GS4015 Universal Cellular/Ethernet Communicators

GS4015/GS4005/3G4005/TL405LE 2.00 Universal Cellular/Ethernet Communicators Installation Guide
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N.

Parts

1 Cover 2 Base 3 Indicator lights (LED) 7 Closing screw (parked position) 8 Base mounting holes (4) 9 Cover hinge 10 Antenna cable hole 11 2700 mAh rechargeable battery (optional): versions with
housing only 12 Wall tamper device 13 Hole for wall tamper device fixing 14 SIM holder 15 PC-LINK connector 16 Programming jumpers: see “Description of jumpers” on
page 11 17 USB port: versions with housing only 18 Tamper contact 19 Terminal boards

N.

Parts

20 Electronic board locator pins
21 JP2 current draw limiter jumper (versions with housing only): see “Description of jumpers” on page 11

22 Battery connector: versions with housing only

23 ANTLTE-02 adapter cable

24 Adapter cable nut

25 Integrated antenna: versions with housing only

26 Hole for antenna cable on metal bracket

27 Metal bracket

28 ANTLTE-02, multi-band antenna with 2 m cable and SMA connector (optional)
29 Multi-band antenna with 2 m cable and MMCX connector
30 Electronic board mounting holes (4) 31 Ethernet port: versions with housing only

Figure 1 ­ Identification of parts: version with housing.

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Universal Cellular/Ethernet Communicators

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25

14 24

15

22

17

21

28

16

23

31

18

26
19 27

a

b

30
4x
30
29
27

26

30

30

c

Figure 2 ­ Identification of parts: a) version with housing; b) ANTLTE-02, multi-band antenna with 2 m cable and SMA connector (optional); c) kit version.

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INTRODUCTION

5

General specifications. . . . . . . . . . . . . . . . . . . 6

Technical specifications . . . . . . . . . . . . . . . . . 8

Identification of parts. . . . . . . . . . . . . . . . . . . 10

Description of jumpers . . . . . . . . . . . . . . . . . 11

Description of indicator lights . . . . . . . . . . . 12

Description of terminals . . . . . . . . . . . . . . . . 14

Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Connection example . . . . . . . . . . . . . . . . . . . 23

GENERAL DESCRIPTION

24

Access levels . . . . . . . . . . . . . . . . . . . . . . . . . 25

USB connector functions . . . . . . . . . . . . . . . 26

Power Monitor . . . . . . . . . . . . . . . . . . . . . . . . 27

Internal events . . . . . . . . . . . . . . . . . . . . . . . . 28

Operating Principles . . . . . . . . . . . . . . . . . . . 30

Priority handling. . . . . . . . . . . . . . . . . . . . . . . 32

Pay as you go balance check . . . . . . . . . . . . 33

Panel Transmission Monitoring (PTM). . . . . 34

Activating outputs . . . . . . . . . . . . . . . . . . . . . 35

SMS Programming . . . . . . . . . . . . . . . . . . . . .37

ConnectAlarm app . . . . . . . . . . . . . . . . . . .41

PC PROGRAMMING

42

Phonebook. . . . . . . . . . . . . . . . . . . . . . . . 46

Options . . . . . . . . . . . . . . . . . . . . . . . . . . 49

Network Settings. . . . . . . . . . . . . . . . . . . 52

Inputs/Outputs . . . . . . . . . . . . . . . . . . . . 55

Communicator . . . . . . . . . . . . . . . . . . . . 62

IP Receivers. . . . . . . . . . . . . . . . . . . . . . . 68

Voice Messages . . . . . . . . . . . . . . . . . . . . 70

PSTN/PTM . . . . . . . . . . . . . . . . . . . . . . . 71

Event Log . . . . . . . . . . . . . . . . . . . . . . . . 72

Firmware Update . . . . . . . . . . . . . . . . . . 73

Status . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74

Downloading and Uploading . . . . . . . . . . . . .76

APPENDIX

80

Conformity with EN 50136-2:2013. . . . . . . . .80

Operations with the USB key . . . . . . . . . . . .82

Pass-Through . . . . . . . . . . . . . . . . . . . . . . . . .86

These instructions apply to communicators with firmware revision 2.00 and above. Hereby, Tyco Safety Products Canada Ltd. declares that the radio equipment type GS4015, GS4005, GS4005-K, 3G4005/EU, 3G4005-K/EU and TL405LE-
EU are in compliance with Directive 2014/53/EU. The full text of the EU declaration of conformity is available at the following internet address: GS4015, http://dsc.com/pdf/1711001; GS4005, http://dsc.com/
pdf/1603004; GS4005-K, http://dsc.com/pdf/1603005; 3G4005/EU, http://dsc.com/pdf/1603002; 3G4005-K/EU, http://dsc.com/pdf/1603003; TL450LEEU, http://dsc.com/pdf/2001003.
The GS4005, GS4005-K, 3G4005/EU and 3G4005-K/EU product models have been certified by IMQ/A to be compliant with standards: EN 50136-1:2012 and EN 50136 2:2013 for alarm transmission system performance SP2 (D2, M2, T2, S0, I0) for vocal/text alarm messages and SP4 (D3,
M3, T4, S2, I3) for digital messages; EN 50131-10, Security Grading 2;
T031; EN 50130-5 Class I. The TL405LE-EU product model has been certified by IMQ/A to be compliant with standards: EN 50136-1:2012 and EN 50136 2:2013 for alarm transmission system performance SP2 (D2, M2, T2, S0, I0) for vocal/text alarm messages and DP3 (D3, M3, T4, S2, I3) for digital messages; EN 50131-10, Security Grading 2;
T031; EN 50130-5 Class I. To ensure conformity with the T031 standard, the Communicator must be connected to the panel with terminals LI and the following events and messages/ codes must be set: INTRUSION ALARM, TAMPER ALARM, MAIN POWER FAILURE, BATTERY FAILURE, HOLD-UP, ARMING, DISARMING, INHIBITED ZONE AND ISOLATED ZONE. The communicator is certified IMQ-SECURITY SYSTEMS if powered by the panel and without backup battery. Installation of these systems must be carried out strictly in accordance with the instructions described in this manual and in compliance with the local laws and bylaws in force. The above mentioned devices have been designed and made to the highest standards of quality and performance. The manufacturer recommends that the installed system should be completely tested at least once a month. Digital Security Controls shall not be responsible for damage arising from improper installation or maintenance by unauthorized personnel. Digital Security Controls reserves the right to change the technical specifications of this product without prior notice. RECYCLING INFORMATION Digital Security Controls recommends that customers dispose of their used equipment (panels, detectors, sirens, and other devices) in an environmentally sound manner. Potential methods include reuse of parts or whole products and recycling of products, components, and/or materials. For specific information
see www.dsc.com.
WASTE ELECTRICAL AND ELECTRONIC EQUIPMENT (WEEE) DIRECTIVE
In the European Union, this label indicates that this product should NOT be disposed of with household waste. It should be deposited at an appropriate facility to enable recovery and recycling. For specific information see www.dsc.com.

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Universal Cellular/Ethernet Communicators

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INTRODUCTION
The devices made by GS4015, GS4005, 3G4005 and TL405LE series are cellular communicators that provide a backup PSTN line and are able to transmit vocal (GS4005, 3G4005 and TL405LE only) and SMS alarm messages to the end user, and digital messages to supported Sur-Gard System receivers. By means of the ConnectAlarm app running on Android and iOS mobile devices, you can manage the communicator, and the control panel wired to it, and view the communicator’s and control panel’s events. The TL405LE model has an Ethernet interface that may be used as main communication channel, or for cellular communication channel backup (dual-path), for digital message transmission to supported Sur- Gard System receivers. The Ethernet interface enables an alternative and faster way to program the communicator. The following versions are available:
GS4015: communicator board with 2G module in plastic housing. GS4005: communicator board with 2G module in plastic housing. GS4005-K: kit including communicator board with 2G module, antenna with 2 m cable, adapter and metal bracket. 3G4005/EU: communicator board with 3G module in plastic housing, for the Europe Union market. 3G4005-K/EU: kit including communicator board with 3G module, antenna with 2 m cable, adapter and metal bracket, for the
Europe Union market. TL405LE-EU: dual-path communicator board with LTE module and Ethernet interface, in plastic housing, for the Europe
Union market. TL405LE-LAT: dual-path communicator board with LTE module and Ethernet interface, in plastic housing, for the Latam
market. TL405LE-ANZ: dual-path communicator board with LTE module and Ethernet interface, in plastic housing, for the Australian
and New Zealand markets.
For special installation requirements, a remote outdoors antenna ANTLTE-10 with 10 m cable is available.
The information in this manual is common to all versions. The term “communicator” refers to functions shared by all versions. Information relating to specific models is highlighted with reference to the respective code.
Some of the topics found in this manual may not be relevant to your version: refer to “General specifications” on page 6 to see
the features of your version. References to Ethernet apply to TL405LE only.
This manual provides instructions for programming and using the communicator.
Safety instructions
Read the safety information before you install the equipment.
! Important: This equipment must be installed by a skilled person only. A skilled person is an installer with appropriate
technical training. The installer must be aware of potential hazards during installation and measures available to minimize risks to the installer and other people.
Before you install this equipment, disconnect all power sources (for example mains, battery, and telephone line) connected to the alarm panel.
Install the equipment indoors in a non-hazardous environment where the following conditions are met: ­ Pollution degree – Maximum 2 ­ Over voltages – Category II
Internal wiring must be routed to prevent strain on wire and terminal connections, loose terminal connections, and damage to conductor insulation.
Instruct the user that there are no user serviceable parts in this equipment. All equipment must be serviced by a skilled person
These instructions must be used in areas together with the panel’s installation manual. Follow all instructions given in this
manual.

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General specifications

GS4015 GS4005 GS4005-K 3G4005/EU 3G4005-K/EU TL405LE-EU TL405LE-LAT TL405LE- ANZ

Model

Boxed

YYNYNY Y Y

Mobile phone standarda

2G 2G 2G 3G 3G LTE LTE LTE

Dual Band

NNNYYN N N

Quad Band

YYYNNY Y Y

Dual path

NNNNNY Y Y

Simulates a PSTN line.

YYYYYY Y Y

Detects the absence of a PSTN line and automatically switches to cellular network Y Y Y Y Y Y Y Y

Manages and reports incoming and outgoing phone calls

YYYYYY Y Y

Cellular signal strength indicator

YYYYYY Y Y

Terminals, programmable as open-collector outputs or inputs

366666 6 6

T1, T2 and T3 terminals

NYYYYY Y Y

Remote management of inputs and outputs through the ConnectAlarm app

YYYYYY Y Y

Protection against overvoltage on the phone line

YYYYYY Y Y

Integrated antenna

YYNYNY Y Y

External antenna with magnetic base

NNYNYN N N

SMS message transmission to mobile phone and ConnectAlarm app for

YYYYYY Y Y

communicator’s events

Voice message transmission over cellular network for communicator’s events

NYYYYY Y Y

Conversion of Contact ID and SIA messages of control panel connected to LI

YYYYYY Y Y

terminals, to SMS, and push notifications to ConnectAlarm app

Conversion of Contact ID and SIA messages of control panel connected to LI

YYYYYY Y Y

terminals, to voice messages over cellular network

Contact ID and SIA message transmission to PSTN and IP Sur-Gard System I, II, III, Y Y Y Y Y Y Y Y

IV and 5 receivers

Options programmable by PC

YYYYYY Y Y

Communicator blocked when PINs are at default (EN50136-2)

NYYYYY Y Y

Programmable text messages (each at most 70 characters long)

26 32 32 32 32 32 32 32

Text messages for each input

222222 2 2

Status text messages

18 18 18 18 18 18 18 18

Periodic text message

111111 1 1

Programmable telephone numbers (16 digit max.)

32 32 32 32 32 32 32 32

Phone numbers for sending SMS messages

888888 8 8

Phone numbers for transmitting events to Sur-Gard receivers

888888 8 8

Phone numbers for remote output activation

32 32 32 32 32 32 32 32

Remote output activation via call recognition, or SMS

YYYYYY Y Y

Residual credit monitoring for prepaid SIM cards

YYYYYY Y Y

Panel Transmission Monitoring (PTM)

YYYYYY Y Y

Tamper detection

YYNYNY Y Y

PC-LINK port

YYYYYY Y Y

Type A USB connector (Host and device)

NYNYNY Y Y

Ethernet interface

NNNNNY Y Y

Programming with USB key

NYNYNY Y Y

Advanced diagnostics and event log exporting by means USB key

NYNYNY Y Y

Loading custom default via USB key

NNNNNY Y Y

Firmware programming and updates, both local and remote

YYYYYY Y Y

Alarm event transmission via cellular network

YYYYYY Y Y

Alarm event transmission via Ethernet channel

NNNNNY Y Y

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Universal Cellular/Ethernet Communicators

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GS4015 GS4005 GS4005-K 3G4005/EU 3G4005-K/EU TL405LE-EU TL405LE-LAT TL405LE- ANZ

Model

Priority programmable with PSTN/Cellular

YYYYYY Y Y

Two-way communications with cellphone

YYYYYY Y Y

Optional backup battery

NYNYNY Y Y

Current limitator (JP2 jumper)

NYNYNY Y Y

Alarm panel management and status monitoring

YYYYYY Y Y

Remote programming of PowerSeries panels via cellular network (Pass-Through)b Y Y Y Y Y Y Y Y

Remote programming of PowerSeries panels via Ethernet (Pass-Through)c

NNNNNY Y Y

Jamming detection

YYYYYY Y Y

a. Check that the SIM operator in use supports 2G, 3G, or LTE standard, depending on the model, in the area where the communicator is installed.
b. See “Pass-Through” on page 86 for more information. c. See “Pass-Through” on page 86 for more information.

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Technical specifications

The power for the communicator is supplied by the panel to which it is connected (10.7 V to 27.6 V) or by an external power supply which also recharges an optional backup battery, if necessary. The sole purpose of the battery is to supply power in case of failure of the primary power source (8 hours stand-by).
When the communicator is powered by the battery, ONLY communicator events are transmitted.

The primary power and (optional) battery voltages are supervised. The power supply for communicators with housing must be SELV, with power limited to 1 A.

Version

GS4005-K 3G4005-K/EU

GS4015 GS4005 3G4005/EU

TL405LE-EU TL405LE-LAT TL405LE-ANZ

Input Voltage

from 10.7 to 27.6 V from 10.7 to 27.6 V from 10.7 to 27.6 V_

Standby average current @ 13.8 V_, without battery (not including outputs)

90 mA

90 mA

110 mA

Average current consumption per hour

100 mA

100 mA

120 mA

Maximum current draw in current limited mode @ 13.8 V_ (versions with housing only, not including outputs)

230 mA

230 mA

230 mA

Maximum current draw @ 13.8 V_ (not including outputs)

450 mA

450 mA

470 mA

Maximum current on open-collector output

100 mA

100 mA

100 mA

Maximum loop resistance of line between the device connected in series on LI

1 Kohm

1 Kohm

1 Kohm

Maximum number of parallel devices connected on

1

1

1

LI

Environmental class

II

II

II

Operating temperature

from -10 to +40°C from -10 to +40°C from -10 to +40°C

Humidity

from 0 to 95%

from 0 to 95%

from 0 to 95%

Dimensions (LxHxD)

76x151x20 mm (PCB only)

101x186x41 mm

101x186x41 mm

Weight

66 g

250 g

250 g

Table 1 ­ Technical specifications.

Version
GS4015, GS4005, GS4005-K 3G4005/EU, 3G4005-K/EU TL405LE-EU TL405LE-LAT TL405LE-ANZ Table 2 ­ Operating frequency.

GSM/GPRS/EDGE
850/900/1800/1900 900/1800 900/1800
850/900/1800/1900 N/A

Operating frequency (MHz)

UMTS/HSPA
N/A 900/2100 900/1800/2100 850/1700/1900/2100 800/850/900/2100

LTE
N/A N/A 700/800/900/1800/2100/2600 700/850/1700/1800/1900/2100/2600 700/800/850/900/1800/2100

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Maximum radio-frequency power Table 3 ­ Maximum radio-frequency power.

Class 4 (2 W) @ 850/900 MHz, GSM Class 1 (1 W) @ 1800/1900 MHz, GSM Class E2 (0.5 W) @ 850/900 MHz, EDGE Class E2 (0.4 W) @ 1800/1900 MHz, EDGE Class 3 (0.25 W) @ 850/900/1900/2100 MHz, WCDMA Class 3 (0.2 W) @700/800/850/900/1800/1700/1900/2100/2600 MHz, LTE

Interface type between SPT (Supervised Premises Transceiver) and AS (Alarm System)
ATS (Alarm Transmission System)

Proprietary interface

SINGLE PATH

DUAL PATH

Alarm Transmission System performance

SP4 for digital SP2 for vocal/ DP3 for digital SP2 for vocal/ messages text messages messages text messages

Average transmission time Maximum transmission time Reporting time Substitution security Information security

D3 (20 s) M3 (60 s) T4 (180 s)
S2 I3

D2 (60 s) M2 (120 s) T2 (25 h)
S0 I0

D3 (20 s) M3 (60 s) T4 (180 s)
S2 I3

D2 (60 s) M2 (120 s) T2 (25 h)
S0 I0

Table 4 ­ EN 50136-1:2012 and EN 50136-2:2013 specifications.

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Identification of parts
Numbers given in bold in this manual refer to the main parts of the communicator shown in figure 1 and 2, and the table on page 2.

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Description of jumpers

Jumper PST
USB
TMP
UFC JP2 (versions with housing only)

Position

Description Pass-Through disabled (factory setting). Pass-Through enabled (see “Pass-Through” on page 86). The communicator behaves as a USB Device (factory setting). The communicator behaves as a USB Host. Anti-tamper function enabled (factory setting). Anti-tamper function disabled. Future use. No limit to communicator current draw (factory setting).

Communicator current draw limited to 230 mA.
! Backup battery required!

Table 5 ­ Description of jumpers.

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Description of indicator lights

The communicator is equipped with indicator lights (LED) which report the following information.
During initialisation, all LEDs light up for less than 1 second. During factory settings restore, LEDs

and are off while

LEDs

and

are on.

LED

Colour

Green/yellow

Name Cellular signal strength

Description
Type of network for packet service (see table 7). Cellular signal strength (see table 8). Type of communication (see table 9).

Red

Yellow

G

Green

ACT Green

Table 6 ­ Indicator LED.

Fault
Line status
Cellular network status USB

See table 10.
On: the communicator has switched to the simulated PSTN. Slow flashing: line occupied, voice message transmission.
Technical assistance LED. On: Host. Off: Device. Slow flashing: error. Fast flashing: activity.

LED

Colour

Green

2G

Yellow

3G

Green and Yellowa LTE

Type of network for packet service

Table 7 ­ Type of network for packet service.
a. Green and yellow colours may not be visible on the communicator’s cover, for the communicators with housing: you may see just the yellow colour.

Off

Off

No cellular signal.

Off

On

Low cellular signal strength.

On

On

High cellular signal strength.

Table 8 ­ Cellular signal strength.

Cellular signal strength

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Type of communication

Slow flashing Fast flashing Slow flashing Off

Slow flashing Off Off Slow flashing

Initialisation: the LEDs flash until the communicator receives a cellular signal. SMS incoming: the LED flashes for a few seconds. Remote session: the LED may flash for a few seconds after the end of the session. Voice call: reports the communicator’s voice call, NOT the voice calls of the panel connected to the communicator, if any.

Table 9 ­ Type of communication.

Fault LED

This LED is usually off. It flashes to indicate a fault. The communicator monitors faults in the order given in table 10. The most important fault status is indicated, with the respective number of flashes of the RED LED, as shown in the following table.

Priorities

Description

1 (HIGH) Firmware problem (incorrect firmware): invalid data in external flash memory.

2

Power problems: the power voltage falls below 10 V.

3

Battery problems: the battery voltage falls below 3.4 V.

4

Factory PIN: the EN50136 option is enabled and the User, Installer or Level 4 PIN is that set in the

factory.

5

Radio module fault: the microprocessor is unable to communicate with the radio module during the

initialisation sequence.

6

SIM problem: SIM card PIN check enabled.

7

Cellular network problem: the radio module is unable to connect to the cellular network.

8

Mobile data network problem: the radio module is unable to connect to the mobile data network.

9

Future use.

10

IP 1 receiver problem: initialisation failure; supervision failure; no ACK.

11 (LOW) IP 2 receiver problem: initialisation failure; supervision failure; no ACK.

Table 10 ­ Fault LED.

Flashes 1 2 3 4
5
6 7 8 9 10 11

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Description of terminals

Terminals T1, T2, T3, T4, T5 and T6 can be programmed as described below.
Open-collector outputs: the outputs can be activated by programmed events (automatic activation), SMS or by call recognition (remote activation); see “Activating outputs” on page 35 for details. The maximum current draw per output is 100 mA.
Inputs: the inputs send SMS or voice messages when activated.

Terminals

GS4005/3G4005/TL405LE

GS4015

–

Earth: this terminal must be connected to the electrical system earth to protect the device against overvoltage on

the telephone line and to satisfy safety requirements.

LI

Internal telephone line: these terminals must be connected to the panel or other communications terminal.

LE

External telephone line: these terminals may be connected to the PSTN line.

T1

Factory setting: output, PSTN fault.

N/A

T2

Factory setting: output, no cellular network.

N/A

T3

Factory setting: input, interconnection present.

N/A

T4

Factory setting: output, tamper.

Factory setting: output, PSTN fault.

T5

Factory setting: output, cellular fault.

Factory setting: output, no cellular network.

T6

Factory setting: output, Jamming.

Factory setting: output, tamper.

M

Ground: power negative and common terminals for the open-collector outputs.

+V

Power supplied by panel 10.7 to 27.6 V_: make sure it is protected and current limited (Limited Power Source —

LPS) in conformity with EN 60950-1:2006 standard).

To connect the power, use cable of no more than 3 meters length, and 0.75 mm² cross-section.

For shorter cables, use appropriate cross-sections.

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Installation
! Connect the power supply and telephone circuits after the communicator is mounted and connected to the building
ground circuit. Before fitting or removing the SIM card, make sure the communicator is NOT powered up.
The communicator shall be installed only by a QUALIFIED TECHNICIAN, indoors, in a safe, dry position, away from RF
transmitting equipment. Position the communicator for good cellular signal coverage. DO NOT route any cable over the circuit board. Do not use power cables which are more than 3 m long.

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Installing the kit version
The kit version is composed of a circuit board for mounting inside a burglar alarm panel, preferably in a metal housing, and an antenna for connecting to the board with a coaxial cable. During normal operation, the board, antenna, and cable may generate electromagnetic fields and may disturb nearby electronic equipment which is not immune to such fields. Position the board as far away as possible from electronic equipment, and mount the antenna on the housing’s outer surface or far away from it, using the appropriate bracket. Route a minimum amount of coaxial cable into the metal housing; gather any excess outside the housing.
To install the kit version, proceed as described below and in figure 3.
1. Open the panel. 2. Find a place inside the panel to mount the board, including its wiring. 3. Mount the four provided adhesive plastic mounts into holes 30 of the communicator, as shown in figure 3. 4. Secure the communicator inside the panel. 5. Optional: If the panel has a plastic housing, or if you want to place the antenna within 2 metres of the panel for better cellular
signal strength, mount bracket 27 in the desired position and route the antenna cable through hole 26. 6. Position antenna 29 on the panel’s metal housing or on bracket 27, so that the magnetic base adheres to the surface. 7. Route the antenna cable through an opening in the housing. 8. Connect the antenna cable to communicator connector 43. 9. Fit the TMP jumper to disable tamper detection. 10. Continue with the installation as described in paragraph “Power and testing” on page 20. 11. Close the panel.

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29
27 26

29 A

30 B

43

C

30 30
B

D

30

30

E

Figure 3 ­ Installing the kit communicator: A) metal housing; B) communicator board; C) panel motherboard; D) adhesive plastic mount; E) base of metal housing.

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Installing the version with housing
The version with housing must be mounted to a wall with screws and plugs (not included) as described below and shown in figure 4.
1. Open the communicator: insert a flathead screwdriver into holes 33 and prise the cover off the base, then slide the cover upwards to separate it from the base completely.
2. If you wish to fit the optional battery LIB2A6, read the following steps, otherwise go to step 7.
! Risk of explosion if battery is replaced by an incorrect type. Dispose of used battery according to the manufacturer’s
instructions. Batteries are to be replaced by service persons only.
3. Remove the electronic board: compress hooks 34 to release the board from the base. 4. Fit the battery as shown in figure 4.
Make sure the silicon/graphite grommet 12 is in place.
5. Restore the board: first insert its left side under hooks 31, then press the right side gently down until it snaps into place. 6. Connect the battery to connector 22 after having powered the communicator up with terminals +V and M.
The communicator will NOT operate correctly if it is powered only by the battery when first switched on.
7. Mark the positions for the 8 base mounting holes and the position of hole 13 for the wall-tamper device. 8. Drill holes in the marked positions.
! Take care not to damage any wires or tubes running inside the wall.
9. Route the ducted cables in the wall through openings 35 or break out the tabs 32 to route the exposed cables into the housing.
10. Mount the base to the wall. 11. Continue with the installation as described in paragraph “Power and testing” on page 20. 12. For dual-path version only, break the knock-out 35 if you connected a Ethernet cable: break section 35a, and 35b, according
to the Ethernet cable type you are using, as shown in figure 4a and 4b. 13. Close the communicator: remove screw 7 from its parked position; slightly tilt the cover; approach the top of the cover to the
base; slide the cover downwards; press the bottom of the cover against the base until it snaps into place; if necessary, secure the cover to the base with screw 7 in hole 36.

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8

8

14 34
31 22

12 13

34 31

32

32

7

8

8

33 19 33

35 36 35

35a 35b

a

b

Figure 4 ­ Installing the communicator with housing.

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Power and testing
1. Fit the SIM card into SIM holder 14 as shown by the arrows, with its contacts facing downwards.
The operation related to the communicator’s Ethernet channel works properly without inserting SIM card also.
For the communicator to work properly, you must use a 32 kB or better SIM card. You must disable the SIM card’s PIN before fitting it into the communicator. Disable call transfer on the SIM card.

2. Set the jumpers as required by your application (see “Description of jumpers” on page 11). 3. Make the connections to terminal block 19 as described in paragraph “Connection example” on page 23. 4. For the dual-path version only, connect the Ethernet cable to the connector 31, if required.

5. Power up the communicator: all LEDs will light up for 1 second, then LEDs

and

will stay on for a few seconds,

after which LED

will flash 4 times to indicate that the User, Installer and Level 4 Installer PINs are the factory default

settings.

6. Use the Console to change the PINs, as described in chapter “PC PROGRAMMING” on page 42, and enable the

communicator.

7. Check the signal strength: make sure that at least LED turns on; if the LED

is on, the signal strength is excellent.

If LEDs and

are off, the signal is NOT strong enough: reposition the communicator or try installing the optional antenna

ANTLTE-02 (versions with housing only) or ANTLTE-10, as described in the respective paragraphs.

The communicator complies with the EN 50136-2 standard and, for this reason, its access codes have to be set at the first

power up, by means of the Console, in this way the communicator functionality will be enabled.

If you do not need the compliance with the EN 50136-2 and like to start working without the Console, please proceed as follows.
1. Make sure that the communicator settings are at default (read “Restore Factory Settings” on page 45 to restore the default settings).
2. Insert the PST jumper. 3. Connect the communicator to the power.

4. Wait until the

and

LEDs switch off, then remove the PST jumper.

Leave the PST jumper inserted if you want to use the pass-through functionality.

Installing the antenna ANTLTE-02
The ANTLTE-02 has greater gain than the communicator’s integrated antenna in the version with housing, and can be mounted indoors within 2 meters of the communicator, to improve cellular reception, as described below and shown in figure 5.
Position the antenna to optimise cellular reception.

1. Break the tab closing hole 37. 2. Remove the electronic board: compress hooks 34 to release the board from the base. 3. Remove nut 24 and washer 38 from adapter cable 23. 4. Fit adapter cable connector 39 into hole 37, the secure it with nut 24: washer 38 is not required. 5. Connect adapter cable connector 40 to connector 43.

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6. Restore the board: first insert its left side under hooks 31, then press the right side gently down until it snaps into place.
Make sure the adapter cable is routed as shown in figure 5.

7. Secure metal bracket 28 as desired with holes 41. 8. Route antenna connector 42 through hole 26 in the bracket. 9. Position antenna 29 on the bracket so that its magnetic base adheres to its surface. 10. Connect antenna connector 42 to adapter cable connector 39.

37

24

38

39 28
23

34 31

40

26

41

27

41

34

42

31

39

24

43 40

Figure 5 ­ Installing the antenna ANTLTE-02.
Installing the antenna ANTLTE-10
The ANTLTE-10 has greater gain than the communicator’s integrated antenna in the version with housing, and can be mounted outdoors within 10 m of the communicator, to improve the mobile reception.
Refer to the installation instructions included with the ANTLTE-10 antenna.
Tamper detection
The version with housing of the communicator is equipped with a device which detects when the cover is opened and the communicator is removed from the wall (tampering).

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Tampering is reported by the Tamper event, to which actions can be associated (activate outputs, send voice, SMS or digital message) with the Console: the factory setting is that terminal T4 on GS4005/3G4005/TL405LE or terminal T6 on GS4015 is floating (it is normally connected to earth) in the event of tamper. Once you have programmed the function, close the cover and power up the communicator. After initialisation, open the cover and check that the communicator actually executes the actions programmed for the tamper detection.

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Connection example
! Incorrect connections may result in FTC fault or improper operation. Inspect wiring and ensure connections are
correct before applying power. DO NOT route any wiring over circuit boards; maintain at least 1″ (24.5 mm) separation. A minimum 1/4″ (6.4 mm) separation must be maintained at all points between Power Limited wiring and all other Not-Power Limited wiring.
To ensure conformity with EN 50136-2, the communicator must be connected and programmed as described in paragraph
“Conformity with EN 50136-2:2013” on page 80.

Figure 6 ­ Connection example: A) Communicator; B) disconnect the telephone line before servicing the unit; C) example connection of terminal T1 programmed as open-collector output; D) power 10.7 – 27.6 V_; E) terminals T1, T2, T3, T4, T5 and T6 can be programmed as open-collector outputs or input lines; F) burglar alarm panel; G) connection to telephone line (PSTN); H) ground connection (obligatory).

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GENERAL DESCRIPTION
This communicator can communicate with central stations, and send both SMS and voice messages, via the cellular network; it can also simulate a PSTN line in case of malfunction (phone line failure) or substitute of one completely in areas with cellular coverage in which PSTN calls are not available.
SIA and CID messages may NOT be understood by the PSTN receivers due to distortion on the cellular network. It is
recommended to forward SIA and CID messages to IP receivers instead, when the PSTN line fails, as indicated in “Phonebook” on page 46: see the option IP Receiver on GSM Path.
Due to the nature of the cellular network, the communicator may be used solely for its intended purpose and NOT as a modem
for sending faxes or data or for remote assistance services.
It can report alarms over the cellular network, for reliable, fast communications with central stations equipped with compatible SurGard System receiver. The performance of the communicator depends largely on the coverage, and it should not be installed without having first checked the position of the antenna for best reception (the LED at least must be on). The dual path versions have an Ethernet interface that can be used as primary or backup communication channel with the SurGard receivers. The Ethernet interface also enable an alternate and faster way of communication with panels and the console software. The communicator has terminals (T) which can be programmed as inputs or outputs (see “Inputs/Outputs” on page 55).

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Access levels
This paragraph describes how to access the communicators functions, according to EN50136 standard.
If the EN50136 option is enabled (factory default; see “Options” on page 49), the communicator can handle all four levels of user access to its functions. The access levels are as follows. Level 1: access to function display, indications (LEDs used to report faults, cellular status, and PSTN status) and messages
(SMS, voice, etc.) available to all users without PIN; this level does not allow any programming. Level 2 (normal user): access to communicator status information (e.g. use of the Console to display the status page,
programming options and events buffer). This level requires a PIN. Factory setting: 000000. Level 3 (installer): access to configuration functions including addition, removal and replacement of components and other
operations which directly or indirectly affect the communicator’s functions (e.g. upload/download programming options with the console, display Status page and events buffer). This level requires a PIN. Factory setting: 111111.
If the EN50136 option is enabled, the installer must be authorised by the normal user.
Level 4 (level 4 installer): access to firmware updates and Status page display. This level requires a PIN. Factory setting: 222222.
The level 4 installer must be authorised by the installer.
To ensure compliance with EN 50136-2: 2013, the PINs for access to levels 2, 3 and 4 are 6 digit numbers.

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USB connector functions
The communicator has a USB A connector to enable it to work as a device, to connect it to a PC, or as host, to handle a USB key (see “Description of jumpers” on page 11).
To connect the communicator to a PC, you need a USB cable with A connectors at each end (hub cable).
The USB interface has the following characteristics.
Conformity: USB 2.0. Full speed data: 12 Mbit/s. Max. length of cable: 5 m. Max. current in host mode: 500 mA. Vout in Host mode: 5 V nominal. USB key file system: FAT32.
USB device
The USB interface will be an alternative to communications with the RS232 port (PC-Link). It will have the same functions as the RS232 and will be used with the Console to:
update the firmware (level 4 installer only); upload/download communicator options and audio files (installer only; the normal user can only upload); upload the communicator’s events buffer (installer and normal user only); check the communicator’s status in real time (all users).
USB Host
Allows you to use a USB key for the following operations:
firmware updates; load custom default; upload/download settings and audio files; export the events buffer; export the communicator’s debug buffer (technical service only).
These functions are available only if the EN50136 option is disabled.

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Power Monitor
The device can be powered in the following ways:
1. by the burglar alarm panel, equipped with a backup battery, in which case the communicator must operate at voltages in the range 10.7 to 27.6 V.
2. by an external 12 V power supply, in which case the power supply must recharge the communicator’s optional backup battery (8 hours of operation following primary power outage).
In both cases, the battery ensures that the communicator is still operational in case of power failure.
The power and battery voltages are supervised so that the communicator can report the following events:
Power fault/restore event. Power fault/restore message (voice / SMS / message to the IP receivers).
Since the device can operate with or without an external backup battery (without input current limitation), the following two scenarios correspond to a power failure.
Power voltage check
The power voltage will be supervised to detect problems. The voltage is checked every 100 ms. The following conditions apply to the device without external backup battery:
Power problem event: when the voltage drops below 10 V (the PSTN interface is turned off). Power problem restore: when the voltage rises above 12 V. Start Energy Save mode: when the voltage drops below 9 V (the USB interface and the radio module are turned off). Quit Energy Save mode: when the voltage rises above 10.7 V.
When the communicator is in Energy Save mode, the current draw does not exceed 175 mA. The maximum current
consumption, in Energy Save mode with battery connected and no action in progress is around 70 mA and is less than 150 mA during voice calls.
Battery voltage check
The battery voltage will be supervised to check for any faults and that the battery itself is present. The voltage is checked every 100 ms. The value is processed (mean of values) to eliminate peaks. The following conditions apply to the device with external backup battery:
Battery problem event: when the battery voltage drops below 3.4 V. Battery problem restore: when the battery voltage rises above 3.7 V. Start Energy Save mode: when the battery voltage drops below 3.2 V. Quit Energy Save mode: when the battery voltage rises above 3.4 V. Battery disconnected event: when the battery voltage drops below 2.0 V. Battery disconnected restore: when the battery voltage rises above 2.0 V. Battery overload event: when the battery voltage rises above 4.4 V. Battery overcharge restore: when the battery voltage drops below 4.3 V.
When the communicator is powered ONLY by the battery, you can NOT use the USB port.

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Internal events

Along with the external events (panel events decoded with the Contact ID or SIA protocol on the simulated PSTN line), the communicator can send voice messages, SMS messages, and Contact ID or SIA messages for the events listed in the Table 11, as indicated in “Communicator” on page 62.

Event

Description

Input 1 Event
Input 2 Event Input 3 Event Input 4 Event Input 5 Event Input 6 Event Input 1 Restore
Input 2 Restore Input 3 Restore Input 4 Restore Input 5 Restore Input 6 Restore Mains Fault Mains Fault Restore Battery Fault Battery Restore Panel Interconnection Fault
Panel Interconnection Restore
Cellular Receiver 1 Fault
Cellular Receiver 2 Fault Cellular Receiver 1 Restore
Cellular Receiver 2 Restore Ethernet Receiver 1 Fault
Ethernet Receiver 2 Fault Ethernet Receiver 1 Restore
Ethernet Receiver 2 Restore

This occurs when terminal T1 is programmed as an input and the conditions for its activation occur (see “Inputs/Outputs” on page 55). Like Input 1 Event but for terminal T2. Like Input 1 Event but for terminal T3. Like Input 1 Event but for terminal T4. Like Input 1 Event but for terminal T5. Like Input 1 Event but for terminal T6. This occurs when terminal T1 is programmed as an input, and returns to standby status (see “Inputs/Outputs” on page 55). Like Input 1 Restore but for terminal T2. Like Input 1 Restore but for terminal T3.sono Like Input 1 Restore but for terminal T4. Like Input 1 Restore but for terminal T5. Like Input 1 Restore but for terminal T6. Happens when the power voltage (terminal +V) drops below 10 V.
Happens when the power voltage (terminal +V) rises above 12 V.
Happens when the battery voltage falls below 3.4 V.
Happens when the battery voltage rises above 3.7 V.
Happens when the terminal programmed as the Panel Interconnection Present input is activated (see “Inputs/Outputs” on page 55). Happens when the terminal programmed as the Panel Interconnection Present input is deactivated (see “Inputs/Outputs” on page 55). Happens when the communicator is NOT able to communicate with receiver 1, over the cellular channel: initialisation failure, supervision failure or receiver does not respond (see “IP Receivers” on page 68). Like Cellular Receiver 1 Fault but for receiver 2. Happens when the communicator is able to communicate with receiver 1, over the cellular channel: initialisation successful, supervision successful or receiver responds (see “IP Receivers” on page 68). Like Cellular Receiver 1 Restore but for receiver 2. Happens when the communicator is NOT able to communicate with receiver 1, over the Ethernet channel: initialisation failure, supervision failure or receiver does not respond (see “IP Receivers” on page 68). Like Ethernet Receiver 1 Fault but for receiver 2. Happens when the communicator is able to communicate with receiver 1, over the Ethernet channel: initialisation successful, supervision successful or receiver responds (see “IP Receivers” on page 68). Like Ethernet Receiver 1 Restore but for receiver 2.

Table 11 ­ Description of events handled by communicator.

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Event

Description

PSTN Fault

Happens when the voltage on terminals LE is less than 2.5 V for the set LE Failure Timeout (sec) (see “Timeouts” on page 71).

PSTN Fault Restore

Happens when the voltage on terminals LE is more than 2.5 V for the set LE Restore Timeout (sec) (see “Timeouts” on page 71).

GSM Fault

Happens when the cellular signal is missing.

Cellular Network Fault

The communicator can NOT connect to the cellular data network.

Cellular Network Restore

The communicator can connect to the cellular data network.

Tamper Event

Happens when tamper detection is enabled (see “Description of jumpers” on page 11) and the communicator is opened or removed from the wall (versions with housing only).

Tamper Restore

Happens when tamper detection is enabled (see “Description of jumpers” on page 11) and the communicator is closed again or mounted to the wall (versions with housing only).

FTC Fault

Happens when an action fails (voice call, SMS, digital message).

FTC Restore

Happens when the last action in the queue terminates successfully.

Periodic Call/SMS

Happens when programmed (see “Communicator Options” on page 62).

Periodic Test Transmission

Happens when programmed (see “Communicator Options” on page 62).

Antenna Fault

Happens when the antenna is missing or the antenna has limited function (ANTLTE-02 only).

RF Jam Detected

Happens when the communicator detects a jamming attack.

Ethernet DoS Detected Fault Happens when the communicator detects a DoSa attack on the Ethernet channel.

Ethernet DoS Detected Restore Happens when the communicator does NOT detect any DoS attack.

Ethernet Network Fault

Happens when the communicator does NOT see the LAN network.

Ethernet Network Restore

Happens when the communicator sees the LAN network.

Table 11 ­ Description of events handled by communicator.
a. A denial-of-service attack (DoS attack) is a cyber-attack where the perpetrator seeks to make a machine or network resource unavailable to its intended users by temporarily or indefinitely disrupting services of a host connected to the Internet.

The installer can choose which protocol to use: Contact ID or SIA.
The selected protocol is also applied to events generated by the panel and sent to the phone numbers with the IP Receiver
on GSM Path option enabled (see table on page 46).

To each event associated with the communicator’s inputs, a specific Customer code can be assigned, while status events can be assigned a unique user code.
The communicator handles a queue of 32 internal events. When the queue is full, further events are ignored.
The priority between internal and external events can be programmed by the installer (see “Priorities” on page 50).
For internal events, the times and manners in which they are sent are handled by the communicators: after a message is sent, the unit waits for at most 1.25 seconds for the receiver to acknowledge reception (ACK). The unit will try to send a message up to 4 times.

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Operating Principles

The communicator can choose its primary channel (the factory setting is PSTN). It supplies the line and ringtone voltage for incoming calls and decodes dial tones (DTMF). The simulated PSTN line provides a backup for the burglar alarm panel or other terminal should the main PSTN line fail. Calls CANNOT be switched between PSTN and cellular, or vice-versa, while they are in progress. Operating priority (as programmed) determines how the communicator handles SMS and voice messages, and calls with devices connected to terminals LI (for example, a burglar alarm panel).
The communicator is NOT able to decode pulse dialing.
To prevent undesired use of the simulated line via cellular, the device generates a double beep during voice calls. It does so after 5 minutes and every 30 seconds thereafter.
PSTN channel
If the voltage on the PSTN terminals (LE) falls below 2.5 Vdc (± 20%) for 10 to 3600 seconds (programmable value), the devices connected to terminals LI are switched to the cellular network. When PSTN service is restored, the communicator switches back to the PSTN line, again after a programmable delay.
It is possible to force communications to the cellular data network, even when PSTN is present, by entering a programmable
prefix (factory setting “9999”) ahead of the phone number dialled by the panel (for further details, see Dialing Prefix in “PSTN/PTM” on page 71). If the device is on the simulated PSTN line for any reason, the prefix is deleted from the number (if present).

Number dialled by panel

Phone line

0123456789 99990123456789 99990123456789

PSTN PSTN PSTN

99990123456789 Simulated PSTN 99990123456789 Simulated PSTN

Number with IP Receiver on GSM Path enabled

Effect

None

PSTN voice call to 0123456789.

0123456789

Contact ID call on cellular data network.

None

Voice or Contact ID call on cellular channel to

0123456789.

0123456789 None

Contact ID call on cellular data network.
Voice or Contact ID call on cellular channel to 0123456789.

The communicator makes independent calls only on the cellular channel, and not on the PSTN line. All communications made
on the external PSTN line (terminals LE) come from the line connected to terminals LI, and are not modified. It follows that the PSTN line connected to LE is not considered a communications channel pursuant to EN 50136.
Cellular channel
This provides the devices connected to the LI terminals with a simulated PSTN line if cellular reception is detected. If there is no cellular coverage, it switches to PSTN.
Ethernet channel
If the communicator’s Ethernet interface is connected to a LAN or WAN you can:
decode the digital messages, coming from the control panel connected to the communicator, and forward them to an IP receiver, over Internet;
send the communicator’s digital messages to an IP receiver, over Internet; downloading and uploading the communicator’s options locally via LAN and remotely via WAN.

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Contact ID and SIA transmission sequence on cellular and Ethernet channel
If the PSTN is missing, or the PTM (Panel Transmission Monitoring) is enabled (see “PSTN/PTM” on page 71), the communicator may forward the Contact ID and SIA messages of the control panel connected to the LI terminals of the communicator, to the PSTN receivers, over the cellular channel, or to IP receiver, over the cellular or Ethernet channel, if CID/SIA Event Conversion is enabled (see “Phonebook” on page 46).
1. When an event occurs, the control panel engages the phone line: the communicator simulates the dial tone. 2. The control panel dials the number of the PSTN receiver: make sure that the control panel inserts at least a 1 second pause
or checks for the dial tone before dialling the number. 3. The communicator sends the handshake tone required for Contact ID or SIA. 4. The control panel transmits the message after it has received the handshake. 5. The communicator forwards the message over the cellular channel to the PSTN receivers or, if enabled, it decodes and
transforms the message into a data packet and sends it to the IP receivers via the cellular or Ethernet channel. 6. The receiver recognises the message and sends an acknowledgement (kiss-off) to the communicator, which forwards the
kiss-off signal to the control panel. 7. After the communicator has generated the kiss-off signal, if no other messages are to be sent, the control panel hangs up,
otherwise sends the next event.
SMS message transmission
The communicator may send SMS messages (max. length 70 characters) to previously programmed numbers (up to 8 of the numbers in the communicator’s phonebook) when the events listed in table 11 on page 28 occur and end.
A SMS is sent when one of the event listed in table 11 on page 28 occurs, for which an SMS has been programmed and at
least one number has been assigned.
Voice message transmission
The communicator may send up to 3 pre-recorded voice messages to previously programmed numbers (up to 8 of the numbers in the communicator’s phonebook) when the events listed in table 11 on page 28 occur and end. Up to 150 voice messages can be recorded, of up to 6 seconds each.
A voice call is made when an event occurs for which a voice message has been programmed and which has at least one phone number. In this case, the communicator executes the procedure indicated below.
1. The communicator dials the number and makes the call via the PSTN channel, or via the cellular channel if the PSTN line is missing.
2. The communicator checks that the number is not engaged and that there are no problems with the cellular network, if the PSTN line is missing, before proceeding, otherwise it terminates the call and tries step 1 again, for the programmed number of times (Repeat Call in par. “Communicator Options” on page 62), after which it concludes the call cycle. If the event has been programmed to call multiple numbers, they are called in sequence. This prevents the system calling an occupied number several times in a few seconds.
3. The communicator waits up to 60 seconds for the called number to answer. If the number answers, it goes to step 4, otherwise it hangs up and tries step 1 again, for the programmed number of times (Repeat Call in par. “Communicator Options” on page 62), after which it concludes the call cycle.
4. The communicator plays the message for the event: the call is terminated only after the message has been received, or the
called user presses on his phone, if the Call Confirmation option is enabled (see “Communicator Options” on
page 62).
If multiple events requiring different messages to be sent to the same number have occurred, the messages are played in sequence, each for the programmed number of Repetitions (see “Communicator Options” on page 62), during a single call, to avoid calling the same number multiple times.
If, at the end of the call cycle, the event which activated the communicator is still active, the above procedure is not repeated. The event which tripped the call cycle must first restore before a new cycle of calls is tripped.

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Priority handling

Table 12 lists the actions that the communicator can perform and their priority at default.

The priorities of the communicator’s actions can be set on the console (see “Priorities” on page 50).

Action

Priority

Programmable on the console

Sending the confirmation ring for communicator’s output activation.

1

Yes

Sending communicator’s Contact ID or SIA messages to PSTN receivers via cellular channel. 2

Yes

Sending communicator’s voice messages via cellular channel.

3

Yes

Sending communicator’s SMS messages via cellular channel.

4

Yes

Sending communicator’s Contact ID or SIA messages to IP receivers via cellular or Ethernet

5

Yes

channel.

Sending communicator’s notifications to the app.

6

Yes

Forwarding voice, Contact ID, or SIA messages of the control panel connected to LI terminals, on the 7

Yes

cellular or Ethernet channel.

Handle incoming SMS.

8

No

Supervision over the cellular data network.

9

No

Table 12 ­ Action priorities – factory settings.

Notes
If the communicator is performing an action and another action of higher priority presents, the communicator interrupts the
lower priority action and queues it. After the higher priority action has been completed, the communicator tries again to perform the interrupted (queued) action. If several actions of the same priority occur together, they are queued and performed in sequence. If communicator’s voice messages have lower priority than panel messages, when a panel message presents while the
communicator is transmitting a voice message, the communicator hangs up and the panel takes over the line (pick up
detected); after the panel’s message has been completed (hang up detected) the communicator tries again to transmit the
interrupted (queued) message. If the communicator’s voice messages have higher priority and a panel event occurs while a communicator voice message is
being sent, the communicator must provide the engaged signal to the panel and continue transmitting its messages. Communicator SMS have lower priority than control panel actions and the communicator’s voice messages, but an SMS
cannot be interrupted while it is being sent. The lowest priority is given to data packet transmission for supervision of communications with the IP receivers.

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Pay as you go balance check
If programmed on the Console (see “Pay As You Go Balance” on page 51), you can check your balance on the prepaid SIM card. Once enabled, the system can check the pay as you go balance in three ways:
1. On the Console (Status page, only via PC-Link or USB connection). 2. By SMS to request a response to the sender’s number. The command must include the normal user PIN. 3. An SMS containing the service provider’s pay as you go balance information is periodically sent to the first number in the
Phonebook. For all service providers which support pay as you go balance check with network commands, the query string can entered with the Console.
At the service provider’s discretion, the prepaid SIM card pay as you go balance service may be suspended.

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Panel Transmission Monitoring (PTM)
Constantly controlling communications with the panel (PTM function) enables the communicator to send Contact ID or SIA messages via cellular or Ethernet channel if communications between the panel and the central station via the PSTN line fail. If programmed (on the Console, PSTN/PTM page), this function is only enabled when the PSTN line is connected to terminals LE and is present.
Pulse dialing detection is not supported.
When the PTM function activates, the PSTN fault event occurs.
The communicator checks the LE line and, once it has detected that the line is occupied by the panel, executes the following procedure: it decodes the dialled number (DTMF); if the decoded number has PTM enabled, the communicator check for the Kiss-Off signal (it acknowledges the reception of
the event sent from the panel to the central station).
The panel must make the call immediately: the time between picking up and making the call, programmed on the panel, must be at least 2 seconds.
If the PTM All Numbers option is enabled (see “PSTN/PTM” on page 71) the communicator will check for the kiss-off for all calls.

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Activating outputs
The communicator has terminals (T1, T2, T3, T4, T5 and T6) which can be programmed as inputs or outputs. The outputs can be activated automatically, when certain programmed events occur (see “Inputs/Outputs” on page 55), or remotely, by sending SMS message to the communicator, by caller recognition from preprogrammed numbers (see “Phonebook” on page 46), or by the a mobile device running the ConnectAlarm app (see “App Type Output” on page 57).
Remote output activation/deactivation
The cellular or Ethernet connection must be present for the outputs to be remotely activated or deactivated.
To enable this function, the output must be configured as a Reserved Output. When terminals T1, T2, T3, T4, T5 and T6 are programmed as outputs, they may be controlled remotely via SMS and Caller ID. The SMS is never saved to the device, but is deleted as soon as the command has been executed. The number used to activate the outputs using Caller ID must NOT be concealed (it must NOT be a private number). To avoid calls being forwarded to devices connected to terminals LI, we recommend the communicator is programmed with the Black List Enabled enabled (Options > Dial Options) and White list disabled (Phonebook) for the numbers you wish to use for this function, calls will be rejected in this way.
The Open-Collector outputs can be programmed as Bistable or Monostable: Bistable outputs are activated/deactivated with two separate commands; Monostable outputs stay active for the programmed Monostable Time On, after which they return to standby, or until
they are deactivated by SMS.
Each output can be programmed to return a confirm signal: a previously programmed SMS, if the output was activated/deactivated via SMS; a confirm ringtone, if Caller ID was used.
If Caller ID is used, the call hangs up automatically 12 seconds after the output is activated.
For further details on the Control String and User Code options used in the following paragraphs, refer to paragraphs “Inputs/Outputs” on page 55 and “Options” on page 49.
Bistable outputs
Open Collector outputs configured to be bistable may be activated in two ways:
1. By sending an SMS consisting of the pound (#), the User Code, the Control String (Control String can not have initial blank spaces) and the characters =ON, as follows: #User CodeControl String=ON* (example:

123456HOMELIGHT=ON)

2. Using Caller ID: in this case, the output is activated without charge, since once the device has recognised the caller, it activates the output without accepting the call.
An OC output configured as bistable can ONLY be deactivated by an SMS composed of the pound (#), the User Code, the
Control String and the characters =OFF* using the following syntax:

User CodeControl String=OFF (example: #123456HOMELIGHT=OFF)

The 6 digit user code is factory set to 000000; to replace it, see “Changing the user code” on page 37.
Monostable outputs
OC outputs configured as monostable can be activated in 2 ways: by SMS and using Caller ID.

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SMS
Send an SMS composed of the pound (#), the User Code, the Control String (Control String can not have initial blank spaces) and by the characters =ON, =ONTonU or =OFF using the following syntax:

User CodeControl String=ON

User CodeControl String=ONTonU*

User CodeControl String=OFF

The =ONTonU parameter sets the ON time from 1 to 86400 seconds, with a resolution of 1 second. The ON Time can be set by means of the Communicator’s Console software. Ton is the required value and U is the unit in hours (H), minutes (M) and seconds (S), as shown in the following example:

SMS Example

Effect

123456HOMELIGHT=ON #123456*HOMELIGHT=ON* #123456HOMELIGHT=ON3600S

123456HOMELIGHT=ON50M #123456HOMELIGHT=ON3600

123456HOMELIGHT=ON000S #123456HOMELIGHT=OFF*

Bistable activation. Activated as programmed. Active for 3600 seconds. Active for 50 minutes. Activated as programmed, the invalid ON time parameter is ignored. Activated as programmed, the invalid ON time parameter is ignored. Deactivated.

To activate the output with an SMS using the programmed settings, remove the parameter TonU and leave the characters *.
(Example: #9876HOMELIGHT=ON**). If the monostable output is programmed incorrectly, the output will be activated for the Monostable Time On set in the Console.

Caller ID
The output is activated free of charge, since after it has recognised the caller, the device activates the output without answering the call.
Monostable outputs return to standby after the programmed Monostable Time On.
The Monostable Time On can be set from 1 second to 86400 seconds, with a 1 second resolution.

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SMS Programming
In addition to the processes described in the paragraph “Remote output activation/deactivation” on page 35, it is also possible to carry out other remote procedures through the transmission of various SMS messages.
Changing the user code
The default user code is 000000; to change it, send an SMS message consisting of the characters #CUC followed by the current user code and the new user code between * characters, in accordance with the following formula:

CUCUser codeNew user code* The device will send an SMS to confirm that the

user code has changed.
The new user code must be 6 digits long (0-9).
Enabling/disabling remote programming
Remote programming allows you to operate the Console over a network. To set the communicator’s parameters remotely, you must enable remote programming, either with the Console (see “Network Settings” on page 52), or with an SMS composed of the characters #ERA followed by the User Code and ON enclosed in * as follows:

ERAUser codeON* To disable remote programming, send the following SMS:

ERAUser codeOFF* The device will confirm with an SMS.

Changing the installer code
The 6-digit installer code is used to access the remote programming interface (see “Installer Authentication” on page 49). The default installer code is 111111; to change it, send an SMS message consisting of the characters #CIC followed by the current Installer code and the new Installer code between * characters, in accordance with the following formula:

CICInstaller codeNew installer code*

The new installer code must be 6 digits long (0-9).
If the EN50136 option is enabled, the installer must be authorised by the normal user for the installer code change to take effect.
The device will send an SMS to confirm that the installer code has changed.
Changing the level 4 installer code
The default level 4 installer code is 222222; to change it, send an SMS composed of the characters #CMC followed by the current Level 4 Installer code and the new Level 4 Installer code enclosed between *, as follows:

CMCLevel 4 installer codeNew level 4 installer code*

The new level 4 installer code must be 6 digits long (0-9).
For the Level 4 installer code change to take effect, the Level 4 installer must be authorised by the installer.
The device will send an SMS to confirm that the level 4 installer code has changed.

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Pay as you go balance check
To check your pay as you go balance with an SMS, you can either use the Console (see “Pay As You Go Balance” on page 51) or send an SMS composed of the characters #CCC followed by * and the user code, as follows:

CCCUser code or #ICCC followed by * and the installer code, as follows:

ICCCInstaller code

You will receive an SMS with the pay as you go balance.
At the mobile service provider’s discretion, the prepaid SIM card pay as you go balance service may be suspended. If the EN50136 option is enabled, the installer must be authorised by the normal user for the command to work.
Checking the expiration date
To find out the expiration date of the SIM card with an SMS, send an SMS composed of the characters #EDC followed by * and user code, as follows:

EDCUser code You will receive an SMS with the expiration date.

Updating the expiration date
To update the SIM card’s expiration date with an SMS, send an SMS composed of the characters #EDU followed by *, the user code and the new date, as follows:

EDUUser codenew date* The date must have the format DD/MM/YYYY.

If an expiration date has NEVER been set on the Console, the expiration time is set to 10:00 AM.
If a date and time of expiration have been set with the Console and you then change the expiration date with an SMS using the command #EDU, the expiration time is unchanged.
Checking the serial number
This command is used to check the communicator’s serial number with an SMS composed of the characters #RID followed by * and the user code, as follows:

RIDUser code or #IRID followed by * and the installer code, as follows:

IRIDInstaller code The device will respond with the RID: 01234567.

Enabling the installer
To enable the installer to work with the device, the user must send a SMS composed of #ENI followed by the User code as follows: #ENIUser code
The device will confirm with an SMS.
The installer must be enabled only if the EN 50136 option is enabled; if not, the installer is always enabled.

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Disabling the installer
To disable the installer from working with the device, the user must send a SMS composed of #DSI followed by the User code as follows:

DSIUser code

The device will confirm with an SMS.
The installer is disabled automatically 12 hours after being enabled.
Disabling the installer also automatically disables the level 4 installer.
Enabling the level 4 installer
To enable the level 4 installer to work with the device, the installer must send a SMS composed of #ENM followed by the Installer code as follows:

ENMInstaller code

The device will confirm with an SMS.
The level 4 installer is automatically disabled after 12 hours.
Start a remote session
To start a remote communicator session, send an SMS composed of #SRS followed by the Console IP and the Console port between *, as follows:

SRSConsole IP Console port*

where: the Console IP if the public IP of the PC in the format “AAA.BBB.CCC.DDD” (e.g. 37.207.123.181) or host/domain name
format (Fully Qualified Domain Name, e.g. “my_name.dyndns.org”); the Console port is the IP port in the format “NNNNN” (a 5 digit number in the range 1 to 65535).
You must set the router to which the Console’s PC is connected to enable port forwarding from the Console port to TCP port
51004 (the port used locally by the Console, this is NOT editable): ask your network administrator or refer to the router’s instructions.
The APN specified in the Console Network Settings page will be used, or the one programmed for Receiver 1 (IP Receivers page).
If no APN has been programmed (neither in the Network Settings page nor in the IP Receivers page), the SMS must specify the connection as follows:

SRSConsole IPConsole portAPN access point name

In some cases, if the APN USERNAME (max 32 characters) and PASSWORD (max 32 characters) are set, the above string is sufficient to initiate a session, otherwise the string must be modified as follows:

SRSConsole IPConsole portAPN access point nameUser namePassword

Changing the account number for the cellular receiver
To change the account number sent to the cellular receiver, send an SMS composed of #ACNC followed by the Installer Code and the Account number between *, as follow:

ACNCInstaller codeAccount number*

where: the Account number is a maximum of 10 digits.

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Changing the account number for the Ethernet receiver
To change the account number sent to the Ethernet receiver, send an SMS composed of #ACNE followed by the Installer Code and the Account number between *, as follow:

ACNEInstaller codeAccount number* where: the Account number is a maximum of

10 digits.

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ConnectAlarm app
Using the ConnectAlarm app on an Andorid/iOS mobile device, you can:
Activate or deactivate the communicator’s outputs (see “App Type Output” on page 57); Display the status of the communicator’s input (see “App Type Input” on page 58); Display text messages when the communicator’s events occur and end (see SMS / Push Notifications in “Inputs and
Events” on page 63); Display the Contact ID messages from the communicator (see Central Station Calls in “Inputs and Events” on page 63); Display text messages for Contact ID and SIA messages of control panel connected to the communicator’s LI terminals (see
SMS / Push Notifications in “CID/SIA Converter” on page 64); Display the Contact ID messages from the control panel connected to the communicator’s LI terminals (see All CID
Events to App Server in “App Server” on page 53).
The app deletes all event notifications related to a class (alarm, tamper, fault) when an event of that class restores. You can
see active events through the button for event display.
Setting up the ConnectAlarm app
1. On your mobile device, download the ConnectAlarm app from Play Store or Apple Store. 2. Open the ConnectAlarm app: the first time you open the ConnectAlarm app you must read and accept the End User
License Agreement and the Privacy Notice. 3. Enter the Server Address, connect.tycomonitor.com, and click OK. 4. Click Sign up. 5. Enter a valid E-mail address and click SIGN UP. 6. Enter the E-mail code you received at the e-mail address you have entered in previous step and click PROCEED. 7. Enter the password for your account and click PROCEED. 8. In the Panel name option, enter a name for the system where the communicator is part. 9. In the Panel Serial option, enter the communicator serial number on the communicator electronic board. 10. In the Master User Code option, enter the communicator’s user code (see Options > User Authentication > User
Code in the console): default, 000000. 11. Click CONNECT. 12. In the PANELS LIST, select the system you have had just added. 13. Enter the communicator’s user code (see Options > User Authentication > User Code in the console) and click
PROCEED: default 000000.
At this point the end user can manage the system, according to the installer setup.

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PC PROGRAMMING
You can program the communicator using the latest DLS 5 console software that you can download from www.dsc.com.
To install and run the console, you must have admin rights on the PC; we also recommend that you check the firewall settings
if you encounter problems during the installation procedure.
Proceed as outlined below.
1. Install the console. 2. Run the console. 3. Select the user name and enter the password to enter the session: the factory setting uses the username admin and the
password is 1234. 4. Open the File menu and click on New Account to create a new account or open an account listed in the Start Page:
double click on the account to open it. 5. Setup the options (refer to the respective paragraphs for instructions). 6. Download the options to the communicator (refer to “Downloading and Uploading” on page 76).
To change the console’s language, click on Tools > Edit Current User; select the language on the next page.
Description of the menus
File menu New Account: Creates a new account and assigns the factory settings to all parameters. Account Group Maintenance: groups several accounts into a group. Recent Files: selects an existing account. Exit: Exits the program. You will be prompted to save any changes made to the current installation. View menu Start Page: equivalent to clicking on the Start Page tab. Toolbar: opens the Account Group Maintenance field. Operators Online: list of connected users. Open Accounts: list of saved accounts.
Communication Jobs: lists the communication sessions; you can also click on . Recent Activity: list of recent activity. Tools menu Language Manager: modifies, imports/exports, creates new languages. DLS 5 v1.50 Operator Maintenance: in this window, the administrator can modify his password and set the password
for a user (with possible functional restrictions–Edit Operator Roles) for the Console. Modem Manager Configuration: sets the type of connection: PCLINK or COM port. Edit Current Operator: see previous page for changing the Console language. Backup/Restore Database: sets the database management options. Recycle Bin: select the account and delete it. Window menu Close All Tabs: closes all open account tabs. Start Page: equivalent to clicking on the Start Page tab. Help menu About DLS: displays the Console version. End User License Agreement: displays the text of the license agreement. Updates: Check For Updates–Show Installed Updates–Manually Install Update. Send Feedback: send a comment to the manufacturer

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Description of icons
Global Upload: displays the communicator’s settings on the PC. Global Download: once a new account has been programmed (or an existing account has been modified), sends the new settings to the communicator. Save: if you change the settings for the existing account, click on Save to save the new configuration. Connect Only. Communicate Tags. Upload Event Log. Clear all tags. Disconnect When Complete. Programming/Audio Import/Export. Select User: displays only information relating to the Normal User, Installer or Level4 Installer. Option Name Search: enter the name of the option to the left of the icon. Icons present on all programming pages. Clear all tags for this group. Export. Restore all options to default. Restore all options to original. Tag all for upload: select all page options for upload. Tag all for download: select all page options for download. The following pages are available in the programming section. Phonebook: the phonebook page. Options: options page.

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Firmware Update: the icon only displays when the Level 4 Installer is enabled and is updating the firmware in this page (see icon Select User).
Network Settings: connection settings page
Inputs/Outputs: programs the communicator’s inputs and outputs.
Communicator: communicator programming page.
IP Receivers: programs all IP receiver options.
Voice Messages: voice message management page.
PSTN/PTM: configures the PTM function.
Event Log: configures the event buffer.
Status: communicator monitoring page. If you wish to configure a new account, go to File > New Account. To display the list of accounts in the database, select View > Start Page or click on Start Page. In this section you can delete or recall the configuration for a given account as follows: 1. Right click on the account name. 2. Select Open to load the data from the database or Delete to delete the account and all its settings from the database. To load an account, you can simply double-click on the account name. You can also order the list alphabetically or by code by clicking on the header of the column in question. All settings are available on the following pages. This chapter describes in detail the application’s pages.
Depending on your level of access (Normal User, Installer or Level 4 Installer) the settings pages will display differently.
Programming/Audio Import/Export
Button opens a window with the following functions. Export Programming: click on this button to export the current settings from the Console to a USB key.
Import Programming: click on this button to import a communicator’s settings from a USB key to the Console; the settings may be those previously exported from a Console running on another PC, or from a communicator. Export Audio: click on this button to export the voice messages from the Console to a USB key.
Import Audio: click on this button to import the voice messages from a USB key to the Console; the messages may be those previously exported from a Console running on another PC, or from a communicator.

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Restore Factory Settings
To restore the communicator’s factory settings, proceed as follows.
1. Shut off power to the communicator. 2. Short pins 1 and 4 of the PC LINK 15 connector and restore power. 3. All LEDs will turn on, and after a few seconds the green ones will turn off to indicate that the factory restore is in progress. 4. You can now remove the short connection between pins 1 and 4 of connector 15.

5. Once the procedure terminates, the LEDs other LEDs remain off.

will flash to indicate that the PINs have been restored to their values; the

Recorded voice messages are NOT deleted by the factory restore procedure. Voice messages can be deleted in the Console’s

Voice Messages page. The factory restore procedure may NOT be executed if the communicator is ONLY powered by its backup battery; you must reconnect its primary power supply.

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Phonebook

You can save up to 32 phone numbers in this page.
If the periodic pay as you go balance function has been programmed for the communicator’s SIM card (see the Options page)
the answering SMS is sent to phone number #1.

Label: enter an alphanumeric string of at most 16 characters. Phone Number: enter a phone number with the international dialing prefix in the format “+xxx” (e.g.: +39 for Italy). Up to
16 digits at most are allowed (the “+” counts as a character).
The numbers in the phonebook are used to activate outputs, for the SMS communicator, the voice communicator, the
IP receiver and for PTM (Panel Transmission Monitoring).

White List: if Black List Enabled option is enabled (see Options > Dialing Options) the communicator will forward to devices connected to terminals LI (e.g. a burglar alarm panel or a telephone set) the calls coming from numbers with this option enabled and will block calls coming from all other numbers, as explained by the following table.

Black List Enabled White List

Disabled

Disabled

Disabled

Enabled

Enabled Enabled

Disabled Enabled

Operating Mode
Incoming calls from any number are forwarded to LI. Incoming calls from any number are forwarded to LI. Incoming calls from any number are blocked. ONLY incoming calls from numbers with White List option enabled are forwarded to LI; incoming calls from any other number blocked.

This option affects ONLY calls over cellular channel; incoming calls to communicator’s terminals LE are ALWAYS forwarded
to terminals LI.
Numbers having the White List option enabled must have Caller ID enabled otherwise the communicator blocks the call.

Activate Output: click on [+] to select the outputs (1 = T1, 2 = T2, 3 = T3, 4 = T4, 5 = T5 and 6 = T6) to activate when the communicator receives a call from the number in question. This function is independent of the White List and Black List Enabled settings in Options > Dialing Options. To activate the output, Caller ID must be enabled, for the number in question.
To activate the output, set terminal T1, T2, T3, T4, T5 or T6 as Output and enable Reserved Output option (see Inputs/
Outputs page).
Output Activation Confirmation: check this box to receive a ring tone to confirm activation of the output.
The ringtone will sound 1 minute after the output has been activated.
If the communicator is busy with another operation (for example, the cellular channel is busy with voice communications), the ringtone will not be sent.
PTM: enable this options to activate the “PTM” function for the number in question. Use this option to monitor the panel’s calls to a PSTN receiver’s number (central station). Factory setting: disabled.
CID/SIA Event Conversion: enables sending of messages by voice or SMS, by decoding the panel’s CID/SIA packets (see table 13 on page 47).

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Virtual Receiver on GSM Path: if CID/SIA Event Conversion is enabled and the option IP Receiver on GSM Path is disabled, this function forces the communicator to simulate a receiver (the communicator sends a handshake and kissoff to the panel).
IP Receiver on GSM Path: enables decoding of events transmitted by the panel to the phone number and the transmission of events on the cellular network to IP receivers (central station).

Channel1

Communication protocol2

CID/SIA Virtual Event Receiver on
Conversion GSM Path

IP Receiver on GSM Path

Effects

PSTN No effect

Disabled

No effect

No effect

The panel’s voice and digital messages (SIA and CID) are forwarded to PSTN.

PSTN SIA / Contact ID Enabled

No effect

No effect

The panel’s voice and digital messages are forwarded to PSTN. The digital messages are converted to voice or SMS messages (as set in the Communicator > CID/SIA Converter page) and forwarded on cellular channel3.

Cellular No effect

Disabled

Disabled

Disabled

The panel’s voice messages are forwarded on cellular channel4.

Cellular Contact ID

Enabled

Disabled

Disabled

The panel’s voice and digital messages (CID) are forwarded on cellular channel4. The digital messages (CID) are converted to voice or SMS messages (as set in the Communicator > CID/SIA Converter page) and forwarded on cellular channel3.

Cellular SIA / Contact ID Enabled

Enabled

Disabled

The digital messages (CID or SIA) are converted to voice or SMS messages (as set in the Communicator > CID/SIA Converter page) and forwarded on cellular channel3. The communicator simulates a receiver by supplying the handshake and kissoff messages.

Cellular or SIA / Contact ID Disabled Ethernet

Disabled Enabled

The digital messages (CID or SIA) are decoded and forwarded on the cellular or Ethernet channel to the IP receivers. The communicator simulates a receiver by supplying the handshake and kissoff messages.

Table 13 ­ Effects of the CID/SIA Event Conversion, Virtual Receiver on GSM Path and IP Receiver on GSM Path options on the communicator’s operation. 1) Refers to the communications channel used by the communicator. 2) See the Options page. 3) Only if the panel’s communications protocol is compatible with that of the communicator. 4) SIA and CID messages may NOT be understood by the receivers due to distortion on the cellular network.

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Channel1

Communication protocol2

CID/SIA Virtual Event Receiver on
Conversion GSM Path

IP Receiver on GSM Path

Effects

Cellular or SIA / Contact ID Enabled Ethernet

Disabled

Enabled

The digital messages (CID or SIA) are decoded and forwarded on the cellular or Ethernet channel to the IP receivers. The communicator simulates a receiver by supplying the handshake and kissoff messages. The digital messages (CID or SIA) are converted to voice or SMS messages (as set in the Communicator > CID/SIA Converter page) and forwarded on cellular channel3.

Table 13 ­ Effects of the CID/SIA Event Conversion, Virtual Receiver on GSM Path and IP Receiver on GSM Path options on the communicator’s operation. 1) Refers to the communications channel used by the communicator. 2) See the Options page. 3) Only if the panel’s communications protocol is compatible with that of the communicator. 4) SIA and CID messages may NOT be understood by the receivers due to distortion on the cellular network.

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Options
The Options page differs depending on the user’s access level: normal user, installer, level 4 installer.
User Authentication
Installer Code Enabled: the normal user uses this option to enable the installer for programming the communicator.
The installer need only be enabled if the EN50136 option is enabled.
The installer is disabled automatically 12 hours after being enabled. Disabling the installer also automatically disables the level 4 installer.
User Code: enter the normal user code here (at most 6 digits), for use, among others, in remotely activating the outputs. Factory setting: 000000.
Installer Authentication
Installer Code: enter the installer code here (6 digits). Factory setting: 111111. Level 4 Installer Code Enabled: the installer can enable the level 4 installer code for communicator firmware updates
here.
This option is disabled if the EN50136 option is disabled.
EN50136: the installer can enable/disable the EN50136 option in this box.
To ensure conformity with EN 50136-2, the EN50136 option should NOT be disabled.
Level 4 Installer Authentication
Level 4 Installer Code: enter the level 4 installer code here (6 digits). This code gives access to firmware updates and Status page display. Factory setting: 222222.
Dialing Options
This section configures certain aspects of the phone numbers. Dial Prefix: the number entered in this box is placed before any number dialled by the communicator over the cellular
channel. Enter the prefix (1 to 8 digits) or leave the field empty, if unused. Digits to Remove: if the communicator is connected to a phone switchboard, the phone numbers (programmed in the
panel) must be preceded by the switchboard number (normally a single digit). Since the switchboard number is not necessary when calls are made to the GSM network, it must be removed from the number. Enter the number of digits that form the switchboard number (e.g. if switchboard number is 01, enter 2 in the Digits to Remove option, as 2 numbers form the switchboard number).
The phone number must have at least two digits more than the number entered in Digits to Remove, otherwise the engaged
tone is generated.
Example:
1. Set the Dial Prefix = 9999 and set Digits to Remove to 2 on the communicator. 2. Configure a voice call on the panel using the number 9999011234567890. 3. Activate the call on the panel.

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4. The communicator will send the call to the number 1234567890.
If the Digits to Remove option is enabled and the panel calls a number which has CID/SIA Event Conversion enabled
(see Phonebook), the phone number in the phonebook must match the one programmed on the panel (including prefix), in order for the communicator to convert it.
Black List Enabled: if enabled, the communicator forwards to devices connected to terminals LI, the calls coming from telephone numbers with White List option is enabled ONLY (see “Phonebook” on page 46).
This option affect ONLY calls over the cellular channel; incoming calls to communicator’s terminals LE are ALWAYS
forwarded to terminals LI.
The Black List function COMBINED with Activate Output on Caller ID delays call refusal by a few seconds. The
confirmation ring tone associated with Activate Output on Caller ID delays call refusal by a few seconds. If the call is refused immediately, the output has not been activated.
Tones: select the country of Communicator installation; the selected country will set adequately a series of parameters for the proper working of the simulated telephone line.
Roaming Enabled: enables the communicator to connect to another mobile service provider when that of communicator’s SIM is not available.
Additional charges may apply.
Priorities
This options allows you to configure the communicator’s actions priority.
Dialer / LI Priority: defines the priority of the communicator actions (see Dialer Events Priority) and the LI (messages transmitted by devices connected to the LI terminals, such as a burglar alarm panel).
Factory setting: Dialer High, LI low. Dialer Events Priority: set the priority for the communicator’s actions described as follow. Digital Calls: Sending the communicator’s Contact ID or SIA messages to PSTN receivers via cellular channel. Push Application: Sending the communicator’s notifications to the app. Ring: Sending the confirmation ring for communicator’s output activation. Rx: Sending the communicator’s Contact ID or SIA messages to IP receivers via cellular or Ethernet channel. SMS: Sending the communicator’s SMS messages via cellular channel. Voice Calls: the Sending communicator’s voice messages via cellular channel.
Factory setting: 1:Ring; 2:Digital Calls; 3:Voice Calls; 4:SMS; 5:Rx; 6:Push Application.
Generic
This section sets the loudness of the communicator’s speaker and microphone.
Speaker Volume: set the communicator’s speaker volume: change this setting if the panel connected to terminals LI of the communicator is unable to decode the DTMF commands.
Microphone Volume: set the communicator’s microphone volume: change this setting if the user is unable to understand the voice messages sent by the panel connected to terminals LI of the communicator or by the communicator itself.
A high microphone volume setting can corrupt the DTMF tones from devices connected to terminals LI, and make them
incomprehensible.
Enable Antenna Cut Detection: if enabled, the Antenna Fault event is tripped when the antenna is not present or in short circuit.

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Enable Battery Detection: if enabled, the Battery Fault event is tripped when battery faults are detected.
Automatic Clock Adjust
The options of this section is for the automatic synchronisation of the communicator’s clock.
SIM Phone Number: enter the phone number of the SIM card in the communicator (up to 16 digits). Auto SMS: if enabled, the communicator updates the system date and time by sending an SMS to the number specified in
the SIM Phone Number option. Factory setting: enabled. IP Clock Adjust: if enabled, the communicator gets the date and time from the IP receiver 1, when configured and
connected. Factory setting: enabled.
In order to ensure compliance with EN 50136-2, the Auto SMS and IP Clock Adjust options must be enabled.
Pay As You Go Balance
At the service provider’s discretion, the prepaid SIM card pay as you go balance service may be suspended.
This section configures the system so that an SMS containing the service provider’s pay as you go balance information is periodically sent to the first number in the Phonebook. Program the following options for a proper pay as you go balance request, depending on the service provider in question.
Check with the SIM card provider for the methods and any charges for the available credit request.
Enquiry Type: select the type of request (none, SMS, Call, Service Command). Enquiry Number: telephone number to call or to which an SMS message should be sent in order to request credit balance
information. Balance Message: string used in the SMS requesting the balance using network commands. Enquiry Interval: enter the interval within which the periodic SMS is to be sent with the balance information (if handled by
the operator). The interval is composed of the following values: — Days, day of next send–select to send the next periodic SMS. The value runs from 0 to 364; — Hours, time of next send–select to send the next periodic SMS. The value runs from 0 to 23.
SIM Expiration
SIM Expiration Message: enables sending the SMS (user programmable) with the expiration data to the first number in the phonebook.
SIM Expiration Date: once the expiration date is set, the message is sent 30, 15, 7, 6, 5, 4, 3, 2 and 1 days prior to the expiry date itself. Click on Now to set the PC’s time.
The SMS is sent once every programmed day: if it fails, no further attempt is done.
Protocol Settings
Handshake Repetition: set the number of handshakes generated by the communicator and sent to the panel connected to terminals LI. Range: 1 to 4.
Communication protocol: select the protocol: Contact ID or SIA.
Depending on this setting, the communicator will decode CID or SIA events from the panel connected to the LI line; the setting
must be the same for all numbers handled by the communicator. The installer must check that the mobile service operator works reliably with Contact ID on the cellular network, due to issues with transmission quality.

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Network Settings
The Network Settings page is to setup the communicator for communication via cellular network or via Ethernet, with the console or the app, as indicated following. Device ID: enter the communicator’s serial number you can find on the communicator’s electronic board.
Cellular Data
The options in the Cellular Data section are to setup the communicator for communication via cellular network.
In order to set up a cellular communication, the user must specify an APN, optionally a user name and password, provided by the network operator, as indicated following. Remote Access: check this box to enable remote programming. Remote Access APN: access point name, up to 32 characters. This is generally supplied by the cellular network operator. Remote Access User Name: some operators require user authentication; enter the user name in this field. Remote Access Password: enter the password in this field.
See paragraph “Start a remote session” on page 39.
Ethernet
The options in the Ethernet section are to setup the communicator for communication via Ethernet, as indicated following. Obtain an IP address automatically: If this option is ENABLED the server or router the communicator is connected to
provides the communicator with the information required to connect to the sub- network it is part of: IP Address, Subnet Mask, Default Gateway, DNS Server Address. If this option is disabled the connection options should be set manually as described in the following sections. Factory setting: enabled. IP Address: Enter the IP address1 to be assigned to the communicator: the network administrator will provide this information. Factory setting: 192.168.0.101
This option is locked if the Obtain an IP address automatically option is enabled.
Subnet Mask: Enter the sub-network mask2 for the local sub-network: the network administrator will provide this information. Factory setting: 255.255.255.0.
This option is locked if the Obtain an IP address automatically option is enabled.
Default Gateway: Enter the IP address for the local gateway3 that will be used by the communicator to connect to a PC outside the LAN (Ethernet): the network administrator will provide this information. Factory setting: 192.168.0.1.
This option is locked if the Obtain an IP address automatically option is enabled.

1. An Internet protocol (IP) address is a numerical label that uniquely identifies a device (host) connected to a computer network that uses Internet Protocol as a communication protocol. An IP address basically performs two main functions: it identifies a device on the network and consequently provides the path for it to reach another device on the network.
2. The sub-network mask indicates the method used to define the given range for a host within an IP sub-network, in order to reduce network traffic and assist in searching for and reaching a determined host with relevant sub- network IP address.
3. A gateway is a network device whose main function is to carry network data packets outside to a local network (LAN); the hardware device that implements this task is usually a router.

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DNS Server Address: Enter the IP address for the DNS server: the network administrator will provide this information. Factory setting: 8.8.8.8 (google).
This option is locked if the Obtain an IP address automatically option is enabled.
Ethernet speed configuration: Select the Ethernet interface speed for the communicator. Automatic (factory setting); 10 Mbps, Half Duplex; 100 Mbps, Half Duplex; 10 Mbps, Full Duplex; 100 Mbps, Full Duplex.
App Server
The options in the App Server section are to setup the communicator for communication with the app over the cellular or Ethernet channel, as indicated following.
IP address: This is the IP address of the app server set in factory. Change this IP address if required. It can be numeric or literal value.
Ethernet Remote Port: This is the listening port used by the app server over the Ethernet channel. Change this port only if required by the app server. In any case, it must be different from receivers’ remote ports and from Cellular Remote Port. Factory setting: 1303.
Cellular Remote Port: This is the listening port used by the app server over the cellular channel. Change this port only if required by the app server. In any case, it must be different from receivers’ remote ports and from Ethernet Remote Port. Factory setting: 1304.
Eth/Cellular Local Outgoing Port: This is the outgoing port used by the communicator to communicate with the app server. Zero means that the communicator automatically set this value. Enter a fixed value if the local network rules block some outgoing port. If you enter a value different from zero, it must be different from the Eth/Cellular Local Outgoing Port set for DLS. Factory setting: 0.
Channel Priority: Select the channel used by the communicator for communication with the app server. Cellular Only: the communicator uses the cellular channel for communication with the app server. Ethernet Only: the communicator uses the Ethernet channel for communication with the app server. Ethernet Primary, Cellular Backup: the communicator uses the Ethernet channel for communication with the app
server, and the cellular channel when the Ethernet communication is missing.
Factory setting: Cellular Only.
All CID Events to App Server: If enabled, all the Contact ID events of the panel connected to the communicator are forwarded to the app. Factory setting: disabled.
Ethernet Init encryption key: This is the encryption key used on the first communication with the app server, on the Ethernet channel. Change this encryption key only if required by the app server. Factory setting: 12345678123456781234567812345678.
Cellular Init encryption key: This is the encryption key used on the first communication with the app server, on the cellular channel. Change this encryption key only if required by the app server. Factory setting: 12345678123456781234567812345678.
DLS
The options in the DLS section are to setup the communicator for communication with the console, as indicated following.
Ethernet Local Incoming Port: Enter the incoming port on the communicator for the console connecting as client. Factory setting: 3062.
Eth/Cellular Local Outgoing Port: This is the outgoing port used by the communicator to communicate with the console. Zero means that the communicator automatically set this value. Enter a fixed value if the local network rules block some outgoing port. If you enter a value different from zero, it must be different from the Eth/Cellular Local Outgoing Port set for App Server. Factory setting: 0.

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Outgoing Connect. Fallback to Cellular: if this option is enabled, the communicator tries the connection through cellular network if the Ethernet connection fails. Factory setting: disabled.

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Inputs/Outputs

This page is used for setting the input/output modes, the output activation events, their standby polarity (NC or NO), the reserved
outputs, and the remote activation SMS strings for the reserved outputs.
Template: you can set the communicator’s inputs and outputs to manage control panels or appliances, through the ConnectAlarm app (see “App Type Output” on page 57 and “App Type Input” on page 58). This menu has a list of presets suitable for managing specific control panels.
Custom: you can set all the inputs and outputs options as required. PowerSeries: input and output options are set to manage a PowerSeries control panel. PowerNeo: input and output options are set to manage a PowerNeo control panel. Kyo32G: input and output options are set to manage the Kyo32G control panel. Kyo320: input and output options are set to manage the Kyo320 control panel. The control panel may be connected to the
communicator as shown in figure 7.

L1 L2 O1 A O2 O3 O4

T1 T2 T3 T4 B T5 T6

Figure 7 ­ Wiring diagram example for managing the Kyo320 control panel through the ConnectAlarm app. Note: In your installation, the control panel terminals may be different.

Callout

Description

A

Control panel.

B

Communicator.

L1

Input that arms the control panel when connected to negative.

L2

Input that disarm the control panel when connected to negative.

O1

Output floating when the control panel is disarmed, connected to negative when the control panel is

armed.

O2

Output connected to negative when the control panel is in alarm status.

O3

Output connected to negative when the control panel is in tamper status.

O4

Output connected to negative when the control panel is in fault status.

Negative terminal.

Input/output: double click on the input/output number to view the settings. Label: enter an alphanumeric string of at most 16 characters. I/O Type: in this column you can program terminals T1, T2, T3, T4, T5 and T6 for the following modes:
— Input, select this mode to configure the terminal as an input line;
— Output, select this mode to configure the terminal as an open-collector output; Polarity: this option is used to program the output/input standby status:
— Normally Closed: the terminal is grounded (negative) when the input/output is at standby;
— Normally Open: the terminal is floating when the input/output is at standby.

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Output: if set as output, double click on [+] to display the column relating to the event to program for the output. The check mark indicates that the output in question will be activated when the event occurs. Click on the boxes to check/uncheck them.
An output returns to standby when all the causes that tripped it are resolved, except for FTC fault, in which case it returns
to standby after a set delay (ON time).
Programming events for an output implies that certain events relating to the output are disabled.

Panel Interconnection Fault: if selected, the output is activated when the panel is not present. Jamming Detect: if selected, the output will be activated if the device is subject to radio disturbance (factory setting:
terminal T6). Antenna Fault: if selected, the output is activated if the antenna is not present or has limited function (only with ANTLTE-
02). Tampers: if selected, the output will be activated when tampering is detected: opening the cover, removal from the wall
(factory setting: terminal T4 on GS4005/3G4005/TL405LE or T6 on GS4015). PSTN Fault: if selected, the output is activated if the external phone line, connected to the LE terminals, fails (factory
setting: terminal T1 on GS4005/3G4005/TL405LE or T4 on GS4015). GSM Fault: if selected, the output is activated if cellular network coverage fails (factory setting: terminal T5). No Cellular Network: if selected, the output is activated when problems occur with the cellular network connection
(factory setting: terminal T2 on GS4005/3G4005/TL405LE or T5 on GS4015). IP Receiver Fail: if selected, the output is activated whenever a problem occurs with the IP receiver. FTC Fault: if selected, the output is activated when a phone action does NOT terminate successfully and returns to
standby when the most recent phone action terminates successfully. Ethernet DoS Detected Fault: if selected, the communicator activates the output when detects a DoS attack on the
Ethernet channel. Ethernet Network Fault: if selected, the communicator activates the output when does NOT see the LAN network. Power Fault: if selected, the output is activated when a power problem is detected. Reserved Output: if selected the output may be activated by Caller ID or SMS.
If the Reserved Output option is enabled, all other options are disabled.

Control String: in this option, enter the string (maximum 16 alphanumeric characters) to be sent by SMS when you wish to activate/deactivate the corresponding output remotely. This function is available even if Caller ID is not enabled.
Activation Confirmation: select the type of confirmation you want to receive when the output is activated: none, Ring, SMS (NOT available when the Control String option is left blank) and Ring + SMS. If the output is activated by an SMS, the activation confirmation will be sent by SMS (see table below).

SETTINGS

EFFECTS

Black List Enabled

White List

Activation Confirmation

Call Forwarded (only if the communicator is switched to cellular channel)

Confirmation Ring

Disabled Disabled None

YES

NO

Disabled Disabled Ring

NO

YES

Disabled Enabled None

YES

NO

Disabled Enabled Ring

NO

YES

Enabled Disabled None

NO

NO

Enabled Disabled Ring

NO

YES

Enabled Enabled None

YES

NO

Enabled Enabled Ring

NO

YES

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Type: normally the outputs, when activated, remain so until a deactivation command is received (Bistable), at which point the output will revert to its standby status. If you wish the output to return to standby automatically after a set period of time, select the option Monostable and set this time in the option Monostable Time ON next to it.
Monostable Time ON: enter a value in seconds (1 to 86400 in 1 second steps) to indicate the time for which the output, if monostable, remains active before returning to standby.
Input
When a T1, T2, T3, T4, T5 or T6 terminal is configured as an input, it can be programmed as Normally Open or Normally Closed (see Polarity). The input is polled at least every 30 ms and, if its state remains stable for more than 300 ms, Input 1 Event is generated (for terminal T1).
The following options are available when programming the inputs: Panel Interconnection Present: if enabled, deactivation of the input generates the Panel Interconnection Fault
event and activating the input generates the Panel Interconnection Restore event. Dialer Block: if enabled, activating the input blocks the communicator and deletes the queue. Force Communication on Simulated Line: if enabled, activating the input switches from PSTN to cellular channel.
App Type Output
You can activate or deactivate the communicator’s outputs through the ConnectAlarm app.
Use this menu to set how the app activates or deactivates the outputs.
Not Used: the app cannot activate or deactivate the output.

Arm / Disarm: the ARM

and DISARM

buttons can be used to activate and deactivate the output.

The output is set as Bistable and you must connect it to a control panel’s input that arms the control panel when activated, and disarms the control panel when on standby:

You need a communicator input to receive the control panel’s arming status: see Arm / Disarm. Status.

Partial Arm 1: the button output.

is used to activate the output. The button

will have the same label you set for the

The output is set as Monostable and you must connect it to a control panel’s input that performs a partial arming each time it is activated.

You need a communicator input to receive the partial arming status: see Partial Arm / Dis. St 1.
Partial Arm 2: similar to Partial Arm 1 but for partial arm 2. Partial Arm 3: similar to Partial Arm 1 but for partial arm 3. Partial Arm 4: similar to Partial Arm 1 but for partial arm 4.

Arm Only: the ARM

button is used to activate the output.

The output is set as Monostable and you must connect it to a control panel’s input that arms the control panel each time it is activated.

You need a communicator input to receive the control panel arming status: see Arm / Disarm. Status.

Disarm Only: the DISARM

button is used to activate the output.

The output is set as Monostable and you must connect it to a control panel’s input that disarms the control panel each time it is activated.

You need a communicator input to receive the control panel arming status: see Arm / Disarm. Status.

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Automation Btn.: if there is not an input set as Automation input, with the same label as the output in question, the app will have buttons to activate or deactivate the output similar to the following example, in the Output page.

Output 3

Element Output icon.

Description

PGM 3 Output terminal. Output 3 Output label you set in the Label option.
The output is set as Bistable and you must wire it to switch on or off the required appliance: the output activates when you click
the button ; the output goes on standby when you click the button .
You do not know the output status.

If you want to know the output status, set a terminal as Automation Input and assign to it the same label as the output you want to control. In this case the app will have a button to activate or deactivate the output similar to the following example, in the Output page.

Output 1

Element Output icon.

Description

PGM 1 Output terminal.

Output 1 Output label and input label you set in the Label option.

Off

Output status.

The output activates when you click the button changes to .

: the button changes to

, the status changes to On, and the output icon

The output goes on standby when you click the button : the button changes to
output icon changes to .
App Type Input
You can display the communicator’s input status on the ConnectAlarm app. This menu is for setting how the app shows the input state.

, the status changes to Off, and the

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Not Used: the app do not show the input state. Arm / Disarm. Status: this input type can be used to display on the app the arming status of the control panel. When the input is on standby, and there are not any partial arm/disarm status inputs active, the app shows the following information:
When the input is active, the app shows the following information:
Connect this input type to a control panel’s output that signals the arming status. Partial Arm / Dis. St 1: this input type can be used to display on the app the partial arming status of the control panel. When the input is on standby, and there are not other partial arm/disarm status inputs, and arm/disarm status inputs active, the app shows the following information:
When the input is active, the app shows information similar to the following example:
Perimeter
In the above example, Perimeter is the input label you set in the Label option. Connect this input type to a control panel’s output that signals the partial arming status. Partial Arm / Dis. St 2: similar to Partial Arm / Dis. St 1 but for the partial arming status 2 Partial Arm / Dis. St 3: similar to Partial Arm / Dis. St 1 but for the partial arming status 3. Partial Arm / Dis. St 4: similar to Partial Arm / Dis. St 1 but for the partial arming status 4. Alarm Status: this input type can be used to display the alarm status of the control panel. When the input is on standby, and there are no tamper status and fault status inputs active, the app shows the following information:

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When the input is active, the app shows information similar to the following example: PANEL ALARM
In the above example, PANEL ALARM is the input label you set in the Label option. Connect this input type to a control panel’s output that signals the alarm status. Tamper Status: this input type can be used to display the tamper status of the control panel. When the input is on standby, and there are no alarm status and fault status inputs active, the app shows the following information:
When the input is active, the app shows information similar to the following example: PANEL TAMPER
In the above example, PANEL TAMPER is the input label you set in the Label option. Connect this input type to a control panel’s output that signals the tamper status. Fault Status: this input type can be used to display on the app the fault status of the control panel. When the input is on standby, and there are no alarm status and tamper status inputs active, the app shows the following information:
When the input is active, the app shows information similar to the following example: PANEL FAULT
In the above example, PANEL FAULT is the input label you set in the Label option. Connect this input type to a control panel’s output that signals the fault status. Automation input: This input can be used to control the status of an appliance.

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If there is no output set as Automation Btn., with the same label as the input in question, the app will show the input status, on the Output page, as in the following example:
Input 4

Element Input icon when the input is in standby.

PGM 4 Input 4 Off

Input terminal. Input label you set in the Label option Input status when the input is in standby

Description

When the input is active, the status is On and the input icon is . Wire this input type to control the status of the required appliance.

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Communicator
This page configures the events transmitted by the communicator.
Communicator Options
Call Options
Call All Numbers: select this option to call all numbers set for a given event. You can select: Voice Calls, CID: Over GSM, Voice Calls and CID: Over GSM and Disabled. If this option is not selected, the communicator terminates the cycle of calls as soon one of them terminates successfully.
Call Confirmation: select this option to have the dialer wait for the remote user to confirm reception of the voice message,
otherwise the dialer will try sending the voice message again; the remote user can confirm by pressing on his phone
(for tone dialling phones only).
While listing to a voice message, pressing on the phone keypad blocks both the current call and any queued calls as well.
In some cases the dialer may bad interpret the response of answering machines, mobile service operator courtesy messages and so on, so we recommend leaving Call Confirmation enabled.
Repeat Call: this option is used to enter the number of attempts to be performed (up to a maximum of 8) if the call is not successful.
Repetitions: enter the number of times the voice message is to be repeated (up to 8) when the called number answers. Voice message Header: select the voice message the communicator will play at the begin of each voice call.
Periodic SMS and Voice
Periodic SMS/Call Send Interval: set the interval (Days and Hours) between two Periodic Call/SMS events. Range: 0 to 365 days and 0 to 23 hours.
Periodic SMS /Call First Send: select the date and time for sending the first Periodic Call/SMS event. The 24hr/12hr button allows you to select the time display format: 12 hour or 24 hour. The Now button sets the PC’s current time.
In order to ensure conformity with EN 50136-2, the Periodic SMS/Call First Send time must be set to 1 day, and this
function may not be modified. Factory setting: 1 day. To set the options for Periodic SMS/Call First Send, enter the SIM Phone Number and enable Automatic Clock Adjust options in the Options page.
Ring only for periodic event: with this option enabled, the system sends a 5 s ring tone instead of a periodic voice message.
Periodic Call
Periodic Test Transmission Interval: set the interval (Days and Hours) between two Periodic Test Transmissions events. Range: 0 to 365 days and 0 to 23 hours.
Periodic Test Transmission First Send: set the date and time of the first Periodic Test Transmission event. The 24hr/12hr button allows you to select the time display format: 12 hour or 24 hour. The Now button sets the PC’s current time.
SIA
Date/Time on SIA packet: if enabled, the SIA packet will include the date and time.

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Inputs and Events
SMS / Push Notifications
This table specifies, for each event handled by the communicator, the SMS message to send to the numbers specified in the column SMS Tel. Number, and to the app.
Event: this column lists the events for which a SMS message is to be sent: refer to “Internal events” on page 28 for a description of the events.
Telephone Numbers: select the numbers to which an SMS is to be sent. Double click on [+] to expand the column: a table will be shown to select up to 8 telephone numbers from Phonebook. Click on a check box to enable/disable sending of a message to relative telephone number, for required events. Double click on [­] to collapse the column: a list of selected telephone numbers will be shown.
Push Notification: if enabled, the event sends to the app the message set in the SMS / Push Notification Text option. SMS / Push Notification Text: enter the text to be sent when the event occurs (up to 70 characters).
Voice Calls
This table specifies, for each event handled by the communicator, the voice messages to send to the numbers specified in the column Telephone Numbers.
Telephone Numbers: select the numbers to which the event is to send a voice message. Double click on [+] to expand the column: a table will be shown to select up to 8 telephone numbers from Phonebook. Click on a check box to enable/disable sending of a message to relative telephone number, for required events. Double click on [­] to collapse the column: a list of selected telephone numbers will be shown.
Voice Messages: select the voice messages to be sent in response to the event: you can select up to three voice messages per event (First Message, Second Message and Third Message); click on […] to browse the list of messages; you can select a pre-recorded message (see Voice Messages) or record a new one, or open a .wav file on the PC. The Header column shows the message selected in Call Options > Voice Message Header.
Central Station Calls
This table specifies, for each event handled by the communicator, the digital messages to send to the numbers specified in the column Telephone Numbers.
The communicator sends the Contact ID messages to the app when Customer code and Contact ID Identifier options are different from zero, and Event Enabled option is different from Disabled.
Event: this column lists the events for which a digital message is to be sent. Telephone Numbers: select the numbers to which the event is to send the digital message, when you have selected
Channel Type, CID: Over GSM. Double click on [+] to expand the column: a table will be shown to specifies which numbers in the Phonebook are to be used for sending digital messages (up to 8 numbers can be set). Click on a check box to enable/disable sending of a message to relative telephone number, for required events. Double click on [­] to collapse the column: a list of selected telephone numbers will be shown.
When you select Channel Type, CID/SIA: over Data Network, the events are transmitted to the IP receivers indicated
in the IP Receivers page.
Customer code: enter the user code (4 hex characters).
You can set a different Customer code for each Input Event, or a single Customer code for all other events.
DO NOT use the character “A” for Contact ID.

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Contact ID Identifier: enter the Contact ID the communicator is to send for the event.
The communicator also sends the qualifier 1 when the event occurs and the qualifier 3 when it terminates, as required by the
Contact ID protocol.

The communicator also sends the number of input that has triggered the event (the zone number): 01 for input 1, 02 for input
2, 03 for input 3, 04 for input 4, 05 for input 5, 06 for input 6.

Event SIA Identifier: enter the SIA code the communicator is to send when the event OCCURS. Restore SIA Identifier: enter the SIA code the communicator is to send when the event TERMINATES. Event Enabled: select Disabled to NOT send the event; select Send Activation to send ONLY the event’s occurrence;
select Send Restoral to send ONLY the event’s restoral; select Send Activation and Restoral to send both. Channel Type: select CID: Over GSM to send the event with the Contact ID protocol using a voice call on the cellular
channel; select CID/SIA: over Data Network to send the event with the Contact ID or SIA protocol on the cellular or Ethernet channel (the protocol will be the one selected in the Communication Protocol option in the Options page).
Contact ID messages may NOT be understood by the PSTN receivers due to distortion on the cellular network. It is
recommended to select CID/SIA: over Data Network instead.

CID/SIA Converter
If the communicator detects that the panel connected to the LI terminals is dialing a number from the Phonebook with the option CID/SIA Event Conversion enabled, it converts the panel’s Contact ID or SIA message into a voice or SMS message, as indicated in this page.

The following tables show the way the CID/SIA Converter subgroup options concur in building of SMS and voice message.

1

Labels/ Messages

SMS / Push Notifications

Labels/Messages (5)

2

SMS Header for event

Activation or Advanced > Activation or
Restore or Advanced > Restore

37

16

SMS Header for area

Partitions > Label

SMS Header for user or SMS
Header for zone

Users > Label or Zones >
Label

7

16

7

16

DSC DSC 4 DSC DSC

Alarm Alarm end Arming Disarming

Partition Partition Partition Partition

Warehouse Zone Warehouse Zone Warehouse User Warehouse User

Entrance Entrance Brown Brown

Table 14 ­ Conversion of Contact ID and SIA message to SMS: 1) option subgroup; 2) option; 3) SMS maximum length; 4) examples; 5) Contact ID only.

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1

Communicator Options

Voice Calls

Labels/Messages (5)

2

Voice Message Header

Activation or Advanced > Activation or
Restore or Advanced > Restore

Partitions > Voice Message

Users > Voice Message or Zones > Voice Message

3 6 seconds

6 seconds

6 seconds

6 seconds

DSC DSC 4 DSC DSC

Alarm Alarm end Arming Disarming

Warehouse Partition Warehouse Partition Warehouse Partition Warehouse Partition

Entrance Zone Entrance Zone Brown User Brown User

Table 15 ­ Conversion of Contact ID and SIA message to voice message: 1) option subgroup; 2) option; 3) voice message maximum length; 4) examples; 5) Contact ID only.

Two setup modes are possible:
the base setup allows you to convert digital messages to voice and/or SMS messages by setting up a small number of options: messages will signal event activation and restore only.
the advanced setup allows you to convert digital message details like event description and, for Contact ID protocol, the involved partition, zone and user.
SMS / Push Notifications and Voice Calls
Base setup allows you to define general messages for Alarms, Tampers, Openings and Closings and System Troubles event categories, as explained in the following paragraphs.
Category: shows the event categories. Settings made for a category will be automatically copied into all the category events, in the Advanced group.
If different settings for each event are required, the following options must be empty and the required settings shall be made
in the Advanced group.

Telephone Numbers: select the numbers to which the event is to send a message. Double click on [+] to expand the column: a table will be shown to select up to 8 telephone numbers from Phonebook. Click on a check box to enable/disable sending of a message to relative telephone number, for required events. Double click on [­] to collapse the column: a list of selected telephone numbers will be shown.
Push Notification: if enabled, the event send to the app the text message set in the Activation and Restore options.
Header: shows voice message selected in Communicator Options > Voice Message Header. The communicator will play this message at the begin of each voice call. It is generally used to identify the system.
This option is available in Voice Calls group only.

Activation: setup the message the communicator sends when an event in that category occurs. Restore: setup the message the communicator sends when an event in that category ends.
Advanced
This option group allows for the setup of different option for each event, over those explained in the base setup, as explained in the following paragraphs.
Event: shows the events the communicator can convert.

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Contact ID Identifier: shows the default Contact ID code for the event. This option can not be modified.
This option is considered only if Contact ID has been selected as Communication Protocol in the Options page.
If Contact ID codes differ from defaults have to be converted, you can set up to 10 custom event codes for events in the
Custom group you can find at the end of event group list.
Event SIA Identifier: enter the SIA event code to be converted for the event verification. Restore SIA Identifier: enter the SIA event code to be converted for the event restore.
The Event SIA Identifier and Restore SIA Identifier options have default values that have to be verified. Enter 00 if
conversion is not required.
The Event SIA Identifier and Restore SIA Identifier option is considered only if SIA has been selected as
Communication Protocol in the Options page.
Labels/Messages
The Contact ID protocol sends information on users, zones and partitions of the events.
Options in this group allow for assignment to each user, zone and partition number a SMS and/or voice message used for the message building during the conversion.
Up to 128 user / zone / partition numbers in total can be converted.
SIA protocol also sends information on users, zones and partitions but they are NOT converted by this communicator. If SIA
is selected as Communication Protocol in the Options group, you can setup the SMS Header for event option ONLY.
SMS Header for event: enter the text you want at the begin of each SMS. Generally it is used to identify the system. Valid entries: up to 7 characters. Default: empty.
SMS Header for user: enter the text you want before the message set for user identification. Valid entries: up to 7 characters. Default: a comma.
SMS Header for zone: enter the text you want before the message set for zone identification. Valid entries: up to 7 characters. Default: a comma.
SMS Header for area: enter the text you want before the message set for partition identification. Valid entries: up to 7 characters. Default: a comma.
Users / Zones / Partitions Send only if user is defined / Send only if zone is defined / Send only if area is defined: if disabled (default), a
digital message is converted even if its user / zone / partition number is NOT present into the conversion tables. In this case the user / zone / partition information will be not present. If enabled, digital messages without user / zone / partition information in the conversion tables will be NOT converted. Add: select this button to add a user / zone / partition number to convert. User Number / Zone Number / Partition Number: enter the number to convert. Valid entries: from 0 to 999; 65535 to disable. Default: 65535.

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Label: enter a text useful for user / zone / partition identification. Valid entries: up to 16 characters.
Default: empty. Voice Message: select a voice message useful for user / zone / partition identification.
Default: (none).

: select this button to delete relative row.

GS4015/GS4005/3G4005/TL405LE

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IP Receivers
This page sets the options relating to the communicator’s connection with compatible Sur-Gard System IP receivers.
Given possible delays in transmission on the cellular data network, depending on the activity of the network operator,
we recommend programming as high as possible the number of call attempts on the panel, and also setting a backup phone number which will send the alarms to a PSTN receiver.
The communicator does NOT support the shutdown command by Sur-Gard receivers.
Receiver Options
Receiver Channel Priority: select the channel, and the priority, the communicator uses to communicate with the receivers. Factory setting: Cellular Only.
Fibro Account # (Cellular): enter the account number for the Fibro protocol over the cellular channel: when transmitting events to IP receivers, the Contact ID and SIA are wrapped in the Fibro protocol and this requires its own account number to identify the account which is sending the events. Contact your central station for details. Factory setting

References

• PowerManage
• DSC
• dsc.com/pdf/1603002
• dsc.com/pdf/1603003
• dsc.com/pdf/1603005
• dsc.com/pdf/1711001
• dsc.com/pdf/2001003
• My Dyn Account
• Fire Alarm Resources | Download fire alarm documents
• DSC

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