Interlogix Simon XT - Quick Install Guide

Simon XT Installation Guide
Description
This is the Installation Guide for the Simon XT control panel
(models 600-1054-95R-11 and 600-1054-95R-11-CN).
The system can monitor up to 40 sensors including:
•
Door/Window sensor (60-670)
•
Indoor motion sensor (60-639)
•
Outdoor motion sensor (60-639)
•
Remote handheld touchpad (60-671)
•
Two-Way Talking Touchpad/Touch Screen (60-924)
Contact your UTC Fire & Securit
y representative for a more
co
mplete list.
Caution:

Do not use outdoor motion sensors for intrusion
protection
Table 1
below
describes the recommended sensor groups.
Table 1: Recommended sensor groups
Device

Recommended

se
nsor

group

I
ndoor motion sensor
17
a

Outdoor motion sensor
25 (chime only group)
b
Entry/exit door
10
Interior door
14
Window sensor
13
Smoke sensor
26
c
Key fob
01
ELM key fob
01

Remote handheld touchpad
01
Two-Way Talking Touchpad/Touch
Screen

01

b
CO alarm
34
b
Freeze sensor
29
b
Water sensor
38
b
Personal help button
01
Property/asset management
43
b d
a. Not certified as a primary protection circuit for UL-listed
system
s and is for supplementary use only.
b. Has not been investigated by UL.
c. Re
quired for UL-listed residential fire alarm applications.
d. W
e recommend you use this group type in combination
wit
h a Two-Way Talking Touch Screen.
Note:

Additional device
s employing UTCFS 80 Bit Enhanced
Protocol have not been investig
ated for use in a UL Listed
installation.

Installation
Tabs at the top of the panel secure and release the front cover
and the chassis. The plastic hinges
on the panel bottom allow the
cover and chassis to swing down and out of the way.
To mount the panel on a wall:
1. Choose a panel location.
2. Run all necessary power, phone,
siren, and hardwired
contact wires to the
desired panel location.
When choosing the AC outlet location for the AC power
transformer, make sure the ou
tlet is not controlled by a
switch or that it is not part of a ground fault circuit interrupt
(GFCI).

3. Hold the panel against the wa
ll and mark the mounting hole
locations with a pencil.
4. Mount the back piece to the wall through the two horizontally
centered mounting holes near the top and bottom using the
supplied mounting hardware. Use wall anchors if no studs are
present.
Connecting hardwired devices
The panel has five screw terminal
s, two battery terminals, and
two telephone connections. The scre
w terminals connect the AC
power, sirens, and or
hardwired detectors.
Figure 1: Wiring terminals
HW1 I/O
HW1&2
DC out
HW2 in
9VAC in
9VAC in
Battery +
Battery -

Program sensors and devices before you install them. Follow the
instructions in “
Sensors
” on page 4
to add the sensors to panel
memory.
The HW1 I/O terminal is dual purp
ose and can be used for either
siren or hardwired contact connections. The HW2 in terminal is an
input only.
Interior sirens
From the factory, the HW1 I/O input (terminal 1) is set up for
interior siren operation (status and alarm sounds). The HW1&2 DC
out (terminal 2) provides
the positive (+) voltage.
© 2011 UTC Fire & Security. All rights reserved.
1 / 8
P/N 466-2398 • REV B • ISS 09JAN13
Note:
The total current available from the HW1&2 DC out terminal
is 250 mA at up to 120ºF (49ºC). A 24-hour battery standby for UL
requirements will be met with a maximum load of 250 mA.

With Hardwired Siren Su
pervision turned on, sirens connected to
HW1 I/O are supervised and require a 4.7-kohm resistor in the
circuit. If this terminal is not used, turn Hardwired Siren
Supervision off.
Exterior sirens

For an exterior siren, reprogra
m HW1 to Option 6. See wiring
diagram.
Note:
Not investigated for and may not be used in a UL Listed
installation.
Hardwired contacts
You can connect hardwired reed switches (normally closed loop
only) to HW1 I/O (if not being used for a hardwired siren) an/or
HW2 in (terminal 3).
Connect only normally closed (NC) reed switches to HW1 I/O
and/or HW2 in. Other types of hardwired detectors should not be
used.
The total resistance of the wired loop must not exceed 3 ohms.
This allows you to use up to 200 ft. (61 m) of two-conductor, 22-
gauge stranded wire.
Connect hardwired reed switches
to the panel using a 47-kohm
resistor (not a 4.7-kohm resistor) as shown in
Figure 2
below
.
The resistor must be connected at the last switch in the circuit.
Figure 2: Normally closed hardwired reed switches

HW1 I/O
47 kohm resistors
HW1&2
DC out
HW2 in
9VAC in
9VAC in
Battery +
Battery -

Note:
Do not install the resistor at the panel terminals. This
does not provide supervision of the wire.





Wiring phone lines

You can connect a phone line to the panel for systems monitored
by a central monitoring station or systems that notify users by a
voice event notification.
DSL (digital subscriber line) allows the use of multiple devices on a
single phone line simultaneously
. For DSL environments, connect
the panel line-in jack to an available phone jack on the premises.
You might also need an inline filter to ensure panel reporting is
successful.
Note:

Avoid connecting the panel to
a standard phone (voice) line
in this manner. Other devices in use at the same time the panel is
using the line can prevent re
ports from going through.
Full line seizure
Full line seizure allows the panel to take over (seize) the phone line,
even if another device on the line is in use. This method requires
that the panel be wired before
all other phones, answering
machines, computers, or other de
vices on the phone line. You may
need to verify the line seizure for UL installations.
Use the RJ31X (CA-38A) jack when wiring for full line seizure. You
can then quickly and easily disc
onnect the panel from the phone
line in case the panel disables th
e phone line due to
a malfunction.
To wire full line seizure with an RJ31X:
1. Run a four-conductor cable fr
om the premises Telco block to
the RJ31X.
2.

Connect

the

four-conductor

cable wire to the RJ31X.
3. Disconnect th
e
green and re
d premises phone jack wires
from the Telco block and splice them to the four-conductor
cable black and white (or yello
w) wires. Use weatherproof
wire connectors for these splices.
4. Connect the four-conductor ca
ble green and red wires to the
Telco block TIP (+) and
red to RING (-) posts.
5. Connect the phone cord included with the panel to the RJ31X
and the panel LINE jack.
Full line seizure wiring with one premises phone

If a single phone is all that exists on the premises, full line seizure
can be accomplished without an RJ31X.
1. Disconnect the phone from th
e premises phone jack and plug
it into the panel PHONE jack. This jack is disconnected
automatically whenever the panel reports.
2. Connect the included phone co
rd to the panel LINE jack and
the premises phone jack.
If a customer adds phones or other phone devices to another
phone jack, full line seizure no longer exists. Inform them to
contact
you if th
ey want
to add a phone or other device so that
you can rewire for full line seizure by adding an RJ31X.


2 / 8

P/N 466-2
398 • REV B • ISS 09JAN13 Wiring the power transformer

Connect the power transformer to the two 9 VAC in terminals (4
and 5) on the panel. Do not plug in the transformer at this time.
When applying power to the panel, connect the battery first, and
then plug in the AC power transf
ormer. This sequence prevents a
battery fault condition.
To install the backup battery (6 VDC, 1.2 Ah):
1. Connect the lug end of the red battery lead to the red battery
tab.

2. Connect the lug end of the black battery lead to the black
battery tab.
3. Align the red (+) battery terminal with the right end of the
terminal strip. The logo and specification information should
be readable.
4. Insert the front end of the battery under the forward battery
compartment latch.
5. Push forward and rotate the battery downward until it seats
beneath the rear battery compartment latch.
Caution:

Do not connect the battery un
til you are ready to power
up the panel.
Applying AC power
Make sure the outlet is not controlled by a switch or that it is
not part of a ground fault circuit interrupt (GFCI).
1. Remove the center screw from the outlet cover plate and
hold the cover plate in place.
WARNING:
Use extreme caution when securing the
transformer to a metal outlet cover. You could receive a
serious shock if a metal outlet cover drops down onto the
prongs of the plug.
2. Plug the transformer into the lower receptacle of the outlet
so that the hole in the transforme
r tab lines up with the
outlet cover screw hole.
3. Insert the cover plate screw through the transformer tab
and the outlet cover plate. Tighten the screw.

Programming

The control panel provides the main processing unit for all
system functions. The programming of system options and
features is menu-driven.
Table 2
below
describes the panels programming keys and
features.
Table 2: Simon XT panel keys and features

Control

Description

Piezo siren
Provides alarm beeps and status beeps. Fire and
intrusion alarm beeps are always played at high
volume, while the volume
of st
atus beeps is
programmable.
LCD display
Provides a 2 x 16-character array that displays a
variety of phrases and icons.
Control

Description

Scroll up/down
arrows
Press to scroll through lists of similar items.

OK

Press to select a particular menu item or commit
to pane
l memory a menu item that has just been
programmed.
Doors+Windows

Press

to

arm

perimeter sensors.
Motions
Press to arm interior sensors.
Disarm
Press to turn off intrusion/burglary protection for
your system. Only intrusion/burglary sensors such
as doors, windows, and motion sensors are
disarmed. Environmental sensors, such as smoke
and carbon monoxide, stay active at all times.

Status
Press to determine system status.

Silent
Press to silence exit beeps when arming. (This
doubles the exit delay.)
Bypass
Press to bypass a sensor.
Emergency (cross)
Fire (flame)
Police (shield)

Press and hold the button for 2 seconds (or press
twice quickly) to call the central monitoring station
and notify them of a

nonmedica
l

call for help.
Microphone

Used
to communicate with the central monitoring
station after an alarm.
Numeric keypad
Press the keys (0 through 9, *, #) to enter access
codes or other numerical data.
*

Lights

on.

#

Lights

off.

Speaker

Provides voice output and sounds key beeps. The
panel speaks arming level change, system status,
and voice chime sensor trips. The panel voice is also
used for voice reporting and remote phone control.
Door

Covers

the

lower

panel.


Entering and exiting the system menu
To enter the system menu, either
press the scroll or OK buttons in
the upper right of the panel.
Press Status to exit a menu or option edit mode and navigate up
one level. Pressing Status while in the top menu level exits the
system menu level. The panel automatically exits the system
menu after a few seconds of inactivity if no access code has been
entered yet. After an access code has been entered to access a
code-protected area of the syst
em menu, the timeout is four
minutes.
Menu navigation

Each menu contains a list of opti
ons and/or submenus. Press the
scroll buttons to navigate up and down the list of options and
submenus in that menu. Pressing
OK after navigating to an option
selects that option for editing and flashes the current value.
Pressing OK after navigating to
a submenu enters that submenu,
making a new list of options accessible. Pressing Status exits a
menu and goes to the next higher level.
When accessing the System Programming or System Tests menu,
the panel prompts you to enter an
access code. To continue, enter
the dealer code or installer code, and then press OK.
P/N 466-2398 • REV B • ISS 09JAN13

3 / 8 Table 3
below
shows the top menu structure. To see all of the
possible options, refer to the Simon XT Installation Manual.
Table 3: Top menu structure
Set clock (system time)

Enable chime

Enable special chime


Sensor test
Communication test
System tests
Initiate download call

Access codes
Security
Phone #s
Phone options
Sensors
Reporting
Timers
Touchpad options
System options
Siren options
System programming
Audio verification
Revision

Contrast


To enter system programming:
1. Scroll until the display shows

System Programming
, and
then press OK. The display prompts for an access code.
2. Enter the access code from the codes listed in
Table 5
below
.
The display shows each entered access code digit as an
asterisk.
3. Press OK. The panel is
now in program mode.
Note:

Do not remove the panel po
wer while in program mode.
Table 4: Simon XT programming codes

Code

Description

Dealer code
You can use the deal
er code to
program all system
functions, including high-security options that are not
accessible with the installer code if it is different from
the deale
r code. Depending on how the access code
is set, the default dealer access code is 654321,
54321, 4321 (factory default), or 321. This code can
be used for all programming.

Installer code
Depending on how the access code is set, the default
installer code is 654321, 54321, 4321 (factory default),
or 321.
This code is limited to
changing all but the
following: Dealer code, code length, downloader code,
phone lock, phone #1, phone #2, phone 1 report mode,
phone 2 report mode, HW1 function.



Access codes
Table 5
below
describes the Access code menu programming
options.
Table 5: Access codes

Function

Default

Description

Dealer code
4321
You can use the dealer code to program all
system options, including high-security
options that are not accessible with the
installer code if it is different from the dealer

code. Changing the dealer code to differ
from the installer code will prevent the
installer from viewing certain fields.
If you change the dealer code and enter
program mode with the installer code, the
installer should no longer be able to see the
following: code leng
th, do
wnloader code,
phone lock, phone #1, phone #2, phone 1
report mode, phone 2 report mode, HW1
function.
Installer code
4321
You can use the installer code to program
most installer options, except for high-
security dealer options.
Master code
1234
You can use
the master code to arm/disarm

the system and to enter user programming
and bypass sensors.
User codes 1
to 8
Blank
You can use the user codes to arm/disarm
the system.
Duress code
Blank
You can use the duress code in place of the
master or user code to cause a silent alarm.

Code length
Four digits
Codes can be three to six digits long.

Sensors
These instructions describe how to
add (learn) sensors, touchpads,
and other system devices into panel memory. The panel
recognizes a sensor when you press a sensor program button,
press and release a tamper switch,
press a sensor test button, or
put a sensor into alarm.
Table 6
below
describes the programming
method for each device.
Note:
If you are installing a sensor on a gun case, jewelry box, or a
similar case, and the sensor is active in level one, you must
subdisarm to avoid putting the pan
el into alarm when the sensor
and the magnet are separated.
Table 6: Device programming
Device

To

program

Door/window
sensor
Press the button on the top of the sensor (cover
removed) or trip the tamper.
Motion sensor
Press the button on the back of the sensor (mounting
plate removed) or trip the tamper.
Smoke detector
Trip the tamper, pr
ess the test butt
on, remove the
detector from its base, or put the smoke detector into
alarm.
Hardwired sensor

Separate the sensor from its magnet.
CO al arm
Trip
the w
all tamper by removing the sensor body from

the mounting plate.
4 / 8

P/N 466-2
398 • REV B • ISS 09JAN13 Device

To

program

Freeze and water
sensor
Trip the tamper or press and hold the button on the
top of the sensor (cover removed) until the control
panel confirms programming. If you do not hold the
button down long enough, the system will report the
sensor as open.
Personal help
button
Press the help button until the light blinks.
Remote
touchpad
Press the emergency buttons.
Key fob
Press the lock and unlock buttons at the same time.
ELM key fob
Do the following:
1. Press the unlock button
twice
and hold i
t the third
time. The light button flashes three times.
2. Press the unlock button once and hold it the second
time. The light button flashes twice.
3. Press and hold the unlock button. The light button
flashes once. Hold the button until the flashing stops.

When learning (programming) sensors, the panel uses an
ascending sequence starting with 1. You can override this by
entering the desired sensor number using the number keys.
To learn (program) a sensor:
1. Scroll until the display shows
System Programming
,
and
then press OK. The display prompts for an access code.
2. Enter the dealer or installe
r code and press OK. The display
shows
Access Codes
.
3. Scroll until the display shows
Sensors
, and then press OK.
The display shows

Learn Sensor
.
4. Press OK. The display shows

Trip Sensor ##
, with the
number signs flashing.
If you wish to use a sensor number other than the next one
available, use the number keys
to enter a two-digit sensor
number immediately.
5. Press the sensor program button or release the sensor
tamper switch. The display shows
SN ## Grp10
,
with Grp 10 flashing.
6. Use the number or scroll buttons if you want to enter a new
group number; press OK to accept the group number
displayed. The sensor text flashes.
7. Scroll through the text list. Pr
ess OK to accept the first text
segment.
8. You may enter more text or
press OK again to
finish adding
the sensor. The display shows
Trip Sensor ##
(with the
next available sensor number).
9. Press Status repeatedly to exit.



Sensor testing
Test the sensors after all programming is completed and
whenever a sensor-related problem occurs.

Note:
While the sensor test is a valuable installation and service
tool, it only tests sensor operation for the current conditions. You
should perform a sensor test after any change in environment,
equipment, or programming.
Notify the central station you will be performing a test prior to
starting the test.

To test the sensors:
1. Place all sensors in their
secured (non alarm) state.
2. Scroll to Sensor Test options under the System Tests menu,
and then press OK.
The panel will prompt you to trip each sensor one at a time.
You may follow the panel prompting or test the sensors in
any order. See
Table 7
below
for specific instructions on how
to trip each sensor type.
Interior sirens sound transmission beeps, and the display
identifies the tripped sensor
and the number of RF packets
received. The system will continue to prompt for sensors that
have not yet been tested. When all sensors have been tested,
the display shows

SN Test Complete Press Status
.
3. Press Status. The display shows

Sensor Test OK
.
If you press Status and the panel has not heard from all
sensors, the display shows

SN Test Fail or Aborted
.

Table 7: Sensor tripping instructions
Sensor

Do

this

Door/window
Open the secured door or window.
Freeze
Remove the sensor cover. Apply ice in a plastic bag
to
the sensor (for 10 to 15 minutes). Do not allow the
sensor to get wet.
Water
Press a wet rag or wet finger over both of the round,
gold-plated terminals on the underside of the sensor.
Carbon
monoxide alarm
Press and hold the Test/Hush button (approximately 5
seconds) until the unit beeps two times, and then
release the button.
Glassbreak
Test with
an appropriate glass break sensor tester.
Motion sensor
Avoi
d the motion sensor field of view for 5 minutes,
and then enter its view.
Rate-of-rise heat
detector
Rub your hand together until warm, and then place
one hand on the detector for 30 seconds.
Shock
Tap the
glass twice, away from the sensor. Wait at
least 10 seconds before testing again.
Smoke
Press and hold the test button until the system sounds
transmission beeps.

Personal help
button
Press and hold the appropriate help button until the
light blinks and the panel sounds for at least seven
beeps.
Key fob
Press and hold the Lock and Unlock buttons
simultaneously for 3 seconds.
Remote
touchpad
Press and hold the two Emergency buttons
simultaneously for 3 seconds.
P/N 466-2398 • REV B • ISS 09JAN13

5 / 8
Note:
Refer to specific sensor installation instructions for complete
operation and testing details.
Central station communication

After performing sensor tests, check that the system is reporting
alarms successfully to the central station.
To test communication wi
th the central station:

1. Call the central station and tell the operator that you will be
testing the system.
2. Arm the system.
3. Test each of the wireless panic buttons and trip at least one
sensor of each type (fire, intr
usion, etc.) to verify that the
appropriate alarms ar
e working correctly.
There is a 30 second delay.
4. When you finish testing the system, call the central station to
verify that the alarms were received.
Specifications

Power
9 VAC, 60 Hz, 25 VA transformer minimum
Rechargeable battery: 6.0 VDC, 1.2 Ah lead-acid.
The battery will last 24 hours with no AC and
specified standby load of 250 mA. Maximum
battery charging current is 45 mA. With loss of
AC, panel will continue to operate normally to a
minimum of 5.1 VDC.
Radio frequency
319.5 MHz
Storage temperature
-29 to 140ºF (-34 to 60ºC)
Operating
temperature
32 to 120ºF (0 to 49ºC)
Maximum humidity
85% relative humidity, noncondensing
Auxiliary power
Unregula
ted 5.3 to 12.3 VDC, with a maximum of
250 mA


Regulatory information
UL listed installations
Some installation may require configurations dictated by
city/state codes, insurance, or Un
derwriter’s Laborato
ries (UL). This
section describes the various component and configuration
listings.
Basic system:
•
Control panel: Backup battery
6 V 1.2 Ah (34-025) (Portalac
model # PE6V1.2)
•
Standard class 2, 9 VAC, 3.34 A power transformer (part 22-
153). Alternate transformer for US installations: MG
Electronics model MGT925, 9 VAC, 25 VA, (part 22-155)

•
Hardwired siren (13-374)
Household burglary alarm system unit (UL 1023), basic system
plus the following:
•
Hardwired magnetic contact (13-068 or 13-071) or wireless
learn mode door/window sensor (60-670)
•
Panel piezo beeps set to on
•
Entry delay set to 45 seconds or less
•
Exit delay set to 60 seconds or less
•
RF time-out set to 24 hours
•
Control panel alarms turned on
•
Auto arm set to on

•
Siren timeout set to 5 minutes or more

•
Trouble beeps set to on

•
RF jam detect set to on
•
Hardwired siren supe
rvision set to on
•
Exit extension set to off
•
Quick exit set to off
Household fire warning system (UL 985), basic system plus the
fo
llowin
g:
•
Wireless smoke sensor 60-848-02-95, TX-6010-01-1 learned
into sensor group 26.
•
Panel piezo beeps turned on
•
Control panel alarms set to on

•
Siren timeout set to 4 minutes or more
•
Trouble beeps set to on
•
RF jam detect set to on
•
Hardwired siren supe
rvision set to on
•
Smoke supervision set to on
UL 1023 and 985 24-hour backup:
•
For 24-hour backup, the total current draw for all connected
devices is limited to 240 mA (during normal standby
conditions) using a 1.2 AH battery.
UL 1635 digital alarm communicator system (same as UL 1023
and 985) plus the following settings are in addition to UL 1023 and
985 and are required only if the system is set up for central station
reporting:
•
Phone mod 1 set to 0 or 1
•
Automatic phone test set to 001

•
RF timeout set to 4 hours
•
AC power failure report set to on
•
CPU low battery report set to on

•
Fail to communicate set to on
•
Entry delay plus the dialer de
lay must not exceed 60 seconds
6 / 8

P/N 46
6-2398 • REV B • ISS 09JAN13 SIA system requirements
SIA system requirements are the same as those described for a
UL-listed basic system, plus if multiple annunciations are required,
use hardwired siren 13-046.
Note:
For UL 1635 installations, entry delay plus dialer abort delay
must not exceed 60 seconds.

Table 8
below
describes programming
requirements to meet
ANSI-SIA CP-01.
Table 8: SIA setting requirements

Function

Default

setting

Required

setting

Entry delay
30 seconds
30 to 240 seconds
Exit delay
60 seconds
45 to 240 seconds
Dialer delay
30 seconds
15 to 45 seconds
Auto arm
On
On
Unvacated premises
On
On
Call waiting
Off
On if reporting to
central station and
customer has call
waiting service
Exit extension
On
On
Swinger shutdown
On (one trip)
On (one trip)
Fire alarm verify
Off
On

Duress/panic code
Disabled
Disabled
Cross zone
Disabled
Disabled for zones with
high probability of false
alarms


Table 9
below
describes nonprogrammable (hard-coded) system
operation, as required to meet ANSI-SIA CP-01.
Table 9: Nonprogrammable system operation
Function

Operation

Silent exit
All annunciators enabled
Remote arming exit time and
progress annunciation
All annunciators enabled
Abort annunciation
Enabled
Cancel report annunciation
Enabled
Recent closing
Enable
d (2-minute window)
Exit error
Enabled
Restoration of power
Panel resumes operation in same
arming state and disregards alarm
signals from sensors for the first 60
seconds after power restoration
Cancel alarm

Enter code only

Central station reporting
The panel has been tested with
the following central station
receivers using SIA and Cont
act ID reporting formats:
Note:

Before beginning installation, installers must verify
compatibility with the following central station receivers.
•
Radionics D6600 central station receiver
•
Sur-Gard central station receiv
er with models SG-DRL2A and
SG-CPM2

•
CS5000 digital alarm communicator receiver

UL Canada listed installations
This section describes the requir
ements for CUL (UL Canada)
listed installations.
Canadian standards CSA certified accessories:
•
Standard Class 2, 9 VAC, 3.34
A power transformer (model 22-
153-CN).
Residential burglary alarm system unit (ORD-C1023-1974): basic
system as described for UL
1023 listed installations plus:
•
Hardwired magnetic contact (13-068 or 13-071) or wireless
learn mode door/window sensor (60-670)
•
Siren timeout set to six minutes or more
Residential fire warning system control unit (ULC-S545-M89): basic
system as described for UL 985 listed installations plus:

•
Wireless smoke sensor 60-848-02-95, TX-6010-01-1 learned
into sensor group 26
•
Siren timeout set to six minutes or more
•
For 24-hour backup, the total current draw for all connected
devices is limited to 250 mA (during normal standby
conditions) using a 1.2 AH battery.
FCC compliance

This equipment has been tested and found to comply with the
limits for a Class B digital device, pursuant to Part 15 of the FCC
rules. These limits are designed
to provide reasonable protection
against harmful interference when the equipment is operated in a
residential environment. This eq
uipment generates, uses, and can
radiate radio frequency energy and,
if not installed and used in
accordance with the instruct
ion manual, may cause harmful
interference to r
adio communications.
Changes or modifications not expressly approved by the party
responsible for compliance could void the user’s authority to
operate the equipment.

FCC Part 15 registration number: B4Z-910C-SIMON
IC: 1175C-910CSIMO
Part 68. This equipmen
t complies with Part 68 of the FCC rules
and the requirements adopted by ACTA.
FCC registration numbe
r: US: B4ZAK02B55910

Canada: 1175C-910CSIXT
Ranger Equivalence 0.2B
Load Number 0.2
P/N 466-2398 • REV B • ISS 09JAN13

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Contact information

UTC Fire & Security Americ
as Corporation, Inc.
8985 Town Center Parkway
Bradenton, FL 34202
T + 1 888 437 3287
F + 1 888 329 0332
E
Orders@Interlogix.com
Questions@Interlogix.com






























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P/N 466-2
398 • REV B • ISS 09JAN13
© 201
3
UTC Fire & Security Americas Corporation, Inc.

Interlogix is part of UTC Climate Controls & Security,
a unit of United Technologies

Corporation. All rights reserved.