CWSI AR-5 User manual

P/N IM-AR5 Rev. F *CWSI-IM-AR5F*
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
AR-5 WIRELESS FIRE ALARM REPEATER
RB-10, RB-20, RB-30, RB-40 RELAY BOX
OPERATING and INSTALLATION
INSTRUCTION MANUAL
CWSI by Tyco Fire & Security GmbH

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
2
Disclaimer
The information contained in this document is believed to be accurate and reliable at the time
of printing. Known corrections or omissions may be found on errata sheets included in the various
product manuals. However, CWSI a Tyco Fire & Security GmbH Company (CWSI), may not be held
accountable for errors or omissions in this or other CWSI publications. No license is granted by
implication or otherwise under any patent rights of CWSI. Applicable terms and conditions can be
found at http://tycofsbp.com/TFPPTerms_of_Sale/TFPPTerms_of_Sale.pdf

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
3
DISCLAIMER.................................................................................................... 2
INTRODUCTION............................................................................................... 5
FCC Statements.................................................................................................................5
FCC Warning......................................................................................................................5
FCC Warning – RF Exposure............................................................................................5
SECTION 1 - DESCRIPTION AND FEATURES .............................................. 6
1.1 Product Description and Wireless System Overview...............................................6
1.2 Features........................................................................................................................6
1.3 Specifications ..............................................................................................................7
RB-10, 20, 30, 40 Ratings @ 24Vdc ..................................................................................7
SECTION 2 - COMPATIBILITY ........................................................................ 9
2.1 Compatible Equipment and Accessories ..................................................................9
SECTION 3 - INSTALLATION.......................................................................... 10
3.1 Preparing the Installation Site ....................................................................................10
3.2 Receiving and Unpacking the Equipment .................................................................10
3.3 Installing the AR-5 Repeater.......................................................................................10
3.3.1 Backwards Compatibility......................................................................................................................12
3.3.2 The Backup Batteries...........................................................................................................................13
3.3.3 Clearing the Base Code.......................................................................................................................13
3.3.4 Permanently Removing a Repeater.....................................................................................................13
SECTION 4 - OPERATION............................................................................... 15
4.1 Indicators, Signals and Switches...............................................................................15
4.1.1 LEDS....................................................................................................................................................15
4.1.2 Sounder ...............................................................................................................................................15
4.1.3 Dip Switch SW2...................................................................................................................................15
4.1.4 Trouble signals.....................................................................................................................................15
4.2 Outputs.........................................................................................................................16
4.2.1 Notification Appliance Circuits (TB1 Terminals 1-4)............................................................................16
4.2.2 Notification Appliance Compatibility.....................................................................................................17
4.2.3 USB Jack J35 ......................................................................................................................................18
SECTION 5 – OPTIONAL MODEL RB RELAY BOXES.................................. 18
5.1 Description...................................................................................................................18
5.2 Installation....................................................................................................................19
5.2.1 Wiring...................................................................................................................................................19
5.2.2 Programming .......................................................................................................................................19
SECTION 6 – RM-5 RELAY MODULE............................................................. 23
6.1 Description...................................................................................................................23
6.2 Installation....................................................................................................................23
6.2.1 Wiring...................................................................................................................................................23
6.2.2 Programming .......................................................................................................................................23

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
4
SECTION 7 – SIGNAL SURVEY...................................................................... 24
7.1 New Installation Survey...............................................................................................24
7.2 Existing Installation Survey........................................................................................25
INDEX ............................................................................................................... 26

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
5
Introduction
This manual is intended for persons involved with the installation, maintenance and operation
of the AR-5 RF repeater. It is a comprehensive guide that provides details on product operation and
should be kept for future reference. This manual consists of separate sections. Each section contains
information in a manner as to be clear as possible. It is designed to provide all the information
necessary to install, program and operate the equipment. Read and understand this manual prior to
installing or operating the equipment. It is imperative that the installer understand the requirements of
the Authority Having Jurisdiction (AHJ) and be familiar with the standards set forth by Underwriters
Laboratories, NFPA 72 National Fire Alarm Code, and NFPA 70 National Electrical Code.
The model AR-5 is the first in a series of wireless repeaters manufactured by CWSI. This
repeater was designed and tested to comply with NFPA 72 National Fire Alarm Code and UL 864
standard.
FCC Statements
FCC Warning
Important: Any changes or modifications not expressly approved by the party
responsible for compliance could void the user’s authority to operate the
equipment.
This device complies with part 15 of the FCC Rules. Operation is subject to the
following two conditions: (1) This device may not cause harmful interference,
and (2) this device must accept any interference received, including
interference that may cause undesired operation.
FCC Warning – RF Exposure
Important: When using this device, a certain separation distance between
antenna and nearby persons has to be kept to ensure RF exposure
compliance. In order to comply with the RF exposure limits established in the
ANSI C95.1 standards, the distance between the antennas and the user should
not be less than [20cm].

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
6
Section 1 - Description and Features
1.1 Product Description and Wireless System Overview
The CWSI AR-5 is an intelligent addressable wireless fire alarm repeater. It will receive and
retransmit signals to and from CWSI control panels, devices and repeaters as listed in the
compatibility section of this manual. It has two on board transceivers that allows all communications
with devices to be done via radio frequency (RF). The AR-5 will receive and retransmit alarm,
supervisory, and trouble signals from the devices to the control panel. Since the communications are
bi-directional the repeater can retransmit RF command signals from the control panel to activate its
NAC circuits and relays. The repeater will also retransmit control panel commands to perform
functions including turning on or off tandem detector sounders. The AR-5 NAC circuits and optional
relays are field programmable at the CP-3600(+) control panel making site specific changes cost
effective. The AR-5 notification appliance circuits supply 24 volt DC with Class A or B operation.
Models RB-10, RB-20, RB-30, RB-40 relay boxes are available containing 10 to 40 dry contact
programmable relays. These relay boxes can be connected to the AR-5 providing up to 40 dry
contact relay outputs. Additionally there is a 5 relay sub assembly module RM-5 which can be
plugged directly into the AR-5 board.
The CWSI initiating devices contain microprocessor based transceivers and are battery powered. Bi-
directional repeaters are used to create a cellular network type signaling path to and from the control
panel. Initiating devices transmit trouble, supervisory and alarm information. Repeaters process the
data and retransmit the data through the repeater network to and from devices and the control panel.
All transmitted signals are verified for data integrity, signal quality and reception conformation.
The AR-5 repeater has many new and enhanced features unavailable in previous wireless systems
due to recent technological advances. These features and industry advancements are what make
CWSI the unsurpassed leader in the wireless fire alarm industry.
1.2 Features
Bi-Directional RF communication
900 MHz Frequency Hopping Spread Spectrum format
CRC data validation
Dual transceiver design
60 hour battery standby time
Field programmable Special Application NAC circuits
1 Class A 24 Volts DC @ 1 Amp
2 Class B 24 Volts DC @ 1 Amp each
1 Class A 24 Volts DC @ 100 Milliamps Regulated
2 Class B 24 Volts DC @ 100 Milliamps each Regulated
NAC outputs are non-power limited and over current protected
Synchronization of NAC outputs when used with compatible Gentex products
Up to 40 N.O. programmable dry contact outputs *
Wireless activation of NAC circuits and relays
Optional 5 relay dry contact output module model RM-5
*With optional relay module RB-40 attached

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
7
1.3 Specifications
Power Source: 120/240 VAC 50/60Hz 1 Amp dedicated circuit.
Batteries: Two 12Vdc 4Ah sealed lead acid batteries connected in series. Use only Genesis/Enersys
P/N NP4-12.
Operating Temperature: 32 to 145* degrees F Humidity 85% non-condensing.
Special Application NAC Output ratings:
Class B – 2 output circuits
Non power limited over current protected
24 Volts D.C. @ 1 Amp each
Class A – 1 output circuit
Non power limited over current protected
24 Volts D.C. @ 1 Amp
Regulated NAC Output ratings:
Class B – 2 output circuits
Non power limited over current protected
24 Volts D.C. @ 100 Milliamps each
Class A – 1 output circuit
Non power limited over current protected
24 Volts D.C. @ 100 Milliamps
Dry Contact Relays:
Available when optional model RB-10, 20, 30 or 40 relay box or RM-5 relay module is
connected to the AR-5. RB relay outputs are programmable and rated 24 Vdc @ 1Amp and
RM-5 outputs are rated 30Vdc @ 5A. The number after RB indicates the number of outputs
provided. The RM-5 has 5 relay outputs.
Transceiver Operating Frequency: 900 MHz band.
Signal to Noise Ratio: Minimum Signal -100.2dBM Maximum Noise -115.3dBM
Antenna Type: Omni, Yagi
Transmission Format: Frequency Hopping – Spread Spectrum.
Dimensions: 10” high, 10” wide, 3 ¼” deep
Enclosure: Powder coated 18 gauge steel
Weight: 14 Lbs.
RB-10, 20, 30, 40 Ratings @ 24Vdc
Standby mA Alarm mA
RB-10 2 110
RB-20 4 220
RB-30 6 330
RB-40 8 440
*Transient operation.

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
8
CASE DIMENSIONS
Figure 1

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
9
Section 2 - Compatibility
2.1 Compatible Equipment and Accessories
Refer to the CWSI control panel manual for complete compatibility details
The following antennas are for use with the AR-5 repeater:
Tyco Fire & Security GmbH
Models: OM-1 Omni – Isotropic gain 2.5 dBi, OM-2 Omni – Isotropic gain 1 dBi, OM-3 Omni –
Isotropic gain 5 dBi, YA-1 Yagi – Gain 15.2 dBi
The following accessories are for use with the AR-5 repeater:
Tyco Fire & Security GmbH
Models:
RB-10, RB-20, R-30, RB-40 Relay Boxes, RM-5 Relay output sub assembly module
CWSI-BPF-915 Optional Band Pass Filter for Antenna SMA connector
Notification Appliances:
As listed in the Notification Appliance Compatibility section of this manual
Figure 2

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
10
Section 3 - Installation
3.1 Preparing the Installation Site
Prior to the installation of an AR-5 repeater a signal survey must be performed by a factory trained
technician or authorized dealer. The signal survey determines the locations of the repeaters in order
to receive the devices. Refer to the Signal Survey section in this manual and individual CWSI device
manuals for the proper method to conduct a signal survey. The completed survey becomes the
blueprint layout for the actual installation.
During the survey, try to locate AR-5 repeaters close to available 120/240 VAC uninterruptible power.
All AR-5 connections must be installed in conduit. When connecting primary A/C power always follow:
1- National Fire and Electrical Codes (NFPA 72 and NFPA 70)
2- Local Electrical and Fire Code requirements
3- Local AHJ (Authority Having Jurisdiction) requirements
WARNING: Make sure A/C supply is turned OFF prior to connecting the AR-5 repeater.
3.2 Receiving and Unpacking the Equipment
Upon receiving the equipment, the carton should be inspected for damage, which may have occurred
during shipment. Each package should be checked against the packing slip for completeness.
Differences should be reported to CWSI immediately. If any product is suspected of damage it should
be checked for proper operation or returned to CWSI.
3.3 Installing the AR-5 Repeater
WARNING: This equipment must be professionally installed by factory trained personnel. Use
of an antenna other than listed in the compatibility section of this manual may be harmful to
persons, void FCC or damage the equipment.
The AR-5 repeater unit must be enrolled into the CP-3600(+) control panel to function properly. This
will validate the repeater as being part of the installation and allow the installer to program relay
outputs, unit description etc. as needed for the installation. Note: Always attach a compatible
antenna to both repeater sma connectors A and B prior to applying power to the repeater,
enrolling the repeater or conducting a signal survey. There are three antennas available for use
with the AR-5 repeater. The differences are the type and gain. The OM-1 Omni antenna should be
used except where installation space restrictions are an issue. The OM-2 Omni will have slightly
lower gain and is shorter which may be helpful in space restricted areas. The OM-3 will have
increased range over the OM-1&2 where longer omni directional reception is needed. The YA-1 is a
directional Yagi antenna with high gain for signal reception at longer distances. Typical antenna
configurations are shown in figure 1A.
To install the YA-1 follow these steps:
1. Perform a signal survey to determine an acceptable indoor location.
2. Attach the mounting brackets to a suitable surface.
3. Fasten the 24” mast to the mounting brackets and tighten the nuts.
4. Attach the YA-1 to the top of the mast and make sure the elements are in a vertical
position.
5. Aim the antenna towards the desired reception location making sure none of the elements
make contact with any surrounding surfaces or objects then tighten the antenna bracket.

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
11
6. Connect the supplied cable between the repeater and the antenna. The cable should be
within the same room and not routed near electrically noisy sources such as fluorescent lights
or electrical outlets.
7. Perform a signal survey after the antenna is mounted.
Typical Antenna Configurations
Figure 1A
Always perform the signal survey with the antenna that will be used on the repeater when it is
installed. Enrollment can only be accomplished with the repeater within reception range of the CP-
3600(+) or at the intended mounting location as long as it can communicate with another enrolled
repeater. Follow the enrollment instructions in the CP-3600(+) manual. After enrollment, it is
recommended to hold the repeater in the intended mounting location and verify a good signal survey
prior to permanently mounting the unit. Upon enrollment and conducting a signal survey the repeater
can be mounted in its intended location. The following must be considered and or adhered to when
mounting the unit.
1 – All wiring should comply with national and/or local electrical codes. Unless otherwise
specified, wire should be 18 gauge copper with 600 Volt insulation. Shielded wire is preferred.
2 – This unit is intended to be mounted in indoor dry areas. Avoid dusty, wet and corrosive
locations.
3 – Mount the AR-5 Repeater at least 8 feet high.
4 – Provide adequate space surrounding the unit to allow for;
a – Allow enough room for the hinged cover to be completely opened for easy access
to internal components and wiring.
b - The connection of conduit to the desired cabinet locations.
c – The attachment of omni antennas to both antenna sma connectors.
5 – Avoid electrically noisy locations such as main electrical and transformer rooms,
computer rooms, telephone switching rooms, etc.

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
12
Unlock the AR-5 cover and open the unit. Carefully verify that the unit is not damaged and the printed
circuit board is properly secured and connected to the transformer. Hold the AR-5 in its intended
position, verify leveling then mark the location of the upper corner mounting keyholes (Figure 3).
Using adequate mounting screws and anchors, secure the AR-5 repeater to the mounting surface. Be
sure to install screws in the two lower mounting holes. The conduit can now be installed into the
provided knockout locations. Power limited and non-power limited wiring must be in separate
conduit and kept a minimum of .25” apart in the enclosure. Refer to figure 3 for suggested wire
routing. WARNING: Make sure A/C supply is turned OFF prior to proceeding with A/C
connection. The AR-5 can accept 120 or 240Vac 50/60 Hz power. The transformer wiring
configuration is different for each voltage. Warning: If the transformer is wired incorrectly damage
to the transformer, AR-5 board or injury to the user can result. Refer to the wiring diagram for
proper connection of the desired input power. Use minimum 14 AWG 600 Volt copper wires for A/C
connections. Follow all applicable electrical codes. Attach compatible antennas to both SMA
connectors A and B at the top of the cabinet. If the repeater has not yet been enrolled into the CP-
3600(+) facp then make sure the CP-3600(+) is in enrollment mode before applying A/C power.
Verify SW2 switch 4 is off and 5 is on to enroll into the CP-3600(+). Apply A/C power and connect the
backup batteries. The repeater sounder will beep twice on power up. This is normal. Verify the green
power led is on steady. If it is not on or is blinking then verify the following:
1) Proper input voltage is present at transformer input.
2) Transformer secondary connector is correctly plugged into repeater board connector
labeled J4.
If the repeater doesn’t show an indication on the CP-3600(+) that it has been enrolled then it could be
out of range or the base code may have to be cleared. The repeater must be in range of the CP-
3600(+) or another enrolled repeater in order for it to enroll into the system. Instruction on clearing the
base code can be found in the clearing the base code section of this manual.
After the repeater is enrolled and power has been applied the repeater will transmit a power up reset
trouble to the CP-3600(+). This is expected on power up and does not indicate a problem with the
repeater. Reset the CP-3600(+) and the trouble should not come back. If the trouble reoccurs while
the repeater has power then this is an indication of a problem with the unit. A low battery trouble may
occur when the repeater is powered if the battery is low or was not connected within 200 seconds.
Reset the panel after both A/C and the batteries have been connected and the trouble condition
should only reoccur if it is due to low batteries or faulty battery wiring. If the batteries are low the
trouble will keep occurring until they are charged above low battery threshold. If a hardware fault
trouble is shown on the CP-3600(+) after enrolling the repeater, check the SW2 switch 4 and 5
settings. This switch must properly set when enrolling into a CP-3600(+) control panel. There are leds
located on the repeater pc board under each transceiver. These leds will begin to flash after the
repeater is enrolled and network communication is established. These are basic indicators and are
not to be used to determine operational status of the repeater.
3.3.1 Backwards Compatibility
The AR-5 Rev. 3.0 repeater can be used in an installation containing a CP-3500D or CP-
3000(A)(D)(DA) and AR-3 repeaters. The AR-5 must be properly configured to be backwards
compatibility in an installation containing CP-3500D or CP-3000(A)(D)(DA) and AR-3 repeaters. To
make the AR-5 Rev. 3.0 backwards compatible with the CP-3000(A)(D)(DA) and AR-3, set SW2
switch #5 to the AR3 position. To make the AR-5 Rev. 3.0 backwards compatible with the CP-3500D
and AR-5 Rev. 2.0, set SW2 switches #4 and 5 to the on (left) position. Power cycling of the AR-5 will

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
13
be necessary if this switch is changed while power is applied. Except where noted all new features of
the AR-5 will be available when it is used in backwards compatibility mode.
3.3.2 The Backup Batteries
The cabinet houses two 12 Volt 4Amp hour batteries wired in series. Use only Genesis/Enersys P/N
NP4-12. These batteries will supply 60 hours of backup power followed by 5 minutes of alarm time at
maximum load as specified in this manual. Refer to figure 3 for proper battery connection wiring. A
low battery trouble will be transmitted to the CP-3600(+) if the batteries are low or disconnected. After
the batteries are connected to the repeater the CP-3600(+) can be reset. If the repeater continues
sending the trouble condition, check for proper battery connections. If the batteries are low or bad the
low battery trouble will keep reoccurring until they are charged or replaced with charged batteries.
3.3.3 Clearing the Base Code
A repeater that has been previously enrolled into a CP-3600(+) will have the base code of the CP-
3600(+) in its memory. If the CP-3600(+) base code is changed or the repeater is used in another
installation with a base code different than the previous system, then the old base code will need to
be cleared from the repeater. The repeater will not be recognized until the base code is cleared.
To clear the base code power up the repeater on battery, A/C or both. Press and hold the survey
button continuously for 15 seconds and a long tone will be heard from the sounder. This is the
indication that the code has been cleared. Refer to figure 3 for the survey button location. Remove all
power from the repeater. The repeater can now be enrolled into the system with the new base code.
3.3.4 Permanently Removing a Repeater
To permanently remove a repeater from the installation after it has been enrolled, it must be deleted
from the CP-3600(+) control panel. Refer to the CP-3600(+) manual to delete a repeater from the
installation. Always remove all power from the repeater being removed and allow it to show a
test failure trouble on the CP-3600(+) prior to deleting it. When a repeater is deleted from the CP-
3600(+), a signal is sent to the repeater which will disable its transceivers. This is a failsafe in case
the repeater was not powered down prior to deletion. This prevents installed transmitters and other
repeaters reporting to the deleted repeater.

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
14
Figure 3

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
15
Section 4 - Operation
4.1 Indicators, Signals and Switches
This section will explain LED, Sounder and Switch functions. Refer to figure 4. This section also lists
trouble signals that may be generated by a repeater.
4.1.1 LEDS
The repeater board contains two led indicators for the following:
PWR – This green led indicates the status of the incoming A/C voltage. On steady indicates
proper A/C voltage is present. Off indicates low or improper A/C voltage present.
TRBL – This yellow led indicates a trouble condition exists with the repeater. This led will flash
when a trouble condition is present on the repeater. After the trouble is corrected the led will
continue to flash until the trouble is reset on the CP-3600(+) facp.
4.1.2 Sounder
The sounder is used as an indicator for signal survey and clearing the repeaters base code.
Specifics can be found in the signal survey and clearing base code sections of this manual.
4.1.3 Dip Switch SW2
The SW2 dip switch is located in the upper right side of the repeater pc board. Refer to figure 3. The
dip switch is used to select whether the repeater board is a CP-3600(+) receiver or an AR-5 repeater.
It also can make a repeater function as a standalone survey unit without being enrolled into a CP-
3600(+) facp. Switch position 3 is unused and should be to the right (off) position. Switch position 1
determines if the board is a receiver or repeater. This switch should be left (on) for a receiver and
right (off) for a repeater. Switch position 6 is used to make a repeater a standalone survey unit. A
receiver cannot be made to function as a standalone unit. Switch 6 should be right (off) for a repeater
in normal mode. Switch 2 is for synchronization of the nac circuits when using compatible Gentex
products. To activate sync, push switch 2 to the right towards the word sync. Switches 4 & 5
determine RF compatibility. For compatibility with a CP-3600(+) switch 4 must be off and switch 5
must be on. Any dip switch changes will require power cycling the repeater. See the backwards
compatibility section for further information.
4.1.4 Trouble signals
This section contains a list of trouble signals that can be transmitted by a repeater. Possible causes
are given to help the technician quickly solve the issue. The repeater is continuously monitored for
proper operation. If a problem arises then a trouble signal will be sent to the control panel within 200
seconds indicating the trouble condition. The trouble will be retransmitted every 200 seconds until the
problem is resolved. Some of the trouble conditions below are self-restoring as noted below with a *.
All other troubles will have to be reset at the CP-3600(+) and will not self-restore. The repeater will
also send a test signal to the control panel every 200 seconds. If the panel does not receive this
signal, a trouble signal will be displayed.
1. Test Failure* – Displayed by the CP-3600(+) when it doesn’t receive a repeater polling
transmission within 200 seconds. Possible causes are a missing antenna(s), break in repeater
communications or component failure in the repeater.
2. Power Loss* – Caused by low or no voltage present at A/C input to product. Check for proper
A/C supply.
3. Charger Failure – Caused by problem in battery charging circuit. Factory service is required.

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
16
4. Low Battery – Caused by battery voltage being too low or battery failing to pass load test.
Charge or change the batteries.
5. NAC Overload - Caused by exceeding the current rating of one or both of the NAC outputs.
Check for shorts and make sure compatible notification appliances are connected in the
allowable quantities.
6. Program Fail – Caused when the repeater does not acknowledge receipt of a programming
command from the CP-3600(+) facp. Make sure the repeater is turned on and is
communicating with the CP-3600(+).
7. EOL Violation - Caused by an open circuit or short circuit in the NAC wiring or missing TR-3
end of line resistor. The repeater must be able to read the TR-3 end of line resistor. Check for
shorts or opens in the wiring and the presence of the eol resistor.
8. Power Up Reset - Caused when the repeater processor resets its program. This signal is
normal the first time a repeater is powered up. It should not reoccur after the repeater has
power applied. If it does then the repeater requires factory service.
9. Ground Fault* – Caused by the repeater detecting resistance of 1000 ohms or less between
any NAC output line and earth ground. Find the source of resistance and remove it.
10.Hardware Fault – Caused by a fault with the repeaters memory or internal circuitry or SW2 #5
not set correctly. If the switch is set correctly then the repeater will require factory service.
* = Self-restoring
4.2 Outputs
The AR-5 has 1 class A or 2 class B programmable NAC output circuits available. The AR-5 repeater
can also be connected to relay box models RB-10, RB-20, RB-30 and RB-40 via ribbon cable or the
RM-5 relay module can be installed to provide dry closure relays. The RB model relay box can supply
up to 40 programmable N.O. dry contact outputs and the RM-5 provides 5 form C dry contact outputs.
Refer to the relay box section of this manual for further information. All AR-5 NAC and relay output
programming is done at the CP-3600(+) control panel. Refer to the CP-3600(+) control panel manual
for programming options and instructions. Repeater outputs are detailed in the following sections.
Refer to figure 4 for NAC wiring. Wiring diagrams for the RB boxes and RM-5 module can be found in
sections 5 and 6 respectively. All diagrams are shown with A/C and battery power connected with the
repeater in normal operation mode.
4.2.1 Notification Appliance Circuits (TB1 Terminals 1-4)
The AR-5 repeater provides a notification appliance circuit which is field selectable for either 1 Class
A Style Z or 2 Class B Style Y supervised non power limited outputs. Power limited and non-power
limited circuits must be separated by at least .25” within the enclosure and run in separate conduit.
Note: All wiring from the TB1 connector must be run in conduit and contained within one
room. Use minimum 18 awg wire. Refer to figure 3 for suggested wire routing. The outputs are
supervised for wiring integrity and ground fault. The NAC output voltage is 24 Volts D.C. and the
class can be selected with SW3 for either A or B operation as shown in figure 4. The NAC circuit
connector is labeled TB1 and located in the middle of the bottom edge of the repeater board. When
operating on back up batteries the AR-5 will maintain the NAC circuit output voltage within UL limits
until the battery voltage drops below low battery threshold of 20.4 Vdc. The NAC circuits are site
programmable for activation and deactivation through the CP-3600(+) control panel. Refer to the
programming section of the CP-3600(+) manual for complete activation and deactivation
programming options. The circuits utilize current sensing technology and if the rated current draw is
exceeded a NAC overload trouble signal will be displayed on the CP-3600(+) and the NAC circuit will
deactivate. It will attempt to reactivate only if another device sends an alarm or the NAC circuit is

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
17
reset by the control panel and then reactivated by another alarm. In class B operation, an end of line
resistor P/N TR-3 must be placed at the last appliance connected to the circuit or an eol violation
trouble will be transmitted to the control panel. Note: A TR-3 eol resistor is only required if the
NAC outputs are programmed to activate. A trouble will also be transmitted if a ground fault of
1000 ohms or less is present on a NAC circuit. Figure 4 shows proper wiring of NAC circuit. Table 1
shows compatible notification appliances. Synchronization of Gentex model horns and strobes can be
achieved by setting SW2 #2 to the sync position. When sync is selected the AR-5 will automatically
synchronize compatible Gentex models on each NAC and between NACs without the use of an
external sync module. All other model compatible horn and strobe synchronization is achieved by
using one of the compatible synchronization modules. The NAC outputs can also be synchronized
together using the listed sync modules.
NAC Output ratings:
Special Application NAC Output ratings:
Class B – 2 output circuits
Non power limited over current protected
24 Volts D.C. @ 1 Amp each
Class A – 1 output circuit
Non power limited over current protected
24 Volts D.C. @ 1 Amp
Regulated NAC Output ratings:
Class B – 2 output circuits
Non power limited over current protected
24 Volts D.C. @ 100 Milliamps each
Class A – 1 output circuit
Non power limited over current protected
24 Volts D.C. @ 100 Milliamps
4.2.2 Notification Appliance Compatibility
The following UL Listed notification appliances are compatible with the AR-5
repeater.
Table 1
MANUFACTURER MODEL NUMBER TYPE MAX PER
NAC
CWSI 520(R)(W) LOW FREQ N/A
CWSI MH(R)(W) MINI HORN N/A
GENTEX GX93-(W)(R) MINI HORN 20
GENTEX GEC-24-15/75-(WR)(WW) HORN/STROBE 6
GENTEX GEC3-24-(WR)(WW) HORN STROBE 4
GENTEX GEC24-177-(WR)(WW) HORN STROBE 3
WHEELOCK HSR/HSW HORN/STROBE 4
WHEELOCK DSM-12/24-R SYNC MODULE 1
SYSTEM SENSOR P2R/P2W HORN/STROBE 4
SYSTEM SENSOR MDL3R or MDL3W SYNC MODULE 1
SYSTEM SENSOR R-20E RELAY 4*

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
18
CONTACT MANUFACTURER FOR COMPLETE PART NUMBERS AND OPTIONS. REFER TO MANUFACTURER
DOCUMENTATION FOR PROPER WIRING OF SYNC MODULES
* UP TO 4 RELAYS CAN BE CONNECTED WITHOUT ANY NOTIFICATION APPLIANCES CONNECTED OR
SUBSTITUTE 1 RELAY FOR 1 NOTIFICATION APPLIANCE IF USED TOGETHER. WHEN USING R-20E RELAYS
THEY SHOULD BE CONNECTED DIRECTLY TO THE NAC OUTPUTS BEFORE THE SYNC MODULE. DO NOT USE
THE R-20E ON A NAC WITH GENTEX SYNC OPTION ON.
Figure 4
4.2.3 USB Jack J35
This connector is for factory use only. Refer to figure 4 for location.
Section 5 – Optional Model RB Relay Boxes
5.1 Description
The RB relay box is an optional accessory for connection to the AR-5 repeater. It provides up to 40
normally open dry contact outputs. The number of relays corresponds to the model number of the unit
for example RB-10 is a ten relay box. Relay boxes can be ordered in increments of ten relays. The
relay box is connected to the AR-5 repeater with a cable run through conduit. The enclosure is the
same as a repeater.

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
19
5.2 Installation
Follow the instructions found in section 3.3 for mounting the enclosure. The relay box must be
mounted directly to the right and within 6 inches of a repeater as shown in figure 6. Power down the
AR-5 repeater then connect the jumper cable P/N CA-12i0-2810 from J3 on the AR-5 repeater board
to J1 on relay board #1 in the relay box. Warning: The relay box may be damaged if the power is
not removed from the repeater prior to connecting it to the relay box. The cable must be run in
conduit. Cable connections are keyed to insure proper connection. The relay box will not function
without this cable connected.
5.2.1 Wiring
Refer to figures 6 and 7 for wire routing and relay connections. The terminal blocks are of the plug in
type in order to make wiring easier. Simply connect the wires to the terminal blocks while unplugged
and then insert them into the appropriate locations to make the relay connections. Follow all NFPA
and local electrical codes when wiring this product. Acceptable wire size is 16-22 awg. Relay box
outputs are to be connected to power limited circuits only. Relay contacts are rated at 24Vdc 1A
resistive.
5.2.2 Programming
Many programming options are available for the relay unit. Since relay activation and deactivation is
programmed at the CP-3600(+) control panel, please refer to that manual for programming options
and instructions.

P/N IM-AR5 Rev. F
© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document
revision date and are subject to change without notice.
20
Figure 5