Honeywell IntelliPath Series Assembly instructions

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In nt te el ll li iP Pa at th hT
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S Se er ri ie es s C Co om mm mu un ni ic ca at to or r
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LT TE E- -I IV V
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LT TE E- -I IA A
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LT TE E- -I IC C
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In nt te er rn ne et t a an nd d C Ce el ll lu ul la ar r C Co om mm mu un ni ic ca at to or r
Installation and Setup Guide
800-24453 9/18 Rev A

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Table of Contents

SECTION 1: General Information .............................................................................................................................................. 1
System Overview .......................................................................................................................................... 1
Introduction ............................................................................................................................................ 1
General Information ............................................................................................................................... 1
System Features ........................................................................................................................................... 2
About AlarmNet-i Internet Application .......................................................................................................... 2
Encryption ..................................................................................................................................................... 2
Remote Services .......................................................................................................................................... 2
Modes of Operation ...................................................................................................................................... 3
ECP Mode .............................................................................................................................................. 3
Zone Trigger Mode ................................................................................................................................. 3
Supervision Features .................................................................................................................................... 4
Antennas ................................................................................................................................................ 4
Specifications ................................................................................................................................................ 5
Compatibility ................................................................................................................................................. 6
Compliance ................................................................................................................................................... 6
SECTION 2: Mounting and Wiring ............................................................................................................................................. 7
Determine the Signal Strength and Select a Location.................................................................................. 7
Mounting the Communicator ........................................................................................................................ 8
Mounting Procedure, LTE-I (no rear tamper switch) .............................................................................. 8
Mounting Procedure, LTE-I (with rear tamper switch) ........................................................................... 9
Wiring the Communicator ........................................................................................................................... 10
Wiring for ECP ..................................................................................................................................... 10
Wiring for Zone Trigger Mode .............................................................................................................. 11
Wiring the Fault Relay .......................................................................................................................... 12
Internet Connection .............................................................................................................................. 12
Power Connections and Options ................................................................................................................ 13
Powering the Communicator ................................................................................................................ 13
Backup Battery Connection ................................................................................................................. 15
SECTION 3: Programming the Communicator ...................................................................................................................... 17
General Information .................................................................................................................................... 17
Using the AlarmNet 360 Website ......................................................................................................... 17
Using a 7720P Programming Tool ....................................................................................................... 17
Using the Control Panel Programming Mode ...................................................................................... 18
Programming Conventions .................................................................................................................. 19
ECP Mode Programming ............................................................................................................................ 19
ECP Status Codes ............................................................................................................................... 25
Zone Trigger Mode ..................................................................................................................................... 26
Exiting Programming Mode ........................................................................................................................ 34
Setting Factory Defaults ............................................................................................................................. 34

LTE-I Installation and Setup Guide
ii
SECTION 4: Registration ......................................................................................................................................................... 35
Registering the Communicator ................................................................................................................... 35
Registering through the AlarmNet 360 Website .................................................................................. 35
Register using the Tamper Switch ....................................................................................................... 36
Register using the Programming Tool ................................................................................................. 36
Replacing an existing communicator ................................................................................................... 37
Register by Phone ................................................................................................................................ 37
SECTION 5: Programmer Keyboard Commands ................................................................................................................... 39
Identification Displays .......................................................................................................................... 39
Cellular Status Displays (appear only if the communication path includes cell) .................................. 40
System Status Displays ....................................................................................................................... 43
SECTION 6: Network Diagnostics ........................................................................................................................................... 45
Running Network Diagnostics .................................................................................................................... 45
Possible Errors Running Network Diagnostics ........................................................................................... 46
Appendices ............................................................................................................................................................................. A-1
Appendix A : Summary of LED Operation ................................................................................................. A-1
Appendix B : Central Station Messages .................................................................................................... B-1
Appendix C : Glossary ............................................................................................................................... C-1
Summary of Connections Diagram……………………………………..……………...Inside Back Cover

1
SECTION 1
General Information

System Overview
Introduction
Congratulations on your purchase of Honeywell's LTE-IV/LTE-IA/LTE-IC Internet and Cellular
communicator (henceforth referred to as LTE-I, or LTE-IC in Canada). It represents the latest
and most innovative communication technology for the security industry and uses the most
sophisticated encryption to ensure the highest level of security for your customer.
The new network connectivity brings faster cellular (cell) data transfers with lower latency
(response time); together it results in speedier data transfers.
The communicator requires an AlarmNet–i account. For new installations, please obtain the account
information from the central station prior to programming this communicator. For replacement
installations, the AlarmNet-i account is created automatically when the communicator is registered.
Due to Honeywell's continuing effort to improve our products, your device may look slightly
different than pictured.
General Information
The LTE-I communicates via the Internet (when service is available) and switches to cell service
when the Internet is not available (provided the Communication Path is set to IP & Cell). When
both services are unavailable, the communicator provides a third way to communicate by sending
a transmission via SMS (Short Message Service) also known as a text message.
ULC SMS has not been evaluated for ULC central station communication.
In normal operation (with Internet connectivity), the LTE-I communicates from your customer's
network connection to the Honeywell Network Operations Center, (NOC) via the AlarmNet-i
network. The NOC receives data and routes the information to the Central Station of your choice,
based on the account number you assign to the communicator. Note that your Central Station
needs to give you the account number. The same account number is used for both Internet and
cell transmissions. If your current Central Station is capable of receiving signals from the
Honeywell NOC, they are capable of receiving signals from the communicator.
If, for some reason, Internet connectivity is not available, (for example, your customer's ISP is off
line or disconnected) and the Communication Path choice is set to IP & Cell, the communicator
transmits signals via the cellular network to complete these transmissions. These transmissions
are sent to the Honeywell NOC and then forwarded to your Central Station exactly the same way
as if they were received via the Internet.
If the Internet AND Cell network are both unavailable, the communicator will attempt to send the
transmission via SMS (Short Message Service), also known as a text message. If all three
methods fail, the message will not be sent via this device.
ULC
The LTE-Is' Internet channel has been evaluated for active communication and Level A3
channel security for burglary. The LTE Cellular channel is employed for supplemental use; it
may be used in conjunction with a listed DACT to provide passive communication when using
P2 channel security for burglary (when Internet connection is not available).

LTE-I Installation and Setup Guide
2
System Features
Basic features of the communicator include:
 Remote Services allow the end user to access their security system from their computer
via a website. Availability of this service is controlled by the dealer via the web-based
programming tool on the AlarmNet 360 website. Once enabled, remote access can be
programmed via web or 7720P programming tool.
 Supports dynamic or static IP addressing, and installs behind firewalls without
compromising network security (provided that the Communication Path includes IP).
 Quick connection to compatible Honeywell series control panels
 Simple programming using a 7720P programming tool
 Reports fire, burg, and status messages via the Internet
 Reports messages via cell as backup to Internet reporting (provided that the
Communication Path includes cell)
 Allows uploading and downloading of control panel data over the Internet
 Supports remote control of alarm systems via Remote Services feature
About AlarmNet-i Internet Application
AlarmNet-i is a fully encrypted, secure method of delivering alarm messages from a protected
premise to an AlarmNet equipped central station. An Internet Communicator transmits status,
supervisory, and alarm messages to the AlarmNet Control Center using a broadband Internet
connection.
The AlarmNet Control Center identifies, validates, and forwards the messages to the appropriate
AlarmNet central station. AlarmNet-i has an unlimited account capacity.
Encryption
The communicator uses 256 bit AES (Rijndael) encryption (which is required for certain
government installations). The AlarmNet-i AES Encryption Software Module Version 1.0
contained in the Honeywell products has NIST approval. Listings for this approval can be found
at http://csrc.nist.gov/groups/STM/cavp/documents/aes/aesval.html and search for “Certificate
number 979.”
UL The IP and Cell signaling paths are suitable for encrypted line security when programmed for
1 minute IP/Cell Fault Times. The system configurations are not suitable as a Dual Line
Signal transmission system.
Remote Services
Honeywell now offers a new series of web based services that provides consumers with the
ability to communicate with their security system remotely in a number of ways. These new web
services will allow users to:
 Access their security system from a computer via a website (Remote Access feature)
 Receive email and text message notifications of system events (Multi-Mode feature)
 Perform system functions and receive confirmations using text messages (SMS feature)
Dealers will initially enroll their customers for web services during account programming through
the AlarmNet 360 website. The features that can be enabled include Remote Access and Multi-
Mode. Once enabled, the specific programming fields associated with these features can be
programmed into the communications device either remotely using the AlarmNet 360 website or
locally using the 7720P local keypad programming tool.
UL Remote Access and Multi-Mode have not been evaluated by UL.

Section 1: General Information
3
Modes of Operation
The communicator provides four modes of operation so it can be used with various types of
control panels, as summarized below.
ULC Only ECP Mode has been approved for ULC Commercial Fire Installations. ECP and Zone
Triggers modes are approved for ULC Commercial Burglary Installations.
ECP Mode
 This mode is for Honeywell control panels that support ECP communication
 The communicator connects to the control panel’s keypad terminals and provides 2-way
communication with the control panel using ECP messaging
 The control panel treats the communicator as an ECP device, so ensure to program the
control panel with the communicator’s device address
 Reports are sent in Contact ID format
 The communicator also supports two hardwire zone trigger inputs (zones 6 and 7)
UL/ULC  Opening and Closing ring back is fully supported.
 For the LTE-I, only the V+ inverted, V– non-inverted, and EOL options have been
evaluated.
Zone Trigger Mode
 This mode is for use with control panels that do not support ECP communication
 The communicator provides six input zones
 Each zone can be configured for +V, –V, or EOLR triggering
UL/ULC: For the LTE-I, only the V+ inverted, V– non-inverted, and EOL options have been
evaluated.
 Each zone can be programmed for inverted operation, delayed reporting, and restoral
reporting
 Zone 1 input can distinguish between pulsed and steady signals and report fire or burglary
alarms respectively
 Zone 1 can also be programmed to report LYNX panic (if used with LYNX control)
UL/ULC: This feature has not been evaluated by UL.
 Reports are sent in ADEMCO High-Speed format
UL/ULC Opening and Closing ring back is supported by the control panel’s digital dialer.

LTE-I Installation and Setup Guide
4
Supervision Features
The communicator provides the following types of supervision and fault detection:
 Network communication failure: In the event the AlarmNet network does not hear a
supervisory message from the communicator within a specified time, AlarmNet notifies the
central station of a communication failure.
 Communication path failure: When the communication path is set to IP & Cell, both the Central
Station and the control panel can be notified of a communication path failure. Both failures are
considered true faults when the respective fault times have expired ("Cell Fault Time" and "IP
Fault Time" options) provided it has been set to a non-zero value. Notification is sent to the
central station upon this expiration. Notification to the panel is controlled by the "Notify Panel
Of” option.
(Note, if the "Cell Fault Time" and "IP Fault Time" options are set to zero, faults will not be
reported.)
 Fault output: Terminal 11 can serve as a fail-safe trigger for communicator fault conditions.
If used, the fault relay will trip when the following conditions occur: tamper*, power loss*, low
battery*, battery charger fault*, loss of network connectivity*, the device is not registered and
the device is remotely disabled by AlarmNet.
* Alarm reporting for the noted condition must be enabled for it to trigger the fault relay.
 Primary power loss and low battery conditions (“Pwr Loss Rpt,” “Low Bat Rpt” options).
 Cover tamper condition (“Tamper Rpt” option).
Antennas
The communicator comes equipped with two internal antennas. This feature provides additional
security to the installation by making the device tamper resistant.
UL / ULC External antenna has not been evaluated by UL.

Section 1: General Information
5
Specifications
Mechanical: Dimensions: 8.4" x 8.0" x 1.5" Weight: 2.4 lbs., with battery
Input Power: 16.5VAC, 40VA transformer, or for ULC installations 12VDC from the
control panel.
(Honeywell transformer # 1361-GT included with LTE-I.)
(Honeywell transformer # 1361CN-GT not included with the LTE-I.)
Current Drain: 90mA (rms) standby, 125mA (rms) active
Backup Battery: 6V, 3.1AH, (Honeywell # K14139 included with LTE-I only.)
Expected Battery Life: 5 Years (approx.)
Note: The sealed lead acid battery used for backup will have reduced
life expectancy when exposed to elevated temperatures. The useful life
of the battery at 25ºC (77ºF) is approximately 4 years. At 35ºC (95ºF)
this will drop to 2 years and at 45ºC (113ºF) 1 year. Battery life
expectancy should be taken into account when locating the radio.
Fault Relay Output: Open collector, 12VDC, 0.25W max.
Positive Trigger
Level:
6V or greater = positive trigger. (4V or less = restore.)
Negative Trigger
Level:
4V or less = negative trigger. (6V or greater = restore.)
Ethernet: Network Standard: IEEE 802.3u compliant
Data Rate: 10Base-T / 100Base-T with auto detect
Ethernet Cable: Cat. 5 (min), MDI / MDI-X auto crossover
Environmental: Operating temperature: –20º to +55ºC, for UL/ULC installations 0ºC to
+49ºC
Storage temperature: –40º to +70ºC
Humidity: 0 to 95% relative humidity, non-condensing
for UL installations 0% to 85%; for ULC installations 0% to 93%
Altitude: to 10,000 ft. operating, to 40,000 ft. storage
Frequency Bands
LTE
Band 2
LTE
Band 4
LTE
Band 5
LTE
Band 12
LTE
Band 13
WCDMA
Band II
WCDMA
Band V
LTE-IV X X X
LTE-IA X X X X X X X
LTE-IC X X X X X X X
Output Power
LTE, Class 3 23dBm
WCDMA Class 3 24dBm

LTE-I Installation and Setup Guide
6
Compatibility
For a list of control panels that are compatible with various features of this device, go to:
https://mywebtech.honeywell.com/
For UL installations and ULC Commercial Burglary Installations, any compatible UL or ULC (respectively)
Listed Control Panel may be used. Note, that any control panel that does not communicate via Honeywell's
ECP data bus is compatible using zone Trigger Mode. For ULC Commercial Fire Installations, only ULC
Listed Subscriber's Unit Panels which use Honeywell's ECP data bus are compatible.
For UL and ULC Fire and Burglary installations, compatible receivers are:
 MX8000 (UL, ULC – can be an be used for secondary reporting in ECP mode,
required in Zone Trigger Mode and for P3 Channel Security in ULC-S304
Installations or ULC-S559 Passive Channel Installations)
 7810PC (UL – PC based software receiver can be used as a primary alarm
receiver. Refer to the Installation and User Guide for requirements.)
 7810iR-ENT (UL, ULC – can be the primary alarm receiver.)
 8810iR (UL, ULC – can be the primary alarm receiver.)
 Ademco 685 (UL, ULC – Ademco 685 has not been evaluated by UL.)
UL The Automation System must be UL1981 listed.
The LTE-I has been evaluated for connection to police station receivers.
ULC The LTE-I has only been evaluated for communication with listed Model 7810iR-ENT internet
receiver and Model MX8000 central station receiver.
Compliance
This device complies with the following ULC Installation Codes and Standards:
1. The Canadian Electrical Code, Part I, Safety Standard for Electrical Installations, CSA
C22.1.
2. National Building Code (NBC).
3. Standard for Installation and Services for Fire Signal Receiving Centers and Systems,
CAN/ULC-S561-03.
4. Standard for Installation of Fire Alarm Systems, CAN/ULC-S524-06.
5. Standard for Installation and Classification of Burglar Alarm Systems for Financial and
Commercial Premises, Safes and Vaults, CAN/ULC-S302-M91.

7
SECTION 2
Mounting and Wiring

Determine the Signal Strength and Select a Location
(Communication path is set to Cell or IP & Cell)
The communicator must be mounted indoors within the protected premises. When choosing a
suitable mounting location, understand that signal strength is very important for proper operation.
For most installations using the supplied antenna, mounting the unit as high as practical, and
avoiding large metal components provides adequate signal strength for proper operation.
You will use the communicator to determine signal strength in order to find a suitable mounting
location.
RF Exposure
Warning – The internal or external antenna(s) used with this product must be installed to
provide a separation distance of at least 7.8 in. (20 cm) from all persons and must not be co-
located or operating in conjunction with any other antenna or transmitter except in accordance
with FCC multi-transmitter product procedures.
Note: The communicator must be installed in accordance with the National Electrical Code,
ANSI/NFPA 70.
Unshielded, 22 AWG cable is recommended for the communicator power/data wires.
* LTE-I Initial Power Up: Upon initial power up, the communicator LEDs blink in repeated
sequence from top to bottom indicating network initialization.
Green (REG)  Yellow (TX/RX)  Red (FAULT)
This sequence may take up to 15 minutes. Do not reset power during this time.
When initialization is complete, the Signal Quality display LEDs will light and the yellow and
red LEDs may blink (per their respective functions).
After initial network setup, subsequent resets or power ups can take up to 90 seconds.
1. Unpack the communicator and open the case by pushing in the two bottom tabs with a
screwdriver while separating the case front.
2. Temporarily connect the communicator to the AC transformer or battery.
3. Choose the installation site with the best signal quality by observing the signal quality bar
graph (refer to Appendix A for information about signal strength and status indications).
Signal quality should be within 2-5 bars. The best signal strength is usually found at the
highest point in the building, near a window.
4. Mark the location for the communicator.

LTE-I Installation and Setup Guide
8
Mounting the Communicator
The communicator can be mounted in two ways depending on the installation requirements.
ULC NOTES:
For Commercial Fire installations, the communicator must be mounted to a single or double gang
box.
1. Locate the Drilling Template (provided) and align with case back. Drill at the appropriate
locations for either single or double gang box.
2. Locate the gang box into the mounting surface, align case back over mounting surface and
install using the screws provided. Pass wires/cables through the opening in the gang box
and then through the opening in the case back.
3. When all wiring is completed, attach the case front to the case back. Attach the top first then
press the bottom section inward until it snaps into place. Secure cover using supplied screw.
4. For Commercial Burglary installations, you must install the rear tamper switch.
UL The cover must be secured with the supplied screw.
Mounting Procedure, LTE-I (no rear tamper switch)
1. Locate the case back over selected mounting position such that the opening in the case back
is aligned with the wire/cable opening on the mounting surface.
2. Pass the wires/cable through the opening in the case back, or route through the removable
knockouts located on the back cover.
3. Secure the case back to the mounting surface using four screws (supplied).
4. When all wiring is completed, attach the case front. Position the top first, then press the
bottom section until it snaps in place. Secure bottom using the supplied cover screw. (This
is required for UL installations.)
MOUNTING
SCREW (4)
(TYP)
TA B
TA B
LTE-I-003-V0
CASE
BACK
OPTIONAL WIRING
KNOCKOUT CASE
FRONT
COVER SECURING SCREW
OPTIONAL
WIRING
KNOCKOUTS
MOUNTING
SURFACE
Standard Mounting

Section 2: Mounting and Wiring
9
Mounting Procedure, LTE-I (with rear tamper switch)
For Canadian installations where the rear tamper switch is used, this procedure requires the
removal of the printed circuit boards and installation of the tamper screw.
1. Remove the two mounting screws, and standoff from the daughter card, as shown in Step A
below.
NOTE: Do not apply tension to the internal antenna fastened to the back cover or to the
cable that connects this antenna to the daughter card.
2. Remove the daughter card by pivoting upward, as shown in Step B below.
3. Remove the lower printed circuit board by pushing down on the lower tabs and pivoting the
board upward, as shown in Step C below.
INSTALL
TAMPER
SCREW
STEP A STEP B
STEP C STEP D
PRESS DOWN TABS
AND PIVOT UP SCREW
POSTS
(2)
CONNECTOR
REMOVE
2 SCREWS
AND
STANDOFF
SLIDE CARD BETWEEN
TABS AND PIVOT DOWN
SEAT SMALL CARD
AND FASTEN WITH
2 SCREWS AND
STANDOFF
4. Locate the case back over selected mounting position such that the opening in the case back
is aligned with the wire/cable opening on the mounting surface.
5. Pass the wires/cable through the opening in the case back, or route through the removable
knockouts located on the back cover.
6. Secure the case back to the mounting surface using four screws (supplied).
7. Install the tamper screw (provided), as shown in Step C above.
8. Replace lower printed circuit board and then daughter card, as shown in Step D above. Be
sure to engage receptacle pins by pushing in before securing the daughter card with
mounting screws.

LTE-I Installation and Setup Guide
10
When all wiring is completed, attach the case front. Position the top first, then press the bottom
section until it snaps in place. Secure bottom using the supplied cover screw.
Wiring the Communicator
UL  Installation must be in accordance with; the National Electrical Code, UL681 Installation and
Classification for Burglary and Hold-Up Alarm Systems, and UL827 for Central-Station Alarm Services.
 The communicator must be connected to a UL Listed dry contact or voltage trigger outputs of a UL
Listed compatible control panel.
 All interconnecting wires between the UL Listed control panel and the communicator must be less
than 3 feet in length contained in the same room. All interconnecting wiring must be installed in rigid
or EMT (where exposed on interior walls) or in flexible metal tubing if run in the walls or ceiling.
 A UL listed control panel must monitor the radio fault output of the communicator. Premises openings
and closings should be sent via the UL listed control panel.
ULC For ULC Commercial Fire and Burglary installations, only use the ULC wiring specified in Zone Trigger
Mode or the “Power Connections and Options” topic.
Wiring for ECP
Most Honeywell ADEMCO control panels support ECP data communication, (e.g., VISTA-15P,
VISTA-20P, VISTA-128BPT and VISTA-128FBPT). However, there are some panels that do not.
Check the Installation and Setup Guide for the control panel you are using to see if it supports
ECP communication.
Connect the communicator to a compatible Honeywell VISTA control panel's ECP terminals, in
parallel with keypads and other peripheral devices such as RF receiver, VIP module, etc. Wire
length/gauge limitations are the same for the communicator as they are for keypads and other
peripheral devices. To wire the communicator for ECP, see the figure below and make the
following connections:
COMMUNICATIONS
MODULE
VISTA CONTROL PANEL
iGSMBR-005-V0
GNDGND
ECP DATA IN
2
1
4
5
TB1
TRANSFORMER
AC INPUT 2
AC INPUT 1
J1
BATTERY
+12VAUX ECP (+) VOLTAGE INPUT
3
D ATA I NECP DATA OUT
6
DATA OUT
BLK
YEL
RED
GRN
Wiring a VISTA for ECP Mode

Section 2: Mounting and Wiring
11
Wiring for Zone Trigger Mode
To trip a zone using a positive trigger, the voltage level must be:
6V or greater = positive trigger. (Levels above +14V may cause damage to the unit.)
4V or less = restore.
To trip a zone using a negative trigger, the voltage level must be:
4V or less = negative trigger.
6V or greater = restore. (Levels above +14V may cause damage to the unit.)
Note: Remember to program the communicator zone for the desired trigger type.
Connect a wire from the triggering source (bell output, voltage trigger, etc.) of the control panel to
the zone input of the communicator, and connect a common ground between the communicator
and control panel. Examples of zone connections follow:
COMMUNICATIONS
MODULE
TRIGGERING DEVICE
GSMV-005-V0
GNDGND
ZONE INPUT Z1/Z2
2
1
4
5
TB1
TRANSFORMER
AC INPUT 2
AC INPUT 1
+ TRIGGER
(VOLTAGE: 6 to 13V)
J1
BATTERY
Wiring the Zone 1 Input for a Positive (+) Trigger
TRIGGERING DEVICE
GSMV-006-V0
GNDGND
ZONE INPUT Z1/Z2
2
1
4
5
TB1
TRANSFORMER
AC INPUT 2
AC INPUT 1
- TRIGGER
(VOLTAGE 4 to 0V)
COMMUNICATIONS
MODULE
J1
BATTERY
Wiring the Zone 1 Input for a Ground (-V) Trigger
iGSMBR-010-V0
GND
ZONE INPUT Z1/Z2
2
1
4
5
TB1
TRANSFORMER
AC
AC
2K EOL
RESISTOR
N.C.
N.O.
COMMUNICATIONS
MODULE
J1
BATTERY
Wiring the Zone 1 Input for EOL Supervised N.O./N.C. Triggers
UL/ULC  Zones should use EOL resistors, and be pro-
grammed as V+ Inverted or V– Inverted opera-
tion such that a cut line results in an alarm.
 Do not use zones 1 and 2 for UL installations.

LTE-I Installation and Setup Guide
12
COMMUNICATION MODULE
CONTROL PANEL
IGSMHSCN-003-V0
GND
ZONE INPUT Z1/Z2
ECP (+) VOLTAGE INPUT
GND BLK
RED
+12 V AUX
2
1
4
5
3
TB1
NO CONNECTION
J1
AC INPUT 2
AC INPUT 1
NO CONNECTION
NO CONNECTION
NOTE: DO NOT CONNECT THE COMMUNICATION
MODULE BACKUP BATTERY OR TRANSFORMER
FOR COMMERCIAL BURGLARY INSTALLATIONS.
TRIGGER
Wiring the Zone 1 Input for Zone Trigger Mode
Wiring the Fault Relay
You may wire and program the communicator's fault output trigger for fail-safe mode (see the
question "FLT REL ON Y/N").
To sense a communicator fault at the control panel, see the figure below and make the following
connections. Include the proper EOL resistor required by the control panel.
UL / ULC For Commercial Burglary, a 24 hour zone (supervisory) must be assigned on the
control panel, with the communicator's fault relay wired to that zone.
iGSMBR-011-V0
12VAUX
GND
ZONE IN(+)
2K EOL
RESISTOR
CONTROL PANEL
GND
ECP (+) VOLTAGE INPUT
2
1
4
3
TB1
TRANSFORMER
AC INPUT 2
AC INPUT 1
RAD FLT
11
COMMUNICATIONS
MODULE
J1
BATTERY
Wiring the Fault Relay to a Control Panel Zone for Normally Closed Fault
Internet Connection
UL
 For UL installations, the Ethernet connection between the communicator and the router
cannot exceed 12 feet with both the communicator and the router located within the same
room.
 Use a Listed cable/DSL router suited for the application.
Connect one end of the Ethernet cable to the communicator’s RJ45 connector and the other end
to the cable/DSL router as shown in the figure below.
NOTE: Remember to program communication path to either IP or IP & Cell.
ULC Installation
(Zone mode)

Section 2: Mounting and Wiring
13
RJ45
(FOR INTERNET
CONNECTION)
LTE-I-001-V0
7720P
PROGRAM
CONNECTOR
J1
BATTERY
CONNECTOR
TO ROUTER
Internet Connection
Power Connections and Options
Powering the Communicator
There are three ways to power the communicator (see illustrations below):
Standard Installation – The communicator is powered by the supplied AC plug-in transformer.
ULC Commercial Fire and Burglary Compliant Installation – The communicator must be
powered by the control panel.
Shared Transformer Installation – In this installation the supplied AC plug-in transformer may
be used to power both the communicator and the control panel under the following conditions:
 You must use the Honeywell 1361-GT Transformer.
 This configuration ONLY applies to the VISTA-15P, VISTA-20P control panels when used
with the LTE-I Communicator.
 DO NOT use this configuration with any other control panel.
 This configuration has not been evaluated by UL.
For all installations, the control panel ground (GND) must be connected to TB1-4 GND on the
communicator. In addition, if using ECP communication, you must connect the +12VDC AUX
voltage output on the control panel (9.6V-13.8V typical) to TB1-3 on the communicator.
iGSMBR-013-V0
12VAUX
GND
COMMUNICATIONS
MODULE
CONTROL PANEL
GND
ECP (+) VOLTAGE INPUT
2
1
4
3
TB1
TRANSFORMER
AC INPUT 2
AC INPUT 1
J1
BATTERY
Standard
Installation

LTE-I Installation and Setup Guide
14
COMMUNICATION MODULE
CONTROL PANEL
comm_mod-001-V1
GND
ECP DATA OUT
ECP DATA IN
ECP (+) VOLTAGE INPUT
GND
DATA I N
BLK
YEL
GRN
RED
DATA OUT
+12 VAUX
2
6
1
4
5
3
TB1
NO CONNECTION
J1
AC INPUT 2
AC INPUT 1
NO CONNECTION
NO CONNECTION
NOTE: DO NOT CONNECT THE COMMUNICATION
MODULE BACKUP BATTERY OR TRANSFORMER
FOR COMMERCIAL FIRE & BURGLARY INSTALLATIONS.
ULC: For ULC Commercial
Burglary Zone Trigger
installation see above
referenced "Zone Trigger Setup"
CONTROL PANEL
TO 110 VAC
UNSWITCHED
OUTLET
iGSMBR-014-V1
12
30 FT. MAX TO MODULE
18 AWG. WIRE (MIN)
HONEYWELL 1361 OR 1361-GT
TRANSFORMER
2
1
COMMUNICATIONS
MODULE
NOTE: Shared Transformer Installation has not been evaluated by UL/ULC.
NOTE: When calculating the total load on the auxiliary power output of the control panel, budget 10mA
for the communicator when using ECP mode.
ULC Commercial
Fire and Burglary
Compliant
Installation
Shared
Transformer
Installation

Section 2: Mounting and Wiring
15
Backup Battery Connection
The included battery (K14139) is used for backup in the event of power loss to the communicator.
It does not provide power to the control panel.
In ULC installations this battery is not connected, and all backup power is supplied by the control
panel.
 The battery can provide over 24 hours of system life in the event of a power failure.
 A programmable power loss message can alert the AlarmNet Control Center when system
power is lost (power loss messages are reported within 1-3 hours of actual loss).
 The communicator transmits a low-battery message (programmable) when the battery
reaches 5.7V ±5%, indicating subsequent messages may not be transmitted.
 The system shuts down when the battery falls below 5.1V, and radio transmissions are no
longer possible.
 If system power is restored before the communicator shuts down, a power restore message is
sent within 1-3 hours after power is restored, and the battery is recharged using the
communicator’s built-in battery charger. If system power is restored after the communicator
has shut down, a power-on reset condition exists, the communicator initializes itself and the
battery will recharge.
Install the battery as follows, and refer to the Summary of Connections diagram at the end of this
document.
1. Place the battery inside the case back.
2. Snap the right side of the battery clip onto the inside of the case back and secure the left side
with the screw provided.
Do not plug the battery in until after you have powered-up the communicator.
WARNING!
Be careful not to damage the antenna mounted above the
battery. Do not bend up the battery tabs.

LTE-I Installation and Setup Guide
16