AT Commands - Sumelco

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INSYS GSM

AT Command Reference

Jun-10

Copyright © June 10 INSYS MICROELECTRONICS GmbH Any duplication of this manual is prohibited. All rights on this documentation and the devices are with INSYS MICROELECTRONICS GmbH Regensburg. Trademarks The use of a trademark not shown below is not an indication that it is freely available for use. MNP is a registered trademark of Microcom Inc. IBM PC, AT, XT are registered trademarks of International Business Machine Corporation. INSYS ® is a registered trademark of INSYS MICROELECTRONICS GmbH. Windows™ is a registered trademark of Microsoft Corporation. Linux is a registered trademark of Linus Torvalds. Publisher: INSYS MICROELECTRONICS GmbH Waffnergasse 8 D-93047 Regensburg, Germany Phone: +49 (0)941/56 00 61 Fax: +49 (0)941/56 34 71 E-mail: [email protected] Internet: http://www.insys-tec.de Date: Jun-10

Item: 31-22-03.036

Version: 3.1

Language: EN

mailto:[email protected]

http://www.insys-tec.de/

Contents

1 General Notes to the AT Command Sets ............................................................ 5

2 Short Description Standard AT Commands........................................................ 7

2.1 AT Commands According to V.25ter ..................................................................................8

2.2 AT Commands for GSM Connections ...............................................................................12

2.3 AT Commands for SMS .....................................................................................................14

3 Short Description INSYS AT Commands ........................................................... 16

4 Description of INSYS AT Commands................................................................. 18

5 GSM Character Set for SMS............................................................................... 57

6 Network Provider Identification Numbers....................................................... 58

4 Jun-10

INSYS GSM General Notes to the AT Command Sets

1 General Notes to the AT Command Sets

The INSYS GSM is configured and controlled using two AT command sets: The standard AT commands control the GSM engine for establishing data connections via the GSM network. The extended INSYS AT commands control the extensions implemented by IN-SYS for the digital IOs, alarm functions, safety functions and time-controlled functions.

The standard AT commands can only be entered locally via the serial interface, if the IN-SYS GSM is in offline state (no active data connection) or in online command mode (in-terrupted data connection).

The extended INSYS AT commands (section 1) can be entered locally and remote (remote configuration) and, in most of the cases, also via SMS. The configuration via SMS is lim-ited to commands with responses of up to 140 characters.

The modem guideline V.25ter must be used in view of the chronological sequence of the interface commands. The AT standard is a line-oriented command language. The entry is not case-sensitive. All commands are completed with the line end character, configured with the ATS3 command (Default = <CR> = 0Dh). The line edit character, configured with the ATS5 command, can be used to delete incorrectly entered characters (Default = <BS> - 08h -).

Each command is acknowledged with a response according to V.25ter (configuration with ATV):

Response Code Type Meaning

OK 0 final Command executed, no error

CONNECT 1 final Connection established, if parameter setting X=0

CONNECT[<text>] final Connection established, if parameter setting X>0 <text>: e.g. ‘connect 9600’. The data transmission rate is then 9600 Bit/s.

RING 2 unsolicited Ring tome detected

NO CARRIER 3 final Connection not established or terminated

ERROR 4 final Invalid command or command line too long

NO DIALTONE 5 final No dial tone, connection establishment not successful, wrong operating mode

BUSY 6 final Remote terminal busy

NO ANSWER 7 final Timeout during connection establishment

5

General Notes to the AT Command Sets INSYS GSM

A <CR> (Carriage Return) is indicated as line end character in the further course to ease readability. The standard responses OK or ERROR are always used as responses, regard-less of the actually selected responses according to V.25.

A collating sequence of several commands is not possible for the extended INSYS AT commands. Further commands can only be sent if the processing of a previous command has been finished, i.e. the response has been is-sued.

We refer to the detailed command set of the GSM engine for a sequence of standard AT commands.

The IT commands implemented in the INSYS GSM 2.0 are replaced by the extended INSYS AT commands of the format AT**name. A change to configuration mode is not required any more.

6

INSYS GSM Short Description Standard AT Commands

2 Short Description Standard AT Commands

The standard AT commands comprise the specifications according to V.25ter, GSM 07.07 and GSM 07.05. Only the most important standard AT commands are described with syntax and parameters in the following.

The applicability of individual features may depend on the selected GSM network.

Syntax:

<expression> Parameter input

<pause> Means a waiting period of 1 second

[expression] Optional parameter input

Factory default settings are indicated with "(default)".

7

Short Description Standard AT Commands INSYS GSM

2.1 AT Commands According to V.25ter Command Description

ATA Answer mode

The INSYS GSM changes to answer mode. Only effective if a call is coming in.

AT&C<n> Configuring the function of the DCD control line

AT&C0 DCD is always ON

AT&C1 DCD indicates presence of carrier signal (default)

ATD<n> Establishing a connection

Dialling the phone number <n>

AT&D<n> Function type of the DTR control line

Configuring (change ONOFF)

AT&D0 Ignored

AT&D1 Change into command mode, connection held

AT&D2 Change into command mode, connection terminated, no auto-matic connection acceptance with DTR OF. (default)

ATDL Redialling the last dialled number

ATE<n> Command input echo

The INSYS GSM sends back all entries on the serial interface.

ATE0 Disabling echo

ATE1 Enabling echo (default)

AT&F Loading factory default settings

The factory default settings are loaded. All factory default settings in this AT

command list are indicated with "(default)".

Note: The settings of the INSYS AT** commands are reset with AT**DEFAULT.

ATH Terminating a connection

The INSYS GSM hangs up. Immediately after the disconnect, the controller will

not respond to external AT commands for a certain period. This period is made

up of the query duration of the field strength (AT**GSMREQ; 5 s at 19200 baud)

and the duration of SMS polling (AT**SMSBUF) together.

ATI Displaying the product information of the GSM engine

8


Command Description

AT+ICF Configuring the data format

This command configures the data format of the serial interface.

AT+ICF=? Displaying the possible settings

AT+ICF=<x,y> Setting the data format x and the parity y

<x>=1 8N2

<x>=2 8E/O2

<x>=3 8N1 (default)

<x>=5 7E/O1

<y>=0 Odd parity (O)

<y>=1 Even parity (E)

AT+ICF? Querying the configured data format

AT+IPR Configuring the baud rate

This command configures the baud rate of the serial interface.

AT+IPR=? Displaying the possible settings

AT+IPR=<x> Setting the baud rate to x baud

AT+IPR? Querying the configured baud rate

ATO<n> Returning to online data mode

ATQ<n> Quiet control

This command enables or disables sending messages from the INSYS GSM to

the PC

ATQ0 Sending messages to PC (default)

ATQ0 Sending no messages to PC

AT\Q<n> Data flow control of the serial interface

AT\Q0 OFF (default)

AT\Q1 Software handshake (XON/XOFF)

AT\Q2 Only CTS

AT\Q3 Hardware handshake (RTS/CTS)

ATS<n> Reading/writing the S registers

Some S registers can only be modified in certain limits. The modem still reports

OK, although the value has not changed as specified. Some registers can only be

read. We recommend therefore to check the results after each write attempt,

using the ATS<n>? command.

ATS<n>=x Sets the S register n to the value x

ATS<n>? Shows the value of the S registry n.

9


Command Description

ATS<n> Configuring automatic call acceptance

The automatic call acceptance is configured using the S register S0. S0 can be

configured between 0 and 255.

ATS0=<x> Automatic call acceptance after x ring tones (<x> = 2..255)

ATS0=0 Disabling automatic call acceptance

ATS0? Querying automatic call acceptance

AT&S<n> Configuring the function of the DSR control line

AT&S0 DSR always ON (default)

AT&S1 DSR follows DCD

ATX<n> CONNECT response format and connection monitoring

<n> 0 Numerical response for CONNECT, no dial tone detection, no

busy signal detection

1 Text response for CONNECT, no dial tone detection, no busy

signal detection

2 Text response for CONNECT, dial tone detection, no busy

signal detection

3 Text response for CONNECT, no dial tone detection, busy

signal detection

4 Text response for CONNECT, dial tone detection, busy signal

detection

ATV<n> Format of modem messages

This command determines, whether the INSYS GSM transfers messages to the

PC in short or long form.

ATV0 Messages in short format, i.e. only the error number

ATV1 Messages in long format, i.e. the error text (default)

Note: The settings of the INSYS AT** commands are displayed with AT**PROFILE.

AT&V Showing the configurations

This command causes the display of the active configuration of the INSYS GSM,

the stored user settings.

Note: The settings for AT+IFC, ATE, ATQ, ATV, AT\Q, AT&C, AT&D, AT&S, ATS0 do not correspond with the actual values for AT&V.

The settings of the INSYS AT** commands are displayed with AT**PROFILE.

10


Command Description

AT&W Saving the configurations

The command saves the current modem configuration including the S registry

in one of the two user-defined defaults.

Directly after that for

Normally 700 ms (at 19200 bps)

1000 ms when AT**DTMF=1 or AT**CLIP=1

1200 ms when AT**DTMF=1 and AT**CLIP=1

no entry of AT commands is possible.

ATZ Software reset/load default setting

This command causes the INSYS GSM to perform a software reset. The INSYS GSM loads the default setting saved by the user.

Directly after that for

Normally 700 ms (at 19200 bps)

1000 ms when AT**DTMF=1 or AT**CLIP=1

1200 ms when AT**DTMF=1 and AT**CLIP=1

no entry of AT commands is possible.

Note: The new settings of the INSYS AT** commands are taken over with AT**RESET.

<Pause> +++

<Pause>

Changing from data mode to command mode (online command mode)

1 second pause before and after the entry, no Carriage Return - <CR> -. After

the response "OK", an additional waiting period of 2 seconds for re-entering AT

commands must be observed.

<Pause> ****

<Pause>

Remote configuration

After entering *** at the local INSYS GSM (1 second pause before and after the

entry, no return - <CR> -) the remote configuration at the remote terminal is

activated. After the response OK, an additional waiting period of 2 seconds for

re-entering AT commands must be observed.

11


2.2 AT Commands for GSM Connections Command Description

AT+CBST? Querying the type of bearer service

AT+CBST=<n> Configuring the bearer service to modem and ISDN TA

AT+CBST=0 Autobauding

AT+CBST=4 2.400 bps (V.22bis)

AT+CBST=6 4.800 bps (V.32)

AT+CBST=7 9.600 bps (V.32) (default)

AT+CBST=68 2.400 bps (V.110)

AT+CBST=70 4.800 bps (V.110)

AT+CBST=71 9.600 bps (V.110)

AT+COPS? Displaying the selected network provider

AT+COPS=<n>

[,<format>,

<oper>]

Selecting network provider and registering

AT+COPS=? Displaying the network providers available at the

location

AT+COPS=0 Automatic (default)

AT+COPS=1 Manual selection <oper>

AT+COPS=2 Logout from GSM network

AT+COPS=4 Manual selection <oper> - if not available, automatic selection

<format> 2 Numerical information for <oper>

<oper> Specification of the network provider (refer to the

Network Provider Identification Numbers section)

AT+CPIN? Querying the required password

Response (selection):

READY No entry required or PIN transfer successful

SIM PIN Enter SIM card PIN

SIM PUK Enter SIM card PUK (after repeated incorrect entry of

the PIN)

ERROR SIM card not inserted or not recognized

AT+CPIN=<n> Entering the PIN of the SIM Card

<n> 4-digit number

The PUK must be entered after repeated wrong entry. The following command must be used to enter the PUK AT+CPIN=<PUK>,<new PIN>

The PIN can be stored permanently in the controller using the extended command AT**PIN.

12


Command Description

AT+CRC Configuring extended RING messages

If the extended RING message is enabled, an incoming call will be displayed

with an unsolicited result code.

AT+CRC=0 Disable extended RING message (default)

AT+CRC=1 Enable extended RING message

AT+CREG? Displaying the registration state (network state)

Response: <n>,<stat>

<stat> 0 Not registered, no GSM network search

1 Registered with the standard provider

2 Not registered, GSM network search

3 Refused

5 Registered, roaming

AT+CSQ Displaying the signal quality (GSM signal intensity)

Response: <rssi>,<ber>

<rssi> Value of the received GSM field strength

0..10 Poor reception, change location

11..31 Good reception

99 Not detectable

Note: Antenna positions with values below 12 should be avoided.

<ber> Bit Error Rate

The bit error rate is only measured for an established

connection. Otherwise, the value 0 or 99 is returned.

13


2.3 AT Commands for SMS Command Description

AT+CMGD=<n> Deleting SMS message <n>

AT+CMGF? Querying the SMS message format

AT+CMGF=<n> Configuring the SMS message format

AT+CMGF=0 PDU mode (default)

AT+CMGF=1 Text mode

AT+CMGL=<stat> Listing the SMS message in the selected memory

PDU mode

AT+CMGL=0 Unread messages

AT+CMGL=1 Read messages

AT+CMGL=2 Stored, sent messages

AT+CMGL=3 Stored, unread messages

AT+CMGL=ALL All messages

Text mode

AT+CMGL=REC READ Read messages

AT+CMGL=REC UNREAD Unread messages

AT+CMGL=STO SENT Stored, sent messages

AT+CMGL=STO UNSENT Stored, unread messages

AT+CMGL=ALL All messages

Note: The statuts of unread messages will be set to read.

AT+CMGR=<n> Reading SMS message <n>

Note: The statuts of unread messages will be set to read.

AT+CMGS=<no>

<CR><text>

<Strg-Z>

Sending an SMS message (text mode)

<no> Phone number

<CR> Enter/carriage return key

<text> Text of the SMS message

<Ctrl-Z> Press CTRL and Z (0x1A)

The phone number entry is completed with <CR>, the actual text with <Ctrl-Z>.

Note: The SMS message format is to be changed to AT+CMGF=1.

AT+CNMI Immediately outputting and deleting an SMS message

This command can be used to output incoming messages immediately and

delete them afterwards.

AT+CNMI=2,2 Output SMS message immediately and delete it afterwards

AT+CNMI=0,0 Don't output SMS message immediately (default)

14


Command Description

AT+CSCA? Querying the number of the SMS Service Center

AT+CSCA=<no> Configuring the number of the SMS Service Center

<no> Number in international format +49…

AT^SMGL Listing SMS messages from preferred memory

(without changing the state)

AT^SMGO? Querying the SMS overflow presentation mode

Response: ^SMGO: <n>,<mode>

AT^SMGO=<n> Configuring the SMS overflow presentation mode

AT^SMGO=0 Disabled (default)

AT^SMGO=1 Enabled – change of <mode> is displayed

<mode> 0 Memory location available

1 Memory full

2 Memory full, message waits

AT^SMGR=<n> Reading SMS message <n> (without changing the state)

15

Short Description INSYS AT Commands INSYS GSM

3 Short Description INSYS AT Commands

Configuration Command Short description local remote SMS

AT**ALIVE Alive SMS X X S AT**BAUD Baud rate of the serial interface X X X AT**CALLBACK Target pohne number of security callback X X X AT**CLIP Selective call acceptance X X S AT**COMBINE Connection of the alarm text with a target number of

the number pool (AT**POOL) X X S

AT**DATE Date X X X AT**DAY Weekday X X X AT**DEFAULT Default settings of the INSYS AT commands X X X AT**DIAL Dial-up attempts for alive or alarm messages X X X AT**DIR I/O configuration X X X AT**DST Main target phone number for alarm messages X X S AT**DTC Idle connection control (data transmit control) X X X AT**DTMF Enable DTMF evaluation X X X AT**ESC Escape character for remote command mode X X X AT**EXIT Exiting the remote command mode X AT**FLASH Firmware update of the controller X X AT**FORMAT Data format of the serial interface X X X AT**GSMREQ Periodic request of the field strength and login state of

the GSM network X X X

AT**HISTORY History function (event log) X X S AT**IN Querying the alarm inputs X X X AT**INPUT Configuration of the alarm inputs X X X AT**LOGOUT Timer-controlled logout/login or reset X X X AT**MSG Alarm message texts X X S AT**OH Configuration of the OH_GSM control line X X X AT**OUT Setting/resetting the control outputs X X X AT**OUTPUT Configuration of the switch outputs X X X AT**PASS Password protection X X X AT**PIN PIN of the SIM card X X X AT**POOL Phone number pool for alarm messages X X S AT**POWER Power-up SMS X X S AT**PROFILE Querying the settings of the INSYS AT commands X X AT**PROVIDER Manual GSM network provider selection X X X AT**RESET Resetting the Device X X X AT**SCN SMS Service Center Nummer X X X AT**SIGNAL GSM signal field strength X X X AT**SMS Manual SMS dispatch of the configured alarm messages X X AT**SMSRX Automatic SMS reception evaluation X X X

AT**SMSBUF Specification of the existing SMS storage locations on

the SIM card

X X X

AT**SWITCH Execution of a switch process (starting with FW version

2.40)

X X X

16

INSYS GSM Short Description INSYS AT Commands

17

Configuration Command Short description local remote SMS

AT**SWITCHENTRY Assignment of a clear text name to a switch process

(starting with FW version 2.40)

X X S

AT**TIME Time X X X AT**VERSION Querying the software version X X X X = completely implemented S = only setting implemented

Description of INSYS AT Commands INSYS GSM

4 Description of INSYS AT Commands

The prefix always consists of the characters "AT**".

Syntax:

<expression> Parameter input

<pause> Means a waiting period of 1 second

[expression] Optional parameter input

Factory default settings are indicated with "default".

The standard end character is "Return" (0Dh) or also known as "<CR>".

The commands are acknowledged with OK or ERROR. It must be waited for the acknowl-edgement of a command being processed before entering the next command to ensure a proper processing.

All settings made with AT** commands are immediately stored to the EEPROM. How-ever, some of them become only effective after a restart.

The explanation of the parameters for the responses following queries can be found at the write commands. Most AT** commands can also be executed via SMS – exceptions are explicitly indicated.

The commands AT**COMBINE, AT**DIR, AT**DST, AT**INPUT, AT**MSG, AT**IN, AT**OUTPUT, AT**OUT and AT**SWITCHENTRY described in the following differ de-pending on the device (i-modul or DIN rail device or DIN rail device with 4 inputs, or are not available for some devices at all. Therefore, each of these command is described indi-vidually for the respective device. Please take care to read the right description.

18

INSYS GSM Description of INSYS AT Commands

AT**ALIVE Alive SMS

Read: AT**ALIVE?

Response:

ALIVE: <mode>[,<day>][,<time>] ALIVE: DST = <number> ALIVE: MSG = <text>

OK

Parameters:

<mode> inactive Function disabled

Note: This query cannot be performed via SMS

Write: AT**ALIVE=<mode> AT**ALIVEDST=<number> Target phone number AT**ALIVEMSG=<text> Message text

Parameters:

<mode> D,<time> Daily dispatch of the periodic alive SMS at the time <time>; <day> regardless

W,<day>,<time> Weekly dispatch of the periodic alive SMS at the weekday <day> and the time <time>

M,<day>,<time> Montly dispatch of the periodic alive SMS at the day <day> and time <time>

<time> Time in format hh:mm, e.g. 09:35

<day> <mode> = D: regardless <mode> = W: Weekday in format: MO, TU, WE, TH, FR, SA, SU <mode> = M: Day from 1 ... 31 If a month has less days than specified in <day>, the function

will be executed at the last day of the month.

<number> Target phone number of the periodic alive SMS, max. 20 digits

<text> Message text of the periodic alive SMS, max. 140 digits

If no data connection is active and no alarm is processes, the time for the peri-odic alive SMS is checked in intervals of 30 seconds.

Delete: AT**ALIVE= Disableing the peridic alive SMS dispatch AT**ALIVEDST= Deleting the target phone number AT**ALIVEMSG= Deleting the message

The entry line is completed after "=" with <CR>.

Default: AT**ALIVE=inactive

AT**BAUD Configuring the baud rate of the serial interface

Read:

AT**BAUD?

Response: BAUD: <baud>

OK

19


Write: AT**BAUD=<baud>

Parameters: <baud> AT**baud=300 300 bps AT**baud=600 600 bps AT**baud=1200 1200 bps AT**baud=2400 2400 bps AT**baud=4800 4800 bps AT**baud=9600 9600 bps AT**baud=14400 14400 bps AT**baud=19200 19200 bps AT**baud=38400 38400 bps AT**baud=57600 57600 bps AT**baud=115200 115200 bps

In case of a local or SMS configuration, the reply will still be issued with the pre-vious baud rate before the baud rate is changed. In case of a remote configuration, the baud rate will be changed after the next reset of the device.

Default: AT**BAUD=19200

AT**CALLBACK Target phone number of security callback

Read: AT**CALLBACK?

Response: CALLBACK: <number>

OK

Write: AT**CALLBACK=<number>

Parameters:

<number> Phone number that is called back with enabled security callback function. The maximum length is 20 digits.

Prerequisite for the security callback function is the activation of the data pass-words (AT**PASSC).

Delete: AT**CALLBACK=


Default: AT**CALLBACK=0,0,0

AT**CLIP? Selective call acceptance

Read: AT**CLIP=? Read out status

Response: CLIP: <status>

OK

AT**CLIP? Read out phone numbers. This query cannot be performed via SMS!

Response: CLIP: 01=<number> ... CLIP: 15/30=<number>

OK

20


Write:

AT**CLIP=<status> Enable/disable call acceptance

Parameters: <status> 0 Selective call acceptance disabled 1 Selective call acceptance enabled

AT**CLIP<index>=<number> Enter permitted phone numbers

Parameters:

<index> 1 ... 15/30 15/30 Entries for phone numbers

99 Delete complete list

<number> Phone number that is permitted for a call or SMS to the device. The maximum length is 20 digits.

It is possible to release complete number blocks. The wildcard character "*" stands for any one digit.

Note: Starting with firmware version 2.40, it is possible to enter 30 instead of 15 phone number as before.

In order to use these security functions, the caller must have the calling line identification presentation (CLIP) enabled. The selective call acceptance becomes only active following a reset of the device. Then, the GSM engine operates with the setting (AT+CLIP=1). The phone number will be output with each incoming call in addition to the "RING" message here.

Example:

RING

+CLIP: "+49941560061",145,,,,0

The allowed number has to be entered in exactly the same format, as it is output for a call with “+CLIP:..." (without ””).

Note: The transmitted number format may depend on the provider – it may be possible that the leading "+49" is replaced by "0049" for example. It is urgently recommended to verify the entry with a test call from the number.

Incoming calls from non-permitted numbers will be rejected immediately in order to keep the lines clear. It is also not possible to accept them manu-ally (ATA). The caller gets the BUSY signal.

Delete: AT**CLIP<index>=

AT**CLIP99=<CR> Deletes the complete list


Default: Disabled, no numbers entered

21


AT**COMBINE Connection of the alarm text with a target number of the number pool (only valid for i-modul GSM PRO)

Read: AT**COMBINE?

Response: COMBINE: IO1=[<co1>[,<co2>...[,<co10>]]]]]]]]]] COMBINE: IO2=[<co1>[,<co2>...[,<co10>]]]]]]]]]] COMBINE: IO3=[<co1>[,<co2>...[,<co10>]]]]]]]]]] COMBINE: IO4=[<co1>[,<co2>...[,<co10>]]]]]]]]]] OK This query cannot be performed via SMS.

Write: AT**COMBINE[<input>]=[<co1>…[,<co10>]…]

Parameters: <input> Alarm input for which the connection is intended. 1 Alarm input I/O1 2 Alarm input I/O2 3 Alarm input I/O3 4 Alarm input I/O4 If <input> is not specified, alarm input 1 will be used. The respective I/O must be defined as input, of course (AT**DIR). <co1> 1..20 1. Reference to a number from the number pool

defined with AT**POOL. The index of the number in the pool is specified.

... <co10> 1..20 10. Reference to a number of the pool defined

with AT**POOL. Each alarm message can be sent to 10 further targets defined via the number pool in addition to the main target number (AT**DST), i.e. up to 11 times .

These connections are also evaluated if no main target number is configured.

Delete: AT**COMBINE[<input>]=


Default: Empty

22


AT**COMBINE Connection of the alarm text with a target number of the number pool (only valid for INSYS GSM)

Read: AT**COMBINE?

Response: COMBINE: IO1,1=[<co1>[,<co2>...[,<co10>]]]]]]]]]] COMBINE: IO1,2=[<co1>[,<co2>...[,<co10>]]]]]]]]]] ... COMBINE: IO1,9=[<co1>[,<co2>...[,<co10>]]]]]]]]]] COMBINE: IO1,10=[<co1>[,<co2>...[,<co10>]]]]]]]]]] COMBINE: IO2,1=[<co1>[,<co2>...[,<co10>]]]]]]]]]] ... COMBINE: IO4,10=[<co1>[,<co2>...[,<co10>]]]]]]]]]] OK This query cannot be performed via SMS.

Write: AT**COMBINE[<input>]=[<co1>…[,<co10>]…]

Parameters: <input> Alarm input for which the connection is intended. 1 Alarm input I/O1 2 Alarm input I/O2 3 Alarm input I/O3 4 Alarm input I/O4 If <input> is not specified, alarm input 1 will be used. <index> 1..10 Index number of the alarm message If <index> is not specified, index number 1 will be used. <co1> 1..20 1. Reference to a number from the number pool

defined with AT**POOL. The index of the number in the pool is specified.

... <co10> 1..20 10. Reference to a number of the pool defined

with AT**POOL. Each alarm message can be sent to 10 further targets defined via the number pool in addition to the main target number (AT**DST), i.e. up to 11 times .

These connections are also evaluated if no main target number is configured.

Delete: AT**COMBINE[<input>][,<index>]=


Default: Empty

23


AT**DATE Date

Read: AT**DATE?

Response: DATE: <dd>.<mm>.<yy> OK

Write: AT**DATE=<dd>.<mm>.<yy>

Parameters: <dd> Day (two-digit) <mm> Month (two-digit) <yy> Year (two-digit)

The setting is immediately written to the RTC.

Default: AT**DATE=01/01/2003

AT**DAY Weekday

Read: AT**DAY?

Response: DAY: <day> OK

Write:

AT**DAY=<day>

Parameters: <day> Current weekday MO Monday TU Tuesday WE Wednesday TH Thursday FR Friday SA Saturday SU Sunday

The setting is immediately written to the RTC.

Default: AT**DAY=SU

24


AT**DEFAULT Loading factory default settings

Write: AT**DEFAULT

The following factory default settings of the AT** commands will be set.

TIME: 00:00:00 DAY: SU DATE: 01.01.03

BAUD: 19200 FORMAT: 8N1 ESC: * OH: 1

PROVIDER: LOGOUT: 00:00,inactive SCN: DTC: 000 SMSRX: 0 SMSBUF: 10 GSMREQ: 1 DIAL: 03

POWER: inactive POWER: DST = POWER: MSG =

ALIVE: inactive ALIVE: DST = ALIVE: MSG =

PASSC: inactive PASSD: inactive PASST: inactive

CALLBACK:

CLIP: 0 CLIP: 01= … CLIP: 15=

DIR: IO1 = OUT DIR: IO2 = IN DIR: IO3 = OUT DIR: IO4 = IN

OUTPUT: IO1 = 1,0,0 OUTPUT: IO2 = IN OUTPUT: IO3 = 1,0,0 OUTPUT: IO2 = IN

25


AT**DEFAULT

Write:

(CONTINUATION)

OUT: IO1 = 0 OUT: IO2 = IN OUT: IO3 = 0 OUT: IO4 = IN

DST: IO1= DST: IO2= DST: IO3= DST: IO4=

MSG: IO1= MSG: IO2= MSG: IO3= MSG: IO4=

POOL: 01= … POOL: 20=

COMBINE: IO1= COMBINE: IO2= COMBINE: IO3= COMBINE: IO4=

OK Note: A set PIN will not be deleted (refer to AT**PIN) The event log of the history function will be deleted.

The device performs an automatic reset not later than 25 seconds after entering

the command in order to take over the modified settings and re-initialise the

GSM engine!

The reset takes another 25 seconds.

AT**DIAL Dial-up attempts for periodic alive or alarm messages

Read: AT**DIAL?

Response: DIAL: <count> OK

Write: AT**DIAL=<count>

Parameters: <count> 1 .. 12 Number of attempts for the message dispatch or

connection establishment for alarm and periodic alive messages

The dispatch of a confirmation SMS will only be tried once after a configuration via SMS.

Default: AT**DIAL=3

26


AT**DIR Configuring the I/Os as inputs or outputs (only valid for i-modul GSM PRO)

Note: This description is only valid for the i-modul GSM PRO! Read: AT**DIR?

Response: DIR: IO1 = <status> DIR: IO2 = <status> DIR: IO3 = <status> DIR: IO4 = <status> OK

Write: AT**DIR<io>=<status> Parameters: <io> 1 IO1 2 IO2 3 IO3 4 IO4 <status> IN IO defined as input OUT IO defined as output

The dispatch of a confirmation SMS will only be tried once after a configuration via SMS.

Default: DIR: IO1 = OUT DIR: IO2 = IN DIR: IO3 = OUT DIR: IO4 = IN

27


AT**DST Main target phone number for alarm messages (only valid for i-modul GSM PRO)

Read: AT**DST?

Response: DST: IO1=<number> DST: IO2=<number> DST: IO3=<number> DST: IO4=<number>

OK

This query cannot be performed via SMS. Write: AT**DST[<input>]=<number>

Parameters: <input> Alarm input for which the target number is intended. 1 Alarm input 1 2 Alarm input 2 3 Alarm input 3 4 Alarm input 4 If <input> is not specified, alarm input 1 will be used. The respective I/O must be defined as input, of course (AT**DIR). <number> Target number for the recipient of the alarm – max. 20 charac-

ters. The associated text will be defined with AT**MSG

This target number is the main phone number for an alarm message. In addi-tion, up to 10 further targets can be specified using a combination (AT**COMBINE) from the number pool (AT**POOL).

Delete: AT**DST[<input>]=


Default: All empty

28


AT**DST Main target phone number for alarm messages (only valid forINSYS GSM)

Read: AT**DST?

Response: DST: IO1,1=<number> DST: IO1,2=<number> ... DST: IO1,9=<number> DST: IO1,10=<number> DST: IO2,1=<number> ... DST: IO4,10=<number>

OK

This query cannot be performed via SMS.

Write: AT**DST[<input>][,<index]=<number> Parameters: <input> Alarm input for which the target number is intended. 1 Alarm input 1 2 Alarm input 2 3 Alarm input 3 4 Alarm input 4 If <input> is not specified, alarm input 1 will be used. <index> 1..10 Index number of the alarm message If <index> is not specified, index number 1 will be used. <number> Target number for the recipient of the alarm – max. 20 charac-

ters. The associated text will be defined with AT**MSG

This target number is the main phone number for an alarm message. In addi-tion, up to 10 further targets can be specified using a combination (AT**COMBINE) from the number pool (AT**POOL).

Delete: AT**DST[<input>][,<index>]=


Default: All empty

29


AT**DTC Idle connection control (data transmit control)

Read: AT**DTC?

Response: DTC: <timeout> OK

Write: AT**DTC=<timeout>

Parameters: <timeout> 0 Disabled 1 .. 255 Waiting time in seconds. If no data is transferred

during this time, the data connection will be re-leased.

Each character, which is transferred via the serial interface, resets this timer.

Default: AT**DTC=0

AT**DTMF Enable DTMF evaluation

Read: AT**DTMF?

Response: DTMF: <status> OK

Write: AT**DTMF=<status>

Parameters: <status> 0 Disabled 1 Enabled: DTMF tones are evaluated. (Password

protection with AT**PASST)

The following extended responses are displayed for enabled DTMF evaluation instead of RING:

+CRING: VOICE For voice/DTMF connections +CRING: REL ASYNC For data connections Incoming voice connections are accepted automatically with enabled DTMF evaluation. (Selective call acceptance remains valid)

Note: The setting becomes only effective after a reset.

Default: AT**DTMF=0

30


AT**ESC Escape character for remote configuration mode

Read: AT**ESC?

Response: ESC: <esc> OK

Write: AT**ESC=<esc> Parameters: <esc> 1 ASCII character

The Escape sequence is used to change into remote configuration mode during a data connection. The input of the following sequence (without <CR>) is required for this: 1 second pause <esc> <esc> <esc> 1 second pause

The data connection is continued with the AT**EXIT command again.

Default: AT**ESC=*

AT**EXIT Exiting the remote configuration mode

Write: AT**EXIT

Response: REMOTE CONFIGURATION MODE EXIT OK Response in case of input failure / not in remote configuration mode: ERROR After this command has been executed correctly, the INSYS GSM is in data transmission mode again.

Note: This query cannot be performed via SMS.

31


AT**FLASH Firmware update of the controller

Write: AT**FLASH

The terminal baud rate must be set to 19,200 bps for a local flash process. The following responses are returned with this fix baud rate:

Start Update with Esc, Reset with @

The flash process must be started by entering <ESC> (= 0x1Bh) then.

The following prompt appears: Expecting download with 8N1

The firmware is to be sent as *.mhx file. Settings of the terminal program: Protocol: ASCII Data format: 8N1 Handshake: Hardware

The process can be started locally as well as in remote command mode.

Attention: The use of hardware handshake is absolutely necessary; make sure, that the modem of the remote terminal is set to hardware handshake as well as the ter-minal program.

To avoid a remote flash crash, the baud rate of the device must be set to 19,200 bps (for remote configuration this new baud rate will only be active after the device is reset).

In addition, the terminal program that initiates the flash process must be set to a line delay of at least 100 ms (line end character TX=CR). The duration of the re-mote flash is approx. 5 minutes.

After the end of a remote flash, “@” must be entered to initiate a reset.

After the flash process is completed, all parameters are reset to default settings like with AT**DEFAULT. The PIN is kept.

Note: This command cannot be executed via SMS.

AT**FORMAT Data format of the serial interface

Read: AT**FORMAT?

Response:

FORMAT: <format>

OK

32


Write: AT**FORMAT=<format>

Parameters:

<format> 8N1 8 data bits, 1 stop bit, no parity 8E1 8 data bits, 1 stop bit, even parity 8O1 8 data bits, 1 stop bit, odd parity 8N2 8 data bits, 2 stop bit, no parity 7N1 7 data bits, 1 stop bit, no parity 7E1 7 data bits, 1 stop bit, even parity 7O1 7 data bits, 1 stop bit, odd parity 7N2 7 data bits, 2 stop bit, no parity

During local configuration the response at the serial interface is output with the old data format. The data format will be changed afterwards. For remote configuration, the changes will be active after a reset of the device only.

Default: AT**FORMAT=8N1

AT**GSMREQ Periodic request of the field strength and login state of the GSM network

Read: AT**GSMREQ?

Response: GSMREQ: <status> OK

Write: AT**GSMREQ=<status>

Parameters:

<status> 0 Periodic GSM network query disabled 1 Periodic GSM network query enabled If the setting is activated, the controller queries the GSM signal strength and the login state of the GSM engine in the network cyclically every minute to control the LEDs STATUS and SIGNAL. The query duration is approx. 5 seconds at 19200 baud.

Any activity at the serial interface (AT commands) restarts the query interval. Also, no query is made during an active data connection.

If the query is already started, commands, which are entered at the serial inter-face during the query are not processed. If the periodical query is deactivated, the LED SIGNAL is off during operation and the LED STATUS does not display the network state anymore, but only a data connection (blinking) or an alarm processing (flashing). Note: If the periodical network query is deactivated, the output cannot be

automatically activated during network failure (refer to AT**OUTPUT).

Default: AT**GSMREQ=1

33


AT**HISTORY Event log

Read: AT**HISTORY?

Response: HISTORY: <Cause> <Detail> <Dir> <Number> <Time> <Date> … (up to 200 entries) … <Cause> <Detail> <Dir> <Number> <Time> <Date>

OK

Refer to the manual for a description of the parameter.


Delete: AT**HISTORY=<CR>

The event memory in the EEPROM will be deleted.

AT**INPUT Configuration of the alarm inputs (only valid for i-modul GSM PRO)

Note: This description is only valid for the i-modul GSM PRO! Read: AT**INPUT?

Response: INPUT: IO1 = <mode> INPUT: IO2 = <mode> INPUT: IO3 = <mode> INPUT: IO4 = <mode> OK

Parameters:

<mode> OUT I/O is defined as output; otherwise refer to write command

Write:

AT**INPUT[<input>]=<mode>

Parameters:

<input> Alarm input for which the setting is intended. 1 Alarm input I/O1 2 Alarm input I/O2 3 Alarm input I/O3 4 Alarm input I/O4

If <input> is not specified, alarm input 1 will be used.

The respective I/O must be defined as input, of course. <mode> Action for operated alarm input

0 No action 1 SMS dispatch 2 Data connection (no combination with number

pool) 3 Data connection, automatic hang-up after dis-

patching the message 5 Voice connection (no combination with number

pool)

34


Default: INPUT: IO1 = OUT INPUT: IO2 = 0 INPUT: IO3 = OUT INPUT: IO4 = 0

AT**INPUT Configuration of the alarm inputs (only valid for INSYS GSM)

Note: This description is only valid for the INSYS GSM! Read: AT**INPUT?

Response: INPUT: IN1 = <mode> INPUT: IN1 = <mode> OK

Parameters: Refer to write command Write:


Parameters:

<input> Alarm input for which the setting is intended. 1 Alarm input IN1 2 Alarm input IN2


<mode> Action for operated alarm input



patching the message 4 SMS dispatch according to the number of alarm

pulses 5 Voice connection (no combination with number

pool) Default: INPUT: IN1 = 0

INPUT: IN2 = 0

AT**INPUT Configuration of the alarm inputs (only valid for INSYS GSM I4)

Note: This description is only valid for the INSYS GSM I4! Read: AT**INPUT?

Response: INPUT: IN1 = <mode> INPUT: IN1 = <mode> INPUT: IN3 = <mode> INPUT: IN4 = <mode> OK

Parameters: Refer to write command

35


Write:


Parameters:

<input> Alarm input for which the setting is intended. 1 Alarm input IN1 2 Alarm input IN2 3 Alarm input IN3 4 Alarm input IN4


<mode> Action for operated alarm input



patching the message 4 SMS dispatch according to the number of alarm

pulses 5 Voice connection (no combination with number

pool) Default: INPUT: IN1 = 0

INPUT: IN2 = 0 INPUT: IN3 = 0 INPUT: IN4 = 0

AT**IN Querying the alarm inputs (only valid for i-modul GSM PRO)

Note: This description is only valid for the i-modul GSM PRO! Read: AT**IN?

Response: IN: IO1 = <status> IN: IO2 = <status> IN: IO3 = <status> IN: IO4 = <status> OK Parameters: <status> 1 Idle state: alarm input open (not connected with

GND) 0 Alarm operated: alarm input connected with

GND OUT I/O not defined as input

36


AT**IN Querying the alarm inputs (only valid for INSYS GSM)

Note: This description is only valid for the INSYS GSM! Read: AT**IN?

Response: IN: IN1 = <status> IN: IN2 = <status> OK Parameters: <status> OPEN Idle state: alarm input open (not connected with

GND) CLOSE Alarm operated: alarm input connected with

GND

AT**IN Querying the alarm inputs (only valid for INSYS GSM I4)

Note: This description is only valid for the INSYS GSM I4! Read: AT**IN?

Response: IN: IN1 = <status> IN: IN2 = <status> IN: IN3 = <status> IN: IN4 = <status> OK Parameters: <status> OPEN Idle state: alarm input open (not connected with

GND) CLOSE Alarm operated: alarm input connected with

GND

AT**LOGOUT Timer-controlled logout/login

Read: AT**LOGOUT?

Response: LOGOUT: <starttime>,<duration> OK if the function is deactivated, “inactive” appears

37


Write: AT**LOGOUT=<starttime>,<duration>

Parameters: <starttime> Input in format hh:mm

<duration> 0 Function disabled 1 .. 98 Logout time in minutes after reached start time;

tolerance +/-1 minute 99 Logout with subsequent device reset

Note: The setting is immediately written to the RTC.

Default: AT**LOGOUT=00:00,0

AT**MSG Alarm message texts (only valid for i-modul GSM PRO)

Read: AT**MSG?

Response: MSG: IO1=<text> MSG: IO2=<text> MSG: IO3=<text> MSG: IO4=<text> OK Note: This command cannot be executed via SMS.

Write: AT**MSG[<input>]=<text> Parameters:

<input> Alarm input for which the target number is intended.

1 Alarm input I/O1 2 Alarm input I/O2 3 Alarm input I/O3 4 Alarm input I/O4

If <input> is not specified, alarm input I/O1 will be used.

The respective I/O must be defined as input, of course (AT**DIR). <text> Message text, max. 140 digits

Delete: AT**MSG[<input>]=


Default: All empty

38


AT**MSG Alarm message texts (only valid for INSYS GSM)

Read: AT**MSG?

Response: MSG: IO1,0=<text> MSG: IO1,1=<text> ... MSG: IO1,9=<text> MSG: IO1,10=<text> MSG: IO2,0=<text> ... MSG: IO4,10=<text> OK Note: This command cannot be executed via SMS.

Write: AT**MSG[<input>][,<index>]=<text> Parameters:

<input> Alarm input for which the target number is intended.

1 Alarm input I/O1 2 Alarm input I/O2 3 Alarm input I/O3 4 Alarm input I/O4

If <input> is not specified, alarm input I/O1 will be used.

<index> 0..10 Index number of the alarm message If <index> is not specified, index number 0 will be used. <text> Message text, max. 140 digits

Delete: AT**MSG[<input>][,<index>]=


Default: All empty

AT**OH Configuration of the control line OH_GSM~

Read: AT**OH?

Response: OH: <mode> OK

39


Write: AT**OH=<mode> Parameters:

<mode> Behaviour of the control line OH_GSM~ (pin 13)

0 Always disabled (high level CMOS) 1 Always enabled (low level CMOS) 2 enabled (low level CMOS) for an alarm voice connection

Default: 1

AT**OUTPUT Configuration of the switch outputs (only valid for i-modul GSM PRO)

Note: This description is only valid for the i-modul GSM PRO! Read: AT**OUTPUT?

Response: OUTPUT: IO1 = [IN][<man>,<ri>,<net>] OUTPUT: IO2 = [IN][<man>,<ri>,<net>] OUTPUT: IO3 = [IN][<man>,<ri>,<net>] OUTPUT: IO4 = [IN][<man>,<ri>,<net>] OK

Parameters:

If the respective I/O is defined as input, „IN“ appears, otherwise refer to write command

Write: AT**OUTPUT[<output>]=<man>[,<ri>[,<net>]]

Parameters: <output> Switch output for which the setting is intended.

1 Switch output I/O1 2 Switch output I/O2 3 Switch output I/O3 4 Switch output I/O4 The respective I/O must be defined as output, of course (AT**DIR).

<man> Manual switching with command AT**OUT, via SMS or DTMF 0 Not released 1 Released; the settings <ri> and <net> are dis-

abled (no entry required)

<ri> Switching for incoming connection request (RING signal of the GSM engine) 0 Not enabled 1 Enabled

2 Modem connection (DCD) enabled (from FW 2.40)

<net> Switching for GSM network failure 0 Not enabled 1 Enabled (update interval approx. 1 min-

ute, synchronous with periodical log-in state query); is only performed when the periodical field strength and log-in state query is enabled (AT**GSMREQ=1).

40


Default: OUTPUT: IO1 = 1,0,0 OUTPUT: IO2 = IN OUTPUT: IO3 = 1,0,0 OUTPUT: IO4 = IN

AT**OUTPUT Configuration of the switch outputs (only valid for INSYS GSM)

Note: This description is only valid for the INSYS GSM (not in the I4 version)! Read: AT**OUTPUT?

Response: OUTPUT: OUT1 = <man>,<ri>,<net>,<alarm> OUTPUT: OUT2 = <man>,<ri>,<net>,<alarm> OK

Parameters: Refer to write command

Write: AT**OUTPUT[<output>]=<man>[,<ri>[,<net>[,<alarm>]]]

Parameters: <output> Switch output for which the setting is intended.

1 Switch output OUT1 2 Switch output OUT2

<man> Manual switching with command AT**OUT, via SMS or DTMF 0 Not released 1 Released; the settings <ri>, <net> and

<alarm> are disabled (no entry required)

<ri> Switching for incoming connection request (RING signal of the GSM engine) 0 Not enabled 1 Enabled

2 Modem connection (DCD) enabled (from FW 2.40)

<net> Switching for GSM network failure 0 Not enabled

1 Enabled (update interval approx. 1 minute, synchronous with periodical log-in state query); is only performed when the periodical field strength and log-in state query is enabled (AT**GSMREQ=1).

<alarm> Switching in case of alarm at the respective alarm input 0 Not enabled 1 Enabled

Default: OUTPUT: OUT1 = 1,0,0,0 OUTPUT: OUT2 = 1,0,0,0

41


AT**OUT Setting the switch outputs (only valid for i-modul GSM PRO)

Note: This description is only valid for the i-modul GSM PRO! Read: AT**OUT?

Response:

OUT: IO1 = <status> OUT: IO2 = <status> OUT: IO3 = <status> OUT: IO4 = <status> OK

Parameters:

<status> IN I/O is defined as input; otherwise refer to write command

Write: AT**OUT[<output>]=<status> Parameters:

<output> Switch output for which the setting is intended.

1 Switch output I/O1 2 Switch output I/O2

3 Switch output I/O3

4 Switch output I/O4 The respective I/O must be defined as output, of course (AT**DIR). <status> 0 Switch output on low level (CMOS) 1 Switch output on high level (CMOS) The state of the output is permanently stored in the EEprom and restored after a reset.

In order to switch the outputs via DTMF, these must be defined as output!.

Default: OUT: IO1 = 0 OUT: IO2 = IN OUT: IO3 = 0 OUT: IO4 = IN

42


AT**OUT Setting the switch outputs (only valid for INSYS GSM)

Note: This description is only valid for the INSYS GSM (not in the I4 version)! Read: AT**OUT?

Response:

OUT: OUT1 = <status> OUT: OUT2 = <status> OK

Parameters: Refer to write command Write: AT**OUT[<output>]=<status>

Parameters:

<output> Switch output for which the setting is intended.

1 Switch output OUT1 2 Switch output OUT2 <status> CLOSE Switch output closed OPEN Switch output open The state of the output is permanently stored in the EEprom and restored after a reset.

In order to switch the outputs via DTMF, these must be defined as output!.

Default: OUT: OUT1 = CLOSE OUT: OUT2 = CLOSE

AT**PASS Password protection

Read: AT**PASS?

Response: PASSC: <status> PASSD: <status> PASST: <status> OK

Parameters: <status> active Password stored inactive No password stored

43


Write: AT**PASS<type>=[<oldPW>][[,]<newPW>,<newPW>] response for input failure or if password incorrect: ERROR Parameters: <art> D Password for data connection, security callback

(max. 16 characters) C Password for remote configuration, SMS proc-

essing (max. 16 characters) T PIN for DTMF (4 digits)

<oldPW> Old password; leave this space empty if no password is active <newPW> New password (enter twice for confirmation)

The passwords must be separated with commas but without additional spaces.

Delete: AT**PASS<type>=<oldPW>

The entry line is completed after <oldPW> with <CR>.

Default: No passwords assigned

Example: Example 1:

Input of a new password for the connection. Currently no password is stored:

AT**PASS<type>=<oldPW>,<newPW>

The new password is: “test”:

AT**PASSD=test,test

Example 2:

Input of a new PIN for the DTMF evaluation. The old password is “0000”:

AT**PASS<type>=<oldPW>,<newPW>,<newPW>

The new password is: "1111":

AT**PASST=0000,1111,1111

44


AT**PIN PIN of the SIM card

Read: AT**PIN?

Response: PIN: <status> OK

Parameters:

<status> active PIN stored inactive No PIN stored

Write: AT**PIN=<pin>

Parameters:

<pin> Four to eight digit number with the PIN of the inserted SIM card.

The setting will only be accepted after the device has been reset.

Attention: Before inserting a new SIM card you have to ensure that the cor-rect PIN is stored or if the PIN must be deleted. Otherwise the de-vice tries to login with a wrong PIN, which results in a locking of the PIN if the attempt is repeated.

Delete: AT**PIN=

The entry line is completed after "=" with <CR>. This enables the operation of SIM cards with deactivated PIN query.

Default: No PIN stored

45


AT**POOL Phone number pool for alarm messages

Read: AT**POOL?

Response:

POOL: 01=<number> ... POOL: 20=<number> OK Parameters: see write command This query cannot be performed via SMS.

Write: AT**POOL<index>=<number> Parameters:

<index> 01 ... 20 Up to 20 entries are possible

<number> Phone number, the maximum length is 20 characters

Up to 10 numbers from this pool can be defined as additional re-cipients for each alarm message (AT**COMBINE).

Delete: AT**POOL<index>=


Default: Empty

AT**POWER Power-up SMS

Read: AT**POWER?

Response:

POWER: <status>

POWER: DST= <target number>

POWER: MSG= <text>

46


Write: AT**POWER=<status>

AT**POWERDST=<target number>

AT**POWERMSG=<text>

Parameters:

<status> active Power-up SMS enabled

inactive Power-up SMS disabled*

<target number> Phone number, the maximum length is

20 characters

<text> Message text, max. 30 digits

The power up function will only be activated after a power outage of at least 15

seconds. An SMS is sent after each power-up (not reset).

The text of the power up SMS consists of a part which has been assigned by the

µ controller

“INSYS GSM 4.x: POWER UP AT hh:mm dd.mm.yy LAST TIMESTAMP

WAS hh:mm dd.mm.yy (INTERVAL EVERY 5 MINUTES)”

and the text defined by the user (max. 30 characters).

Last “TIMESTAMP“ describes the last valid entry in the “Time stamp buffer”, in

which time and date are entered every 5 minutes. Thus, when a power failure

occurs, the time of the power failure can be determined with a 5-minute accu-

racy.

Default AT**POWER=inactive

47


AT**PROFILE Querying the settings of the INSYS AT commands

Read: AT**PROFILE?

Response:

INSYS MICROELECTRONICS INSYS GSM 4.x SW-Version 1.23, 10.01.2005

BL: ACFA FW: 78FE-01D0

TIME: 10:30:37 DAY: MO DATE: 04/03/2003

BAUD: 19200 FORMAT: 8N1 ESC: * OH: 1

PIN: active PROVIDER: SIGNAL: 22 LOGOUT: 00:00,inactive SCN: +491710760000 DTC: 000 SMSRX: 0 GSMREQ: 1 DTMF: 0 DIAL: 03

POWER: inactive POWER: DST = POWER: MSG =

ALIVE: inactive ALIVE: DST = ALIVE: MSG =

PASSC: inactive PASSD: active PASST: inactive

CALLBACK:

CLIP: 0 CLIP: 01= (…) CLIP: 15=

48


AT**PROFILE

Read:

(Continuation)

DIR: IO1 = OUT DIR: IO2 = IN DIR: IO3 = OUT DIR: IO4 = IN

INPUT: IO1 = OUT INPUT: IO2 = 1 INPUT: IO3 = OUT INPUT: IO4 = 5

OUTPUT: IO1 = 1,0,0 OUTPUT: IO2 = IN OUTPUT: IO3 = 1,0,0 OUTPUT: IO4 = IN

IN: IO1 = OUT IN: IO2 = 1 IN: IO3 = OUT IN: IO4 = 1

OUT: IO1 = 1 OUT: IO2 = IN OUT: IO3 = 0 OUT: IO4 = IN

DST: IO1= DST: IO2=017112345678 DST: IO3= DST: IO4=0941560061

MSG: IO1= MSG: IO2=Failure in system 1 MSG: IO3= MSG: IO4=

POOL: 01=0172987654321

(…)

POOL: 20=

COMBINE: IO1=1 COMBINE: IO2= COMBINE: IO3= COMBINE: IO4=

OK

The settings are displayed in the same format as the query of an individual

command.


49


AT**PROVIDER Manual GSM network provider selection

Read: AT**PROVIDER?

Response: PROVIDER: <mode>[,<format>[,<oper>]]

OK

Write: AT**PROVIDER=<mode>[,<format>[,<oper>]]

Parameters: <mode> empty Automatic operation; <oper> is ignored

0 Automatic operation; <oper> is ignored

1 Manal network provider selection; <oper> and <format> must be present;

2 Manual logout of the network

4 Automatic, manually pre-selected; if the manual login to network provider <oper> fails, auto-matic operation will be used

<format> 2 Numerical format for <oper>: GSM Location Area Identification Number 5-digit, unique identi-fier of a network provider

<oper> Designation of the network provider

Note: This command corresponds with the AT+COPS= command of the GSM engine. It is managed as a string by the controller and handed over to the GSM engine for login when initializing the device.

Delete: AT**PROVIDER=


Default: AT**PROVIDER=

AT**RESET Device reset

Write: AT**RESET

When the input is correct the INSYS GSM will execute a full reset. After a reset, the previously entered values are re-loaded. The command is similar to pressing the key on the device.

50


AT**SCN SMS Service Center Nummer

Read: AT**SCN?

Response: SCN: <number> OK

Write:

AT**SCN=<number>

Parameters: <number> SMS service center number of the GSM provider. Has to be set to

be able to dispatch an SMS (alarm SMS, periodic alive SMS, ac-knowledgement SMS). The number should be stored in interna-tional format to ensure the SMS dispatch when roaming (exam-ple Germany: +49…) (max. 20 digits).

S Specifying this parameter causes to read out and store the SMS service center number of the GSM provider from the SIM card (from firmware version 2.40).

Delete: AT**SCN=


Default: Empty

AT**SIGNAL GSM signal field strength

Read: AT**SIGNAL?

Response:

SIGNAL: <signal>

OK Parameters:

<signal> Value of the received GSM field strength

0 -113 dBm or less

1 -111 dBm

1..30 -111 dBm … -53 dBm (2 dB – steps)

31 -31 dBm or better

99 Field strength not detectable

Note: Antenna locations with values below 10 should be avoided. (Refer also to AT**GSMREQ)

51


AT**SMS= <output>

Manual SMS dispatch of the stored alarm messages

Write: AT**SMS=<io>

Response if SMS was successfully dispatched: OK

Immediate response for input or send failure: ERROR

Parameters: SMS dispatch:

<io> 1 Text and target number for I/O1

2 Text and target number for I/O2



It is not imperative that the I/O is defined as input.

The combinations with AT**POOL/AT**COMBINE are not executed!

52


AT**SMSBUF Specification of existing SMS storage locations of the SIM card

Read: AT**SMSBUF

Response:

SMSBUF: <number>

OK

Write: AT**SMSBUF=<number>

Parameters:

<number> The number of SMS SIM storage locations

The SIM cards of the various mobile phone providers have different numbers of SMS storage locations. The command AT**SMSRX will report to the Controller how many storage locations must be queried for incoming SMS.

The duration of the polling increases with the number of storage locations and takes place every 60 seconds after the last query. No AT commands are proc-essed during the polling procedure.

The baud rate and the number of configured SMS storage locations determine the duration of the query.

Example: Baud rate 19200 bps Configured SMS storage locations 15 Duration of the query 5 seconds

If this query period will result in a critical condition for the application, the num-ber of storage locations to be queried can be set individually.

The SMS messages incoming during an existing data connection are stored in the storage locations and will only be processed after the disconnection. If more storage locations are used than queried by the polling, the SMS messages in these storage locations will not be processed. Note: The setting becomes effective after a reset (AT**RESET) only.

Default: AT**SMSBUF=10

AT**SMSRX Automatic SMS reception evaluation

Read: AT**SMSRX?

Response: SMSRX: <status> OK

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Write: AT**SMSRX=<status>

Parameters: <status> 0 Disabled

1 Enabled - each incoming SMS will be deleted af-ter evaluation

2 Enabled - SMS that are not intended for the IN-SYS GSM will remain in the buffer

General:

When this function is activated, the GSM engine is operated in the operation mode AT+CMGF=1 (SMS text mode).

Every 60 seconds the controller will query the input buffer of the GSM engine (number of storage locations for incoming SMS mes-sages may be set with AT**SMSBUF).

However, any activity at the serial interface (AT commands) will restart the query interval without executing the query. No query is made during an active data connection.

The Status LED is flashing during the query of the SMS messages. Commands entered at the serial interface during this period are ignored. The query duration depends on the baud rate and the number of the SMS storage locations to be queried.

Incoming SMS messages are optionally protected with the remote configuration password.

To <status> 1:

Each SMS is checked for validity (format, password, selective call acceptance). After processing, a response SMS is possibly sent, and the SMS is deleted from the storage location.

If the SMS is not usable, it will be deleted from the SMS buffer immediately. The usage of the SMS reception by the user application is only possible in a restricted way.

To <status> 2:

The SMS which are not processed by INSYS GSM stay in the buffer of the SIM card, until they are retrieved and deleted by the application via the serial inter-face. When the buffer of the SIM card is full, no further SMS messages will be accepted:

The INSYS GSM processes and deletes the following SMS messages: a) all SMS messages with correct configuration password (when set), irre-

spective if the password is followed by a valid command or not. b) All SMS messages with correct syntax, if no password is set. Those are:

- SMS messages starting with AT**

- SMS messages with the text “QUITT” as content

- SMS messages, where the content is an alarm mes-sage saved in the device (acknowledgement of alarms)

54


Write: (CONTINUATION)

Possible solution:

A configuration password should be allocated and introduced to the application. The application can then leave SMS messages with this password to the INSYS GSM and process and delete the rest of the SMS messages.

In addition should the query cycle of the application be larger than the one for the controller (e.g. factor 2 to 3), as otherwise the controller will re-trigger its query cycle for each query of the application (= activity at the RS232 interface). If this is not considered, the controller can no longer start queries of the SMS input buffer.

Default: AT**SMSRX=0

AT**SWITCH Executing a switch command

Execute: AT**SWITCH <text>

Executes the switch command, to which the clear text name <text> has been assigned with the command AT**SWITCHENTRY. Response: OK Switch command has been executed ERROR No switch command has been assigned to the specified clear text

name

Note: This command is only available from firmware version 2.40.

AT**SWITCHENTRY Assigning a clear text name to a switch command

Note: This description is not valid for the INSYS GSM I4! This command is only avail-able from firmware version 2.40!

Read: AT**SWITCHENTRY?

Response: Switch: OUT1,00=<text> Switch: OUT1,01=<text> Switch: OUT1,03=<text> ... OK

Write: AT**SWITCHENTRY<output>,<action>=<text>

Parameters:

<output> Output, to which the clear text is to be assigned <action> Number of pulses, which are to be output at the output <text> Clear text name of the switch command

Example:

AT**SWITCHENTRY1,3=Pump The clear text name "Pump" is assigned to the switch command "Output 1 3x pulsing“.

Default: AT**SWITCHENTRY<output>,<action>=

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AT**TIME Time settings

Read: AT**TIME

Response: TIME: <hh>:<mm>:<ss> OK

Write: AT**TIME=<hh>:<mm>:<ss>

Parameters:

<hh> Hour two-digit <mm> Minute two-digit <ss> Second two-digit

Note: The setting is immediately written to the RTC. Default: AT**TIME=00:00:00

AT**VERSION Querying the software version

Read: AT**VERSION?

Response:

INSYS MICROELECTRONICS INSYS i-modul 3.x SW-Version 1.23, 10.01.2005

BL: ACFA FW: 78FE-01D0

OK

Command: Meaning:

BL: ACFA Boot loader checksum FW: 78FE-01D0 Firmware version 01D0: Firmware checksum

56

INSYS GSM GSM Character Set for SMS

5 GSM Character Set for SMS

The internal GSM character set GSM 03.38 does not match the usual ASCII character set of PCs in all positions. Therefore, the following restrictions must be observed for SMS texts.

When entering data via the masks of the configuration software HSComm:

Permitted text characters in SMS messages are only letters (without umlauts), digits, punctuation marks, brackets, underscore, % & *.

8-bit characters (e.g. umlauts) and the characters $ @ { } [ ] ^ ° ` ´are not sup-ported.

The character @ of an e-mail address must be replaced by an asterisk *.

For direct entry into a terminal program the following applies:

The underscore must be replaced by the character number 11h (hexadecimal).

The character 00h (hexadecimal) may not be used in any case.

57

Network Provider Identification Numbers INSYS GSM

6 Network Provider Identification Numbers

Identifiers and names of the network providers (GSM Location Area Identification Number) for the GSM module, in alphabetic order:

58

41802 2 41902 KT MTCNet 64501 ZM CELTEL 23430 30 41903 KT WATANIYA 64804 ZW ECONET 23431 31 40102 KZ KCELL 64801 ZW NET*ONE 23432 32 40101 KZ K-MOBILE 61801 LBR Lonestar Cell

310150 150 27001 L LUXGSM 29577 LI TANGO

310170 170 27077 L TANGO 61802 LIBERCELL

310410 410 27099 L VOX.LU 60600 LIBYANA

45703 45703 61801 LBR Lonestar Cell 51008 LIPPO TEL

27202 02 - IRL 29577 LI TANGO 65102 LS-ECONET-EZI-CEL

23210 3 AT 61802 LIBERCELL 24602 LT BITE GSM

23806 3 DK 60600 LIBYANA 24701 LV LMT GSM, LV LMT

45403 3 HK 51008 LIPPO TEL 24702 LV TELE2

22299 3 ITA 65102 LS-ECONET-EZI-CEL 45501 MAC-CTMGSM

24002 3 SE 24602 LT BITE GSM 28202 MAGTI-GSM-GEO

23420 3 UK 24701 LV LMT GSM, LV LMT 61001 MALITEL ML

45404 3(2G) 24702 LV TELE2 23458 Manx Pronto

50506 3TELSTRA 45501 MAC-CTMGSM 90112 MCP Maritime Com

62801 628 01/LIBERTIS 28202 MAGTI-GSM-GEO 25902 MD MOLDCELL

23207 A tele.ring 61001 MALITEL ML 25901 MD VOXTEL

23201 A1 23458 Manx Pronto 25002 MegaFon RUS

46668 ACeS 90112 MCP Maritime Com 70801 Megatel GSM

51000 ACeS 25902 MD MOLDCELL 64602 MG ANTARIS

51511 ACeS 25901 MD VOXTEL 64601 MG Madacom

52020 ACeS 25002 MegaFon RUS 61902 MILLICOM SL

41201 AF AWCC 70801 Megatel GSM 29402 MKD COSMOFON

40402 AirTel 64602 MG ANTARIS 29401 MKD-MOBIMAK

40403 AirTel 64601 MG Madacom 41401 MM 900

40410 AirTel 61902 MILLICOM SL 42899 MN MobiCom

40431 AirTel 29402 MKD COSMOFON 21805 MOBI'S

40445 AirTel 29401 MKD-MOBIMAK 29341 MOBITEL

40449 AirTel 41401 MM 900 41301 Mobitel

40490 AirTel 42899 MN MobiCom 45601 MOBITEL-KHM

40492 AirTel 21805 MOBI'S 64002 MOBITEL - TZ

40493 AirTel 29341 MOBITEL 63401 MobiTel SDN

40494 AirTel 41301 Mobitel 22004 MONET

40495 AirTel 45601 MOBITEL-KHM 60401 MOR IAM

40496 AirTel 64002 MOBITEL - TZ 60400 MOR MEDITEL

40497 AirTel 63401 MobiTel SDN 21407 movistar

40498 AirTel 22004 MONET 70403 MoviStar

41501 alfa 60401 MOR IAM 70604 MoviStar

60301 ALG Mobilis 60400 MOR MEDITEL 64301 MOZ-mCel

42001 ALJAWAL 21407 movistar 60901 MR MATTEL

79502 Altyn Asyr 70403 MoviStar 64901 MTC NAMIBIA

72424 AMAZONIA 70604 MoviStar 42602 MTC VODAFONE BH

INSYS GSM Network Provider Identification Numbers

27601 AMC-AL 64301 MOZ-mCel 28401 M-TEL GSM BG

34008 AMIGO 60901 MR MATTEL 62130 MTN - NG

362951 ANT 64901 MTC NAMIBIA 62401 MTN CAM

36269 ANT CURACAO TELECOM GSM 42602 MTC VODAFONE BH

65510 MTN-SA

34430 APUA PCS ANTI-GUA 28401 M-TEL GSM BG

64110 MTN-UGANDA

72234 AR PERSONAL 62130 MTN - NG 25702 MTS BY

28010 areeba 62401 MTN CAM 25001 MTS-RUS

41702 areeba 65510 MTN-SA 47201 MV DHIMOBILE

63402 areeba SDN 64110 MTN-UGANDA 65001 MW CP 900

722310 ARG CTI Movil 25702 MTS BY 33403 MX MOVISTAR GSM

41800 ASIACELL 25001 MTS-RUS 33420 Mx Telcel GSM

41805 ASIACELL 47201 MV DHIMOBILE 50219 MY CELCOM

41820 Atheer Iraq 65001 MW CP 900 50213 MY CELCOM 3G

28603 AVEA 33403 MX MOVISTAR GSM 50212 MY MAXIS

40001 AZE-AZERCELL GSM 33420 Mx Telcel GSM

24202 N NetCom GSM

20610 B mobistar 50219 MY CELCOM 24201 N Telenor

43604 Babilon-M 50213 MY CELCOM 3G 42203 NAWRAS

21803 BA-ERONET 50212 MY MAXIS 54601 NCL MOBILIS

40002 BAKCELL GSM 2000 24202 N NetCom GSM

61403 NE TELECEL

47003 Banglalink 24201 N Telenor 62140 NG Mtel

20620 BASE 42203 NAWRAS 20408 NL KPN

36439 BaTelCell 54601 NCL MOBILIS 20412 NL Telfort

42601 BATELCO 61403 NE TELECEL 26207 o2 - de

25028 Bee Line 62140 NG Mtel 26208 o2 - de

25099 Bee Line 20408 NL KPN 23410 O2 - UK

20601 BEL PROXIMUS 20412 NL Telfort 27402 Og Vodafone

61604 BELL BENIN COMMUNICATION 26207 o2 - de

27403 Og Vodafone

61302 BF Celtel 26208 o2 - de 72431 Oi

28405 BG GLOBUL 23410 O2 - UK 732111 OLA

47002 BGD AKTEL 27402 Og Vodafone 42202 OMAN MOBILE

47004 BGD bMobile 27403 Og Vodafone 24601 OMNITEL LT

47001 BGD-GP 72431 Oi 23205 one

21890 BH GSMBIH 732111 OLA 23433 Orange

43701 BITEL KGZ 42202 OMAN MOBILE 23830 Orange

61603 BJ BENINCELL 24601 OMNITEL LT 37001 Orange

73602 BOMOV 23205 one 40420 Orange

34020 BOUYGTEL-C 23433 Orange 65202 Orange

40421 BPL MOBILE 23830 Orange 62402 Orange CAM

40427 BPL MOBILE 37001 Orange 22803 orange CH

40443 BPL MOBILE 40420 Orange 61203 Orange CI

40446 BPL MOBILE 65202 Orange 20801 Orange F

72416 BRA BrTCelular 62402 Orange CAM 29502 Orange FL

72415 BRA SCTL 22803 orange CH 20420 Orange NL

52811 BRU-DSTCom 61203 Orange CI 64700 Orange re

40211 BT B-Mobile 20801 Orange F 23101 Orange SK

35002 BTC MOBILITY LTD. 29502 Orange FL

52099 Orange Th

70267 BTL 20420 Orange NL 25011 ORENSOT

64202 BUSAFA 64700 Orange re 23003 OSKAR

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65201 BW MASCOM 23101 Orange SK 26803 P OPTIMUS

25701 BY VELCOM 52099 Orange Th 26806 P TMN

338180 C&W 25011 ORENSOT 41004 PAK - PL

342600 C&W 23003 OSKAR 71401 PANCW

344920 C&W 26803 P OPTIMUS 70401 PCS

346140 C&W 26806 P TMN 311170 PetroCom

352110 C&W 41004 PAK - PL 51505 PH Sun Cellular

354860 C&W 71401 PANCW 31180 Pine Cellular

356110 C&W 70401 PCS 41001 PK MK

358110 C&W 311170 PetroCom 41003 PK-UFONE

360110 C&W 51505 PH Sun Cellular 26001 Plus GSM

365840 C&W 31180 Pine Cellular 53701 PNGBMobile

366110 C&W 41001 PK MK 74001 PORTA GSM

376350 C&W 41003 PK-UFONE 25092 Primetelefone RUS

23455 Cable & Wireless Guernsey 26001 Plus GSM

22002 ProMonte

45618 CAMBODIA SHI-NAWATRA 53701 PNGBMobile

74402 PRY Porthable

302720 CAN Rogers Wire-less Inc. 74001 PORTA GSM

310500 PSC Wireless

348570 CCT Boatphone 25092 Primetelefone RUS 74405 PY Personal

63089 CD OASIS 22002 ProMonte 42701 QAT QATARNET

61803 Celcom GSM 74402 PRY Porthable 28301 RA-ARMGSM

65507 Cell C 310500 PSC Wireless 63510 R-CELL

311130 Cell One Amarillo 74405 PY Personal 25012 RF FAR EAST

310450 Cell One of NE Colorado 42701 QAT QATARNET

41503 RL MTC Lebanon

40434 CellOne 28301 RA-ARMGSM 22601 RO CONNEX

40438 CellOne 63510 R-CELL 22603 RO Cosmorom

40451 CellOne 25012 RF FAR EAST 22610 RO ORANGE

40453 CellOne 41503 RL MTC Lebanon 41220 ROSHAN

40454 CellOne 22601 RO CONNEX 25007 RUS 07, RUS SMARTS

40455 CellOne 22603 RO Cosmorom 25017 RUS 17

40457 CellOne 22610 RO ORANGE 25010 RUS DTC

40458 CellOne 41220 ROSHAN 25013 RUS Kuban-GSM

40459 CellOne 25007 RUS 07, RUS SMARTS 25044 RUS North Caucasian

GSM 40462 CellOne 25017 RUS 17 25019 RUS_BASHCELL

40464 CellOne 25010 RUS DTC 25015 RUS15, RUS SMARTS

40466 CellOne 25013 RUS Kuban-GSM 25016 RUS16,250 16

40471 CellOne 25044 RUS North Caucasian GSM 24007 S COMVIQ

40472 CellOne 25019 RUS_BASHCELL 42101 SabaFon

40473 CellOne 25015 RUS15, RUS SMARTS 63902 Safaricom

40474 CellOne 25016 RUS16,250 16 61401 SAHELCOM

40475 CellOne 24007 S COMVIQ 41808 SanaTel

40476 CellOne 42101 SabaFon 25005 SCS RUS

40477 CellOne 63902 Safaricom 71073 SERCOM

40479 CellOne 61401 SAHELCOM 36301 SETAR GSM

40480 CellOne 41808 SanaTel 63301 SEYCEL

40481 CellOne 25005 SCS RUS 63310 SEZ AIRTEL

61701 CELLPLUS-MRU 71073 SERCOM 64710 SFR REUNION

310560 Cellular One DCS 36301 SETAR GSM 52503 SGP-M1-3GSM

61402 CELTEL 63301 SEYCEL 29370 SI VEGA 070

62901 CELTEL 63310 SEZ AIRTEL 29340 SI vodafone


63903 CELTEL 64710 SFR REUNION 25004 SIBCHALLENGE RUS

64005 celtel 52503 SGP-M1-3GSM 52501 SingTel

63002 CELTEL DRC 29370 SI VEGA 070 52502 SingTel-G18

62803 CELTEL GA 29340 SI vodafone 51503 SMART

65010 CELTEL MW 25004 SIBCHALLENGE RUS 45406 SmarTone

61901 CELTEL SL 52501 SingTel 45500 SmarTone

62201 CELTEL TCD 52502 SingTel-G18 45415 SmarTone 3G

70802 CELTELHND 51503 SMART 60801 SN ALIZE

31030 Centennial Com-munications 45406 SmarTone

60802 SN-SENTEL SG

46000 CHINA MOBILE 45500 SmarTone 63704 SOMAFONE

46001 CHN-CUGSM 45415 SmarTone 3G 43601 Somoncom

46692 Chunghwa 60801 SN ALIZE 63701 SOMTELESOM

310380 Cingular 60802 SN-SENTEL SG 42102 SPACETEL

342810 Cingular 63704 SOMAFONE 64201 Spacetel Bl

344930 Cingular 43601 Somoncom 30801 SPM AMERIS

35010 Cingular 63701 SOMTELESOM 24010 SpringMobil SE

35230 Cingular 42102 SPACETEL 74602 SR.TELESUR.GSM

35830 Cingular 64201 Spacetel Bl 41303 SRI-CELLTEL

36010 Cingular 30801 SPM AMERIS 41302 SRI DIALOG

36620 Cingular 24010 SpringMobil SE 21303 STA-MOBILAND

54801 CK KOKANET 74602 SR.TELESUR.GSM 52505 STARHUB

73001 CL ENTEL PCS 41303 SRI-CELLTEL 62601 STP CSTmovel

73010 CL ENTEL PCS 41302 SRI DIALOG 45419 SUNDAY

72405 Claro 21303 STA-MOBILAND 22802 Sunrise

62910 COG LIBERTIS 52505 STARHUB 65310 Swazi-MTN

732101 COLOMBIA - COMCEL S.A 62601 STP CSTmovel

24004 SWEDEN

70402 Comcel_GSM 45419 SUNDAY 24005 Sweden 3G

62501 CPV MOVEL 22802 Sunrise 22801 Swisscom

72432 CTBC CEL 65310 Swazi-MTN 29501 SwisscomFL

72433 CTBC CEL 24004 SWEDEN 41709 SYR MOBILE SYR

72434 CTBC CEL 24005 Sweden 3G 41701 SYRIATEL

36801 CU/C_COM 22801 Swisscom 46689 T3G

28001 CY CYTAGSM 29501 SwisscomFL 45708 TANGO LAO

25014 Di-ex 41709 SYR MOBILE SYR 23801 TDC MOBIL

50216 DiGi 41701 SYRIATEL 36251 Telcell GSM

33805 DIGICEL 46689 T3G 29001 TELE Greenland

342750 DIGICEL 45708 TANGO LAO 24603 TELE2

35250 Digicel 23801 TDC MOBIL 24803 TELE2

35850 DIGICEL 36251 Telcell GSM 25020 TELE2

36070 DIGICEL 29001 TELE Greenland 61602 TELECEL BENIN

70602 Digicel 24603 TELE2 74404 Telecel GSM

310940 Digital Cellular 24803 TELE2 64502 TELECEL ZM

73402 DIGITEL TIM 25020 TELE2 64803 TELECEL ZW

63801 DJ EVATIS 61602 TELECEL BENIN 64282 TELECEL-BDI

60302 Djezzy 74404 Telecel GSM 61205 TELECEL-CI

23802 DK SONOFON 64502 TELECEL ZM 73002 TELEFONICA

60303 DZA-NEDJMA 64803 TELECEL ZW 310740 TELEMETRIX

21403 E AMENA 64282 TELECEL-BDI 72423 TELEMIG CEL

31090 Edge Wireless 61205 TELECEL-CI 70603 TELEMOVIL

24802 EE elisa 73002 TELEFONICA 41006 Telenor PK

24801 EE EMT GSM 310740 TELEMETRIX 23820 TELIA DK

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60201 EGY MobiNiL 72423 TELEMIG CEL 24001 TELIA S

61710 EMTEL-MRU 70603 TELEMOVIL 50501 Telstra Mobile

311160 EMW 41006 Telenor PK 310900 Texas Cellular

26203 E-Plus 23820 TELIA DK 61501 TG-TOGO CELL

26002 Era 24001 TELIA S 52015 TH ACT 1900

70601 ESV PERSONAL 50501 Telstra Mobile 52001 TH GSM

63601 ETH-MTN 310900 Texas Cellular 52023 TH GSM 1800

42003 Etihad Etisalat 61501 TG-TOGO CELL 52018 TH-DTAC

45702 ETL MOBILE NET-WORK 52015 TH ACT 1900

71610 TIM

23002 EUROTEL - CZ 52001 TH GSM 72402 TIM BRASIL

20820 F - BOUYGUES TELECOM 52023 TH GSM 1800

72403 TIM BRASIL

20810 F SFR 52018 TH-DTAC 72404 TIM BRASIL

46601 Far EasTone 71610 TIM 20210 TIM GR

311210 FARMERS 72402 TIM BRASIL 43603 TJK MLT

41601 Fastlink 72403 TIM BRASIL 51402 TLS-TT

24414 FI AMT 72404 TIM BRASIL 31026 T-Mobile

24491 FI SONERA 20210 TIM GR 31031 T-Mobile

302370 Fido 43603 TJK MLT 310160 T-Mobile

24403 FINNET 51402 TLS-TT 310200 T-Mobile

24412 FINNET 31026 T-Mobile 310210 T-Mobile

54201 FJ VODAFONE 31031 T-Mobile 310220 T-Mobile

24405 FL elisa 310160 T-Mobile 310230 T-Mobile

29505 FL1 310200 T-Mobile 310240 T-Mobile

34001 F-Orange 310210 T-Mobile 310250 T-Mobile

34002 FR 310220 T-Mobile 310260 T-Mobile

55001 FSM Telecom 310230 T-Mobile 310270 T-Mobile

54720 F-VINI 310240 T-Mobile 310660 T-Mobile

28801 F�oya Tele 310250 T-Mobile 23203 T-Mobile A

62802 GAB TELECEL 310260 T-Mobile 23001 T-Mobile CZ

60701 GAMCEL 310270 T-Mobile 26201 T-Mobile D

28201 GEO-GEOCELL 310660 T-Mobile 21630 T-Mobile H

62002 GH ONEtouch 23203 T-Mobile A 21901 T-Mobile HR

62001 GH SPACEFON 23001 T-Mobile CZ 20416 T-Mobile NL

62003 GH-MOBITEL 26201 T-Mobile D 23102 T-Mobile SK

26601 GIBTEL GSM 21630 T-Mobile H 28602 TR TELSIM

62150 Glo NG 21901 T-Mobile HR 28601 TR TURKCELL

51502 Globe Telecom-PH 20416 T-Mobile NL 37412 TSTT

61102 GN LAGUI 23102 T-Mobile SK 60503 TUNISIANA

62701 GNQ01 28602 TR TELSIM 60502 TUNISIE TELECOM

27821 go mobile 28601 TR TURKCELL 46697 TWN GSM 1800

20201 GR COSMOTE 37412 TSTT 46693 TWN MOBITAI

20209 GR Q-TELECOM 60503 TUNISIANA 25506 UA life:)

73802 GUY CLNK PLS 60502 TUNISIE TELECOM 25501 UA UMC

73801 GUY TW 46697 TWN GSM 1800 42402 UAE ETISALAT

21601 H PANNON GSM 46693 TWN MOBITAI 25505 UA-GT

311110 High Plains 25506 UA life:) 25503 UA-KYIVSTAR

31070 Highland 25501 UA UMC 53901 U-CALL

45400 HK CSL 42402 UAE ETISALAT 64101 UG CelTel

45402 HK CSL 25505 UA-GT 25502 UKR-WellCOM

45418 HK CSL 25503 UA-KYIVSTAR 41603 UMNIAH

45410 HK NEW WORLD 53901 U-CALL 72207 UNIFON


45412 HK PEOPLES 64101 UG CelTel 63102 UNITEL

45416 HK SUNDAY 25502 UKR-WellCOM 25039 Uraltel

70830 HND 41603 UMNIAH 74810 URYAMWU

74401 HOLA PARAGUAY S.A. 72207 UNIFON

310870 US

21910 HR VIP 63102 UNITEL 31020 US - Union Telephone

65401 HURI 25039 Uraltel 310100 US PLATEAU

40401 Hutch 74810 URYAMWU 310320 USA-CellularOne

40405 Hutch 310870 US 310590 USA - Extended Area

40411 Hutch 31020 US - Union Telephone 310690 USA - Immix Wireless

40413 Hutch 310100 US PLATEAU 31080 USA 080

40415 Hutch 310320 USA-CellularOne 310340 USA 340

40430 Hutch 310590 USA - Extended Area 310640 USA AE Airadigm

40484 Hutch 310690 USA - Immix Wireless 310630 USA AmeriLink

40486 Hutch 31080 USA 080 310190 USA Dutch Harbor

40488 Hutch 310340 USA 340 310400 USA i CAN

40566 Hutch 310640 USA AE Airadigm 311250 USA i CAN

41308 Hutch 310630 USA AmeriLink 31100 USA Mid-Tex Cellular,

Ltd 45503 Hutchison MAC 310190 USA Dutch Harbor 310790 USA Pinpoint

22201 I TIM 310400 USA i CAN 31046 USA SIMMETRY

22288 I WIND 311250 USA i CAN 310950 USA XIT

71201 I.C.E. 31100 USA Mid-Tex Cellular, Ltd 310950 Cellular

40404 IDEA 310790 USA Pinpoint 310880 USAACSI

40407 IDEA 31046 USA SIMMETRY 311190 USAC1ECI

40412 IDEA 310950 USA XIT 31170 USAEC

40419 IDEA 310950 Cellular 310910 USAFC

40422 IDEA 310880 USAACSI 31190 USASXLP

40424 IDEA 311190 USAC1ECI 31040 USATX

40456 IDEA 31170 USAEC 310530 USA-WVA WIRELESS

40478 IDEA 310910 USAFC 64111 UTL-Mango

26003 IDEA, PL IDEA, PL 03 31190 USASXLP

43405 UZB CSOCOM GSM

61002 IKATEL ML 31040 USATX 43404 UZB DAEWOO-GSM

42502 IL Cellcom 310530 USA-WVA WIRELESS 43407 UZB-UZD

42501 IL ORANGE 64111 UTL-Mango 27404 Viking

42503 IL Pelephone 43405 UZB CSOCOM GSM 73601 VIVA

22807 In&Phone 43404 UZB DAEWOO-GSM 45201 VN MOBIFONE

40442 INA AIRCEL 43407 UZB-UZD 45202 VN VINAPHONE

40441 INA RPG 27404 Viking 45204 VNM and VIETTEL

40414 INA SPICE 73601 VIVA 64004 VodaCom

40444 INA SPICE 45201 VN MOBIFONE 63001 VODACOM CD

51011 IND - Excelcom 45202 VN VINAPHONE 65101 Vodacom Lesotho

40440 IND AIRTEL 45204 VNM and VIETTEL 64304 VodaCom-MZ

40551 IND AirTel 64004 VodaCom 65501 VodaCom-SA

40552 IND AirTel 63001 VODACOM CD 27602 vodafone AL

40553 IND AirTel 65101 Vodacom Lesotho 50503 vodafone AU

40554 IND AirTel 64304 VodaCom-MZ 60202 vodafone EG

40555 IND AirTel 65501 VodaCom-SA 21401 vodafone ES

51001 IND INDOSAT 27602 vodafone AL 20205 vodafone GR

51021 IND INDOSAT 50503 vodafone AU 21670 vodafone HU

51010 IND TELKOMSEL 60202 vodafone EG 27201 vodafone IE

40470 INDH1 21401 vodafone ES 22210 vodafone IT

31130 Indigo 20205 vodafone GR 44020 Vodafone JP

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43602 Indigo-T 21670 vodafone HU 27801 vodafone MT

310770 Iowa Wireless USA 27201 vodafone IE 20404 vodafone NL

43214 IR KISH 22210 vodafone IT 53001 vodafone NZ

43219 IR MTCE 44020 Vodafone JP 26801 vodafone P

43232 IR, VALIACOM 27801 vodafone MT 24008 vodafone SE

41830 IRAQNA 20404 vodafone NL 23415 vodafone UK

27203 IRL-METEOR 53001 vodafone NZ 26202 Vodafone.de

43211 IR-TCI 26801 vodafone P 54101 VUT SMILE

27401 IS SIMINN 24008 vodafone SE 73401 VZ INFO

51501 ISLACOM 23415 vodafone UK 41007 WaridTel

42505 JAWWAL-PALESTINE 26202 Vodafone.de

23450 wave

41677 JO MobCom 54101 VUT SMILE 31101 Wilkes USA

44010 JP DoCoMo 73401 VZ INFO 31105 Wilkes USA

28802 KALL 41007 WaridTel 50502 YES OPTUS

46688 KGT-Online 23450 wave 22001 YU MOBTEL

45602 KHM-Hello GSM 31101 Wilkes USA 22003 YUG 03

54509 KL-Frigate 31105 Wilkes USA 64003 ZANTEL-TZ

45005 KOR SK Telecom 50502 YES OPTUS 64501 ZM CELTEL

46703 KP SUN 22001 YU MOBTEL 64804 ZW ECONET

45002 KR KTF 22003 YUG 03 64801 ZW NET*ONE

45008 KR KTF 64003 ZANTEL-TZ

AT Commands - Sumelco

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Transcript of AT Commands - Sumelco