Honeywell iGSMV4G, iGSMVCN4G Installation and Setup Guide Dated Jan, 2015



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Document Transcript



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Installation
and Setup Guide











800-
10905V2
1/15 Rev. A
i
Table
of Contents

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •


SECTION 1: General Information
...........................................................................................................................................
1-1

System Overview
................................
................................
................................
................................
......
1-1

Introduction
................................
................................
................................
................................
.......
1-1

General Information
................................
................................
................................
..........................
1-1

System Features
................................
................................
................................
................................
.......
1-2

About AlarmNet
-i Internet Application
................................
................................
................................
. 1-2

Encryption
................................
................................
................................
................................
................
1-2

Remote Services
................................
................................
................................
................................
.......
1-2

Modes of Operation
................................
................................
................................
................................
.. 1-3

ECP Mode
................................
................................
................................
................................
...........
1-3

Zone Trigger Mode
................................
................................
................................
.............................
1-3

4204 Mode and Two
-4204 Mode
................................
................................
................................
.......
1-3

Supervision Features
................................
................................
................................
...............................
1-4

Antenna
................................
................................
................................
................................
..............
1-4

Specifications
................................
................................
................................
................................
............
1-5

Compatibility
................................
................................
................................
................................
............
1-6

Compliance
................................
................................
................................
................................
...............
1-6

SECTION 2: Mounting and Wiring
..........................................................................................................................................
2-1

Determine the Signal Strength and Select a Location
................................
................................
..........
2-1

Mounting the
Communicator
................................
................................
................................
..................
2-2

Mounting Procedure
, IGSMV4G
(no
rear tamper switch)
................................
.............................
2-2

Mounting Procedure
, IGSMVCN4G
(with
rear tamper switch)
................................
....................
2-3

Wiring the
Communicator
................................
................................
................................
.......................
2-4

Wiring for two
-way voice
................................
................................
................................
...................
2-4

Wiring for ECP, 4204 and Two
-4204 Modes
................................
................................
....................
2-5

Wiring for Zone Trigger Mode
................................
................................
................................
..........
2-6

Wiring
the
Fault Relay
................................
................................
................................
......................
2-7

Internet Connection
................................
................................
................................
...........................
2-7

Power Connections and Options
................................
................................
................................
.............
2-8

Powering the Communicat
or ................................
................................
................................
............
2-8

Backup Battery Connection
................................
................................
................................
............
2-10

Initial Power
-Up Sequence
................................
................................
................................
.............
2-10

SECTION 3: Programming the Communicator
.....................................................................................................................
3-1

General Information
................................
................................
................................
................................
3-1

Using the AlarmNet Direct Website
................................
................................
................................
3-1

Using a 7720P Programming Tool
................................
................................
................................
.... 3-1

Using the Control Panel Programming Mode
................................
................................
.................
3-2

Programming Conventions
................................
................................
................................
...............
3-3

ECP Mode Programming
................................
................................
................................
.........................
3-3

ECP Status Codes
................................
................................
................................
..............................
3-9

Alternative Modes (Zone Trigger, 4204 and Two
-4204)
................................
................................
......
3-10

Zone Trigger Mode
................................
................................
................................
...........................
3-10

4204 Emulation Mode
................................
................................
................................
.....................
3-10

4204 Emulation Mode Options
................................
................................
................................
.......
3-10

Alternative Mode Programming
................................
................................
................................
...........
3-11

Exiting Programming Mode
................................
................................
................................
..................
3-21

Setting Factory Defaults
................................
................................
................................
........................
3-21

SECTION 4: Registrati
on
........................................................................................................................................................
4-1

Registering the
Communicator
................................
................................
................................
...............
4-1

Register through the AlarmNet Direct Website
................................
................................
..............
4-1

Register using the Tamper Switch
................................
................................
................................
... 4-2

Register using the Programming Tool
................................
................................
.............................
4-2
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


ii
Replacing an existing
comm
unicator
................................
................................
...............................
4-3

Register by Phone
................................
................................
................................
..............................
4-3

SECTION 5: Programmer Keyboard Commands
..................................................................................................................
5-1

Programmer Keyboard Commands
................................
................................
................................
.........
5-1

Identification Displays
................................
................................
................................
......................
5-1

GSM Status Displays
................................
................................
................................
........................
5-2

System Status Displays
................................
................................
................................
.....................
5-4

SECTION 6: Network Diagnostics
..........................................................................................................................................
6-1

Running Network Diagnostics
................................
................................
................................
................
6-1

Possible Errors Running Network Diagnostics
................................
................................
......................
6-2

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







1-1

SECTION 1


General Information

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

System Overview

Introduction

Congratulations on your purchase of Honeywell's IGSMV4G

/

IGSMVCN4G Internet
and
GSM communicat
or (henceforth referred to as IGSMV4G, or IGSMVCN4G in Canada). It
represents the l
atest 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 4G connectivity brings faster GSM 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 communi
cator
. For replacement
installations, the AlarmNet
-i account is created automatically when the communicator
is registered.

In addition to alarm reporting, the
communicator
provides two
-way voice communications
with the central station (when used with Honeywell’s
AVS Audio Verification System
) and
provides
upload/downloading capability of Honeywell's control panel data over the Internet
(via the AlarmNet
-G network), using GSM
(Global System for Mobile) technology
.
UL

/

ULC

Two
-way voice has not been evaluated by UL/ULC.


NOTE:
Two
-way voice is not compatible with Honeywell Commercial Control Panels (such as the
VISTA
-128/250 series).



Due to Honeywell's continuing effort to improve our products, your device may look slightly
different than pictured.

General Information

The
IGSMV4G communicates via the Internet (when service is available) and switches to
GSM service when the Internet is not available
(provided the Communication
Path
is set to

IP & GSM
). 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 IGSMV
4G 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 a
ssign 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 GSM transmissions. If your current Central Station is capable
of receiving signals from the Honeywell NO
C, 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 & GSM
, the
communicat
or transmits
signals via the AlarmNet
-G (GSM) cellular network, which uses
the

GPRS (General Packet Radio Service) to complete these transmissions. These transmissions IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


1-2

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 GPRS (part of the GSM cellular network) are both unavailable, the
communicator
will attempt to send the transmission via SMS (Short Message Service), also
known as a te
xt message.
If all three methods fail, the message will not be sent via this
device.


ULC

The IGSMV
CN4Gs' Internet channel has been evaluated for active communication and Level
A3 channel security for burglary. The GSM 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).


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 Direct website. Once enabled, remote
access can be programmed vi
a 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 pan
els



Simple programming using a 7720P programming tool



Reports fire, burg, and status messages via the Internet



Reports messages via
GSM
as backup to Internet reporting
(provided
that
the
Communication Path includes GSM)
as long as



Allows upload
ing and downloading of control panel data over the Internet



Supports remote control of alarm systems via Remote Services feature



Two
-way voice capability
(provided
that
the Communication Path includes
GSM
)

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
broadban
d 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) encrypti
on (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 GSM signaling paths are suitable for encrypted line security when programmed
for 1 minute IP/GSM 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 wa
ys. 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)
Section 1: General Information


1-3




Perform system functions and receive con
firmations using text messages (SMS
feature)

Dealers will initially enroll their customers for web services during account programming
through the AlarmNet Direct website. The features that can be enabled include Remote
Access and Multi
-Mode. Once enable
d, the specific programming fields associated with these
features can be programmed into the communications device either remotely using the
AlarmNet Direct website or locally using the 7720P local keypad programming tool.


UL

Remote Access and Multi
-Mode
have not been evaluated by UL.

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. E
CP
and
Zone
Triggers modes are approved for ULC Commercial Burglary Installations.


UL

Only ECP Mode and Zone Trigger Mode have been evaluated.


ECP Mode



This mode is for Honeywell control
panel
s 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 IGSMV4G
/IGSMVCN4G
, only the V+ inverted, V
– non-
inverted, and EOL
options have been evaluated.


Zone Trigger Mode



This mode is for use with control
panel
s that do not support ECP communication nor 4204
Relay Modules



The
communicator
provides six input zones



Each zone can
be configured for +V,
–V, or EOLR triggering

UL
/ULC
:
For the IGSMV4G, 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.


4204 Mode and Two
-4204 Mode IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


1-4



This mode is for Honeywell control
panel
s that do not support ECP communication, but
that do support 4204 Relay Modules



The
communicator
connects to the control
panel
’s keypad terminals



The
control panel
treats the
communicator
as 4204 Relay Module(s), so program the
control panel
accordingly, including setting the module’s proper 4204 device address



4204 mode provides up to f
our zone inputs, plus two optional trigger zones, depending on
options programmed



Two
-4204 mode provides up to eight zone inputs, depending on options programmed



Each 4204 zone can be programmed for delayed reporting and restoral reporting



Reports are sent
in ADEMCO High
-Speed format

UL
/ULC

– Opening and Closing ring back is supported by the control panel’s digital dialer.

– 4204 Mode and Two-4204 Mode has not been evaluated by UL
/ULC
.


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.



Communica
tion path failure
: When the
communication
path is set to IP & GSM
, both the
Central Station and the control panel can be notified of
a communication path failure
.
Both failur
es are considered true faults when the respective fault times have expired
("GSM 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 "GSM 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).


Antenna

The
communicator
comes equipped with a
n internal antenna. This feature provides
additional security to the installation by making the device tamper resistant.

UL

/

ULC

External antenna has not been evaluated by UL.



AMPS antennas, such as the 7825
-OC antenna, cannot be used with this prod
uct.

Section 1: General Information


1-5



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 included with IGSMV4G.)

(Hon
eywell transformer # 1361CN not included with the
IGSMVCN4G
.)
Current Drain:

220mA
standby, 380mA active

Backup Battery:

6V, 3.1AH, (Honeywell # K14139 included with IGSMV4G 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 e
xpectancy 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 trigge
r. (6V or greater = restore.)

RF Frequency:

2G

GSM/GPRS/EDGE

Quad Band, 850/900/1800/1900 MHz


3G/4G

UMTS/HSPA+

Band V, Band II

RF Output Power:

2G

GPRS

+33dBm, GMSK modulation



EDGE

+27dBm, 8-PSK modulation


3G

UMTS

+24dBm, QPSK modulation



WCDM
A
+24dBm, QPSK modulation


4G

HSPA+

+24dBm, 64 QAM modulation



WCDMA

+24dBm, 64 QAM modulation

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





IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


1-6

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 install
ations, 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 req
uirements.)



7810iR
-
ENT

(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 IGSMV4G has been evaluated for connection to police station receivers.


ULC

The IGSMVCN4G 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 C
anadian 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.





2-1

SECTION 2


Mounting and Wiring
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •


Determine the Signal Strength and Select a Location

(Communication path is set to GSM or IP & GSM)

The
communicator
mus
t 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
practi
cal, 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.

Note:
If the SIM is already activated, the RSSI signal strength indicators will indicate signal strength.
If the SIM has not been activated
, the firmware in the communicat
or enables it to communicate with the
cellular network towers (without the SIM being activated) so that signal strength measurements can be
determined. In this case, you can display the signal strength by simultaneously pressing the MODE and
TAMPER switches.
Allow at least 60 seconds for a reading to establish.


RF Exposure

Warning

– The internal or external antenna(s) used with this pr
oduct 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 proce
dures
.

Note:
The
communicator
must be installed in accordance with the National
Electrical
Code,
ANSI/NFPA 7
0.


Unshielded, 22 AWG cable is recommended for
the communicator
power/data wires.


1.

Unpack the communicator and open the case b
y 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 strength
by observing the signal
strength (RSSI)
bar graph (refer to
Appendix A for
information about signal strength and
status indications). Signal strength should be within 3
-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
.




IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


2-2


Mounting the Communicator

The communicat
or 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 appropri
-
ate 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 sna
ps 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
, IGSMV4G
(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 suppl
ied cover screw.
(This is required for UL installations.)


Standard Mounting


Section 2: Mounting and Wiring


2-3

Mounting Procedure
, IGSMVCN4G
(with
rear tamper switch)

For
Canadian
installations where the rear tamper switch is
used
, this procedure requires the
removal of the printed c
ircuit 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.

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.

STEP
A
STEP
B


STEP
C
STEP
D



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 tam
per screw (provided), as shown in
Step C
above
.
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


2-4

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.

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 p
anel
.


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 fl
exible 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.



Only ECP mode and Zone Trigger mode have been evaluated
by UL.


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 two-
way voice
(Communication path is set to GSM or IP & GSM)

Th
e IGSMV4G requires an optional audio cable (GSMV
-AUDIO
, grey
) to support two
-way
voice using the AVS Base Unit. Note the AVS Base Unit is part of Honeywell’s
AVS Audio
Verification System
. This system consist of the AVS Base Unit, Remote Station, and the

Remote Station PC board. For detailed information, please refer to the AVS Audio
Verification System documentation. Follow the guidelines below for connecting the audio
cable.

1.

Power down the
communicator,
control panel and AVS Audio Verification System.

(When the
communicator
is fully wired up, restore power to the
communicator,
control
panel and AVS Audio Verification System.)


2.

Connect one end of the audio cable to the audio connector located on the small PC board.
Section 2: Mounting and Wiring


2-5
3.

Route the audio cable to the connect
or on the AVS Base Unit and connect the cable.

4.

Ensure the audio cable ends are secured with tie wraps to reduce strain.


Wiring for ECP, 4204 and Two
-4204 Modes

Most Honeywell ADEMCO control panels support ECP data communication, (e.g., VISTA-
10P, VISTA
-15P, VISTA
-20P, VISTA
-128BP and VISTA
-128FBP). 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 Honeywe
ll 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 wi
re the
communicator
for ECP or 4204 modes, see the
figure below and make the following connections:





Wiring a VISTA for ECP Mode or 4204 Modes

IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


2-6


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 communicat
or
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:


Wiring the Zone 1 Input for a Positive (+) Trigger



Wiring the Zone 1 Input for a Ground (
-V) Trigger



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.

Section 2: Mounting and Wiring


2-7




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 communicat
or's fault relay wired to that zone.


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 rout
er
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 & GSM.

ULC Installation

(Zone mode)
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


2-8



Internet Connection

Power Connections and Options
Powering the Communicat
or
There are three ways to power the communicat
or (see illus
trations

below):

Standard Installation
– The communicat
or is powered by the supplied AC plug
-in
transformer.

ULC Commercial Fire and Burglary Compliant Installation
– The communicat
or must be
powered by the control panel.

Shared Transformer Installation
– In this installation the supplied AC plug
-in trans
-
former may be used to power both the communicat
or and the control panel under the
following conditions:



You must use the Honeywell 1361 Transformer.



This configuration ONLY applies to the VISTA
-10P, VIST
A-15P, VISTA
-20P control
panels when used with the
IGSMV4G Communicat
or.


DO NOT use this configuration with any other control panel.



DO NOT use this configuration if using two
-way voice.



This configuration has not been evaluated by UL.

For all in
stallations the control panel ground (GND) must be connected to TB1
-4 GND on the
communicat
or. 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 communicat
or.


Standard
Installation
Section 2: Mounting and Wiring


2-9


ULC
: For ULC Commercial
Burglary Zone Trigger
installation see above
referenced "Zone Trigger Setup"





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 Burgl
ary
Compliant
Installation

Shared
Transformer
Installation
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


2-10

Backup Battery Connection
The included battery (K14139) is used for backup in the event of power loss to the commu
-
nicat
or. 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 Alarm
Net 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 tr
ansmitted.



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, a
nd 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
.


Initial Power
-Up Sequence

Before connecting power, check that the following have been completed:



If using ECP, 4204 or 2
-4204 Mode, terminal bl
ock TB1 V+ and GND terminals are
connected to the control panel’s auxiliary power output: 12VDC nominal.



Plug in the transformer. Then connect the red and black battery cables to the battery
terminals. Connect battery cable to connector J1.



Power up the
control panel. (Initially, all
communicator
programming options are set to
the factory default settings.)








3-1

SECTION 3


Programming the
Communicator

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •


General Information

The
communicator
delivers alarms via the Internet to an AlarmNet central station or via the
AlarmNet
-G network, using GSM (Global System for Mobile) technology when the Internet is
not available.

The
communicator
uses 256 bit AES (Rijndael) encryption which is required for certain
government installations.



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.


You can program a
communicator
by one of the
following methods:


Through the AlarmNet Direct website (required to enable Multi
-Mode features)



Through use of a 7720P Programming Tool



Through a programming mode in the control panel, on panels that support this
option (e.g., VISTA
-128BP and FBP)

UL
/ULC

Only ECP and Zone Trigger modes have been evaluated by UL.


Using the AlarmNet Direct Website

To program the
communicator
via the website (if you are already signed up for this service),
go to:
https://services.alarmnet.com/AlarmNetDirect/userlogin.aspx

If you are not signed up for this service, click on “Dealer Sign
-Up.

Log in and follow the on
-screen prompts.

Please have the following information available when programming the
communicator
:
1.

Primary City ID (two
-digit number)

2.

Primary Central Station ID (
two
-digit hexadecimal number)

3.

Primary Subscriber ID (four-
digit number)

4.

MAC ID and MAC CRC number (located on the box and
inside the communicator
)
After programming is complete, you must transfer the data to the
communicator
and the
communicator
must be
registered. Refer to
Section 4: Registration
, for further instructions.


Using a 77
20P Programming Tool

Connect the 7720P Programming Tool as shown below. The
communicator
powers the 7720P
Programming Tool via the programming jack, and automatically sens
es the presence of the
7720P when it is plugged in.
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


3-2


7720P Programmer Tool Connection


Each key of the 7720P has two possible functions: a normal function and a Shift function.

To perform a normal key function, simply press the desired key.

To perform a
Shift function, press the [shift] key, and then press the appropriate key.

The prompts in this document reflect use of the 7720P Programming Tool. The table below
lists each normal and shift key function.


Table 3
-1. 7720P Normal and Shif
t Key (shift LED lit) Functions

KEY

NORMAL KEY FUNCTION

SHIFT KEY FUNCTION

BS/ESC

[BS]: Press to delete entry

[ESC]: Press to quit program mode; also can reset
programming defaults*


/


[

]: Scroll down programming

[

]: Scroll up programming

N/Y

[N]: Pr
ess for "NO" answer

[Y]: Press SHIFT
-
Y for "YES" answer

SHIFT

Press before pressing a SHIFT key function. Will light SHIFT LED. LED goes out once a key
is pressed. Press again for each SHIFT function desired.

1/A

[1]: For entering the number 1

[A]: For e
ntering letter A

2/B

[2]: For entering the number 2

[B]: For entering letter B

3/C

[3]: For entering the number 3

[C]: For entering letter C

4/D

[4]: For entering the number 4

[D]: For entering letter D

5/E

[5]: For entering the number 5

[E]: For enter
ing letter E

6/F

[6]: For entering the number 6

[F]: For entering letter F

7/S

[7]: For entering the number 7

[S]: For entering letter S

8/T

[8]: For entering the number 8

[T]: For entering letter T

9/X

[9]: For entering the number 9

[X]: For entering
letter X

SPACE

[SPACE]: For scrolling option list

No SHIFT function

0

[0]: For entering the number 0

No SHIFT function

#/ENTER

[#/ENTER]: Starts programming mode;
Press to accept entries

No SHIFT function

*
Active only when the "Exit Programming Mode"
prompt is displayed.

Using the Control Panel Programming Mode

Some control panels support programming of the
communicator
through the control
panel programming mode (e.g., VISTA
-128BP). If programming through the control
panel, only the ECP Mode programm
ing options are available. The "mode" questions
will not be displayed, and the mode cannot be changed. For a description of key
functions on the control panel keypad, and how they map to the 7720P Programming
tool, refer to the control panel's Programmin
g Guide.



Section 3: Programming the Communicator


3-3
Programming Conventions

Programming is accomplished by answering a series of prompts (questions). Most prompts
require only a [Y]es or [N]o response, while others require a numerical response (ID
numbers, etc.).

The current value is displayed
on the second line in parentheses ( ). A "?" indicates an
invalid entry.

Use the [ENTER] key to accept the current entry and proceed to the next prompt. If the
entered value is invalid, pressing [ENTER] re
-displays the prompt; the next prompt is not
displayed until a valid answer is entered.

Use the up/down arrow keys to scroll through the programming questions without changing
any values. Press the [ESC] key to go to the end of the list of questions.

ECP Mode Programming
The
communicator
supports E
CP messaging to communicate with the control panel.
Likewise the control panel sends Contact ID format alarms to the
communicator
via the ECP
bus.
Not all control panels support the
communicator
interface on ECP, so be sure to check
the Installation and
Setup Guide of the control panel to see if it supports this feature.

ULC

ECP Mode has been approved for ULC installations.

Refer to
Table 3
-2
for ECP Mode programming and follow the prompts.

Press the [ENTER] key to begin programming.

NOTE:
The centr
al station can remotely block access to local device
programming. If this has been done, the following prompt appears:


Access to Prog

Mode Denied

NOTE:
The default programming values for ECP mode are listed in each prompt below.

Table 3
-2: Programming
the Communicator
for ECP mode only.


PROMPTS

OPTIONS

DESCRIPTION

1

Strt Prog Mode?

(Y/N)_

[Y], [N]

Enters programming mode.


2

Enter Password:



[0
-
9, A
-
F, N, S,
T, X, Y]

If a password has been previously assigned, this prompt appears.

Enter a 4
-digit
password (0-9, A
-F, N, S, T, X, Y).

The next prompt appears.

3

Program Device?

(Y/N)_


[Y], [N ]

To begin programming the communicator, press [Y] and go to
Prompt
10: "Device Mode."

To create a password if none has been assigned, press [N] and go to
Pr
ompt
5: "Create Password."

To change an existing password, press [N] and go to Prompt 6
:
"Change Password."

4
Create Password?

(Y/N)_


[Y], [N]

Passwords can be used to protect account and programming
information.

If no password has been assigned, this prompt appears after
pressing [N] at the "Program Device?" prompt.

If a password is desired, press [Y] and

go to "Enter Password."

5
Change Password?

(Y/N)_


[Y], [N]

If a password has already been assigned, this prompt appears after
pressing [N] at the "Program Device?" prompt.

Press [Y] if you want to change the password.

NOTE:
To clear an existing passw
ord, without entering a new one,
answer [Y] to the "Change Password?" prompt, then press the
[Enter] key when prompted for the new password and its
confirmation.

6
Enter Password



[0-9, A
-F, N, S,
T, X, Y]

This prompt is displayed if [Y] was pressed in Prompt
4 or
5.
Enter a 4
-digit password (0-9, A
-F, N, S, T, X, Y).
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


3-4


PROMPTS

OPTIONS

DESCRIPTION

7
Verify Password




[0
-
9, A
-
F, N, S,
T, X, Y]

Re
-
enter the password as confirmation.

If the password doesn't match the first entry, the following is
displayed followed by the "Exit Pr
og. Mode?" prompt:
Verify Not OK
PSWD not created

Otherwise, the "Exit Prog. Mode?" prompt is displayed directly.

8
Exit Prog. Mode?

(Y/N)_



[Y], [N]

[ESC]

Exits program mode.

Press [N] to go back to Prompt 3.

Press [ESC] to load factory defaults.

Re
fer to the
Exiting Programming Mode
paragraph in this section.

9

Comm Path Choice

(IP&GSM)_



IP&GSM


IP

GSM

P
ress the [space] key to scroll through the communication path

choices. Press [ENTER] to select.


For maximum reliability, select IP&GSM, an
d ensure the Internet is

connected using the Ethernet cable.


NOTE
: After going from a “GSM” only com path choice to an “IP”

only choice, Prompt 4
5
: “DHCP” will default to No.

10


Device Mode

(ECP)_




ECP


Zone Triggers

4204 Emu


Two 4204s

Press [ENTER] to select
ECP

mode.

Press the [space] key to scroll throu
gh choices.


IMPORTANT
, if either Zone Trig, 4204 Emu, or Two 4204s device
mode is desired, use
Table 3
-
4

for programming.

Important Information Regarding Multi
-Mode Options

NOTE: In order for the Multi Mode
, Remote Access
, and Keypad Address
programmi
ng fields to appear an account must
be created in the AlarmNet Direct website and “Remote Access” must be enabled for the comm device.

Users can receive email notification of system events by using the Multi
-Mode feature. In ECP mode, this is accomplished
through emulation of a 4204 relay module, or two 4204 relay modules.


When “4204-sourced” is selected, the user can be notified of up to four events, plus two additional events if using the
optional communication device zones of 6 and 7.


When “2-4204-
sourced” is selected, the user can be notified of up to eight events. The Multi
-Mode address must match
the address of a relay module enabled in the control panel (although you don’t actually connect a module). If using “2-
4204-sourced,” the address of the second module is automatically assigned the next device address after the first 4204.


When “Enhanced Reports” is selected, a device address of 25 should be selected.

Make sure the addresses are also enabled in the control panel. Program outputs to t
rigger on system events the user
would like to be notified of through Output Device (Relay) programming in the control panel.

These events are configured at the AlarmNet Total Connect website at: https://services.alarmnet.com/TotalConnect


Multi
-Mode (
email notification) is intended as a convenience for the user, and does not replace
Central Station reporting of critical events (alarms, troubles, etc.).

UL

/

ULC

Multi
-Mode has not been evaluated by UL or ULC.

11
Multi Mode

(Disabled
)_



Disabled


4204 Sourced


2-4204 Sourced


Enhanced
Reports

Enable if you want system events sent by email to the user. Select
"4204 Sourced" to send up to four events (plus two additional reports
triggered by optional hardwire zo
nes 6 and 7), or "
2-4204 Sourced"
to send eight events.

Disable for normal alarm processing and go to Prompt 1
3: "Primary
City ID".

Select “Enhanced Reports” to enable reporting to TC2 web services.
Note, to use “Enhanced Reports” ensu
re the control panel is Total
Connect
2.0 Ready
.
12
Multi Mode Addr

(12)_

[01
-
30]


This address must be programmed if using the Multi
-

Mode (email
notification) feature. The device address must be unique from the
normal communicator (or LRR) device address, and the Keypad
Address used for Remote Access or Direct Wire downloading. The
address used must also be enabled as a 4204 relay module in Vista
and First Alert control panels.
See Important Information above.
Section 3: Programming the Communicator


3-5

PROMPTS
OPTIONS

DESCRIPTION
Important Information Regarding Primary and Secondary Accounts (Questions 12
-1 8)
Account information is provided by the central station administrator. If the control panel supports secondary
account reporting, you will need secondary account information. The City ID, CS ID or Subscriber ID of the
secondary account must differ from

that of the primary account.

13

Primary City ID
(??)_

[01
-
99]



Enter the 2
-digit primary city ID, 01
-99 (decimal).

14


Primary CS ID
(??)

[01
-
FE]

Enter the 2
-
digit primary central station ID number, 01
-
FE (HEX).

15


Primary Sub ID
(????)

[0001-9999]

Enter the 4
-
digit subscriber account number, 0001
-
9999 (decimal).

16


En. 2nd CS Y/N

(N)_

[Y], [N]

Applicable only if the control panel supports Central Station #1 and
#2 Category Enable reporting for the communicator device (e.g.,
VISTA
-128BP, FA1660C)
.
Used if reporting to a second central station is desired.
If [N], go to Prompt 20: "Device Address."

17


2nd City ID

(??)_

[01-99]

Enter the 2
-
digit secondary city ID, 01
-
99 (decimal).

18


2nd CS ID

(??)_

[01-FE]

Enter the 2
-
digit second central stat
ion's ID number, 01
-
FE (HEX).

19


2nd Sub ID

(????)_

[0001
-
9999]

Enter the 4
-
digit subscriber account number for the second central
station, 0001-
9999.

20


Device Address
(03)_


[01
-
30]


In ECP mode, the IGSMV4G communicates with the control panel
usin
g the ECP bus. Enter the appropri
ate ECP device address. For
VISTA
-10 and VISTA
-20 series control panels, use address 03. For
other con
trol panels, see their Installation and Setup Guide.

NOTES:

1.

When programming the control panel, enable the communi
cator
(or LRR) output.

2.

The device address must be unique from the "Keypad Address"
entered in Prompt 2
3, and the “Multi-Mode Address” entered in
Prompt 1
2.
UL /
ULC

Remote access has not been evaluated by UL or ULC.

21


Remote
Access Y/N
(N)_


[Y], [N
]
Press [Y] to allow the end user to access their system via a website.
Availability of this service is controlled by the dealer via the web
-
based programming tool on the AlarmNet Direct website.

22


Direct Wire Y/N

(N)_

[Y], [N]

Applies only to
VIST
A
-
128BP/250BP and FBP Series control panels,
and FA1660C and 1700C Series control panels.

Enables Direct Wire Downloading over IP.

If [N], and if Prompt 2
1: "Remote Access" is disabled, skip to Prompt
24: "Supervision."

23


Keypad Address

(28)_

[01-30]

Mu
st be programmed if using either the Remote Access feature or
Direct Wire downloading.

NOTES:

1. This address must also be programmed as an alpha keypad in the
control panel or an AUI (advanced user interface) type device, if a
full enhanced graphic inte
rface to the system is desired and the
control panel supports it. DO NOT connect an actual keypad (or any
other device) assigned to this address.

2. This address must be unique from the "Device Address" entered
in Prompt
20
.
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


3-6


PROMPTS

OPTIONS

DESCRIPTION

24


Supervision

(24 Hours)_

IP

&

GSM or GSM
Only:



None



30 Day



24 H
ou
rs
IP
only
:


None



30 Day



24 H
ou
rs


6 minutes



3 minutes



90 seconds


Additional options
for CN only
.


1 Hr


CN UL Line Lvl
3
(3 Min)



CN UL Line Lvl
4
(90 Sec)



CN UL Line Lvl
5
(75 Sec)

The AlarmNet network must hear a
t least one supervisory message
from the communicator during this supervision period; otherwise,
AlarmNet notifies the central station that a communication failure
has occurred. (If the supervision period is changed after
registration, you must re
-registe
r the communicator.)

Press the [space] key to scroll through choices.

UL:
For
IP + GSM
set to 24 Hrs. For IP only
set to 3 Min. For GSM
only
set to 24 Hrs.

A loss of communications is treated as an Alarm condition.

ULC
: Must be set to
"CN UL Line Lvl 3
" for ULC-S304 Active Level
3 or ULC
-S559 Active Fire installations. All other commercial
applications must be set to "24 Hrs".

25


GSM Rollover Y/N

(Y)_


[Y] , [N]



This prompt
appears
only
if
comm. path
is
set to

IP & GSM
.

If enabled, all messages (including AlarmNet network supervisory
messages) are sent over the GSM network in the event of an
Internet failure.

If disabled, all messages (except A
larmNet network supervisory
messages) are sent automatically over the GSM network
in the
event of an Internet failure.

UL/ULC
: Must be set to "Y" if 24 hours is selected in Prompt: 2
4:
Supervision. Must be set to "N" for ULC-S304 Active Level 3 or
ULC-S559 Active Fire installations where CN UL Line Lvl 3 is
selected.

IMPORTANT WARNING:
If set to "Y", AND Prompt 2
4:
Supervision is set to occur less than every 24 hours, this can result
in data overage charges on your monthly bill.

26


GSM 24Hr Tst Y/N

(N)_


[Y], [N]

This prompt
appears
only if comm. path
is set to

IP & GSM.

If enabled a
message is sent every 24 hrs over GSM to verify proper
operation. If it fails, a Periodic Comm Test Failure message will be
sent over Ethernet.

UL/ULC:
Must be set to "Y".

27



Old Alarm Time

10 Minutes_



10 Minutes



15 Minutes



30 Minutes



1 Hou
r


2 Hours


4 Hours


8 Hours


12 Hours

24 Hours
Sets how long an undeliverable alarm is retried for delivery to the
central station. If the message is not validated, it is retried until the
old alarm time is reached or the message is validated.

Press the [space] key to scroll through choices.

UL/ULC:
Must be 10 minutes.

28


IP Flt Time

(60 mins)_


[00
-
99]

This prompt appears only if comm. path includes
IP
.
In the event there is a loss of contact with the network over the
Ethernet connection, ent
er the time delay (in minutes) before the
communicator notifies the central station. IP failure will always be
sent to the central station as Primary Communication Path Failure.

UL/ULC:
Must be one (01) minute.

29


GSM Flt Time

(60 mins)_

[00-99]


Th
is prompt appears only if comm. path includes
GSM
.
In the event the communicator detects a communica
tion path Section 3: Programming the Communicator


3-7

PROMPTS
OPTIONS

DESCRIPTION

failure, enter the time delay (in minutes) before the communicator
notifies the central station. A GSM failure will always be sent to the
centra
l station as Secondary Communication Path Failure.

UL/ULC:
Must be one (01) minute.
30


Notify Panel Of_

(Neither Fault)


[Neither fault]

[Both IP and
GSM Faults]

This prompt appears only if comm. path is set to
IP & GSM.

If "Both IP and GSM Fault" is se
lected, the device will only notify
the control panel if both communication paths fail, but will always
send notification of either failure to the central station.

(If the "GSM Fault Time" and "IP Fault Time" options are set to
zero, faults will not be reported.)
Press the [space] key to scroll through choices.

UL/ULC:
Must be set to "Both IP and GSM Faults".

31


Flt Rel ON Y/N

(N)_

[Y], [N]

If

enabled, the fault open collector output is normally energized to
ground, and de
-energizes (open circuit) in the event of a
communicator fault. For conditions that trip the fault relay refer to
Supervision Features

in Section 1.

Set to [Y] if fail
-safe m
ode is desired.


See
Wiring the Fault Relay
in Section 2.

UL/ULC:
Must be set to "Y."
32


Pwr Loss Rpt Y/N
(Y)_


[Y], [N]

Sends a primary power loss report to the central station within 1
-
3
hours after its detection. A restore report is sent within 1
-3 hours
after power is restored.

UL
Standard Installations

(using transformer and battery)
:
Must
be set to "Y".

ULC Commercial Fire & Burglary Installations

(powered from
the control panel)
:
Must be set to "N."

33


Low Bat Rpt Y/N
(Y)_


[Y], [N]

Sen
ds a low
-
battery report when a low battery condition exists. A
low battery restore is automati
cally sent when the low battery
condition clears.

UL
Standard Installations

(using transformer and battery)
:
Must
be set to "Y".

ULC Commercial Fire & Burgl
ary Installations

(powered from
the control pan
`el)
:
Must be set to "N."

34


Tamper Rpt Y/N
(Y)_


[Y], [N]

Sends a tamper report when the
communicator

detects a tamper
condition. A tamper restore is automatically sent when the tamper
condition clears.
UL/ULC:
Must be set to "Y."

Important Information Regarding Zone Input Options

ECP mode
supports two optional hardwire zone input triggers by making connections to the communicator’s zone 6 and/or
zone 7 terminals and programming the appropriate zone tr
igger options below.

Each zone input can be programmed to cause an alarm under one of the following conditions:


(V+), where a positive voltage causes an alarm for normally low connections (voltage trigger, NO, NC)


(V–
), where a ground trigger causes a
n alarm for normally high connections (open collector, NO, NC)


(EOLR) End of Line Resistor, where the input is supervised by a 2K EOL resistor. The zone can be triggered by
open collector, voltage trigger, NO, NC.

UL
/ULC
:
Set V+ to inverted, and V
– as non-inverted.

In addition to the above, zones can be programmed for an Inverted Trigger, where the alarm and normal states of the
zones are inverted; this can serve a fail
-safe supervisory purpose for certain installations.

These zone inputs can also be progr
ammed for restore reporting, and for delayed reporting (NOT for UL installa
tions),
which allows time for the user to abort false alarms.

NOTE:
Optional hardwire zones report in ADEMCO High-Speed format.



35


Enable Zn6 Y/N

(N)_

[Y], [N]

Enables alarm

reporting for zone 6.

If [N], skip to Prompt 40: "Enable Zn7."
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


3-8


PROMPTS

OPTIONS

DESCRIPTION

36


Zn6 Trigger Type
(V+)_



(V+)


(V–)

(EOLR)

Selects the triggering method for this zone input.


Press the [space] key to scroll through choices.

UL
/ULC
:
V+ must be set as inverted an
d V
– as

non
-
inverted.

37


Invert Zn6 Y/N

(N)_

[Y], [N]

Inverts the alarm and normal states of the zone 6 trigger; otherwise
uses normal input signal.

38


Restore Zn6 Y/N

(Y)_

[Y], [N]

Enables restore reporting for zone 6.


39


Delay Zn6 (secs)

(00)
_

[01
-
15]

[00] = no delay

Defines the reporting delay in seconds for zone 6.

UL
/ULC
:
Must be set to 00.


40


Enable Zn7 Y/N

(N)_

[Y], [N]

Enables alarm reporting for zone 7.

If [N], skip to Prompt 4
5: "Use DHCP."
41


Zn7 Trigger Type
(V+)_



(V+)


(V –)

(EOLR)

Selects the triggering method for this zone input.


Press the [space] key to scroll choices.

UL
/ULC
:
V+ must be set as inverted and V–
as

non
-
inverted.

42


Invert Zn7 Y/N

(N)_

[Y], [N]

Inverts the alarm and normal states of the zone 7 tri
gger; otherwise,
uses normal input signal.

43


Restore Zn7 Y/N

(Y)_

[Y], [N]

Enables restore reporting for zone 7.


44


Delay Zn7 (secs)

(00)_

[01
-
15]

[00] = no delay

Defines the reporting delay in seconds for zone 7.

UL
/ULC
:
Must be set to 00.

Prompt
s 45
-
51
appear only if
communication path
includes

IP
.

45


Use DHCP Y/N
(Y)_


[Y], [N]

Dynamically allocates the IP addresses (recom
mended); then skip to
Prompt
50: "Enable Pwr Save".

If [N], uses fixed IP addresses.


46


NIC IP Address:

255.255.255.2
55_


12 digit:

xxx.xxx.xxx.xxx

Enter the 4
-
part address for this device. The 4 parts of the address
must be separated by spaces (displayed as periods in Review mode).

47


Subnet Mask:

255.255.255.255_


12 digit:

xxx.xxx.xxx.xxx

Enter the 32
-
bit address m
ask used to indicate the portion (bits) of
the IP address that is being used for the subnet address. The 4
parts of the address must be separated by spaces (displayed as
periods in Review mode).

48


Gateway IP Addr:

255.255.255.255_


12 digit:

xxx.xxx.xxx.xxx


Enter the 4
-
part address assigned to the Gateway. The 4 parts of
the address must be separated by spaces (displayed as periods in
Review mode).

49


DNS Serv IP Addr:

255.255.255.255_


12 digit:

xxx.xxx.xxx.xxx


Enter the 4
-
part IP address assigned
to the DNS (Domain Name
System) server. The 4 parts of the address must be separated by
spaces (displayed as periods in Review mode).

50

Enable Pwr Save

(N)_


[Y], [N]

To meet the 24 hour UL battery backup requirement, choose "Y" to
enable this feature.
If this causes connectivity problems with
certain routers or switches, then choose "N" and wire the
communica
tor so it is plugged into a UL listed UPS.

UL:
Must be set to Y.
Section 3: Programming the Communicator


3-9

PROMPTS
OPTIONS

DESCRIPTION
51


IP Connection

(Present)


Present


Auto Detect
This prompt appears only i
f comm. path is set to
IP & GSM.

Press the [space] key to toggle between the options. Press [ENTER]
to select the configuration.

If “Present” is chosen, it is assumed that an IP is connected to the
device. If it is not detected, a Primary Comm Path Failure message
will be delivered after the programmed fault time expires.

If “Auto Detect” is chosen, the device will always try to use IP to
communicate but it will not generate a Primary Comm Path Failure
unless it previously detected the presence of IP. As soon as the
presence of IP is detected, a Primary Comm Path Restore message is
generated and the value of IP Connectivity pro
gram
ming parameter
is changed from “Auto Detect” to “Detected”.

From this point on, the software expects connectivity. The auto
detect logic will resume only when the parameter is changed back to
“Auto Detect”.
52


Review? Y/N



[Y] = review

[N] = exit

Reviewing Programming Mode Entries

To review the programming options (to ensure that the correct
entries have been made), p
ress [Y]. The programming prompts are
displayed again. Use the up/down arrow keys to scroll through the
program fields without changing any of the values. If a value
requires change, simply type in the correct value. When the last
field is displayed, the
“REVIEW?” prompt again appears.

To exit the programming mode
, press [N] in response to the
"REVIEW?" prompt, and refer to
Exiting Programming Mode
at the
end of this section.

ECP Status Codes

When the
communicator
is configured for ECP mode, it sends sta
tus messages to the control
panels for battery, power, tamper, and network connectivity failures. Some of the control
panels (e.g., VISTA
-10P, VISTA
-15P and VISTA
-20P Series) display these on the keypad as
“LngRng Radio” followed by a 4
-digit code (listed
in the table below). In addition, the
Contact ID codes (listed in Appendix B) for these conditions are sent to the central station by
the
communicator
.
UL
/ULC

The information in the following table is based on the VISTA
-20 which has not been
evaluated wi
th this communicat
or.


Table 3
-3. Common ECP Keypad Display Status Codes

STATUS CODE

DESCRIPTION

0000

Control panel lost communication with
communicator
.

0880

Communicator

tamper detected (cover removed).

4005

Communicator

has los
t contact with AlarmNet.

000F

Communicator

is not registered; account not activated.

0019

Communicator

shutdown.

0400

Communicator

power on / reset AND the control panel lost communications with
communicator
.

0C80

Communicator

power on / reset AND tamp
er detected.

0C8F

Communicator

power on/ reset AND tamper detected AND not registered.

08E0

Communicator

tamper detected and
communicator

battery low.

3000

Primary power loss (will only be displayed in conjunction with another event).

8000

Battery char
ger failure (will only be displayed in conjunction with another event).

0060

Low battery (will only be displayed in conjunction with another event).
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


3-10


Alternative Modes (Zone Trigger, 4204 and Two-
4204)


UL

/

ULC

The LYNX controls have not been evaluated
with this communicat
or.


Zone Trigger Mode

There are six input zones available on the
communicator
. Each zone is selectable for +V,
-V,
or EOLR trigger. The first zone input can detect both pulsed and steady signals if connected
to a bell output. Addit
ionally, the first zone input can be programmed to detect a single
pulse (characteristic of a Panic indication on the Lynx, LynxR or LynxR
-EN control by
enabling the Lynx Panic option). If the programming option “Lynx Panic” is enabled, the
communicator
reports an alarm on zone 3. No restores are reported for this zone. If this
option is selected, the second physical zone input is ignored.

When using Zone Trigger mode, messages are sent in ADEMCO High
-Speed format.

Zones 3, 4, 5, 6 and 7 are voltage trigg
er inputs located on TB1 pins 6
-10. If the Lynx Panic
feature is being used, do not connect zone 3 (the second physical zone input).

Refer to Table 3
-4 for Zone Trigger Mode programming and follow the prompts that pertain
to Zone Trigger Mode.
A check ma
rk (

) indicates whether the prompt applies to that mode.

4204 Emulation Mode

In 4204 Emulation Mode, the IGSMV4G communicates with a compatible Honeywell VISTA
series or First Alert control panel as though it were a 4204 Relay Module. If two 4204s are
enabled in the
communicator
, it acts as two 4204s at consecutive device addresses. The
control panel must be configured to recognize one or two 4204 relay modules accordingly. On
VISTA
-32FB (or higher) control panels and First Alert equivalents, addresses
6 and 13
should not be used when the secondary 4204 is enabled. Messages are se
nt in ADEMCO
High
-Speed format.

NOTE:
See your control panel Installation and Setup Guide for the number of 4204 modules
supported.


4204 Emulation Mode Options

For control
panels that do not support ECP communication, the 4204 Emulation modes
provide a means of sending up to eight unique reports based on defined system conditions. In
4204 mode, the
communicator
functions as a logical 4204 Relay Module, where each relay
numb
er, referred to in the
communicator
as zone number, can be programmed to send a
report based on the output function programmed in the control panel for that relay. Each
relay-
zone can be programmed to; send a restore message of the reported condition, del
ay the
transmission of messages, and to send reports only when a conditional zone is triggered
(armed). See "
Important Information Regarding Zone Input Options
" later in this section.

In single 4204 mode, the
communicator
supports up to four relay
-zones.
In Two
-4204 mode,
the
communicator
functions as two 4204 modules, supporting up to eight relay
-zones.

UL
/ULC

4204 Mode and Two-
4204 Mode has not been evaluated.

4204 Relay Outputs map to
communicator
zones as follows:

First 4204 Zones

(device address entered in Prompt 15)
:

Second 4204 Zones

(device address entered in Prompt 15, plus 1)
:


Relay 1 = Zone 1

Relay 2 = Zone 2

Relay 3 = Zone 3

Relay 4 = Zone 4 or conditional zone trigger if
“report only if armed” is selected in any zone 1
-
3 when using single 4
204 mode.


Relay 1 = Zone 5

Relay 2 = Zone 6

Relay 3 = Zone 7

Relay 4 = Zone 8 or conditional zone trigger if
“report only if armed” is selected in any zone 1
-7
w
hen using Two
-
4204 mode.
Section 3: Programming the Communicator


3-11
NOTE:

Zone 4 status is not reported when
being used as the conditional (armed) trigger
zone.

NOTE:

Zone 8 status is not reported when being
used as the conditional (armed) trigger zone or if
tamper reporting is enabled.

When using the
communicator
in 4204 Emulation Mode, DO NOT enable the
communicator
(or LRR)
in
the
cont
rol panel programming.
Instead, enable 4204 relay module address(es)
and program the appropriate relay activation functions for the relay
-zones being used. In
some control panels, it is called “relay programming” and in others it is called “output device

programming.” It is recommended that “close and stay closed” (usually choice 2) action is
selected. Selection of momentary activation will cause the
communicator
to generate an
alarm and NOT a restore, even if the
communicator
is programmed to send a res
tore for the
given zone.

In 4204 mode, messages are reported in ADEMCO High
-Speed format. Zone alarms

(status 7) are reported with “1” (alarm) or “3” (restore) displayed in the zone position for the
respective zone (e.g. alarm on zone 2: 5155 5555 7; rest
ore 5355 5555 7). A supervision fault
trouble message is automatically sent if the
communicator
detects no activity on its connec
-
tion to the control panel. The message is: 5555 5515 5; restore message is: 5555 5535 5.

Refer to Table 3
-4 for 4204 Emulat
ion Mode programming and follow the prompts that
pertain to 4204 or Two
-4204 mode. A

X

indicates whether the prompt applies to that mode.


Alternative Mode Programming
Press the [ENTER] key to begin programming
and
f
ollow the prompts for the mode of
ope
ration being programmed.


NOTE:
The central station can remotely block access to local
device programming. If this has been done, the following
prompt appears:

Access to Prog

Mode Denied


Table 3
-4: Programming
for
Zone Trigger, 4204 Emulation, or Two-
4204 Emulation modes.


PROMPTS
ZONE
TRIG.
4204/

2
-
4204

OPTIONS

DESCRIPTION

1

Strt Prog Mode?

Y/N_

X

X

[Y], [N]

Enters programming mode.

2

Enter Password



X

X

[0
-
9, A
-
F, N,
S, T, X, Y]

If a password has been previously assigned, this prompt
appears.

Enter a 4
-digit password (0-9, A
-F, N, S, T, X, Y).

The next prompt appears.

3

Program Device?

Y/N_


X

X

[Y], [N]

To begin programming the communicator, press [Y] and
go to Prompt 10: "Device Mode."


To create a password if none has been assigned, press [N]
and go to Prompt 5
: Create Password.


To change an existing password, press [N] and go to
Prompt
6: "Change Password."

4
Create Password?

Y/N_

X

X

[Y], [N]

Passwords can be used to protect account and
programming information.

If no password has been assigned, this prompt appears
after pressing [N] at the "Program Device?" prompt.

If a password is de
sired, press [Y] and go to Prompt 7
:
"Enter Password."
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


3-12


PROMPTS
ZONE
TRIG.

4204/

2
-
4204

OPTIONS

DESCRIPTION

5
Change Password?

Y/N_

X

X

[Y], [N]

If a password has already been assigned, this prompt
appears after pressing [N] at the "Program Device?"
prompt.

Press [Y] if you want to change the password.

NOTE:
To clear an existing password, without entering a
new one, answer [Y] to the "Change Password?" prompt,
then press the [Enter] key when prompted for the new
password and its confirmation.

6
Enter Password



X

X

[0
-
9, A
-
F, N,
S, T, X, Y]

This prompt

is displayed if [Y] was pressed in Prompt
5

or
6. Enter a 4
-digit password (0
-9, A
-F, N, S, T, X, Y).

7
Verify Password




X

X

[0
-
9, A
-
F, N,
S, T, X, Y]

Re
-
enter the password as confirmation.

If the password doesn't match the first entry, the
following
is displayed followed by the "Exit Prog. Mode?"
prompt:

Verify Not OK
PSWD not created

Otherwise, the "Exit Prog. Mode?" prompt is displayed
directly.

8
Exit Prog. Mode?

Y/N_



X

X

[Y], [N]

[ESC]

Exits progra
m mode.

Press [N] to go back to Prompt 3.

Press [ESC] to load factory defaults.

Refer to the
Exiting Programming Mode
para
graph in
this section.

9

Comm Path Choice

(IP&GSM)


X

X



IP&GSM


IP

GSM

P
ress the [space] key to scroll through the communication
path
choices. Press [ENTER] to select.


For maximum reliability, select IP&GSM, and ensure the
Internet is
connected using the Ethernet cable.


NOTE
: After going from a “GSM” only com path choice to
an “IP”

only choice, Prompt
71
: “DHCP” will default to No.

10


Device Mode

(ECP)_


X

X



ECP


Zone Trig.


4204 Emu


Two 4204s

Press the [space] key t
o scroll through the modes of
operation.

Press [ENTER] to select mode.


IMPORTANT
, if ECP device mode is desired, use
Table
3
-
2

for programming.

Important Information Regarding Multi
-Mode

NOTE: In order for the Multi Mode
, Remote Access
, and Keypad Addr
ess
programming fields to appear an account must
be created in the AlarmNet Direct website and “Remote Access” must be enabled for the comm device.

In Zone Trigger mode, the options for Multi
-Mode are "Enabled" or "Disabled." If enabled, whenever a zone o
n the
communication device is triggered, a corresponding email message is sent INSTEAD of normal central station reports.
Cover tamper will send email event 8. All communication device system events (such as power loss, low battery, Telco,
etc.) are stil
l sent to AlarmNet.

Events used to send email messages are defined on the Honeywell Total Connect web site, and must correspond to
events
triggering the hardwired zones.


Multi
-Mode (
email notification) is intended as a convenience for the user, and does not replace Central Station
reporting of critical events (alarms, troubles, etc.).

U
L

Multi
-Mode has not been evaluated by UL.

11
Multi Mode

(Disabled)_

X



Enabled



Disabled

Enable if you want system events sent by email to the
user
. Disable for normal alarm processing.

Important Information Regarding Primary Account (Questions 11
-13)

Account information is provided by the central station administrator.

12

Primary City ID
(??)_

X
X

[01
-
99]



Enter the 2
-digit primary city ID, 01
-99 (decimal).
Section 3: Programming the Communicator


3-13

PROMPTS
ZONE
TRIG.
4204/

2
-
4204

OPTIONS

DESCRIPTION

13


Primary CS ID
(???)

X
X

[01
-
FE]

Enter the 2
-digit primary central station ID number, 01
-
FE (HEX).

14


Primary Sub ID
(????)

X
X

[0001
-
9999]

Enter the 4
-digit subscriber account number, 0001
-9999
(decimal).

15


Device Address
(12)_



X

[01
-
15]


The IGSMV4G communicates with the control panel as a
4204 relay module. Enter the appro
priate address. For
VISTA
-10P, and FA130CP Series control panels, this
must be address 12. For other controls panels, see their
Installation and Setup Guide.

NOTES:

1. The 4204 protocol limits address range to 01-15. If
using 2
-4204 mode, the communi
cator assigns the
second 4204 to the next higher device address (e.g., if
entering address 12 for the first 4204, then address 13
is automatically assigned t
o the second 4204 module).
Program the control panel accordingly.

2. The device address(es) must be unique from the
"Keypad Address" entered in Prompt 1
8 and any other
address used on the control panel.

UL

/ UL
C

Remote access has not been evaluated by UL
or ULC.

16

RemoteAccess

Y/N (N)_



X

[Y], [N]

Press [Y] to allow the end user to access their system via
a website. Availability of this service is controlled by the
dealer via the web
-based programming tool on the
AlarmNet Direct website.

17


Direc
t Wire Y/N

(N)_


X

[Y], [N]

Applies
only
to
VISTA
-128BP/250BP and FBP Series
control panels, and FA1660C and 1700C Series control
panels.

Enables Direct Wire Downloading over IP.

If [N], and if Prompt 1
6: "Remote Access" is disabled, skip
to Prompt 1
9
: "Supervision."

18


Keypad Address

(28)_


X

[01-30]

This address must be programmed if using either the
Remote Access feature or Direct Wire downloading.
Enter the appropriate device address.

NOTES:

1. This address must also be programmed as an alpha
keypad in the control panel or an AUI (Advanced User
Interface) type device, if a full enhanced graphic
interface to the system is desired and the control panel
supports it. DO NOT connect an actual keypad (or any
other device) assigned to this address.

2.
This address must be unique from the "Device Address"
entered in Prompt 1
5, and cannot equal that device
address plus 1 (one) if using 2
-
4204 mode.

19


Supervision

(24 Hours)_

X
X



IP

&

GSM
or GSM Only:



None



30 Day



24 H
ou
rs
IP
only
:


None



30 Day



24 H
ou
rs


6 minutes



3 minutes



90 seconds

_ _ _ _ _ _ _



The AlarmNet network must hear at least one
supervisory message from
the communicator during this
supervision period; otherwise, AlarmNet notifies the
central station that a communica
tion failure has
occurred. (If the supervision period is changed after
registration, you must re
-register the communicator.)

Press the [spac
e] key to scroll through choices.

UL
: For
IP + GSM
set to 24 Hrs. For IP only
set to 3
Min. For
GSM only
set to 24 Hrs.

A loss of communications is treated as an Alarm
condition.

ULC
: Must be set to" CN UL Line Lvl 3" for ULC-S304
Active Level 3 or ULC
-
S559 Active Fire installations. All IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


3-14


PROMPTS
ZONE
TRIG.

4204/

2
-
4204

OPTIONS

DESCRIPTION

Additional
options for
CN only.



1 Hr


CN UL Line
Lvl 3
(3 Min)



CN UL Line
Lvl 4
(90 Sec)



CN UL Line
Lvl 5
(75 Sec)

other commer
cial applications must be set to "24 Hrs".

20


GSM Rollover
Y/N (N)_


X

X

[Y], [N]

This prompt appears only if comm. path is set to
IP
& GSM.

If enabled, all messages (including AlarmNet network
supervis
ory messages) are sent over the GSM network in
the event of an Internet failure.

If disabled, all messages (except AlarmNet network
supervisory messages) are sent automatically over the
GSM network in the event of an Internet failure.

UL/ULC
: Must be set t
o "Y" if 24 hours is selected in
Prompt: 1
9: Supervision. Must be set to "N" for ULC-
S304 Active Level 3 or ULC
-S559 Active Fire
installations where CN UL Line Lvl 3 is selected.

IMPORTANT WARNING:
If set to "Y", AND Prompt 1
9:
Supervision is set to occur
less than every 24 hours, this
can result in data overage charges on your monthly bill.

21


GSM 24Hr Tst
Y/N (N)_


X

X

[Y], [N]

This prompt appears only if comm. path is set to
IP
& GSM.

If enabled a message is sent every 24 hrs over GSM to
verify prope
r operation. If it fails, a Periodic Comm Test
Failure message will be sent over Ethernet.

UL/ULC:

Must be set to "Y".

22


Old Alarm Time

10 Minutes_


X

X


10 Min





15 Min





30 Min





1 Hr





2 Hrs


4 Hrs

8 Hr
s

12 Hrs

24 Hrs
Sets how long an undeliverable alarm is retried for
delivery to the central station. If the mes
sage is not
validated, it is retried until the old alarm time is reached
or the message is validated.

Press the [space] key to scroll throu
gh choices.


UL/ULC:
Must be set to 10 minutes.

23


IP Flt Time

(60 mins)_


X

X

[00
-
99]

This prompt appears only if comm. path

includes
IP.

In the event there is a loss of contact with the network
over the Ethernet connection, enter the time delay (in
minutes) before the commu
ni cator notifies the central
station. IP failure will always be sent to the central
station as Primary Communication Path Failure.

UL/ULC:
Must be one (01) minute.

24


GSM Flt Time

(60 mins)_


X
X

[00
-
99]


This prompt appears

only if comm. path

includes
GSM
.
In the event the communicator detects a communica
tion
path failure, enter the time delay (in minutes) before the
communicator notifies the central station. A GSM failure
will always be sent to the central station as Seco
ndary
Communication Path Failure.

UL/ULC:
Must be one (01) minute.
Section 3: Programming the Communicator


3-15

PROMPTS
ZONE
TRIG.
4204/

2
-
4204

OPTIONS

DESCRIPTION

25


Notify Panel Of_

(Neither Fault)_


X

X

[Neither
fault]


[Both IP
and GSM
Faults]

This prompt appears only if comm. path
is set to IP
& GSM.

If "Both IP and GSM Fault" is selected, the device will
only notify the control panel if both communication paths
fail, but will always send notification of either failure to
the central station.

NOTE:
The fault relay output (if programmed) will be
triggered only if "Both IP and GSM Faults" is selected.
(If the "GSM Fault Time" and "IP Fault Time" options are
set to zero, faults will not be reported.)

Press the [space] key to scroll through choices.

UL/ULC:
Must be set to "Both IP and GSM Faults".

26


Flt Rel ON Y/N

(N)_

X

X

[Y], [N]

If enable
d, the fault open collector output is normally
energized to ground, and de
-energizes (open circuit) in the
event of a communicator fault. For conditions that trip
the fault relay refer to
Supervision Features

in Section 1.

Set to [Y] if fail
-safe mode is
desired.

See
Wiring the Fault Relay
in Section 2.

UL/ULC:
Must be set to "Y".

27


Pwr Loss Rpt
Y/N (Y)_


X

X

[Y], [N]

Sends a primary power loss report to the central station
within 1
-3 hours after its detection. A restore report is
sent within 1
-3 ho
urs after power is restored.

UL
Standard Installations

(using transformer and
battery)
:
Must be set to "Y".

ULC Commercial Fire & Burglary Installations

(powered from the control panel)
:
Must be set to "N."

28


Low Bat Rpt Y/N
(Y)_


X

X

[Y], [N]

Send
s a low
-
battery report when a low battery condition
exists. A low
-battery restore is automatically sent when
the low battery condition clears.

UL
Standard Installations

(using transformer and
battery)
:
Must be set to "Y".

ULC Commercial Fire & Burglar
y Installations

(powered from the control panel)
:
Must be set to "N."

29


Tamper Rpt Y/N
(Y)_


X

X

[Y], [N]

Sends a tamper report when the
communicator

detects a
tamper condition. A tamper restore is automatically sent
when the tamper condition clears.

UL/ULC:
Must be set to "Y".

30


Lynx Panic Y/N

(N)_


X


[Y], [N]

Applies only if used with a Lynx, LynxR or

LynxR
-EN controls where the communicator (or LRR)
trigger is connected to the communicator’s zone terminal.

Reports a Panic alarm on zone 3 wh
en the
communicator
detects a single pulse on zone 1.

No restores are generated for a Panic alarm.
UL/ULC:
The LYNX controls have not been evaluated
with this communicator.
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


3-16


Important Information Regarding Zone Input Options

If desired,
4204 mode

suppo
rts two optional hardwire zone input triggers by making connections to the communicator
’s
zone 6 and/or zone 7 terminals and programming the appropriate zone trigger options below.

NOTE:

These triggers are not available when using 2
-
4204 mode.

Zone Trigg
er Mode
provides six hardwire zone input triggers by making connections to the communicator’s zone
terminals and programming the appropriate zone trigger options below. Zones are numbered 1-
7, with zone 2 serving as
a reporting zone only (see Bell Output Zone below).

Bell Output Zone 1 (and 2):
The zone 1 terminal can detect both pulsed and steady signals. If connecting the bell output
to the communicator
zone causes a bell fault on the control panel, enable the "Trip Inputs 1 or 2" option. The

communic
ator
reports an alarm on zone 1 (fire) when it detects a pulsed signal and an alarm on zone 2 (burglary) when it
detects a steady signal.

UL
/UL
:
Use of the Bell output is not supported.

Telco Zone and Open/Close Zone:
Dedicated zones can be assigned as the Telco fault zone and/or an open/close
(arm/disarm) reporting zone. When triggered, these zones report a Telco line fault or open/close report respectively, in
ADEMCO High
-Speed format. Connect the appropriate trigger from the control panel to the selec
ted zone input for each
of these
options.

Input Trigger Types:
Triggering of each zone input can be programmed to cause an alarm under one of the following
conditions:


(V+), where a positive voltage causes an alarm for normally low connections (voltage t
rigger, NO, NC)


(V–
), where a ground trigger causes an alarm for normally high connections (open collector, NO, NC)


(EOLR) End of Line Resistor, where the input is supervised by a 2K EOL resistor. The zone can be triggered by
open collector, voltage tri
gger, NO, NC.

UL
/UL
:
Set V+ to inverted, and V
– as non-inverted.

Inverted Trigger:
Zones can be programmed for inverted trigger, where the alarm and normal states of the zones are
inverted; this can serve a fail
-safe supervisory purpose for certain instal
lations.

Restore and Delayed Reports:
Zone inputs can be programmed for restore reporting, and for delayed reporting (NOT
for UL installa
tions) allowing time for the user to abort false alarms.

UL/ULC:
Zone restoral must be enabled.

Report Only if Armed option:
To help eliminate redundant reports, zone alarms can be restricted to report only if a
conditional zone is triggered (armed). If this feature is desired, the conditional zone is automatically used as the “arming”
zone. Connect the appropriate control panel trigger to the conditional (arming) zone. The trigger must be programmed
as necessary in the control panel.

The conditional (arming) zone on the communicator
is a different dedicated zone for each programming mode, as follows:

Mode

Conditional
(Arming) Zone

Zone Trigger

7
4204

4
2-4204

8
IMPORTANT:
If any zone (zones 1-6 in zone trigger mode, zones 1-3 in 4204 mode, zones 1-7 in 2-
4204 mode) is set for
Report Only if Armed, the conditional (arming) zone becomes unavailable for reporting (as it is reserved for the “arming”
trigger connection).


PROMPTS
ZONE
TRIG.

4204/

2
-
4204

OPTIONS

DESCRIPTION

31


Trip Inputs 1or2

w/Bell Out (N)_


X


[Y], [N]


Use if the zone 1 connection to the control panel's bell
output causes a bell fault at the contr
ol panel.

NOTES:

1. If used, EOLR trigger type is not available for zones
1 and 3.

2. Do not use with Lynx controls.
Section 3: Programming the Communicator


3-17


PROMPTS
ZONE
TRIG.

4204/

2
-
4204

OPTIONS

DESCRIPTION

32


Telco Zone

(0)_


X

X

Zone Trig:

[3-7]

4204: [1-4]

2-4204: [1-8]

[0] = not
us ed

See Important Information Regarding Zone Input
Options on previous page.

Enter the zone number to be used for Telco line fault
reports. This zone assignment must be unique from the
open/close zone selected in Prompt 3
3.
Zone Trigger Mode:
If any zone
is programmed for
"report only if armed," zone 7 cannot be used. If
Lynx Panic is enabled, zone 3 cannot be used.

4204 Mode:
If any zone is programmed for "report only
if armed," zone 4 cannot be used.

2-4204 Mode:
If any zone is programmed for "report
on
ly if armed," or if tamper is enabled, zone 8 cannot
be used.

NOTE:
Connect the Telco line fault output (or relay
output programmed for "Telco line fault") to the Telco
zone.

33


Open/Close Zone
(0)_


X

X

Zone Trig:

[3-7]

4204: [1-4]

2-4204: [1-8]

[0]
= not
used


Enter the zone number to be used for open/close
(arm/disarm) reports.

This zone assignment must be unique from the Telco
zone selected in Prompt 3
2.
Zone Trigger Mode:
If any zone is programmed for
"report only if armed," zone 7 cannot be used
as an
open/close zone. If Lynx Panic is enabled, zone 3
cannot be used.

4204 Mode:
If any zone is programmed for "report only
if armed," zone 4 cannot be used as an open/close
zone.

2-4204 Mode:
If any zone is programmed for "report
only if armed," or if
tamper is enabled, zone 8 cannot
be used as an open/close zone.

NOTE:
Connect an open/close (arm/disarm) trigger (or
relay output) from the control panel to the open/close
zone.


34


Zn1 Trigger Type

(V+)_

X




(V+)


(V–)

(EOLR)

Selects the triggerin
g method for this zone input.


Press the [space] key to scroll through the choices.

UL
/UL
:
V+ must be set as inverted and V
– as

non
-
inverted.

35


Restore Zn1 Y/N
(Y)_

X

X

[Y], [N]

Enables restore reporting for zone 1.

UL/ULC:

Must be set to “Y.”

36


Delay Zn1 (secs)

(00)_


X

X

[01
-
15]

[00] = no
delay

Defines the reporting delay in seconds for

zone 1.

UL/ULC:
Must be set to “00.”
37


Rpt Zn1 ONLY if
Armed (N)_


X

X

[Y], [N]


Report alarms on zone 1 ONLY if the conditional zone
(zone 7 in zone trigg
er mode; zone 4 in 4204 mode; or
zone 8 in 2
-4204 mode) is triggered (armed).

If [N], always reports alarms on zone 1.


38


Invert Zn2 Y/N

(N)_


X

[Y], [N]

Inverts the alarm and normal states of the zone 2
trigger; otherwise uses normal input signal.

39


Restore Zn2 Y/N

(Y)_

X

X

[Y], [N]

Enables restore reporting for zone 2.

UL/ULC:
Must be set to “Y.”

40


Delay Zn2 (secs)

(00)_

X

X

[01
-
15]

[00] = no
delay

Defines the reporting delay in seconds for zone 2.

UL/ULC:
Must be set to “00.” IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


3-18


PROMPTS
ZONE
TRIG.

4204/

2
-
4204

OPTIONS

DESCRIPTION

41


Rpt Zn
2 ONLY if
Armed (N)_

X

X

[Y], [N]

Reports alarms on zone 2 ONLY if the conditional zone
(zone 7 in zone trigger mode; zone 4 in 4204 mode; zone
8 in 2-4204 mode) is triggered (armed).

If [N], always reports alarms on zone 2.

If Lynx Panic is enabled, then skip to Prompt 46
: "Rpt Zn3 ONLY if Armed."


42


Zn3 Trigger Type

(V+)_


X



(V+)


(V–)

(EOLR)

Selects the triggering method for this zone input.


Press the [space] key to scroll through choices.

UL
/ULC
:
V+ must be set as inverted and V–
as

no
n
-
inverted.

43


Invert Zn3 Y/N

(N)_


X


[Y], [N]

Inverts the alarm and normal states of the zone 3
trigger; otherwise uses normal input signal.

44


Restore Zn3 Y/N

(Y)_


X

X

[Y], [N]

Enables restore reporting for zone 3.

UL/ULC:
Must be set to “Y.”

45


Delay Zn3 (secs)

(00)

X

X

[01
-
15]

[00] = no
delay

Defines the reporting delay in seconds for zone 3.

UL/ULC:
Must be set to “00.”
46


Rpt Zn3 ONLY if
Armed (N)_


X

X

[Y], [N]


Reports alarms on zone 3 ONLY if the condi
tional zone
(zone 7 in zone trig
ger mode; zone 4 in 4204 mode; zone
8 in 2-4204 mode) is triggered (armed).

If [N], always reports alarms on zone 3.

4204 mode:
If any zone is programmed to "Report Only
if Armed," skip to Prompt 5
7
: "Enable Zn6."


47


Zn4 Trigger Type

(V+)_

X




(V+)


(V–)

(EOLR)

Selects the triggering method for this zone input.

Press the [space] key to scroll through choices.

UL
/ULC
:
V+ must be set as inverted and V–
as

non
-
inverted.

48


Invert Zn4 Y/N

(N)_

X


[Y], [N]

Inverts the alarm and normal states of t
he zone 4
trigger; otherwise uses normal input signal.

49


Restore Zn4 Y/N

(Y)_

X

X

[Y], [N]

Enables restore reporting for zone 4.

UL/ULC:
Must be set to “Y.”

50


Delay Zn4 (secs)

(00)

X

X

[01
-
15]

[00] = no
delay

Defines the reporting delay in seconds
for zone 4.

UL/ULC:
Must be set to “00.”
51


Rpt Zn4 ONLY if
Armed (N)_

X

2-
4204
only

[Y], [N]


Reports alarms on zone 4 ONLY if the conditional zone
(zone 7 in zone trigger mode; zone 8 in 2
-4204 mode) is
triggered (armed).

If [N], always reports alarm
s on zone 4.


52


Zn5 Trigger Type

(V+)_

X




(V+)


(V–)

(EOLR)

Selects the triggering method for this zone input.

Press the [space] key to scroll through the choices.

UL:
V+ must be set as inverted and V
– as

non
-
inverted.

53


Invert Zn5 Y/N

(N)_


X


[Y], [N]

Inverts the alarm and normal states of the zone 5
trigger; otherwise uses normal input signal.

54


Restore Zn5 Y/N

(Y)_

X

2-
4204
only

[Y], [N]

Enables restore reporting for zone 5.

UL/ULC:
Must be set to “Y.”

55


Delay Zn5 (secs)

(00)_

X

2-
4204
only

[01
-
15]

[00] = no
delay

Defines the reporting delay in seconds for zone 5.

UL/ULC:
Must be set to “00.” Section 3: Programming the Communicator


3-19

PROMPTS
ZONE
TRIG.
4204/

2
-
4204

OPTIONS

DESCRIPTION

56


Rpt Zn5 ONLY if
Armed (N)_

X

2-
4204
only

[Y], [N]


Reports alarms on zone 5 ONLY if the conditional zone
(zone 7 in zone trigger mod
e; zone 8 in 2
-4204 mode) is
triggered (armed).

If [N], always reports alarms on zone 5.


57


Enable Zn6 Y/N

(N)_



4204
only

[Y], [N]

Enables alarm reporting for zone 6.

If [N], skip to Prompt 6
3: "Enable Zn7."

58


Zn6 Trigger Type
(V+)_

X

4204
only



(V+)


(V–)

(EOLR)

Selects the triggering method for this zone input.

Press the [space] key to scroll through choices.

UL
/ULC
:
V+ must be set as inverted and V–
as

non
-
inverted.

59


Invert Zn6 Y/N

(N)_

X

4204
only

[Y], [N]

Inverts the alarm and no
rmal states of the zone 6
trigger; otherwise uses normal input signal.

60


Restore Zn6 Y/N

(Y)_

X

X

[Y], [N]

Enables restore reporting for zone 6.

UL/ULC:
Must be set to “Y.”

61


Delay Zn6 (secs)

(00)_

X

X

[01
-
15]

[00] = no
delay

Defines the reporting d
elay in seconds for zone 6.

UL/ULC:
Must be set to “00.”
62


Rpt Zn6 ONLY if
Armed (N)_

X

X

[Y], [N]


Reports alarms on zone 6 ONLY if the conditional zone
(zone 7 in zone trigger mode; zone 4 in 4204 mode; zone
8 in 2-4204 mode) is triggered (armed).
If [N], always reports alarms on zone 6.


63


Enable Zn7 Y/N

(N)_



4204
only

[Y], [N]

Enables alarm reporting for zone 7.

If [N], skip to Prompt 7
1: "Use DHCP."

64


Zn7 Trigger Type
(V+)_

X

4204
only



(V+)


(V–)

(EOLR)

Selects the triggering meth
od for this zone input.

Press the [space] key to scroll through choices.

UL
/ULC
:
V+ must be set as inverted and V–
as

non
-
inverted.

65


Invert Zn7 Y/N

(N)_

X

4204
only

[Y], [N]

Inverts the alarm and normal states of the zone 7
trigger; otherwise uses n
ormal input signal.

66


Restore Zn7 Y/N

(Y)_


X

X

[Y], [N]

Enables restore reporting for zone 7.

Zone Trigger mode:
This question will only be
displayed if zone 7 is not used as the conditional
(arming) trigger zone.

UL/ULC:
Must be set to “Y.”

67


Del
ay Zn7 (secs)

(00)_


X

X

[01
-
15]

[00] = no
delay

Defines the reporting delay in seconds for zone 7.

Zone Trigger mode:
This question will only be
displayed if zone 7 is not used as the conditional
(arming) trigger zone.

UL/ULC:
Must be set to “00.”
68


Rpt Zn7 ONLY if
Armed (N)_



X

[Y], [N]


Reports alarms on zone 7 ONLY if the conditional zone
(zone 4 in 4204 mode; zone 8 in 2
-4204 mode) is
triggered (armed).

If [N], always reports alarms on zone 7.

2-4204 mode:
If any zone is programmed to "Report
Onl
y if Armed," or if tamper is enabled, skip to Prompt
71: "Use DHCP."


69


Restore Zn8 Y/N

(Y)_


2-
4204
only

[Y], [N]

Enables restore reporting for zone 8.

UL/ULC:
Must be set to “Y.”

70


Delay Zn8 (secs)

(00)_


2-
4204
[01
-
15]

[00] = no
Defi
nes the reporting delay in seconds for zone 8.

UL/ULC:

Must be set to “00.”
IGSMV4G

/

IGSMVCN4G Installation and Setup Guide


3-20


PROMPTS
ZONE
TRIG.

4204/

2
-
4204

OPTIONS

DESCRIPTION

only

delay

Prompts 71
-
7
7

appear only if communication path includes IP
.

71


Use DHCP Y/N
(Y)_


X

X

[Y], [N]

Dynamically allocates the IP addresses (recommended);
then skip to Prompt 7
6: "Enable Pwr Save". If [N], uses
fixed IP addresses.

72


NIC IP Address:

255.255.255.255_


X

X

12 digit:

xxx.xxx.xxx.x
xx
Enter the 4
-
part address for this device. The 4 parts of
the address must be separated by spaces (displayed as
periods in Review mode
).
73


Subnet Mask:

255.255.255.255_


X

X

12 digit:

xxx.xxx.xxx.x
xx
Enter the 32
-
bit address mask used to indicate the
portion (bits) of the IP address that is being used for the
subnet address. The 4 parts of the address must be
separated by spaces (displayed as periods in Review
mode).

74


Gateway IP Addr:

255.255.255.255_


X

X

12 digit:

xxx.xxx.xxx.x
xx

Enter the 4
-
part address assigned to the Gateway. The
4 parts of the address must be separated by spaces
(displayed as periods in Review mode).

75


DNS Serv IP
Addr:

255.255.255.255_


X

X

12 digit:

xxx.xxx.xxx.x
xx

Enter the 4
-
part IP address assigned to the DNS
(Domain Name System) server. The 4 parts of the
address must be separated by spaces (displayed as
periods in Review mode).

76

Enable Pwr Sa
ve
(N)_


X

X

[Y], [N]


To meet the 24 hour UL battery backup requirement,
choose "Y" to enable this feature. If this causes
connectivity problems with certain routers or switches,
then choose "N" and wire the communicator so it is
powered from a UL listed UPS.

77


IP Connection
(Present)


X

X


Present


Auto
Detect

This prompt appears only if comm. path
is set to
IP & GSM
.

Press the [space] key to toggle between the options.
Press [ENTER] to select the configuration.

If “Present” is chosen, it is assu
med that an IP is
connected to the device. If it is not detected, a Pri
mary
Comm Path Failure message will be delivered after the
programmed fault time expires.

If “Auto Detect” is chosen, the device will always try to
use IP to communicate but it will not generate a
Primary Comm Path Failure unless it previously
detected the presence of IP. As soon as the presence of
IP is detected, a Primary Comm Path Restore message
is generated and the value of IP Connectivity pro
gram
-
ming parameter is changed from
“Auto Detect” to
“Detected”.
From this point on, the software expects connectivity.
The auto detect logic will resume only when the
parameter is changed back to “Auto Detect”. Section 3: Programming the Communicator


3-21

PROMPTS
ZONE
TRIG.
4204/

2
-
4204

OPTIONS

DESCRIPTION

78


Review? Y/N



X

X

[Y] = review

[N] = exit

Reviewing Programming Mode Entries

To review the programming options (to ensure that the
correct entries have been made), press [Y]. The
programming questions are displayed again. Use the
up/down arrow keys to scroll through the program fields
without changing any of the values. If a value requires
change, simply type in the correct value. When the last
field is displayed, the “REVIEW?” question again
appears.

Exiting the Program Mode

To exit the programming mode, press [N] in response to
the "REVIEW?" question, and refer to Exiting
Programming Mode below.


Exiting Programming Mode
To exit the programming mode, press [N] in response to the "REVIEW?" question. Then
press [Y] to the "Exit Prog Mode?" question.
Upon exiting, the root file is updated to log the
changes made. A mes
sage is displayed telling the user that this step is being executed.
When complete, the message "DONE" is displayed to indicate the file was successfully
uploaded.



If critical configuration changes were made, such as the mode of operati
on, the
communicator

will reset to ensure that the programming features are enabled.

If the file is not successfully uploaded, one of the following prompts will be displayed. Follow
the steps shown below until the upload is successful.

Display

Descriptio
n

What to do

Cannot Upload

Try Again? Y/N_
Communicator
is not yet initialized.

Wait for RSSI LEDs to be lit.
Press [Y].

Failed to Update
Root File!

Network problem, or you answered
"N" to "Cannot Upload Try Again?"
prompt.

Initiate the Force Server Update
Command by pressing the [0] key; refer to
Section 5: Programmer Keyboard
Commands.


Setting Factory Defaults
To reset the programming options to factory
-default values, press [ESC] at the "Exit Prog
Mode?" prompt.


Set Default?

Y/N_

Press [Y] to reset factory default values.

Press [N] to cancel this function.

If you press [Y], all programmed values are reset to the original factory settings. PLEASE
NOTE THAT THIS WILL ERASE ANY PASSWORD THAT MAY HAVE BEEN ENTERED.
After pressing [Y], the Create
Password prompt appears (see Prompt 4).


4-1


.
SECTION 4


Registration

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

Registering the Communi
cator

Once you have initialized and programmed the
communicator
, it must be registered to
enable the account. The registration status is indicated below:


LED

DESCRIPTION

STATUS

(green)

ON


Is NOT registered with AlarmNet.

OFF
– Is registered with AlarmNet.


MESSAGE

(yellow)

ON
– Message transmission pending.

QUICK PERIODIC BLINK -
Normal

SLOW BLINK –
In unison with green LED,
Registration in progress.


FAULT

(red)

OFF


No fault present.



Upon completion of the registration process, the
communica
tor
transmits a registration
message and receives a registration validation indicating that the account is now enabled.
Wait for the "Registration Success" message to appear, regardless of which registration
method used.
You can register the
communicator
by one of the following methods:



Through the AlarmNet Direct website



Through use of the Tamper Switch



Through use of a 7720P Programming Tool



By phone

Register through the AlarmNet Direct Website

The
communicator
can be registered through the AlarmNet Dire
ct Website. To program the
communicator
via the website (if you are already signed up for this service), go to:

https://services.alarmnet.com/AlarmNetDirect/

Log in and follow the on
-screen prompts.

If you are not signed up for this service, click on “D
ealer Signup” from the login screen to
gain access to the Honeywell web
-based programming.

Dealer Sign
-Up Direct Link:
https://services.alarmnet.com/AlarmnetDirectP_SignUp/

You will be instructed how to proceed upon completing the sign
-up form. Only one
sign
-up
per dealer is required. Once an initial user is established, additional logins may be created
by that user.

NOTE:
Central Stations sign up by contacting AlarmNet Administration at 800
-222
-6525
option
3.
Please have the following information avail
able when programming the device:



Primary City ID (two
-digit number)



Primary Central Station ID (two
-digit hexadecimal number)



Primary Subscriber ID (four-
digit number)


STATUS
MESSAGE
FAULT IGSMV4G

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IGSMVCN4G Installation and Setup Guide


4-2



MAC ID and MAC CRC number (located on
the
box and
inside the communicator
)
Once the
communicator
is registered, you may log out of the AlarmNet Direct website.

Register using the Tamper Switch

Initiate the registration sequence by clicking the Tamper Switch three times.

You can monitor the registration process by viewing the Status Display.
The Message
(yellow) LED and the Status (green) LED will blink slowly in unison while registration is in
progress.

Once the registration has been completed successfully, the
communicator
enters normal
operating mode; the Status (green) LED goes out and
the Message (yellow) LED is lit to
indicate that the Power On / Reset message is waiting to be sent. This message will appear
at the receiving station as “E339 C08xx”, where “xx” is the ECP device address. The
description may read “Trouble
– Exp. Mod. R
eset”. If registration is not validated within 90
seconds, the
communicator
times out, and the (green) LED will be lit (solid).

The Power On / Reset message will be sent in ADEMCO High
-Speed format if the
communicator
is programmed for zone trigger, 420
4 or 2x4204 modes.

If repeated registration attempts time out, check your Internet connection and RSSI level,
and verify the
communicator
account information has been entered correctly.

Register using the Programming Tool

The interactive registration featu
re allows the installer to register the
communicator
through a series of keyboard commands on the 7720P Programming Tool. This method of
registration lets the installer monitor the registration process.

Registering ...


Once the installation is complete, p
ress the [Shift] and the up arrow
[

]
key on the 7720P. The registration message is sent and the unit
waits for the acknowledgment.


Registration

SUCCESS

If this is a new installation and the city, central station, and
customer numbers have been correctl
y entered, the
communicator

is registered and this message is displayed. The
communicator
is
now in full service and available for alarm reporting to the central
station.



Possible Errors

Registration BAD

Timed Out

Displayed if no response to the regi
stration request is received.


Registration BAD

Pri Sub ID BAD

Indicates the city, central station, or customer number for the
labeled account(s) is not accepted. The ID information was either
entered incorrectly, or the central station failed to pre
-au
thorize
programmed ID numbers with AlarmNet customer service.

Registration BAD

2nd
Sub ID BAD

Indicates the city, central station, or customer number for the
Secondary account is not accepted. The ID information was either
entered incorrectly, or the ce
ntral station failed to pre
-authorize
programmed ID numbers with AlarmNet customer service.


Registration BAD

Pri&Sec
– IDs BAD

Displayed when both primary and secondary subscriber IDs are
invalid.
Section 4: Registration


4-3
Registration BAD

Pri ID
– Need PIN

Displayed if this is
a repair/replacement, or an error was made in
programming the Primary account information of
the communicator

for an existing account. This prompt appears for 2 seconds. See the
Replacing an existing
communicator
section below for further
displays.

Registration BAD

2nd
ID
– Need PIN

This prompt is displayed if this is a repair/replacement, or an error
was made in programming the Secondary account information of

the
communicator
for an existing account. This prompt appears for
2 seconds. See the
Repla
cing an existing
communicator
section
below for further displays.

Registration BAD

Pri&2
nd
– Need PIN

This prompt is displayed if this is a repair/replacement, or an error
was made in programming BOTH the Primary and Secondary
account information of
the
communicator
for an existing account.
This prompt appears for 2 seconds. See the
Replacing an
existing
communicator
section below for further displays.


Replacing an existing
communicator


Enter PIN#



This prompt appears after pressing the [Shift
] and
down arrow
[

]

on the 7720P.

Note:
If it is necessary to exit registration mode, press ESC from
the 7720P programming tool.

Enter a 4
-digit alphanumeric PIN number provided by your central
station, your dealer or an authorized AlarmNet representative.

Press the [Enter] key.

Registering ...


The registration message is sent and the unit waits for
acknowledgement.

Registration

SUCCESS
If the PIN is valid, the new
communicator
is registered and the old
unit unregistered. Additionally, AlarmNet sends a sub
stitution
alarm to the central station.

Registration BAD


If you entered an invalid PIN, the appropriate message is displayed
depending on which account number is being replaced (see above for
exact wording). The registration process is repeated.

NOTE:
Each attempt causes a substitution alarm to be sent to the
central station.


Register by Phone

You can register the
communicator
by calling the AlarmNet Technical Assistance Center
(TAC) at 1
-800
-222-
6525. You will need the following information:



MAC nu
mber (found on the
box and inside the communicator
).


Subscriber information (provided by the central station), including a city code, CSID, and
a subscriber ID.



When instructed to do so, triple
-click the tamper switch to complete the registration.



IGSMV4G

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IGSMVCN4G Installation and Setup Guide


4-4














5-1

SECTION 5


Programmer Keyboard Commands

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •


Programmer
Keyboard Commands

Programmer keyboard commands can be used to quickly view your connectivity settings and
options. Most commands require you to press the [Shift] key and then the designated
command key. (See the keys designated in red on the 7720P Progr
amming Tool.)


[A]


7845iGSM RIS

x.x.xx mm/dd/yy
Software Revision

"x.x.xx" indicates the installed software Revision.

Mm/dd/yy indicates month, day and year of the revision.


Identification Displays

[B]


MAC xxxxxxxxxxxx

MA
C CRC yyyy

MAC Address
“xxxxxxxxxxxx” indicates the
communicator
's unique
identification number.

"yyyy" indicates the MAC CRC number. This number is
found on the
box and inside the communicator
.
Press the [Space] key to go to the next field.
Pres
s the backspace
[BS]
key to go to the IMEI display
(if the
communication path includes GSM)
.

NOTE
: The SCID and IMEI

are displayed
only if the communication

path includes GSM.



SCID xxxxx xxxxx


xxxxx xxxxx

SCID Display

Displays the iden
tification number assigned to the SIM card
(SCID) in this device.

Press the [Space] key to go to the next field.
Press the backspace [BS] key to go to the previous field.



IMEI xxxxxxxx


xxxxxx x

IMEI Display

Displays the identification nu
mber assigned to the
commu
-
nicator
.
Press the [Space] key to get the MAC Address.

Press the backspace [BS] key to go to the previous field.

[C]


Mon 01 Jan 2001

05:48:39 am

Time

Retrieves the current date and time from the AlarmNet
network in Greenwich Me
an Time (GMT). This display
confirms that the
communicator
is in sync with network.


NOTE
: The
following displays except E
ncryption Test

are displayed only if the
communication path includes
IP
.

[D]


Physical Link

Good/Bad


Network Diagnostics Display
Indicates whether the device has detected a physical connec
-
tion to the internet.

Press the [Space] key to go to the next field.


NIC IP Address

xxx.xxx.xxx.xxx


IP Information Display

Displays the IP address assigned to this device.

Press the [Space] key
to go to the next field. IGSMV4G

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IGSMVCN4G Installation and Setup Gu
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5-2



Subnet Mask

xxx.xxx.xxx.xxx


Displays the 32
-
bit address mask used to indicate the portion
(bits) of the IP address that is being used for the subnet
address.

Press the [Space] key to go to the next field.
Press the backspace [
BS] key to go to the previous field.


Gateway IP Addr

xxx.xxx.xxx.xxx


Displays the IP address assigned to the Gateway.

Press the [Space] key to go to the next field.
Press the backspace [BS] key to go to the previous field.


DNS Serv IP
xxx.xxx.xxx.x
xx

Displays the IP address assigned to the DNS (Domain Name
System) server.

Press the [Space] key to go to the next field.
Press the backspace [BS] key to go to the previous field.



Encryption Test

AES

Passed!

Performs a self
-
test of the AES encryption

algorithm.

Press the [Space] key to go to the next field.
Press the backspace [BS] key to go to the previous field.



DHCP

OK


DHCP (Dynamic Host Configuration Protocol) indicates
server is performing satisfactorily.

Press the [Space] key to go to the P
hysical Link display.


GSM Status Displays
(appear only if
the
communication path includes GSM)


[E]
Operating with 3G/4G service






PriRSSI
3/4G
REG

-xxxdbm stat x

Status Display Screen 1

PriRSSI
– Primary site RSSI level in dBm.

3/4G
– Communicator is on the 3G/4G network where
“stat” can be:

Good

RSSI


20 to

90 dBm

OK

RSSI


91 to

99 dBm

Marginal

RSSI


100 to

105 dBm

Bad

RSSI


106 to

150 dBm


REG
– Registration status where “x” can be:


N – Not Registered


H – Register
ed Home


S – Searching


D – Registration Denied


R – Registered Roaming


? – Unknown Registration State

Press the [space] key to go to the next screen.

Press the [backspace] key to go to the last screen.




RAT Ec
/N 0
3G/4G
-xxxxx

Status Disp
lay Screen 2

RAT
– Radio Access Technology.

Ec/N 0 – Carrier Noise Ratio (CNR)

Press the [space] key to get to the next screen.

Press the [backspace] key to go to the previous field.

Section 5: Programmer Keyboard Commands


5-3


Cntry Net
w LAC

xxx xxx xxxxx

Status Display Scree
n 3

Cntry
– Country Code

Net
w – Network Code

LAC
– Local area code

Press the [space] key to get to the next screen.

Press the [backspace] key to go to the previous field.




Cell C
han PSC

xxxxxxx xxxx xxx

Status Display Screen 4

Cell
– Base Station ID

Chan
– Control Channel in use

PSC
– Primary Sync Code

Press the [space] key to go to the next screen.

Press the [backspace] key to go to the previous field.




Second Site RSSI

Available

Status Display Screen 5

Secondary Site RSSI avai
lability. Available or Not
Available will be displayed.

Press the [space] key to go to Status Display Screen 1.

Press the [backspace] key to go to the previous field.



[E]
Operating with 2G service






PriRSSI

2G
REG

-xxxdbm
stat
x
Status Display Screen 1

PriRSSI
– Primary site level in dBm.

2G
– Communicator is on the2G network where “stat”
can be:

Good

RSSI


20 to

89 dBm

OK

RSSI


90 to

98 dBm

Marginal

RSSI


99 to

104 dBm

Bad

RSSI


105 to

150 dBm

REG
– Registration
status where “x” can be:


N – Not Registered


H – Registered Home


S – Searching


D – Registration Denied


R – Registered Roaming


? – Unknown Registration State

Press the [space] key to go to the next screen.

Press the [backspace] key to go to the last
screen.
.



RAT E
c/N 0
2G NA

Status Display Screen 2

RAT
– Radio Access Technology.

Ec/N 0 – Carrier Noise Ratio (CNR).
This is not a 2G
parameter, therefore, NA is displayed.

Press the [space] key to get to the next screen.

Press
the [backspace] key to go to the previous field.

IGSMV4G

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IGSMVCN4G Installation and Setup Gu
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5-4



Cntry Net
w LAC

xxx xxx xxxxx

Status Display Screen 3

Cntry
– Country Code

Net
w – Network Code

LAC
– Local area code

Press the [space] key to get to the next screen.

Press the [backspace]
key to go to the previous field.




Cell BaseS
t Chan
xxxx xxxx xxx

Status Display Screen 4

Cell
– Base Station ID

BaseS
t – Base Station Antenna Sector

Chan
– Control Channel in use

Press the [space] key to go to the next screen.

Press th
e [backspace] key to go to the previous field.




Second Site RSSI

Available

Status Display Screen 5

Secondary Site RSSI availability. Available or Not
Available will be displayed.

Press the [space] key to go to Status Display Screen 1.

Press the [b
ackspace] key to go to the previous field.



[F]


Testing Gateway

Redir 1


Run Network
Diagnostic
Test

Performs a set of network diagnostics that tests the integrity
of the links between the
communicator
and the various
connection points (Redirs) to Alarm
Net. Refer to Section 6:
Network Diagnostics
.
System Status Displays

[S]


ECP 67 TmPB Flt


xx 5 ++ OK

ECP Mode

Displays the zone and system fault status.

Press the [Space] key to go to the next field.
Press the backspace [BS] key t
o go to the previous field.


1234 67 TmPB Flt

5555 xx 5 ++ OK

4204
Emulation
Mode

Displays the zone and system fault status.

Press the [Space] key to go to the next field.
Press the backspace [BS] key to go to the previous field.


12345678 TmPB Flt

5555555x 5 ++ OK

Two
-4204
Emulation
Mode

Displays the zone and system fault status.

Press the [Space] key to go to the next field.
Press the backspace [BS] key to go to the previous field.


1234567 TmPB Flt

5555555 5 ++ OK

Zone Trigger Mode

The sta
tus of the
communicator
can be viewed on the 7720P.

The status display includes:



Zone input status

(1234567)
- the numbers 1
-7
represent the 7 mappings of the zone input, and follow
Honeywell's ADEMCO high
-speed format codes:

1
= New Event

5
= Normal

X
= Not Enabled



Tm



Tamper status follows high
-
speed format codes Section 5: Programmer Keyboard Commands


5-5
above.



P

Represents line voltage as follows:

+
= Power line voltage OK


= Power line voltage bad and reported

V
= Power line voltage bad, not reported (reporting
window not expired)
^
= Powe
r voltage restored, not yet reported



B

Represents battery condition as follows:

+ = Battery voltage acceptable

– = Battery voltage below 5.7V ±5%



Flt
– Represents radio faults:

OK
= Normal ; No fault

I
– No network connectivity over IP and fault time
has
expired

i
– No network connectivity over IP and fault time
has NOT yet expired.

G
= No network connectivity over GSM and fault
time has expired.

g
= No network connectivity over GSM and fault
time has NOT yet expired.

NOTE:
The 7720P will not operate if t
he power line voltage is
removed.


Bat NLd: x.xxV
Bat Ld: x.xxV
Battery
Voltage
Display

The voltage levels of the battery connected to the

communicator
can be viewed on the 7720P. The first line of
the display shows the voltage level of the batter
y with no
load. The second line of the display shows loaded battery
voltage. An asterisk (
*
) next to the voltage indicates that this
is below the accepted level.
Press the [Space] key to go to the next field.
Press the backspace [BS] key to go to the prev
ious field.



Battery Charger

OK

Battery
Charger

Indicates the battery charger circuit status (
either OK or
NOT OK).

Press the [Space] key to go to the next field.

Press the backspace [BS] key to go to the previous field.



Line Voltage

xx.xxV

Line Vol
tage Display

The line voltage
[this value is the peak voltage from the
power transformer or RMS x 1.414]
of the
communicator

can be viewed on the 7720P. An asterisk (
*
) next to the
voltage indicates that this is below the accepted level.

Press the [Space]
key to go back to the System Status
Display.

Press the backspace [BS] key to go to the previous field.
[T]


Test Msg Sent


Test
Alarm

Sends a Test alarm to AlarmNet. Functional for a
registered

communicator
only. If the device is not registered, a mes
sage
is displayed indicating that the command cannot be executed.

[X]


Reset CPU Y/N


Reset the
Communicator
.
Pressing [N] returns to diagnostic mode (blank screen = enter
next command or escape).

Pressing [Y] resets the
communicator
(blank screen =
reset
complete).
IGSMV4G

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IGSMVCN4G Installation and Setup Gu
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5-6

[

]
(UP
arrow)


Registering ...


Registration

Registers a programmed
communicator
with AlarmNe
t.
[

]
(DN
arrow)


Enter PIN#



Registration
with PIN for Replacement
Communicator

Registers a replacement
communicator
with AlarmNet, once
pro
grammed, using the existing PIN #.

[0]
Force Server Update?

Y/N

Force Upload of Configuration File to Server

Pressing [Y] will force the device to upload its entire configu
-
ration file to the server.

Pressing [N] cancels the operation.

NOTE:
If the
internet is not available, and the
communicator

is not initialized when you enter this command, the following
screen will be displayed:

Cannot Upload
Try Later! _


Wait for the RSSI LEDs to light, indicating the
communicator

has completed its initia
lization, and try again.

[ENT
ER]


Strt Prog Mode?

Y/N_


Enter Program Mode

Press [Y] to enter program mode; otherwise, press [N].



6-1


SECTION 6


Network Diagnostics
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

Running Network Diagnostics
(available only if the communication path includes IP)

The network diagnostic process tests the integrity of the links between the
communicator

and th
e various connection points of AlarmNet Control that are known as "Redirects" (Redirs
or RDR).

To initiate the network diagnostics, press the [F] key on the 7720P Programming Tool.

NOTE:
The test is performed ONLY if a physical link is detected. If no physical link is
detected, the test is aborted and the following is displayed:


NO PHYSICAL LINK

If a physical link is detected, the diagnostics are performed. The following shows the
progression of the test:

Testing Redir 1

The first step of the test
traces the connection to Redir 1 at
AlarmNet Control.


Testing Redir 2
Reached Gateway

A successful trace to Redir 1 is indicated here. See below for
possible errors that may occur at this stage of testing.


Redir 1

Service OK

The service at AlarmNet Co
ntrol on Redir 1 is functioning. See
below for possible errors that may occur at this stage of testing.


Testing Redir 2

The first step of the test traces the connection to Redir 2 at
AlarmNet Control.


Redir 2

Service OK

The service at AlarmNet Contr
ol on Redir 2 is functioning. See
below for possible errors that may occur at this stage of testing.


Testing Redir 3

The first step of the test traces the connection to Redir 3 at
AlarmNet Control.


Redir 3

Service OK

The service at AlarmNet Control
on Redir 3 is functioning. See
below for possible errors that may occur at this stage of testing.


RDR1 RDR2 RDR3

OK OK OK

A summary of the tests is displayed after Redir 3 is tested. The
example shows that the tests of all three connection p
oints, or
Redirs, were successful. If an error occurred at any point, the
summary will display "FAIL" under the faulty Redir.




IGSMV4G

/

IGSMVCN4G Installation and Setup Gu
ide


6-2


Possible Errors Running Network Diagnostics
Errors may occur either while tracing the connection to a given Redir or while
testing the
service at a given Redir. The following list highlights the most common errors. Please
contact the AlarmNet Technical Assistance Center (TAC) for help regarding any errors NOT
listed below:

Possible Errors



Testing Redir
x
FAIL before Gtwy

While tracing the connection to Redir x, the trace fails before ever
reaching the local gateway (router).


Testing Redir
x
FAIL at Gtwy

While tracing the connection to Redir x, the trace fails after reaching
the local gateway (router).


Testing Redir
x
FAIL at Pvt IP
While tracing the connection to Redir x, the trace fails after reaching
the private IP.


Testing Redir
x
FAIL on IP Addr

While tracing the connection to Redir x, the trace fails after reaching
the public IP.


Redir
x

ERR:Proxy 18

After a su
ccessful trace to Redir x, the test of the network service
timed out without a response.



















A-1
Appendices



















































Appendix A: Summary of LED Operation









































IGSMV4G

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IGSMVCN4G Installation and Setup Gu
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A-2




Appendices


B-1
Appendix B:
Central Station Messages

Alarm Condition

ECP Mode

Zone and 4204 Modes

Alarm Code

Restore Code

Alarm Code

Restore Code


Power On / Reset

E339 C08xx*

5551 5555 6


Tamper

(Compromise Indication)

E341 C08xx*
R341 C08xx*
5555 5551 7

5555 5553 7

Power Loss

E337 C08xx*
R337 C08xx*
1555 5555 6

3555 5555 6

Low Battery

E338 C08xx*
R338 C08xx*
5155 5555 6

5355 5555 6

Battery Charger Failure

E314 C08xx*
R314 C08xx*
5155 5555 1

5355 5555 1

ECP Supervision

(Compromise Indication)

E355 C0000

R355 C0000

5555 5515 5

5555 5535 5

Primary Comm Path Supervision

E350 C0951

R350 C0951

5555 5551 5

5555 5553 5

Secondary
Comm Path Supervision

E350 C0952

R350 C0952

5555 5551 1

5555 5553 1

Telco
(Compromise Indication)



5555 5155 6

5555 5355 6

Open/
Close



2 sent in selected
zone

4 sent in selected
zone

Periodic GSM Comm Test Failure

E358 C0803




Test

5555 5555 9


5555 5555 9



Specific to RESIDENTIAL / COMMERCIAL Control Panels (Such as the VISTA
-10P, 15P, and 20P series.)

UL

The information provided in this section for the VISTA
-10P, 15P, and 20P series control panels
has not been evaluated with this communicator.


Communicator Trouble (low battery,
ECP bus, network)
(Possible Compromise Indication)

E353 C08xx*


R353 C08xx*




Radio Fault

E353 0 1xx*


R353 0 1xx*





Specific to COMMERCIAL Control Panels (Such as the VISTA
-
128/250 series.)

Communicator Trouble (low battery,
ECP bus, network)
(Possible Compromise Indication)

E333 C08xx*


R333 C08xx*




Radio Loss of Signal

(Possible Compromise Indication)

E357 0 8xx*


R357 0 8xx*

or
R380 0 8xx*




Radio Fault (low battery, tamper,
ECP Bus)
E333 0 8xx*


R333 0 8xx*





AlarmNet Messages

Communication failure.
(Possible Compromise Indication)

5555 1555 6

5555 3555 6



Authorized Radio Substitution
00D0 010C 0




Unauthorized Radio Substitution
Attempt

00D0 010E 0




Service Termination

00D0 020E 0




* xx =
Communicator
Device Address

† = Message is sent by dialer only.

‡ = Message is sent
by dialer and radio.

◊ = Message is sent by dialer only, or dialer and radio, depending on failure.
IGSMV4G

/

IGSMVCN4G Installation and Setup Gu
ide


B-2




Appendices


C-1
Appendix C:
Glossary

4G

Refers to the fourth generation of cellular wireless standards. It is a
successor to 3G and 2G families of standards. 4G provides up
to 10 times the
data transfer speeds of 3G.

AES

Advanced Encryption Standard

DACT

Digital Automated Communications Terminal

DHCP

Dynamic Host Configuration Protocol, which provides a mechanism for
allocating IP addresses dynamically so that addresses
can be reused when
hosts no longer need them.

DNS

Domain Name System, which is a distributed hierarchical naming system
used to resolve domain names (e.g., www.yahoo.com) into numerical IP
addresses (e.g., 204.17.25.1.).

DSL

Digital Subscriber Line.

ECP

Enhanced Console Protocol, which is a proprietary bus used in Honeywell
control panels to communicate with keypads and peripheral devices. It uses
four wires; power, ground, data in, data out.

Gateway IP
Address

A gateway (sometimes called a router) is
a computer and/or software used to
connect two or more networks (including incompatible networks) and
translates information from one network to the other. The Gateway IP
address is the IP address for the gateway.

GPRS

General Packet Radio Service.

GSM

Global System for Mobile communications, which is an international standard
for digital mobile phone systems used for cellular communication.

IMEI

International Mobile Equipment Identity number.

IP

Internet Protocol.

IP Address

A unique number consistin
g of four parts separated by periods (for example:
204.17.29.11). An IP Address can be fixed or "static", or "dynamic," where the
IP Address is assigned via DHCP at every startup.

ISDN

Integrated Services Digital Network.

ISP

Internet Service Provider.

LAN

Local Area Network.

LRR

Long Range Radio, an older term now referred to as communicator. A broader
term communications module or communications device may also be used.

MAC ID

Media Access Code, this is a unique address assigned to every network
communications device. For the communicator it is located on the box and
inside the communicator.

Subnet Mask

A Subnet is a portion of a network that shares a network address with other
portions of the network, and is distinguished by a subnet number. The
Subnet Mask is a 32-
bit address mask used in IP to indicate the bits of an IP
address that are being used for the subnet address.

TCP/IP

Transmission Control Protocol / Internet protocol.




IGSMV4G

/

IGSMVCN4G Installation and Setup Gu
ide


C-2










NOTES


FEDERAL COMMUNICATIONS COMMISSI
ON STATEMENTS
The user shall not make any changes or modifications to the equipment unless authorized by the Installation Instructions or User's
Manual. Unauthorized changes or modifications could void the user's authority to operate the equipment.

CLASS B DIGITAL DEVICE STATEMENT

This equipment has been tested to FCC requirements and has been found acceptable for use. The FCC requires the following statement
for your information:
This equipment generates and uses radio frequency energy and if not installed and used properly, that is, in strict accordance with the
manufacturer's instructions, may cause interference to radio and television reception. It has been type tested and found to c
omply with
the limits for a Class B computing device in accordance with the specifications in Part 15 of FCC Rules, which are designed to provide
reasonable protection against such interference in a residential installation. However, there is no guarantee that interference will not
occur in a particular installation. If this equipment does cause interference to radio or television reception, which can be determined by
turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following m
easures:



If using an indoor antenna, have a quality outdoor antenna installed.


Reorient the receiving antenna until interference is reduced or eliminated.



Move the radio or television receiver away from the receiver/control.


Move the antenna leads away from any wire runs to the receiver/control.



Plug the receiver/control into a different outlet so that it and the radio or television receiver are on different branch cir
cuits.


Consult the dealer or an experienced radio/TV technician for help.

INDUSTRY CANADA CLASS B STATEMENT

This Class B digi
tal apparatus complies with Canadian ICES
-003.

Cet appareil numérique de la classe B est conforme à la norme NMB
-003 du Canada.

FCC / IC STATEMENT

This device complies with Part 15 of the FCC Rules, and RSS210 of Industry Canada. 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.

Cet appareil est conforme à la partie 15 des règles de la FCC & de RSS 210 des Industries Canada. Son fonctionnement est soumis aux
conditions suivantes: (1) Cet appareil ne doit pas causer d’interférences nuisibles. (2) Cet appareil doit accepter toute interférence reçue
y compris les interférences causant une réception indésirable.

RF Exposure

Warning


The antenna(s) used for this transmitter must be installed to provide a separation distance of at
least 20 cm from all persons and must not be collocated or operating in conjunction with any other antenna
or transmitter.

Mise en Garde

Exposition aux Fréquences
Radio: L'antenne (s) utilisée pour cet émetteur doit être installée à une distance
de séparation d'au moins 7,8 pouces (20 cm) de toutes les personnes.


IMPORTANT NOTE ABOUT EXTERNAL ANTENNAS

If an ext
ernal cellular radio antenna is used, the antenna may be installed or replaced ONLY by a
professional installer.

TO THE INSTALLER

For the 7847i
-E, the external antenna must not exceed a maximum directional gain (including cable loss) of
3.2 dBi at 850 MH
z and 2.3 dBi at 1900 MHz.


DOCUMENTATION AND ONLINE SUPPORT

For the latest documentation and online support information, please go to:

https://mywebtech.honeywell.com/


WARRANTY

For the latest wa
rranty information, please go to:

www.honeywell.com/security/hsc/resources/wa




Summary of Connections





NOTE:
All circuits are supe
rvised and all circuits are power limited except the battery.



Communicator
TB1 Wiring

TB1

ECP Mode

Zone Trigger Mode

4204 Mode

2 x 4204 Mode

1

AC 1

AC 1

AC 1

AC 1

2
AC 2

AC 2

AC 2

AC 2

3
ECP V+ (RED)
NOT USED
ECP V+ (RED)
ECP V (RED)+

4
GND (BLK)
GND
(BLK)
GND (BLK)
GND (BLK)
5
ECP IN (YEL)
Z1/Z2

ECP IN (YEL)
ECP IN (YEL)
6

ECP OUT (GRN)

Z3

ECP OUT (GRN)

ECP OUT (GRN)

7

NOT USED
Z4

NOT USED
NOT USED
8
NOT USED
Z5

NOT USED
NOT USED
9
Z6

Z6

Z6

NOT USED
10

Z7

Z7

Z7

NOT USED
11

FLT OUT

FLT OUT

FLT
OUT

FLT OUT


























































Ê800-10905V27Š
800
-
10905
V2

1
/1
5

Rev.
A


2 Corporate Center Drive, Suite 100

P.O. Box 9040, Melville, NY 11747

Copyright

2014
Honeywell
International Inc.


www.

honeywell
.
com
/security


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