Fire Detection Devices CR 135-2 Service manual

90 Nolan Court, Unit 34, Markham, Ontario, Canada L3R-4L9 Fax[phone], Tel[phone]
Electronic products dedicated to the safety of life and property
Web Site - http://www.firedetectiondevices.com Email – [e-mail]
Installation Instructions for Models:
CR 135-2, CF 135-2, CR 165-2, CF 165-2, CR 200-2, CF200-2, CF 285-2
Description:
The “-2” series of heat detectors are described as alarm initiating devices, double circuit with
two sets of Normally Open contacts.
The Model Number prefix “CR” indicates that the detector is a combination Rate-of-Rise and
Fixed Temperature, often referred to as “Dual-action”. The Rate-of-Rise function allows the
detector to close both sets of its contacts when the temperature at the ceiling increases at a rate
of 8.4 Celsius degrees (15 Fahrenheit degrees) per minute. In most cases, the closure of one
set of contacts initiates the Fire Alarm sequence. The second set of contacts is commonly used
to initiate an ancillary function. The Fixed Temperature portion consists of a spring-loaded
plunger held in place by a eutectic solder that will fuse at the specific temperature (in F degrees)
as indicated by the Model Number i.e. 135,165,200 and 285 degrees.
The Model Number prefix “CF” indicates that the detector is Fixed Temperature Only, and will
therefore not respond to a rate of temperature increase but will operate when the detector fuses
at the prescribed temperature as indicated by the model number. This detector is referred to as
“Fixed Temperature Only, non-restorable”.
Location:
The “CR” series detectors are installed in areas where rapid increases in ceiling temperature
are not expected. Such locations include dwelling units, storage cupboards, electrical closets,
material storage rooms, shafts (other than stairwells), transformer vaults, electrical rooms, and
sprinkler rooms.
The “CF” series detectors are installed in areas where rapid increases in ceiling temperature
are expected. Such locations include boiler rooms, industrial kitchens, commercial laundry
rooms, janitor closets, change rooms with shower facilities, and saunas.
It is important to consider ambient temperature conditions when selecting the detector’s fusing
temperature. See Engineering Specification (below).
Engineering Specification: Models CR 135-2, CR 165-2 and CR 200-2 detectors are dual-action type,
that will respond to a rate of temperature increase at the ceiling of 15 Fahrenheit degrees per minute
(8.4 Celsius degrees per minute). These detectors will also respond when the fixed temperature (non-
restorable) threshold is exceeded. Dual-action detectors are installed in areas where rapid fluctuations
in ceiling temperature are not expected. In areas where sudden increases in ceiling temperature are
normal, specify Fixed Temperature Only units i.e. CF 135-2, CF 165-2, CF 200-2 or CF 285-2.
Detectors shall be installed in areas where environmental conditions including dust, vapours, insects,
etc., would cause an ionization or photoelectric type detector to initiate a false alarm.
*assumes a flat, uninterrupted ceiling at a height not exceeding 10ft / 3m.
Model #
Function Type
Release Temp.
Temp. Rating
Range
Max. Installation
Temp
Color dot on fin
Spacing between
detectors*
CR 135-2
Dual-action
135⁰F / 57⁰C
Ordinary
100˚F / 37.8˚C
None
70ft / 21m
CR 165-2
Dual-action
165⁰F / 71⁰C
Ordinary
100˚F / 37.8˚C
Grey
70ft / 21m
CR 200-2
Dual-action
200⁰F / 93⁰C
Intermediate
150˚F / 65.6˚C
White
70ft / 21m
CF 135-2
Fixed Temp.
Only
135⁰F / 57⁰C
Ordinary
100˚F / 37.8˚C
Black
40ft / 12m
CF 165-2
Fixed Temp.
Only
165⁰F / 71⁰C
Ordinary
100˚F / 37.8˚C
Black and Grey
25ft / 7.5m
CF 200-2
Fixed Temp,
Only
200⁰F / 93⁰C
Intermediate
150˚F / 65.6˚C
Black and White
25ft / 7.5m
CF 285-2
Fixed Temp.
Only
285⁰F / 140⁰C
High
225˚F / 107.2˚C
Black and Blue
25ft / 7.5m

90 Nolan Court, Unit 34, Markham, Ontario, Canada L3R-4L9 Fax[phone], Tel[phone]
Electronic products dedicated to the safety of life and property
Web Site - http://www.firedetectiondevices.com
Installation:
On conventional, initiating circuits or when using an addressing module, one set of contacts is
installed across the circuit such that operation of the detector will create a short circuit condition,
required in order to activate the fire alarm control panel (FACP), or addressing module.
The second Normally Open set of contacts can be used to activate a local ancillary device.
All wiring must be installed in compliance with the local Electrical Code using approved cable,
AWG 18 minimum. Begin electrical connections by stripping approximately 1” (2.5 cm.) from
the end of each wire. Insert the stripped end into the wire-retaining hole in the terminal bar,
wrap clockwise around the terminal screw, and tighten. Circuit wiring must be broken at each
terminal to ensure proper supervision.
For use with Addressable/Analogue FACP’s, the detector is connected to the appropriate Data
Communication Link (DCL) by means of an addressing module, in accordance with the panel
manufacturer’s instructions.
Contact Electrical Rating:
3A @ 125 VAC, 1A @ 28 VDC, 0.3A @ 125 VDC, 0.1 A @ 250 VDC
Testing:
Testing the “CR” series detector, i.e. testing the Rate-of-Rise portion, is accomplished by
applying heat from a controlled heat source, such as a hair blow dryer, held 8-12 inches away
and aimed at the detector. The detector will respond within 6-10 seconds.
Portable test units designed specifically for this purpose are acceptable, and must bear a UL
listing mark.
Care must be taken to not allow the heat source to reach the device’s fusing temperature. If the
detector’s fusing temperature is reached and the plunger is released, the detector will be in
permanent alarm and must be replaced.
Devices using open flame are prohibited from testing heat detectors.
Testing the “CF” series detector, i.e. the Fixed Temperature Only, cannot be accomplished by
warming the unit as permanent contact closure may result, requiring replacement of the
detector. Shorting across the terminals will prove the circuit function and Zone identification.
Fire Alarm
Input Circuit
N/O
Ancillary
Circuit(s) N/O