GSM controller CG17

USER MANUAL

UAB “TRIKDIS” Draugystės str. 17, LT-51229 Kaunas LITHUANIA E-mail: info@trikdis.lt Webpage: www.trikdis.lt

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GSM controller CG17

Contents

SAFETY REQUIREMENTS .................................................................................................................................................. 3

DESCRIPTION .................................................................................................................................................................. 4

TECHNICAL PARAMETERS ........................................................................................................................................................... 5 PURPOSE OF SCREW TERMINALS .................................................................................................................................................. 5 LIGHT INDICATION DESCRIPTION .................................................................................................................................................. 7 COMMUNICATOR BOARD........................................................................................................................................................... 7 BEFORE YOU BEGIN .................................................................................................................................................................. 7

CONNECT CG17 TO TRIKDISCONFIG ................................................................................................................................. 7

STATUS BAR DESCRIPTION .......................................................................................................................................................... 8

SET OPERATION PARAMETERS ........................................................................................................................................ 8

SYSTEM SETTINGS WINDOW ....................................................................................................................................................... 8 USERS WINDOW .................................................................................................................................................................... 10 RS485 MODULES WINDOW ..................................................................................................................................................... 11 ZONES WINDOW .................................................................................................................................................................... 12 4.4.1 Zones settings tab ................................................................................................................................................... 12 4.4.2 Zones reporting tab ................................................................................................................................................. 12 PGM WINDOW ..................................................................................................................................................................... 13 4.5.1 Outputs tab ............................................................................................................................................................. 13 4.5.2 Control tab .............................................................................................................................................................. 13 4.5.3 Scheduler tab .......................................................................................................................................................... 14 4.5.4 Reporting tab .......................................................................................................................................................... 14 IP REPORTING WINDOW .......................................................................................................................................................... 15 SENSORS WINDOW................................................................................................................................................................. 15 EVENT SUMMARY WINDOW ..................................................................................................................................................... 16 4.8.1 Events tab................................................................................................................................................................ 16 4.8.2 Reporting tab .......................................................................................................................................................... 16 EVENTS LOG WINDOW ............................................................................................................................................................ 16

PHYSICAL INSTALLATION PROCESS ................................................................................................................................ 17

SIM CARD ............................................................................................................................................................................ 17 MOUNTING .......................................................................................................................................................................... 17 WIRING EXAMPLE .................................................................................................................................................................. 18 INPUT WIRING ....................................................................................................................................................................... 18 FIRE SENSOR WIRING .............................................................................................................................................................. 19 TEMPERATURE SENSOR CONNECTION ......................................................................................................................................... 19 TM17 AND IBUTTON READER WIRING ....................................................................................................................................... 20 5.7.1 iButton and TM17 key registration .......................................................................................................................... 20 A SIREN WIRING .................................................................................................................................................................... 20 BACK–UP SUPPLY ................................................................................................................................................................... 20

REMOTE CONTROL ........................................................................................................................................................ 21

SMS COMMAND LIST ............................................................................................................................................................. 21 DTMF SETTINGS ................................................................................................................................................................... 22 6.2.1 Voice calls ................................................................................................................................................................ 22 6.2.2 PGM control with DTMF .......................................................................................................................................... 22

ADD COMMUNICATOR IN PROTEGUS ........................................................................................................................... 23

REMOTE CG17 CONFIGURATION .............................................................................................................................................. 23

MANUAL FIRMWARE UPDATE ....................................................................................................................................... 23

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GSM controller CG17

Safety requirements

The security alarm system should be installed and maintained by qualified personnel.

Prior to installation, please read carefully this manual in order to avoid mistakes that can lead to malfunction or even damage to the equipment.

Disconnect power supply before making any electrical connections.

Changes, modifications or repairs not authorized by the manufacturer shall void your rights under the warranty.

Please act according to your local rules and do not dispose of your unusable alarm system or its components with other household waste.

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GSM controller CG17

Description

GSM controller CG17 is a multifunctional device with inputs and controllable outputs. It can be used in several ways:

Configuration

Quick and easy installation

Remote configuration and firmware updates

Two access levels for setting of operating parameters

Inputs and outputs

1 input, 2 outputs, 3 double purpose contacts for setting either input or output functionality

1-wire data bus for up to 8 temperature sensors

Using iO series expanders it is possible to expand inputs number up to 12

Outputs can be controlled via: o Mobile/Web Protegus application or o SMS/Call o Local event, such as input trigger, by user defined if…then algorithm

Keypad and battery support

With TM17, iButton key reader system status can be indicated and controlled (Armed/Disarmed)

Back-up power supply from 12 V battery

Communications

Vocal reporting by Voice calls to selected phones (up to eight users) about an occurred event

Event reporting to Protegus Mobile/Web application, allowing user to remotely monitor and control its alarm system

Event reporting via SMS messages up to eight users in user friendly SMS messages

Primary and back-up controlled connection with ARC, transmitting events in Contact ID codes

Cellular network jamming recognition and notification

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GSM controller CG17

Technical parameters

Purpose of screw terminals

Screw terminal Description

AC/+DC Positive 16-24 DC or 16-18 AC

AC/-DC Negative DC or AC

BAT+ Port for connecting the 12 V back-up battery

BAT- Port for connecting the 12 V back-up battery

+5V Positive 1-wire devices 5V DC supply contact.

1 WIRE 1-wire devices data circuit contact (iButton keys, temperature sensors)

A 485 RS-485 connection positive contact (enables connect iO and iO-WL expanders)

B 485 RS-485 connection negative contact (enables connect iO and iO-WL expanders)

1 IN 1st input

2 IN/1 OUT Double purpose terminal: 2nd selectable type input or 1st open-collector (OC) output (pre-set as NO type input by default)

COM Common (negative)

Parameters Description

Power supply voltage 16-24 VDC, 16-18 VAC

Current consumption 50 mA (stand-by), Up to 200 mA (transmitting)

Back-up power supply [BAT] 12 V Lead–acid battery

Battery charge current Up to 500 mA

Power supply and current for external devices [+12V]

12 VDC, up to 1000 mA

GSM modem frequencies 850 / 900 / 1800 / 1900 MHz

3G modem frequencies 800 / 850 / 900 / 1900 / 2100 MHz

Input [IN] 1, selectable type input: NC, NO, EOL (10kΩ)

Outputs [OUT] 2, open collector (OC) type outputs, up to 1A current

Double purpose terminals [IN/OUT] 3, selectable or NC, NO, EOL (10kΩ) type inputs, or OC type output, with commutate current up to 100 mA

1-wire data bus long [1 WIRE] Up to 30 m

Temperature sensors [1-WIRE] Maxim®/Dallas® DS18S20, DS18B20

Maximum number of temperature sensors connected to the 1-Wire bus

8

Contact (iButton) keys [1-WIRE] Maxim®/Dallas® DS1990A

Maximum number of contact (iButton) keys

12

Communication with ARC Encrypted TCP/IP or UDP/IP, SMS

RS-485 data bus long Up to 100 m

Maximum number of devices connected to the RS-485 bus

8

Memory Up to 60 events

Internal clock Yes

Events reporting channels GPRS or 3G, SMS, Voice call

Connection with ARC TCP/IP or UDP/IP, or SMS

Event encryption key TRK / 6 symbol key

Operating environment From -10 °C to 50 °C, with relative air humidity 0-70% when +20 °C

Dimensions 95x65x25 mm

Weight 0.10 kg

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GSM controller CG17

3 IN/2 OUT Double purpose terminal: 3rd selectable type input or 2nd open-collector (OC) output (preset as NO type input by default)

4 IN/3 OUT Double purpose terminal: 4th selectable type input or 3rd open-collector (OC) output (preset as NO type input by default)

+ 12V 12 VDC

4 OUT 4th open-collector output

5 OUT 5th open-collector output

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GSM controller CG17

Light indication description

Indicator Light Status Description

Network Green solid Connected to GSM network

Blinking yellow Sufficient GSM signal strength from 0 - 5

Data Green solid Sending message

Yellow solid Unsent event messages are presented in buffer

Power Green blinking Power supply is on with sufficient voltage

Yellow blinking Low battery

Green and yellow blinking (Configuration mode) Communicator is ready for configuration

Trouble If red LED is blinking:

1 blink No SIM card

2 blinks SIM card PIN code problem (incorrect PIN code)

3 blinks Can not connect to GSM network

4 blinks Problem with primary channel

5 blinks Problem with backup channel

6 blinks Set CG17 internal clock

7 blinks Power supply voltage is insufficient

8 blinks AC fault

9 blinks RS485 module malfunction

Communicator board

Before you begin

Before you begin, make sure that you have the necessary:

Order them separately from your local distributor.

Connect CG17 to TrikdisConfig

Communicator can be configured using TrikdisConfig software for MS Window OS via USB cable or remotely (to see how to configure CG17 remotely, go to chapter connect .

1. GSM antenna SMA connector 2. Light indicators 3. Frontal case opening slot 4. Terminal for external connections 5. USB Mini-B port for communicator programming 6. Nano SIM card slot

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GSM controller CG17

1) Download TrikdisConfig from www.trikdis.com (in search field type TrikdisConfig), and install it following the guides of the installation wizard.

2) To connect communicator to computer: Using USB cable: Carefully open the casing with the flat-head screwdriver as shown below (this is one way how to open the casing):

To start programing: run the configuration software TrikdisConfig. o The software will automatically recognise connected communicator and will open a window for communicator/

controller configuration;

3) To read the communicators parameters: click Read [F4] and enter the Administrator code in a pop-up window. For the program to remember the code, check the box next to Remember password.

Status bar description

Once the communicator parameters are read, the status bar will display information about the communicator.

Status bar

Name Description

IMEI/Unique ID IMEI number of the communicator

Status Action status

Device Communicator type (must show CG17)

SN Serial number

BL Bootloader version

FW Firmware version

HW Hardware version

State Connection status (USB or Remote)

Admin Access level (shows up after access code is confirmed)

Set operation parameters

Default parameters are set to communicate with Protegus Cloud.

System settings window

Note: If administrator code is set as default (123456), it is not required to enter it and the request window will not appear. To set up the communicator from a saved configuration file, click Open [F8] and browse your computer to find the configuration file.

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GSM controller CG17

General pane Write an appropriate Object ID (4 symbols hexadecimal number, 0-9, A-F).

Object name will be sent with SMS messages (max 20 characters, can be letters and numbers).

Test period: enables periodic test messages, which will be sent according to a time interval specified in this section.

Set Time synchronization – communicator will set internal time according to IP server or GSM modem.

Clear Events after reset – deletes all unsent events in communicator`s memory after reset.

SMS language – set required language to use specific characters of language in SMS messages

Call – when the alarm is activated, the communicator will call to the user(s), as many times as specified. If call will be rejected or answered after first call, the communicator will not call again. Call duration 20 s.

If the communicator captures that the same event messages were triggered, it can suspend those messages and do not send it to users. Specify Suspend event reporting when X same events per XX s.

Restore event reporting after – specify time after which event reporting suspension will be canceled. Time limit – 999 min.

SIM pane

Enter SIM card PIN.

Enter APN – network name.

If it is required, enter network name and password in fields Login, Password.

Area Settings pane If the siren is connected and output is defined:

Siren duration – specify how long Siren will sound after triggered.

Siren squawk on arm/disarm – enable/disable sounds when action arm/disarm is performed (arm – 1 squawk, disarm 2 squawks).

Required when the zone is defined as delay:

Entry time – specify in seconds, when delay zone was triggered per this time alarm system must be disarmed, otherwise Alarm event will be generated.

Exit time – specify in seconds, starts count time after the alarm system is armed, during this time it is necessary to leave premises. When arming is done using Protegus, or with DTMF call, system will not start count Exit time.

Area(-s) number Keyswitch

IMPORTANT: set SIM, only if GPRS communication is required Ensure that the SIM card is working and registered on GSM network, before using it. If GSM communication is required, ensure mobile data service is enabled. For information, how to enable this service please contact your network service provider.

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GSM controller CG17

Access codes pane Administrator code – (default code 123456) allows full access to the configuration (Administrator code must be six symbols

in length, and contain digits or Latin characters only).

Protegus Cloud access Code – (default code 123456), for more safety change it to six symbol code.

SMS password – (default code 123456) password for remote control and programming via SMS messages, (six digit SMS password).

Users & Reports window

User & Reporting pane

ID – user identification number

Name – username is indicated. In the reports will be visible who has controlled the alarm system and how.

Tel number – user phone number is indicated from which the alarm system will be remotely controlled. Numbers must be entered with international code.

Code – Protegus app arm/disarm code

A – tick this, to allow user to ARM system.

D – tick this, to allow user to DISARM system.

PGM or REC : o When both are selected: when user will call to CG17, CG17 will answer and will wait for 20s for DTMF tone. (after every

new command, time will restart counting). o When both are not selected: call from user will be rejected and depending on A and D selection, system status will be

changed to opposite state. o Only REC is selected: allows to chance voice record when user is calling to communicator and enters DTMF codes. o Only PGM is selected: allows control PGM outputs with DTMF tones.

FWD – redirects SMS messages, which is not related to communicator’s work (SIM card balance, random messages).

ACK – communicator will send answer messages after receiving command from user SMS answer texts pane

Answers to the SMS commands can be customised in the SMS answer text field.

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GSM controller CG17

iButtons pane

ID – user identification number

User – Username is indicated based on which in the reports sent will be visible who has controlled the alarm system and how.

iButton code – iButton key identification number for the alarm system control.

Control – choose which action system will do when iButton will activate it: None/Arm/Disarm/Arm&Disarm/ iButton key registration 1. If the list is empty, the first registered iButton is recorded in the first section, and it is registered as Master key. 2. To add other iButton keys, first use master key – hold it next to iButton key reader for 10s, then do the same action with

other keys. a. When you register keys to TM17, the indication LED State will start blinking in red color.

3. After successful iButton key registration, again use master key to exit registration mode. 4. To delete all (and master key) hold master key next to iButton key reader for 20s.

Modules window

RS485 modules pane

ID – module sequence number.

Type – select module (module iO, iO-WL, TM17) from modules list.

Serial – mandatory serial six-digit number (set previous step).

Name – give name to module.

Firmware version – version will be shown when CG17 will be in work mode and detects module. Internal modules pane

Note: More than one iButton key can be assigned to one user. Before user key registration (default parameter), all keys will be assigned to user ID9. Registering first 8 keys will be assigned to users with names. Counting from number 9, the keys will be assigned to users named User 9 (or No name). Permissions to so called User 9 should be set in User no9 permissions (for iButton).

IMPORTANT: do not use Master key as simple user iButton key, use it only for registration of user keys.

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GSM controller CG17

Zones window

4.4.1 Zones settings tab

Zones→Zones settings

ID – zone number.

Input – identifies input type (internal or external device input) and assigns it to zone.

Area

Definition – one of the potential zone functions can be set. How the system acts operating after the zone event (sensor response and reset signal displaying) depends on the set zone function. Zone function: o Delay – when the alarm system is on, the input zone Delay violation is allowed within the Exit time.

o If after Exit time expired the zone remains violated, siren output is triggered and generated report will be sent. o If the zone is violated when the alarm system is on, Entry time counting is started. Within this time the alarm system

must be turned off, otherwise siren`s output is triggered will be generated and reports sent. o Interior – if the zone is violated when the alarm system is on, siren output signals will be immediately generated and

reports sent. Zone violation is allowed within the time of Entry time and Exit time. o Instant – if the zone is violated when the alarm system is on, siren output signals will be immediately generated and

reports sent. o Keyswitch – by changing the status of this input it is possible to turn on/off the alarm system. The alarm system is on

when Exit time is set. This time interval is designated for unhindered leave of the protected premises via the exit route. Respective report is sent after the zone status changed.

o 24_hours – if the zone is violated at any time, siren output signals will be immediately generated and reports sent.

Type – choose an input type from list NC – Normally Closed, NO – Normally Open, EOL – End Of Line 10 kΩ resistor.

Bypass

Force

ARC – selected event report will be sent to ARC.

Delay

CID Code – zone Contact ID event code (will be set automatically when the zone function is selected).

4.4.2 Zones reporting tab

Zones→Reporting This window will be shown only if at least one User is described in the Users window.

Zn – zone number with event identification mark. Can be Event (E) or Restore (R).

Zone SMS text – text that will be sent to users in SMS message.

SMS/Call – check how users will be informed about the event, with SMS or/and Call.

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GSM controller CG17

PGM window

4.5.1 Outputs tab

PGM → Outputs tab

ID – specifies PGM ID.

PGM output – assign communicator`s or external device`s outputs to PGM.

Output definition – Selection output operation mode. o Siren – will control reaction of siren. o Remote control – remote control of peripheral devices (turn on/ turn off). o Fire sensor reset – after fire sensor reacted, reset state from Protegus or SMS. o System state – indicates when system is on/off (arm/disarm). o Flash

Pulse Time, s – when dial control is used, pulse duration must be indicated. Duration can be from 0 to 9999 sec.

4.5.2 Control tab

PGM →Control tab

ID – Output sequence number.

Enable – enables PGM for specific output.

PGM no. – selected PGM will be assigned to ID.

Action: o PGM OFF – a status will change and remain the same until the next command. o PGM ON – a status will change and remain the same until the next command. o Pulse OFF – a status will take time as indicated in Pulse Time. o Pulse ON –a status will take time as indicated in Pulse Time.

Pulse time, s – Pulse duration is indicated. Duration can be from 0 to 9999 sec.

Factor – select which factor will activate PGM reaction: Zone, Jamming, Sensor lost, iButton, Schedule. o if in Schedule tab schedule table is set, then you can describe output that it should be enabled (disabled) at specified

day and time.

Factor no. – depending on what was selected in Factor section, it will show respectively Zone, Sensor, iButton, Schedule.

Value

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GSM controller CG17

4.5.3 Scheduler tab

PGM → Scheduler tab

ID – output sequence number.

Enable – turn on schedule.

Start time/Stop time: o In section Start time: Time – indicates when schedule will start. o In section Stop time: Time – indicates when schedule will stop. o Mon–Sun – it is weekdays. By ticking the days, outputs will be activated on selected days.

4.5.4 Reporting tab

PGM → Reporting tab This window will be shown only if at least one User is described in the Users window.

PGM – indicates PGM ID and report type (E – Event and R – Restore).

SMS text – SMS text will be sent when Output reacts.

User SMS/Call – select how and which users will be informed.

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GSM controller CG17

IP reporting window

Primary & Backup channels panes

Select Communication type. o If SMS reporting will be used – enter TRK encryption key and receiver’s phone number.

Enter receiver`s Domain or IP address and Port.

Tel number for SMS – phone number of monitoring station device able to receive reports via SMS channel.

Encryption Key – message encryption key of six–digits, which must match, with message encryption key of monitoring station.

Settings pane

Return to primary after – a period of time after which the communicator will try to restore communication via primary channel, min.

IP PING period – a period of communication after which test signal PING, is sent via GPRS channel, sec. Check the particular checkbox to enable signal sending function

SMS PING Time – a period of communication after which test signal PING, is sent via SMS channel, sec. Check the particular checkbox to enable signal sending function.

Backup reporting after – number of attempts to transmit report via Primary channel is to be indicated. If transmission failed, the connection for report transmission via Backup channel will be initiated.

DNS1–DNS2 – addresses of DNS servers. Backup channel 2 pane

Tel number for SMS – phone number of monitoring station device able to receive reports via SMS channel.

Sensors window

Sensors

ID – sensor sequence number

Module type – chosen sensor will be assigned to ID number.

Sensor name – give sensor name.

Max – maximum allowed temperature value, above which an event will be reported. For such purpose event named HIGH must be enabled.

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GSM controller CG17

Min – minimum allowed temperature value, below which an event will be reported. For such purpose event named LOW must be enabled.

Event summary window

4.8.1 Events tab

Event summary → Events

ID – List number of the event.

Event name – the name of the event.

Enable – enable the generation of the event.

ARC – selected event report will be sent to ARC.

CID code – contact ID number.

SMS event text – received SMS text after CID event is triggered.

SMS restore text – received SMS text after CID event is restored.

4.8.2 Reporting tab

Event summary → Reporting This window will be shown only if at least one User is described in the Users window.

ID – event number and identification letter (R– restored. E– event)

Event SMS text – Text which will be visible in SMS message is entered.

User – about selected events, users can be informed with SMS or/and Call

Events Log window

Events Log

Read Log – reads registered log

Clear Log button – deletes event log table`s content

In the table Event No and time with event name can be found. Event log history can show up to 1000 events saved in CG17 memory.

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GSM controller CG17

Physical installation process

SIM card

a) Use only Nano SIM card. b) SIM card must be already registered to the GSM network if GPRS communication will be used, ensure to enable

mobile data service. c) To configure the communicator remotely, insert a SIM card with the PIN code request function disabled.

Mounting

In case, the CG17 will be mounted using screws, take out PCB board, Then fix the bottom part of its place with screws and place the PCB board back into the case.

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GSM controller CG17

Wiring example

Input wiring

The communicator contains four inputs for connection of sensors. Possible types of inputs are NC (normally closed), NO (normally closed), EOL (End of line) 10 kΩ. See below how to connect:

NO, Normally Open NC, Normally Closed Normally closed circuit with end of line resistor

(EOL, End of Line)

INx COM COM

INx COM

Note: When connecting temperature sensor with longer than 0.5 m wires, it is recommended to use twisted pair cable (UTP, STP).

Maximum four iO-MOD modules can be connected to the one communicator in one system

Maximum eight iO or/and iO-WL modules can be in one system

iButton key readers and temperature sensors can be connected directly to 1-wire data bus. o In addition, iButton key readers schematic shows the colour code of wires for LED connection

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GSM controller CG17

Fire sensor wiring

Fire sensors can be connected only to that PGM which are defined as Fire sensor reset (see TrikdisConfig PGM window –> Outputs tab)

Four wire type fire sensor

Two wire type fire sensor

a) using zone EOL (or NC, without resistor).

b) using zone NO.

*SM1 – compatible module made by Trikdis allowing connecting 2-wire fire sensor to the CG17 that use 4-wire detector wiring scheme.

Temperature sensor wiring

Temperature sensors can be connected directly to 1-wire data bus.

To CG17 can be connected these temperature sensors: DS18B20, DS18S20.

When connecting temperature sensor with longer than 0.5 m wires, we recommend to use twisted pair cable (UTP, STP).

Wire colors: RED – +Vdd, connect it to +5V contact YELLOW – DQ, connect it to 1 Wire contact BLACK – GND, connect it to COM contact

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GSM controller CG17

TM17 and iButton reader wiring

The TM17 reader connects to CG17 through RS 485 data bus. RS 485 data bus length is up 1 km:

The iButton reader connects to CG17 through 1–wire bus, this bus length is up to 30m:

5.7.1 iButton and TM17 key registration

1. If the list is empty, the first registered iButton is recorded in the first section, and it is registered as master key. 2. To add other keys, first use master key – hold it next to key reader for 10s, and then do the same action with other keys.

When you register keys to TM17, the indication LED State will start blinking in red color. 3. After successful key registration, again use a master key to exit registration mode. 4. To delete all (and master key) keys hold master key next to key reader for 20s.

A siren wiring

Back–up supply

If main power supply source was lost, the event AC Fault report will be formed and the CG17 automatically switch to the system feeding on the back–up supply – 12 V battery.

When the battery voltage decreases down to 11.5 V, the CG17 will form the event Low Battery report.

When the battery discharges below 9.5 V, the CG17 will turn off.

Upon restoration of the AC mains voltage, the AC Restore report will be formed and the battery charging process shall start automatically.

When the battery voltage restores to 12.6 V, the event Battery Restore report shall be formed.

Battery installation: Install a back–up supply battery into the mounting housing.

Connect its wires to the CG17 back–up supply source terminals BAT+ / BAT–.

Verify the battery charging current to ensure it is charged in due time.

When siren is used, we recommend taking into account how big current consumption of the siren is.

To wire siren with 1 A current consumption, use only CG17 terminal outputs - either 4 OUT or 5 OUT.

To wire siren with low current consumption (up to 100 mA), use any output.

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GSM controller CG17

Remote control

SMS command list

SMS commands are used to remotely control the communicator. As access code use “SMS password”, “_” represents a space.

SMS command structure: Command_SMSpassword_Data.

Examples For the exemplary purposes, SMS password is 123456. To receive information about the communicator:

“INFO_123456” To turn on the output OUT1: “OUTPUT1_123456_ON” To turn on the output OUT1 for 3 seconds: “OUTPUT1_123456_PULSE=003”

Command Data Description

INFO Request information about the communicator. The response will include: communicator type, IMEI number, serial number and firmware version.

RESET Restart the communicator.

OUTPUTx ON Turn on the output, where “x” represents output number.

OFF Turn off the output, where “x” represents output number.

PULSE=ttt Turn on the output for a number of seconds, where “x” represents output number (1) and “ttt” a three–digit number representing pulse duration in seconds.

PSW New password Setting new password

TIME YYYY/MM/DD,12:00:00 Setting of internal clock.

TXTA Object name Setting of object name.

TXTE Z1=<Text> ........ Z12=<Text>

Customising of SMS with alarm text: Z1...Z12 – input number For example: TXTE 123456 Z1=ALARM in Zone1

TXTR Z1=<Text> ........ Z12=<Text>

Customising of SMS with restore text: Z1...Z12 – input number For example: TXTR 123456 Z1=Restore Zone1

RDR PhoneNR#SMStext Readdress SMS messages to specified number. Phone number must contain “+” and country code. For example: “RDR 123456 +37061234567#readdressed text”

ASKI Send SMS message about input statuses.

ASKO Send SMS message about PGM output statuses.

ASKT Send SMS message with all temperature sensors values.

DISARM DISARM system

ARM ARM system

SETN PhoneX=PhoneNR#Name

Adds phone number and assign it to user. “x” – represents phone number queue number in the list. Phone number must contain “+” and country code. Phone number must be separate from user name with #.

PhoneX=DEL Deletes selected phone number.

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GSM controller CG17

DTMF settings

6.2.1 Voice calls

This feature allows recording voice into the communicator`s memory. Recorded voice messages will be used to inform users about accrued events and alarms. Default voice messages can be changed by following steps:

Make a call to the communicator.

Press 3#code#.

Start talking. You can record 3s of voice message

After you finished the record, you can play your voice record again by pressing 4.

Press 5 to save voice message to the communicator`s memory. DTMF code for voice recording

Code Voice message Code Voice message

1-12 Zone Alarm 105-112 RS485 device restore (1-8)

13-24 Zone Restore 113 Low power (battery)

25-36 Output activated 114 Battery restore

37-48 Output restored 115 AC fault

49-56 High temperature alarm (1-8) 116 Fault restore

57-64 High temperature restore (1-8) 117 Periodical test

65-72 Low temperature alarm (1-8) 118 System armed

73-80 Low temperature restore (1-8) 119 System disarmed

81-88 Sensor fault (1-8) 120 Jamming alarm

89-96 Sensor restore (1-8) 121 Jamming restore

97-104 RS485 device fault (1-8)

6.2.2 PGM control with DTMF

To control PGM state follow steps below:

Make call to the communicator.

Press 2output#state (state can be found in the table below).

DTMF commands:

DTMF code Function Description

1 Change state of system Changes system status to opposite

2output#state PGM control Controls specified PGM output and its state. State: 0 – output off; 1 – output on; 2 – pulse off; 3 – pulse on; (pulse duration described in TrikdisConfig software, PGM table) * – this symbol shows code ending. e.g.:

25#1 – turn on PGM5.

24#3 – turn on PGM4 for time which is described in TrikdisConfig PGM table.

3#code# Voice record Command to change voice message

4 Recorded voice replay After recording, press 4 and replay record

5 Save recorded voice This command saves recorded voice message to the communicator`s memory

* Start rewriting If writing command accidentally made mistake, write * and write command again.

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GSM controller CG17

Add communicator in Protegus

Protegus service is a Web Service for remote intrusion or fire alarm self–monitoring, and control of both Trikdis and 3rd party devices via Web, iOS or Android apps. 1) Log in or sign in to www.protegus.eu. 2) Add the system to the Protegus: press “Select system”; next “Add new system +”, and enter the required data as shown

below (you can skip fields “Name”, “Address” and fill it later).

3) If settings were left default, in Protegus window user will be able to control OUT4 and OUT5, monitor IN1–IN4 zone status

and ARM/DISARM. If the temperature sensor is connected, then at menu Temperature will be shown obtained values.

Remote CG17 configuration

In section, Remote access, field Unique ID enter IMEI address of communicator (IMEI address is provided on the product package).

(Optional) in the field System Name enter the desired name to the communicator. Press Configure.

Manual firmware update

The communicator firmware can be updated or changed manually. After an update, all the previous communicator parameters will remain the same. When writing firmware manually, it can be changed to a newer or older version. To update: 1) Run TrikdisConfig. 2) Connect the communicator via USB cable to the computer or connect to the communicator remotely.

If newer firmware version exists, the software will offer to download the newer firmware version file. 3) Select the menu branch Firmware.

4) Press Open firmware and select the required firmware file.

If you do not have the file, the newest firmware file can be downloaded by registered user from www.trikdis.com , under the download section of the communicator.

5) Press Update [F12].

Enter IMEI (it can be found: on packing box; back of communicator`s housing; in TrikdisConfig as Unique ID).

Note: If there is an installed antivirus software on your computer, it might block automatic firmware update option. In this case you must reconfigure your antivirus software.

IMPORTANT: To use remote configuration function, the communication with Protegus Cloud must be enabled. To configure the communicator remotely, insert registered SIM card with disabled PIN code request.

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GSM controller CG17

6) Wait for the prompt of update to complete. 7) Click OK in the prompted window.