of one
hundred feet, front or side. Manual stations shall be con-
structed of die -formed aluminum, with operating directions
provided on the front cover in raised letters. Stations shall
be suitable for surface mounting on a standard single -gang
box or switch plate, and shall be installed 48" above the
finished floor per ADA requirements. Manual stations shall
be Underwriters Laboratories listed.
The DABC Double -Action Cover and DABC-SP adapter pro-
vide a simple and economical means to convert NOTIFIER
single-action BNG-1 Manual Fire Alarm Stations into
double -action units.
The purpose of these adapters is to deter false alarms
caused by passersby who pull a station and continue on
without stopping. Using the double -action adapter requires
a person to stop and perform two distinct actions: lifting
the cover and pulling the breakstation. Such action is suf-
ficient to deter potential pranksters from initiating costly
alarms.
The DABC -SP consists of a red and white BSA approved
back plate and the cover assembly which fits over the BNG-
1. The cover is hinged to a bracket with nylon bushings
which forth the cover housing. The DABC-SP back plate
and cover housing are punched and drilled to a=mmo -
date field wiring and the mounting screws that secure the
BNG-1 and adapter to a wall backbox.
Page 2 of 2 — DN -65
The DABC-SP
.... _ICAL DIMENSIONS
Length: 7.000 inches (17.64 cm)
Width: 3.500 inches (8.82 cm)
Depth: 1.250 inches (3.15 cm)
DABC-SP BACK PLATE
Length: 9.650 inches (24.318 cm)
Width: 6.750 inches (17.01 cm)
PRODUCT LINE INFORMATION
Model No. Description
BNG-I" Aluminum pull station with red lettering.
BNG-ITSL Standard "LOCAL" style BNG-1 (aluminum)
BRG-1"" Aluminum pull station with red lettering and
break -glass option.
BRGAR" Same as BRG-1, but painted red.
1BG-2 Surface -mounting backbox for BNG/BRG
Series stations. One end tapped for 1/2"
conduit.
146-0601 Replacement glass retainer for BRG.
DABC Second action cover for BNG.
DABC-SP NYC back plate with second action cover.
" MEA 38-93-E
BSA 750 -76 -SA
ULC CS119
unit with terminal strip.
BNG-1TSRL
Standard 'LOCAL" style BNG-1R (red) unit
with terminal strip.
BNG-ISP"
Spanish aluminum pull station with red
FUEGO (FIRE) and JALE (PULL) letters.
UL listed (contact factory for current status
of other listings and approvals).
BNG-1R""
Red aluminum pull station with silver let-
tering.
BNG-1 RC*"
Red aluminum pull station with silver En-
glish/French lettering — ULC listed.
BNG-IF"
Aluminum pull station with red lettering and
DPDT switch.
BNG-ITS"
Aluminum pull station with red lettering and
two -position, double -row terminal block.
BNG-1FTS"
Aluminum pull station with red lettering with
DPDT switch and two -position, double -row
terminal block.
BRG-1"" Aluminum pull station with red lettering and
break -glass option.
BRGAR" Same as BRG-1, but painted red.
1BG-2 Surface -mounting backbox for BNG/BRG
Series stations. One end tapped for 1/2"
conduit.
146-0601 Replacement glass retainer for BRG.
DABC Second action cover for BNG.
DABC-SP NYC back plate with second action cover.
" MEA 38-93-E
BSA 750 -76 -SA
ULC CS119
May 14, 1998
(�J P1 O T I F1 E R®
A Pittway Company
GENERAL
Power -Sonic PS Series batteries provide secondary power for the
whole series of NOTIFIER fire alarm control panels.
FEATURES
• Provide secondary power for control panels.
• Gelled electrolyte.
• Sealed and maintenance -free.
• Overcharge protected.
• Extended shelf life.
• Easy handling with leakproof construction.
• Ruggedly constructed, high -impact ABS plastic case.
• Long service life.
• Compact design.
CAPACITY
Battery capacity, expressed in ampere -hours (AH), is the product of
a discharge current and the length of time that the current is dis-
charged. Batteries are rated according to their performance during
20 hours of discharge at a constant current.
The rated capacity of a battery is determined by subjecting it to a
constant discharge current for 20 hours at 68°F (20°C). After 20
hours the voltage across the terminals is measured. The discharge
current which causes a reading of 1.72 volts per cell (5.16 V on a 6
V battery and 10.32 V on a 12 V battery) is called the rated current.
This current multiplied by 20 is the rated capacity of the battery.
APPLICATIONS
Use the PS Series batteries to provide backup power for control
panels. Select batteries based on current requirements for your
system and the capacity of its charger. These batteries can be used
over a temperature range of -76•F to +140'F (-60°C to +60'C).
CONSTRUCTION
E-200
PS Series Batteries
The sealed construction of the Power -Sonic battery allows trouble-
free, safe operation in any position. There is no need to add elec-
trolyte, as gases generated during overcharge are recombined in a
unique "Oxygen Cycle." The battery is sealed, leakproof, and main-
tenance -free. The case is made of ABS, a high -impact plastic resin
(acrylonitrile butadiene styrene copolymer) with high resistance to
chemicals and flammability.
INSTALLATION
All panels have space reserved for batteries. See the appropriate
panel installation manual for battery size restrictions. Typical inter-
connection diagrams are shown in the literature accompanying each
control panel.
Section: Power Supplies
MH14328 (S)
SEALED RECHARGEABLE
BATTERY
tic
Mootl PS.665 6 Volt 6 5 AH
Power.son,c corpora tion
At. The PS -695 Battery
IAL
The PS -1242 Battery
F
is not intended to be used for installation purposes. We try to keep ourf$0.90C1
tion up-to-date and accurate. We cannot cover all specific applications or Engineering and ManufacOrring
quirements. All specifications are subject to change without notice• ForQuality System Certified to
n, contact NOTIFIER Phone: (203) 484-7161 FAX (203) 484-7118 International Standard ISO.9001
1 FI E R' 12 Gintonville Road. Northford, Connecticut 06472
DN -1109 — Page 1 of 3
TOP VIEW
SEALED RECHARGEABLE BATTERY
MODEL PS -1270
12 VOLT 7.0 AMP HOUR
HEIGHT 1 BELOW
3.70 t 0.08 inches
(94 12 mm)
HEIGHT 2 BELOW
3.85:t 0.08 inches
(96 t 2 mm)
5.94 _ 0.04 inches 2,5t 0.04 inches
t (
(151 1 mm) (65 t 1 mm)
1
1 BB -17: Optional Battery Backbox A
14-1/2"W x 8-1/4" H x 4-3/4" D
2 (mm: 368.3 W x 209.55 H x 120.65 D)
For remote mounting of two 12 -volt
PS -12180 batteries.
BB -55: Optional Battery Backbox
See CHG-120 catalog sheet for details. r
111E��E _-M
ENGINEERING SPECIFICATIONS
The fire control panel shall be equipped with secondary power provided by gelled -electrolyte batteries. The batteries
shall be maintenance -free and shall be capable of powering the system in a manner and for a length of time determined
by tha nnvaminn ranulations and the authority havina iurisdiction.
MODEL
Nominal
Voltage
V
Nominal
Capacity
@
20 hr. rate
A.H.
Discharge
Current
@
20 hr. rate
mA
DIMENSIONS
Width
Depth
Height
Height over
terminal
Weight
in.
mm.
in.
mm.
in.
mm.
in.
mm.
lbs.
kg.
PS -695
6
9.5
475
426
108
2.75
70
5.54
141
5.54
141
4.9
22
PS -1242
12
4.0
200
3.54
90
2.76
70
3.98
101
4.13
105
3.8
1.7
PS -1270
12
7.0
325
5.94
151
2.56
65
3.70
94
3.86
98
5.7
2.6
PS -12120
1 12
12
600
5.94
151
3.86
98
3.70
94
3.86
98
8.8
4.0
PS -12180
12
18
875
7.13
181
2.99
76
6.57
167
6.57
167
1 12.8
5.8
PS -12250
12
25
1300
6.89
175
6.54
166
4.92
125
4.92
125
18.7
8.5
PS -12600
12
60
3000
1025
260
6.60
168
820
208
9.45
240
39.7
18.0
PS -121000
12
100
5000
12.00
305
6.60
168
8.20
1 208
9.45
240
65.7
29.8
Characteristic Discharge Curves
6.5 13
6.0-12
0
a
c 5.5 11
d 5.0 10
m
4.5-9
4.0 8
0
120%
100%
80%
is
a:
60%
U
M
U 40%
20%
1 2 3 5 10 20 30 60 2 3 5 10 20 30
mnutes hours -�
Discharge Time @ 20-C (68-F)
Page 2 of 3 - DN -1109
0%
-20- -10- 0' 10' 20- 30' 40' 50- 60 -
Temperature (Degrees C.)
Effect of Temperature on Capacity
-- . 0.5 C
--- - 0.1 C
--J- 025 C
I , 0.6 C
1 C
.2C
I
PS -121000 RECHARGEABLE BATTERY:
APPLICATIONS AND CHARGING
CYCLE APPLICATIONS: Limit initial current to 20A. Charge until battery voltage (under charge) reaches 14.40 to 14.70
volts at 68°F (20°C). Hold at 14.40 to 14.70 volts until current drops to approximately 1000 mA. Battery is fully charged
under these conditions, and charger should either be disconnected or switched to "float" voltage.
"FLOAT" OR "STAND-BY" SERVICE: Hold battery across constant voltage source or 13.50 to 13.80 volts continu-
ously. When held at this voltage, the battery will seek its own current level and maintain itself in a fully charged position.
NOTE: Due to the self -discharge characteristics of this type of battery, it is imperative that the battery be charged after
six to nine months of storage, otherwise permanent loss of capacity might result from sulfation.
100%
I I I I I I
Ambient Temperature 20°C (68°F)
90%
�
i I
80%
L
L
70%
i
�
I
60%
A
a
50%
I
c�
U
Final I 100A
Voltage
40%
i�0% �
i
200A
0 2
14.0 V
13.0 V
a 12.0 V
c�
j 11.0 V
E 10.0V
H
9.0 V
8.0 V
Li I � I Charging is NOT
necessary unless
i I 100% of capacity
f
is required.
1 ! I
50C L\ Charging before
I
i i I i (41 F) ! ( use is necessary
I I I to help recover
i , v full capacity.
I I I I I i I I Charge may
fail to restore
1 40°C 30°C 20°C full capacity.
(104°F) (86°F) (68°F) 00 NOT
i L let batteries
I; reach this state.
4 6 8 10 12 14 16 18 20
Standing Period (Months)
1.2 2.4 6 12 24 36 481 2 4 6 8 10 20 40
MINUTES HOURS
Discharge Time
I � I
PS -129000
Shelf -Life
and Storage
PS -121000
Discharge
Characteristics
DN -1109 — Page 3 of 3
I I I I I I
Ambient Temperature 20°C (68°F)
16A S.OA
50A 2I A I
I
I (
I
Final I 100A
Voltage
i
200A
1.2 2.4 6 12 24 36 481 2 4 6 8 10 20 40
MINUTES HOURS
Discharge Time
I � I
PS -129000
Shelf -Life
and Storage
PS -121000
Discharge
Characteristics
DN -1109 — Page 3 of 3