Advent Controls A4.02 Manuel utilisateur

GSM Relay Board

& Auto-Dialler

A4.02/Firmware 5.10R01

O en-on-Call Access Control

Alarm SMS Sender & Auto-Dialler

for GSM850MHz, GSM900MHz

DCS1800MHz & PCS1900MHz

www.adventcontrols.co.uk

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Contents

1 Introduction 3

1.2 Technical Specification 3

1.3 Number Types 3

2 peration 4

2.1 Registration 5

2.2 Command Message Format 5

2.3 Master Number Setup 5

2.4 Allowing Master Control for All Users 6

2.5 Adding a User Number 6

2.6 Removing a User Number 6

2.7 Viewing the Valid Number List 7

2.8 Finding a Number in the Memory 8

2.9 Clearing All Numbers and Settings 8

2.10 Result Acknowledgement Message 8

3 Relay peration/Access Control 8

3.1 Enabling Any Number and Disabling pen-on-Call 8

3.2 Call Reject 9

3.3 Connecting a Call 9

3.4 Input/ utput Status Message 9

3.5 Relay Activation Mode 10

3.6 Relay Activation Time 10

3.7 PEN/ N & CL SE/ FF Commands 10

3.8 Exit Switch Enable 11

3.9 utput Change Acknowledge SMS 11

4 Auto-Dialler/SMS Sender 11

4.1 Input Triggered SMS Text Sending and Auto-Dialling 12

4.2 Input Change State Level 12

4.3 Customising the Input Alert Message 13

4.4 Autodial Logic 13

4.5 Changing the Maximum Ring Time 14

4.6 Changing the Maximum Call Time 14

4.7 Changing the Maximum Silence Time 14

4.8 Adding SMS Sender Text Numbers 14

4.9 Adding Auto-Dialler Call Numbers 14

4.10 Assigning a Number to ne Channel nly 14

4.11 International Calling/Texting 15

4.12 Dial Now 15

4.13 Input Hold-off Timer 16

4.14 Silencing the Alarm 16

5 Setup 15

5.1 SIM Keep Alive Text 15

5.2 Signal Strength Indicator 15

5.3 Power Up/Reset Text Message 16

5.4 SIM Card Balance Checking and Service Data Forwarding 16

5.5 Forwarding SMS Messages to any Number 16

6 Installation 14

6.1 Power Connection 14

6.2 Input Connection 14

6.3 Connection to a Burglar Alarm 14

6.4 utput Connection 15

6.5 Antenna Connection 15

6.5 Mounting 15

7 Command Set Summary 16

1. Introduction

The Advent Controls Alpha GSM Relay Board has been primarily designed for security applica-

tions although can be used as a general purpose call/SMS activated relay. The board also

features two optically-isolated DC inputs which can be used to trigger dialling and/or sending

of customisable Short Message Service (SMS) alert messages to up to 128 numbers.

The relay can be activated by a call or SMS text from up to 128 stored telephone numbers or

can be configured to activate when receiving a call from any number. By default the call will

not be answered and hence costs the caller nothing. However, the system can also be set to

reject the call or connect a call when either the input is open or closed (or both). This allows

the input status to be determined even when the SIM card does not have credit for SMS text

messages.

Setup and operation is performed by simple SMS text messages including adding and remov-

ing user telephone numbers. A complete list of accepted telephone numbers can be viewed

via SMS text message. The memory can also be scanned to see if it contains an individual

number and the result is displayed by the on-board LED and (if enabled—see 2.10 TEXTRES) by

SMS text message. SIM card balance checking can also be achieved using the SMS and Ser-

vice data forwarding functions.

The output relay has both Normally pen (N ) and Normally Closed (NC) with Common

(C M) connections. The action of the relay can be a single timed actuation from either 1s to

999s or 1 to 999 minutes or the relay can be set to toggle between calls.

1.2 Technical S ecification

Power Supply 12-24V AC or DC 400mA Max. (35-20mA idle)

Average Current (in-call) 60mA @ 28VDC, 95mA @ 18VDC, 130mA @12VDC

Relay utput 5A Max. CATII 220VAC

SIM 1.8/3.6V

Compliant with GSM Phase 2/2+ Class 4 (2W @850/900 MHz)

Class 1 (1W @1800/1900 MHz)

Antenna 50Ω U.FL

1.3 Number Ty es

When adding a telephone number to the system it can be set up as one of five different tele-

phone number types with each type having a specific purpose. There is space for 512 num-

bers and each number can be set up as any type of number. For example you may wish to

have 28 masters and 100 users. All four user (non-data) number grou s can o erate the out-

ut relay by SMS text or by calling the board.

Master Numbers

These numbers are used to make changes to the system including adding other numbers. At

least one master number must be set up when the system is first used (see section 2.3). nce

one master number is set up it can then be used to set up other master numbers

Example Master Number setup command:

Master 07000000000.

User Numbers

User numbers are only able to operate the relay output. This can be via SMS text or by call-

ing the board. Unless MUSER is enabled (this makes all numbers master numbers) user num-

bers cannot access any command functions.

Example User Number setup command:

Add 07000000000.

Text Numbers

These numbers are the recipients of input triggered SMS text messages. The board sends

SMS text messages to these numbers in the order in which they are added. These numbers

cannot access any of the board’s command functions but are able to operate the output

relay by call or text. Note, if a master or user sends a command to the board which results

in a SMS text reply, the reply is sent to the sender of the command and not the list of text

numbers.

Example Text Number setup command:

TEXTNUM 07000000000.

Call Numbers

Call numbers are dialled when the input is triggered. Call numbers are dialled before the

sending of SMS text messages to the Text Numbers. They are dialled in the order in which

they are added. The numbers are dialled sequentially until a call is answered and rejected

or a call is answered and the # key is pressed. See Section 4.1 Auto-Dialler for details.

Example Call Number setup command:

Callnum 07000000000.

Data Numbers

Data Numbers are setup in a similar way to master numbers and allow settings to be

amended using software. A call from a data number may leave the unit unresponsive for

up to 3 minutes after the call has ended. Data numbers cannot activate the output relay.

Details of the software are not covered in this manual. Please see the Advent Controls web-

site/blog.

Data 07000000000,37212. for module with IMEI 355073034237212

2. O eration

2.1 Registration

A valid GSM Subscriber Identity Module (SIM) card must be present in the SIM holder for the

system to operate. Immediately on power up the system will attempt to register on the SIM

card on it’s home network. nce registration has occurred LED1 will change from flashing

approximately once every second to a momentary flash once every two seconds. If the

LED1 continues to flash once every second for some time, the system cannot register the

SIM on the network. The system will restart should this occur. If the problem persists check

the antenna and strength of signal in your area/validation of the SIM card. Remove any PIN

numbers from the SIM card. bserve anti-static precautions when inserting the SIM.

The second LED, LED2 found by the 5 pin header, is used to display the result of a command.

The LED will flash twice to acknowledge the successful recei t of a command and will light

continuously for 2s to show the instruction has failed. It also illuminates during any call (valid or

invalid) and lights continuously when a signal cannot be found (network dependent).

2.2 Command Message Format

To operate the system a master GSM phone is used to send SMS text messages to the system

telephone number. All message follow a similar format as follows:

C MMAND<space>action. (eg. Master 07000000000.)

The command (see Section 7) is always written first followed by a space and the action re-

quired. Although not necessary, it is useful to include a full stop immediately after the action

as some mobile phones can enter superfluous characters at the end of a message, which can

invalidate the message. The message is not cAsE sensitive.

2.3 Master Number Setu

The system is controlled by the master GSM mobile phone numbers (see 2.2 Number Ty es).

The system must first be associated with at least one master phone’s number before it can be

used. To do this the supplied 2.54mm jumper connector must be fitted to pins 3 & 4 on HDR1

as shown in red in Figure 1. Do not connect the jum er to any other ins or damage may re-

sult.

The master phone number must then be sent via a SMS text message to the system phone

number as follows:

MASTER<space>number.

For example, if the master telephone number is 07000 000 000:

MASTER 07000000000.

Also valid are the following:

Master 07000000000 and master 07000000000

The following messages are invalid:

master 07000 000 000. (spaces in the number)

master07000000000 (no space after ‘master’)

Figure 1. Jumper pins

The result LED, LED2, will flash two times to indicate the master number has been success-

fully setup. Calling the board’s telephone number with the master phone will now acti-

vate the relay. nce one master number has been setup further masters (up to 512) can

be setup by this and subsequent master phones without the jumper fitted (using the same

message).

Using the PIN for Master Setu

The Master Number can also be set up using the PIN. This is only possible for the first master

number that is added to the system. Subsequent masters must be added by a master

using the MASTER command. The PIN is the last 5 characters of the IMEI number written on

the QUECTEL GSM module sticker. The command is sent as follows:

Master 07000000000,37212. for module with IMEI 355073034237212

2.4 Allowing Master Control for all Users

To enable any user to control master commands (such as adding and removing numbers)

the MUSER command is sent to the board, by a master number, as follows:

MUSER ENABLE Allows any valid user number to modify settings

MUSER DISABLE nly master numbers can modify settings

By default MUSER is set to disable full access for all users. N.B. nly master numbers can

add other master numbers despite this setting

2.5 Adding a User Number

Any telephone number of at least 5 digits where caller ID is available is valid. The system

only compares the last 8 digits (if present) of any calling number against the numbers

stored in memory. Therefore it is not necessary to enter the international dialling code

format of the telephone number.

i.e. for 07000000000 only the characters shown in BOLD text are considered

The ADD command is used to add a new telephone number. To add a new number any

master phone must send the following SMS text message to the system telephone number:

add<space>number. e.g. Add 07000000000.

If TEXTRES is enabled the system will respond with the ‘ peration Successful’ message.

2.6 Removing a User Number

The REM VE command is used to remove an existing telephone number. To remove an

existing telephone number any master phone must send the following SMS text message:

remove<space>number. e.g. REMOVE 07000000000.

The REM VE command must be sent for each number in the memory. The user can spec-

ify which number type is desired to be removed and only that type will be removed re-

gardless of whether the number is already in the memory in a different form.

For example to remove a Call Number the ‘C’ character is appended after the word re-

move as follows:

REMOVEC 07574163361.

This will only remove instances of the number 07574163367 that are stored as Call Numbers.

The following shows the characters associated with each number type:

T—Text Number

C—Call Number

M—Master Number

D—Data Number

None specified—Any number (including User Numbers)

If TEXTRES is enabled the system will respond with the ‘ peration Successful’ message. If the

number is not found the ‘ peration Failed’ message will be sent by the system.

2.7 Viewing the Valid Number List

The system can send a SMS text message containing a complete list of valid user numbers to

any master phone.

To receive the list of numbers the LIST command is used. The master phone must send the

following SMS text message to the system:

List

The response format shows the number type, the channel (if applicable) and the last 8 digits

of the stored number followed by a space and the next number and so on…

Number Types:

T—Text Number

C—Call Number

M—Master Number

U—User Number

D—Data Number

K—Keep Alive Number

Input Channels:

A—Channel A

B—Channel B

M—Multiple (Both A&B)

The numbers are in the reverse order to the order they were added with the primary master

not displayed.

e.g. TA74163367 CM17283167 D51953899 U17283167 M30666575

07574163367 is a Text Number for Channel A

01517283167 is a Call Number for both channels and so on...

2.8 Finding a Number in the Memory

When a large number of numbers are stored in the memory using the LIST command can

be impractical. To find whether an individual number is stored in the memory the master

user sends the following command to the board:

QUERY<space>number. or

QNUM<space>number

NB the number should be the full number (not the 8-digit truncated number)

If the number is present the LED will flash 4 times and if not in the memory the LED will light

twice for 2 seconds. If TEXTRES is enabled an SMS text message will be sent with the result.

2.9 Clearing All Numbers and Settings

The CLEAR ALL command is used to erase all stored user and master numbers. To erase

all numbers the following SMS text message is sent by a master number:

CLEAR ALL

No response is sent by the system to acknowledge the command. This does not affect

the customisable input text messages.

2.10 Result Acknowledgement Message

The system can be setup to send a SMS text message to acknowledge a command. This

acknowledges the result of the last command processed such as adding a new user

number. The SIM card in the system must have sufficient credit for sending SMS text mes-

sages. To enable/disable the service the following text message is sent by the master

number:

TEXTRES enable (or also valid: TEXTRES e)

TEXTRES DISABLE (or also valid: TEXTRES d)

The result message ‘ peration Successful’ is sent when the service is enabled

3 Relay O eration/Access Control

3.1 Enabling Any Number and Disabling O en-on-Call

The system can be setup to allow any number to operate the relay output. To enable

any call the CALL command is used with the action ANY and is sent by the master phone

in the following format:

Call any

To return the system to operate from only valid user numbers the LIST action is sent with

the CALL command as follows:

call list

To disable activation of the relay by calling the following command is sent to the board

(the relay can still be activated by SMS text; see PEN/ N & CL SE/ FF commands):

CALL NONE

To switch the in uts on and off the CALL DIALER command is used. There is no relay activa-

tion by calling in this mode (although it can be activated by SMS text)

CALL DIALER switches the in uts on and off (see section 4)

When the inputs are being disabled the call is rejected; when the inputs are being en-

abled the system rings out

3.2 Call Reject

By default any call to the system will be allowed to ring indefinitely (or up to the host net-

work time limit). This is to avoid calls being diverted to voicemail when rejected by the sys-

tem. However the system can be instructed to reject (hang up) calls using the REJECT

command:

REJECT ALL rejects all valid calls

The reject command can also be used to determine the status of the relay when in toggle

mode by sending the following command:

REJECT OPEN rejects the call when the call is deactivating the relay

connects the call when the call is activating the relay

REJECT NONE disables all call rejection

3.3 Connecting a Call

By default, when called the system is set to ring indefinitely or until the SIM card network

operator transfers the call to voicemail. However the system can be set to connect a call

when the input is OPen (high/12V) or Closed (low/0V). This is done to allow the caller to

know the state of the input even when the system has insufficient credit to send a status

SMS text message. See also the REJECT command if call rejection is preferred.

To change the connect mode the C NN command is sent by the master phone with the

action CL or OP. To disable connect on call the NOne action is sent.

e.g. CONN CL connect when input high

CONN OP connect when input low

CONN NO do not connect call

3.4 In ut/Out ut Status Message

To determine the current status of the input terminal and output relay the STATUS command

is sent to the system telephone number by a master phone as follows:

STATUS

The system will respond with a SMS text message as follows:

RELAY PEN INPUT L W relay not activated/input closed (GND)

RELAY CL SED INPUT HIGH relay activated/input open (+V)

3.5 Relay Activation Mode

When a valid call is received the relay can be set to activate for a set period of time (set

by the RLYTIME command), to activate whilst the caller is ringing or to toggle between

states on each call. By default the relay mode is set for timed (pulsed) activation. To

switch to toggle mode the following message is sent to the system by the master number:

RLYMODE TOG GLE enables toggle mode

To activate the relay for however long the caller rings (n.b. turn off voicemail!)

RLYMODE RING relay active whilst phone rings

To revert to timed (pulsed) mode the following message is sent:

RLYMODE PULSE relay Normally pen (N )

3.6 Relay Activation Time

The RLYTIME command is used to adjust the time the relay is active following a call when

RLYM DE is set to PULSE. By default the relay time is set to 3s. The time can be set from 1s

to 999 seconds or 1 to 999 minutes using this command.

To change the activation time the master number sends a SMS text message as follows:

RLYTIME seconds.

e.g. rlytime 10. 1 second activation time

rlytime 250s 250 second activation time

Rlytime 1m. 1 minute activation time

RLYTIME 960m. 16 hour (16 x 60mins) activation time

3.7 On/Off and O en/Close Commands

The PEN and N commands are used to activate the relay with a SMS text message.

The CL SE and FF commands deactivate the relay, whether activated by the PEN or

N command or a call. When the N command is sent without any additional instruc-

tions the relay is activated indefinitely. When sent with a value and m(inutes) or

(seconds) parameter the relay activates for a set period of time. The maximum number

length is three characters therefore the timer is limited to 999 seconds or 999 minutes. If

the m or s parameter is not sent then the timer value is read as the number of seconds.

The PEN command will latch the relay for the time set by RLYTIME (as per a call)

When sent with additional time information the relay is activated for however many sec-

onds or minutes specified.

e.g. OPEN activates relay for RLYTIME

on activates relay indefinitely

on 10. 10 second activation time (s parameter optional)

On 250s 250 second activation time

ON 1m. 1 minute activation time

on 960m. 16 hour (16 x 60mins) activation time

CLOSE deactivates relay under all conditions

OFF deactivates relay under all conditions

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