Tell Compact GSM 2 Guide de l'utilisateur

Compact GSM II

INSTALLATION AND APPLICATION MANUAL

For module version V2.26.2066 and up

Document version: 1.810.03.2014

Table of contents

1Module operation.......................................................................................................................3

1.1 Functions..........................................................................................................................3

1.2 Features............................................................................................................................3

2Settings .....................................................................................................................................3

2.1 Configuring using the software, through USB connection.................................................4

2.2 Configuring using the software, through modem connection............................................4

2.3 Settings and parameters...................................................................................................5

2.4 Configuring by SMS commands......................................................................................13

2.5 Control of outputs by SMS..............................................................................................16

2.6 Status query....................................................................................................................16

2.7 Recording voice messages.............................................................................................17

2.8 Call and SMS restriction .................................................................................................17

2.9 Functions of the program button.....................................................................................17

2.10 Restoring factory default settings....................................................................................17

2.11 Volume adjusting application ..........................................................................................18

3Module overview .....................................................................................................................19

4LED signals.............................................................................................................................19

5Wiring diagram........................................................................................................................20

6Installation guide .....................................................................................................................21

6.1 Mounting.........................................................................................................................21

6.2 Putting into operation......................................................................................................21

7Technical details......................................................................................................................21

7.1 Technical specification....................................................................................................21

7.2 Contents of the package.................................................................................................21

1 Module operation

Application area:

Optional GSM communicator for alarm control panels

Individual GSM communicator with 2 inputs

Temperature monitoring and intervention using the 2 relay outputs

Simple GSM controller for gates

Other remote controlling applications

1.1 Functions

GSM voice call to 4 user phone numbers with recordable voice message or siren

tone, on input activation

Sends SMS about each event with customizable message

Report to monitoring station with Contact-ID protocol about each event

Temperature measuring and event generating at min./max. thresholds (optional)

Relay remote control with free phone call

Control of the relays by input or temperature event (optional)

Car alarm adaptation (monitoring of rhythmical regular impulses)

Programming: through USB or modem connection using software, or by SMS

1.2 Features

4 user phone numbers for GSM calls and SMS sending

Forwards incoming SMS messages to the first user phone number

1 monitoring station phone number for reporting

2 NO/NC inputs

2 NO relay outputs

Possibility to connect temperature sensor

2 Settings

The module can be configured using its programming software, through USB or modem

connection, or by sending commands in SMS to the module’s phone number, according

to the instructions found in “Configuring by SMS commands” chapter. The programming

software is available on the module‘s USB drive. After connecting the module to a PC

through USB, it will be recognized as a new drive and it creates a new USB HID device

as well.

The programming software runs on the following operating systems:

- Windows XP SP2

- Windows 7

Copy the programming software from the module to a suitable place on the PC.

The software is available in the following folder:

”Drive letter”:\Software\Remoter\Remoter.exe

Establishing the connection

When connecting, the module

requests the security password. The

default password is: 1111.

To log in, select “Login” option, enter

the current password, then press

“OK” or Enter key.

To change the password, select

“Change password” option, enter the

current password, the new password

twice, then press “OK” or Enter key.

Function buttons of the programming software

Read: read settings from the connected module

Write: write settings to the connected module

Open: load settings from file

Save: save settings to file

2.1 Configuring using the software, through USB connection

Start the programming software, then power up the module and connect to USB.

The software connects automatically to the module. After the connection is established,

the “Read” and “Write” options become available on the “Settings” page, and module

status information on the “Status” page. Configure the settings, then load to the module

using “Write” button.

2.2 Configuring using the software, through modem connection

To establish modem connection, it is necessary to have GSM data call (CSD) service

enabled on both SIM cards, the one placed in the modem, and the one in the module.

Start the programming software and select “Modem”tab.

By switching to this tab, the software loads the available

serial ports.

Connect the GSM modem to the PC and select the serial

port to which the modem is connected. If you don’t know the

port number, then disconnect the modem, click on a different

tab and then back on the “Modem”tab to reload the

available ports. Open the “Serial port”drop-down menu and

note the available port numbers. Reconnect the modem,

reload the ports again by switching to another tab and back,

then select the newly created port number, which was not in

the list previously.

Enter the module’s phone number in the “Phone number” filed, then click on

“Connect” button. You can follow the connection status in the ”Modem communication

details” window. When connection is established successfully, “CONNECT 9600”

message is displayed and the password request window pops up.

After the connection is established, the “Read” and “Write” options become available

on the “Settings” page, and module status information on the “Status” page.

Configure the settings, then load to the module using “Write” button, then close the

connection by pressing “Disconnect” button.

2.3 Settings and parameters

User phone numbers

Phone number 1…4: the module is able to report the events up to 4 user phone

numbers by voice call (siren tone or recorded message) and by SMS. The maximum

length of the phone numbers is 16 characters.

Acknowledgement: confirmation of alarms sent to user phone numbers (by GSM

voice call) may be necessary. If acknowledgement is set, the module recalls the number

until the user confirms the alarm event. Available confirmation modes:

no ack, # = Stop: accepting the call confirms the alarm event automatically;

by pressing #key on the phone stops reporting to the further phone numbers.

* = ack, # = Stop: the user must confirm the event by pressing key on the phone,

otherwise the module recalls the number until the user confirms the alarm event.

Pressing #key on the phone stops reporting to the further phone numbers.

ack. upon call reject: the alarm event can be confirmed by rejecting the call.

In case of accepting the call, this also confirms the event automatically and

reporting to the further phone numbers can be stopped by pressing #key on the

phone.

Forward incoming SMS to phone number 1: if this option is enabled, the module

forward the incoming SMS messages to the first user phone number, then deletes the

message from the SIM card. The module has a built-in restriction, which allows

forwarding of max. 5 SMS messages per day. In case of receiving more than 5

messages a day, then those above 5 will be deleted without forwarding. If this option is

disabled, the module deletes all incoming SMS messages without forwarding them.

Forwarded message format:

SMS forward(+3630…the sender’s number):received message

Attention! The module does not forward SMS messages received from the superuser or

user phone numbers!

Superuser: it is possible to configure the module by sending commands in SMS to the

module’s phone number. When not in program mode, the module accepts SMS

commands only from the Superuser phone number. You can enter here the superuser

phone number, or can register it by SMS.

Notifications

You can configure in the “Notifications” section which event to be reported to which user

phone number by voice call (T1-T4) and/or SMS (S1-S4), and which event to be reported

to monitoring station using Contact-ID protocol (Mon. stat.).

IN1…IN2 Alarm: alarm event generated by external contact on input IN1 and IN2,

according to the input settings (alarms).

IN1…IN2 Restore: restoration of the alarm event generated by restoration of the

contact on input IN1 and IN2, according to the input settings (alarm restoration).

Min. temperature alarm: this event is generated when the temperature measured by

the connected optional temperature sensor drops with 1ºC below the configured

minimum temperature threshold for at least 30 seconds.

Min. temperature restore: this event is generated when the temperature measured

by the connected optional temperature sensor increases with 1ºC above the configured

minimum temperature threshold for at least 30 seconds.

Max. temperature alarm: this event is generated when the temperature measured by

the connected optional temperature sensor increases with 1ºC above the configured

maximum temperature threshold for at least 30 seconds.

Max. temperature restore: this event is generated when the temperature measured

by the connected optional temperature sensor drops with 1ºC below the configured

maximum temperature threshold for at least 30 seconds.

Temperature sensor error: this event is generated if no data is received from the

optional temperature sensor for at least 60 seconds, or the input is shorted for at least 60

seconds. The temperature sensor sends data to the module once per second. This event

is only generated if the “Temperature sensor” option is enabled at input IN1 settings.

Temperature sensor restore: this event is generated if data is received again from

the optional temperature sensor for at least 60 seconds after a sensor error event. This

event is only generated if the “Temperature sensor” option is enabled at input IN1

settings.

Battery low: this event is generated if the module’s supply voltage drops below the

configured low battery voltage threshold for at least 30 seconds.

Battery restore: this event is generated if the module’s supply voltage restores above

the configured voltage restore threshold for at least 30 seconds.

Test report: the periodic test report to be sent by the configured frequency. The test

report sending time of day can be set by pressing “Send test report” button, or by

sending TTIME=1#command in SMS to the module’s phone number.

Contact-ID code: 4-digit event code, consisting of 0..9,A,B,C,D,E,F characters for

reporting to monitoring station.

T1…T4: clicking in the checkboxes you can enable the given event to initiate voice call

to the configured (1-4) phone numbers.

S1…S4: clicking in the checkboxes you can enable the given event to send SMS

message to the configured (1-4) phone numbers.

Mon. stat.: enable to report the given event to monitoring station.

SMS message: you can enter the text of the SMS message to be sent to the enabled

(1-4) phone numbers when the given event is generated. By entering $T characters

anywhere in the message, the module substitutes this with the actual temperature

measured by the optional temperature sensor (e.g.: 23 C). By entering $V characters

anywhere in the message, the module substitutes this with the actual value of the supply

voltage in millivolts (e.g.: 12830 mV). By entering $S characters anywhere in the

message, the module substitutes this with the content of the status SMS message (see

chapter “Status query” for details). The maximum length of the message should not

exceed 160 characters, which is considered together with the length of the substitutions.

Attention!Accented characters should not be used in the message!

Low battery voltage threshold: the module is able to monitor the supply voltage.

You can set a threshold in millivolts between 9000 and 28000 (9V…28V), at which the

module generates “Battery low” event. The event is generated if the supply voltage is

continuously at or below the set level for at least 30 seconds.

Voltage restore threshold: You can set a threshold in millivolts between 9000 and

28000 (9V…28V), at which the module generates “Battery restore” event. The event is

generated if the supply voltage is continuously at or above the set level for at least 30

seconds after a low battery event.

Maximum alarming time: it can be set between 5 and 25 minutes, how long the

module should try to report an event through GSM. If there still are calls and SMS

messages in progress for the given event when this time expires, the module stops the

reporting process and will not make any more attempts to report that event. This only

refers to that specific event, calls and SMS messages initiated by other new events will

continue to be reported.

Attention! Each event is reported to user phone numbers by separate call/SMS! If a

power loss occurs, the module stores all events in progress which are still unreported

and restarts reporting these events when the supply voltage restores!

Test report frequency: it can be set between 0 and 99 days, how often the module

should send test report. In case of setting 0, the module will not send test report.

Send test report: you can set the test report sending time of day by pressing this

button. When pressed, the module sends a test report, then the further test reports are

send with the configured frequency.

Min. temperature threshold: it can be set between -20 and +56 ºC, at what

temperature value the module should generate “Min. temperature alarm” and

“Min. temperature restore” event.

Max. temperature threshold: it can be set between -16 and +60 ºC, at what

temperature value the module should generate “Max. temperature alarm” and

“Max. temperature restore” event.

Inputs

The module has 2 contact inputs: IN1 and IN2. The external contact is considered

between the input and the negative terminal of the supply voltage input (“–” terminal).

Input settings:

Normally open: the input has to be shorted to “–”terminal to generate an alarm event.

Normally closed: the input has to be shorted to “–”terminal by default, and alarm

event is generated when opening this contact.

Car alarm adaptation: the module can monitor impulses on the input which are

received in a regular rhythm (e.g. the contact series of a car alarm) and can generate

alarm event from this signal. The signal length to be monitored can be set below.

Signal interval minimum period of time: it can be set in seconds between

1 and 99, the minimum length of the regular rhythm contact series necessary to

generate an alarm event. Restoration of the alarm event is generated if no more

impulses are received on the input after an alarm for at least the time interval set

here.

Temperature sensor: an optional TELL easyTEMP temperature sensor can be

connected to input IN1. Enable this option in case of connecting a temperature sensor.

When using a temperature sensor, the “Normally open” input mode can be used at the

same time, taking in consideration that the module is unable to receive temperature data

from the sensor when the input is shorted (in alarm state), therefore these two functions

are recommended to be used together only when having short alarm impulse.

When using a temperature sensor, the “Normally closed” and “Car alarm adaptation”

modes of the input IN1 cannot be used.

IN1, IN2 input sensitivity: the input sensitivity can be set in milliseconds between

10 and 600000. Shorter state changes on the given input are ignored by the module.

Attention! When using a temperature sensor, the maximum value to be set for IN1 input

sensitivity is 3000 msec.! Entering a higher value in this case results faulty operation of

the input.

Relay outputs

The module has 2 normally open relay outputs which can be controlled by events, by

incoming call or by temperature events.

Relay 1 and Relay 2 operation modes:

Bistable: the relay becomes activated by the set activation event and remains

activated until deactivated by a deactivation event. If the module restarts due to

communication or GSM network failure and the relay is activated, at restart the relay will

deactivate for ~1 second, then will return to the activated state.

Timed: it can be set in seconds between 1 and 9999, how long the relay should

remain activated after an activation event occurs. If no further activation event occurs,

the relay will deactivate automatically when the time expires. If a new activation event

occurs, the relay will not deactivate and the activation time restarts. If a deactivation

event occurs, the relay will deactivate.

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