Satel GSM-4S User manual

®
COMMUNICATION MODULE
GSM-4S
USER MANUAL
Program version 4.11
gsm4_en 07/08
WARNING
For safety reasons, the module should only be installed by qualified personnel.
In order to avoid any operational problems with the control panel, it is recommended that you
become familiar with this manual before you start using the equipment.
Telephone terminals of the panel should be connected to PSTN lines only. Connecting to
ISDN lines may cause damage to the equipment.
Never turn on power supply of the module and SIM300CZ telephone without external
antenna connected.
Making any construction changes or unauthorized repairs is prohibited. Particularly, do not
remove the cover which protects electronic circuits against atmospheric discharge.
DECLARATION OF CONFORMITY
SATEL spółka z o.o.
ul. Schuberta 79
80-172 Gdańsk, POLAND
tel. (+48 58) 320-94-00
fax. (+48 58) 320-94-01
Product description: The GSM-4S communication module, designed to interact with the SIM300CZ
mobile phone, allowing simulation of the analog telephone line by making use of the cellular connection
and thus making possible to report alarm conditions in the facility if the analog line is damaged or nonexistent.
This product meet the essential requirements and is in conformity with following EU Directives:
LVD 73/23/EEC+93/68/EEC
EMC 89/336/EWG + 91/263/EEC, 92/31EEC, 93/68/EEC
This product is compliant with the following harmonized standards:
LVD: N-EN 60950:2000
EMC: EN ETS 300 386-2:1997; EN 55022:1998; EN 61000-4-2/-3/-4/-5/-6
Head of Test Laboratory:
Gdańsk, Poland
06.12.2006
Michał Konarski
Latest EC declaration of conformity and product approval certificates can be downloaded from our web
site www.satel.pl
Product:
Communication module GSM-4S
Manufacturer:
1.
2.
3.
4.
5.
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8.
CONTENTS
GSM-4S MODULE FEATURES ................................................................................................. 2
LIMITATIONS OF USE .............................................................................................................. 3
DESCRIPTION OF THE MODULE ............................................................................................... 3
OPERATING THE SIM300CZ TELEPHONE ................................................................................ 7
INSTALLATION ....................................................................................................................... 7
OPERATION OF THE MODULE WITH ALARM CONTROL PANEL AND STATIONARY TELEPHONE ........... 9
GSM-4S WITH MONITORING STATION ................................................................................... 10
DESCRIPTION OF OUTPUTS AND INPUTS OF THE MODULE......................................................... 11
8.1
8.2
OUTPUTS ...............................................................................................................................11
INPUTS ...................................................................................................................................11
9. METHODS OF CONTROLLING THE STATUS OF THE OUTPUTS AND BYPASSING THE INPUTS ........... 13
9.1
REMOTE CONTROL ..................................................................................................................13
9.1.1
9.1.2
9.1.3
9.2
LOCAL CONTROL .....................................................................................................................16
9.2.1
9.2.2
9.3
Tone control from telephone keypad ................................................................................................13
Remote bypassing by SMS messages .............................................................................................14
Controlling outputs by means of CLIP function.................................................................................15
Control by using module keys ...........................................................................................................16
Tone control from terminals R-1, T-1 ................................................................................................16
CONTROLLING INPUTS AND OUTPUTS BY THE VIOLATION OF INPUTS ............................................17
10. MESSAGING........................................................................................................................ 17
10.1 SMS MESSAGES .....................................................................................................................18
10.2 VOICE MESSAGING ..................................................................................................................18
10.3 CLIP......................................................................................................................................19
10.3.1 CLIP with acknowledgement.............................................................................................................19
10.3.2 CLIP without acknowledgement........................................................................................................19
11. TRANSMITTING SMS MESSAGES .......................................................................................... 20
11.1 DESCRIPTION OF THE PROCEDURE FOR CONVERTING PAGER MESSAGE INTO SMS MESSAGE ....21
11.2 SENDING SMS MESSAGES FROM A STATIONARY TELEPHONE SET ...............................................21
11.3 THE RULES FOR CONVERTING THE NUMBERS ............................................................................22
12. MONITORING ...................................................................................................................... 22
12.1 MONITORING GSM-4S MODULE STATUS ...................................................................................23
12.2 MONITORING CONTROL PANEL EVENTS .....................................................................................23
12.2.1 Connection through TIP, RING terminals .........................................................................................23
12.2.2 Connection through RS-232 port ......................................................................................................23
13. DLOAD10 PROGRAM .......................................................................................................... 24
13.1
13.2
13.3
13.4
“GSM-4S” TAB .......................................................................................................................26
“TELEPHONE MESSAGING” TAB .................................................................................................27
“CONTROL/INPUTS/OUTPUTS” TAB ...........................................................................................28
"GPRS/MONITORING" TAB ......................................................................................................29
14. SERVICE MODE ................................................................................................................... 30
15. DESCRIPTION OF FUNCTIONS FOR PROGRAMMING THE MODULE ............................................... 36
15.1 CHOICE OF OPTION .................................................................................................................36
15.2 ENTERING NUMERIC OR ALPHANUMERIC DATA ...........................................................................36
15.3 DESCRIPTION OF THE SERVICE FUNCTIONS ...............................................................................36
16. EXAMPLES OF PROGRAMMING THE NUMBERS AND PREFIXES ................................................... 46
17. TECHNICAL DATA ................................................................................................................. 48
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User Manual
GSM-4S
1. GSM-4S MODULE FEATURES
• Simulation of analog telephone line by the use of cellular connection – which makes it
possible to report an alarm situation at the site in case the analog line is out of order or
missing.
• Operation with alarm control panels and with other equipment (e. g. DT-1 telephone set)
using the telephone line for transmitting voice information about the alarm, or for sending
text messages to paging system.
• Operation in conjunction with the STAM-1/STAM-2 monitoring station, which makes
monitoring of the sites possible with the use of SMS short messages.
• Function of an external modem for the INTEGRA alarm control panels (support of
DLOADX and GUARDX programs) and the CA-64 alarm control panels (support of
DLOAD64 and GUARD64 programs)*.
• Answering incoming and making outgoing calls via cable telephone network and via
mobile communication system (cellular network).
• Optional selection of the basic outgoing line: GSM/cable (subscriber line).
• Signaling of answering (receiving) a call initiated from the module T-1, R-1 terminals by
changing the voltage polarization across those terminals (possibility of tariffication).
• Operation with PBX telephone exchange as additional subscriber’s line.
• Pulse and tone dialing modes.
• Substitution of the direct access to cable telephone network and the access to cable
telephone network via PBX.
• Four inputs, the violation of which (and restoring to normal status) can be monitored by
SMS messages, voice messages or CLIP.
• Three outputs for controlling the electrical devices (e. g. by relays directly connected to the
module).
• Output for signaling the telephone line failure and the cellular line failure.
• Test messaging (monitoring) in order to confirm the module operative condition
• Possibility to control the outputs activity by violating the inputs (e.g. tripping alarm device
after actuation of an alarm sensor) or by CLIP.
• Remote controlling of the status of module’s outputs and bypassing of the module inputs
by using SMS text message or dual tone phone push-buttons (DTMF Signals).
• Capability of recognizing the message directed to paging system and transmitting it in the
form of SMS text message to any cellular telephone number. SMS messages are always
sent, irrespective of availability of subscriber’s telephone line.
• Possibility of restricting the access to cellular telephone by making connections to 32
precisely defined numbers, or reduction of available numbers by assigning initial digits to
such numbers.
• Operation with SIM300CZ three-range professional cellular telephone, compatible with
GSM 900/1800/1900 Mhz networks.
• Checking for cellular telephone availability and for antenna signal level.
• Remote programming of the module from PC computer by using the DLOAD10 program.
• RS interface (connecting to computer, INTEGRA or CA-64).
• GPRS monitoring, including the GSM-4S module status and/or control panel events
(simulation of telephone monitoring station reading events in DTMF formats).
• Answering the user CLIP (by means of a CLIP, SMS or VOICE message).
* – function available for the CA-64 control panel with v1.04.03 program and DLOAD64 v1.04.04 and GUARD64
v1.04.03 programs (or later versions).
GSM-4S
SATEL
3
Figure 1. Hookup of the module to telephone line.
2. LIMITATIONS OF USE
As the mobile phones are designed for the maximum efficiency of speech conveyance,
the data compression feature which is used in them brings about distortions in the
transmitted audio signals, which may make difficult or even impossible sending modem
signals through a simulated telephone line (downloading, monitoring).
Cellular telephones make limitation in using the remote control function by DTMF signals.
Not every type of cellular telephone can generate the proper form of these signals. Some
models of cellular telephone have a special function permitting the DTMF control – in such
case, this special function is to be activated.
The function of remote control by DTMF signals are always available from a traditional,
stationary telephone set. The only limitations in this case can result from the quality of
telephone cables and the telephone signal level, which reaches the module.
3. DESCRIPTION OF THE MODULE
THE MODULE’S TERMINALS:
TIP, RING – public exchange telephone line (subscriber’s line)
LINE
– jack for public exchange telephone line
T-1, R-1 – extension telephone line (connection to the alarm control panel or to
a telephone set)
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User Manual
PHONE –
+ 12V
–
GND
–
+V
–
-V
–
SM2
–
IN1–IN4 –
OT1–OT3 –
OT4
–
Note:
GSM-4S
jack for extension telephone line
power supply input
ground (0 V)
power output (12 V; max. 300 mA)
ground (0 V)
socket for the SM-2 voice synthesizer
the module’s inputs
the controlling output (OC)
output (OC) for signaling the failure of telephone line and/or SIM300CZ
telephone
The OT3 output can play the role of a telephone line trouble indicator – settings
option.
The figure 2 shows the arrangement of terminals and essential elements, which are important
for connecting and programming the GSM-4S module.
EXTERNAL ANTENNA CONNECTOR
SIM300C telephone
LCD display
ESC
CHANGE
NEXT
BUZZER
RS 232 INTERFACE
SM2
SM-2 SPEECH SYNTHESIZER CONNECTOR
OT1 OT2 OT3 OT4 +V IN1 IN2 IN3 IN4 -V +12 GND +12V
SIM CARD SOCKET
T-1 R-1 TIP RING PHONE
EXTERNAL POWER
SUPPLY SOCKET
LINE
TELEPHONE
JACKS
Figure 2.View of GSM-4S module board.
For power supply of external equipment you should use the +V & -V outputs, whose max.
current load must not exceed 300 mA. It should be borne in mind, that the capacity of
connected power supply unit must be adequate for power demand of the module and the
devices connected to it.
GSM-4S
5
SATEL
The module has the built in LCD display which is used for reading the information on the
current status of the module, and for programming the data required during normal operation.
In the first line of LCD display (during normal operation), the following information is
displayed: the telephone line status, the SIM300CZ telephone status, power level of the
signal received by antenna (0–4) and the status of the inputs and the outputs of the module.
The status of receiving/sending modem data is indicated (R and W symbols). The antenna
symbol flashes during the communication of the SIM300CZ telephone with GSM base station
(during telephone connection as well). In the second line, the information about the current
status of the module is displayed (e. g. dialing, loss of telephone line, telephone number at
dialing and others).
Notes:
• The "Phone line loss" message is displayed when cable telephone line (subscriber’s line)
is not connected to TIP and RING terminals or to LINE socket – this is a normal operation
condition in case of the loss of such line. It is possible to disable the function of displaying
this message – just deselect the Show T l.failure option in the main menu.
• The SIM300CZ telephone will not start dialing if the antenna signal level is equal to zero.
The status of inputs and outputs are displayed alternately (2 s/2 s) at last four characters
of top line on LCD display (counting from the left to the right) in a form of the following
symbols:
INPUT
OUTPUT
SYMBOL
i
t
I
T
b
o
O
MEANING
normal status
normal status
violated
violated
bypassed
normal status
active
Table 1
i, I- these symbols refer to the input which can initiate messaging when violated or after the
end of violation.
t, T- these symbols refer to the input which will not initiate messaging when violated or after
the end of violation. The symbols are displayed when the TL ok, mess. input n option
is disabled for the given input (n – input number) and the analog telephone line is in
good working order.
Normal status of input – status in accordance with the input type (NO, NC) set by the
service function.
Input violated – the change of the supervised status occurred, from normal to opposite, for
the duration at least equal to the time period defined as the sensitivity of the input.
Input bypassed – the status of the input is not supervised by the module.
Normal status of output – output disconnected from ground.
Output activated – output shorted to ground.
Blinking of the "O" output status indicator means that the output has been enabled for the
time programmed with the service function.
– GSM telephone symbol
symbol displayed during
modem connection
GSM telephone status
– incoming call to GSM
telephone
RS-232 port
– receiving data
telephone line status
– sending data
antenna signal level
– telephone set symbol
– telephone receiver has
status of inputs/outputs
(see table 1)
been picked up
connection type
– modem connection
telephone number or message
– voice connection
Figure 3. Module LCD display
GSM-4S
SATEL
7
Management of SMS text messages is signaled on the module display with the following
reports:
“SMS sent”
– after transmitting SMS text message via SIM300CZ telephone.
“SMS received”
– after receiving text message containing SMS password
pre-programmed in the module.
“Unknown SMS rec.”– after receiving SMS message not containing the password
pre-programmed in the module.
Situated below the display are four keys (push-buttons) intended for programming the
module and for manually controlling operation of the module inputs and outputs.
Push-button
number
Push-button description
1
2
3
4
ESC
CHANGE
NEXT
OK
The number of push-buttons given in table above correspond to the number of inputs and
outputs during manual control.
Simultaneous pressing and holding for one second both push-buttons, ESC and OK., makes
the restart of the module, with program version being displayed on LCD display. The restart
of the module does not change the status of inputs and outputs. In case of the loss, and then
the restoration of power supply of the module, its inputs and outputs are restored to the
status before the disconnection of power supply.
The cables of telephone lines: public exchange line (subscriber’s) and extension line (to the
alarm control panel and telephone set) can be connected to the terminal strip or to the
telephone jacks located on the board.
4. OPERATING THE SIM300CZ TELEPHONE
The SIM300CZ industrial cellular telephone, similar as any other cellular telephone, can be
operated by SIM activation card. The user of the GSM-4S module and the SIM300CZ
telephone has to obtain such card. The SIM card is inserted into a special socket provided at
the bottom of the printed circuit board. PIN code, if necessary, is entered in the module’s
memory by the service function from the sub-menu "GSM options". The change of PIN code
or entering PUK code, if needed, is only possible after putting the SIM card into an ordinary
cellular telephone.
The SIM300CZ cellular telephone set is delivered with special cable fitted, having
a connector for external antenna (see fig. 2).
5. INSTALLATION
It should be remembered during installation that the GSM-4S module must not be located in
the vicinity of electrical installations, since this may involve a risk of malfunctioning. Pay
special attention to how the cable is laid between the module and the telephone jack of the
alarm control panel.
Caution:
Never turn on power supply of the module and SIM300CZ telephone
without external antenna connected.
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User Manual
GSM-4S
The following sequence must be strictly observed while putting the module into operation:
1. Make complete wiring.
2. Turn on power supply of the module without SIM card inserted into the socket on the
electronics board – “Set the PIN code" message will be displayed by the module.
3. Activate the service mode of the module and, where the module may have been
preprogrammed before, call the Erase settings service function (which will restore default
settings).
SIM card
4. Enter the PIN code.
5. Switch off power supply.
6. Insert SIM card into the
module (see Fig. 4).
7. Turn on the power supply
again and program the
module as required.
Notes:
• If the SIM card fails to
2. turn the carrier
3. press the carrier to
1. slide the card
accept the PIN code,
aside and slide
the plate and slide
carrier down
a "Bad
PIN,
go
on?
the card into the
the carrier up to fix it
ESC=Stop" message will
guides
in place
appear. The module will
wait 60 seconds for user
Figure 4. Entering the SIM card into its socket
reaction, then it will repeat
the attempt to send the PIN
code. Sending a wrong PIN code three times will disable the SIM card. During the
countdown you can press the OK key to immediately resend the code to the card, or press
the ESC key to stop the countdown to make possible a change of the PIN code for the
right one.
• The "GSM phone trbl." message is shown on the display until the SIM300CZ telephone
logs in the cellular network. This state may last up to several minutes from the module
power supply being turned on.
• The main reasons why the telephone is unable to log in are:
− missing SIM card, SIM card inactive or defective
− insufficient range (antenna signal level = 0)
− antenna not matched to the network range (900/1800/1900 MHz) or faulty
− wrong PIN
− SIM300CZ telephone trouble
The module power supply should have sufficient current capacity. The recommended power
supply (for example, the SATEL manufactured APS-15 or APS-30) should be equipped with
its own battery.
It is suggested that the power supply be located within 3 m from the module.
If the supply voltage is lower than 9.8 V, restart of the module will follow. Therefore, be sure
that the module supply voltage never drops during operation below 9.8 V at the maximum
current consumption.
GSM-4S
SATEL
9
6. OPERATION OF THE MODULE WITH ALARM CONTROL PANEL AND STATIONARY
TELEPHONE
As shown in Figure 1, the module is to be connected in series between the telephone line
(if it is available) and the remaining devices which use the same line. Where a selection
option is provided, then, using the appropriate service function, determine which output line
(GSM/cable) will be the basic one. The module will test availability of the selected line and in
case of troubles the calls will be routed through a parallel line.
It is possible to disable the function of automatic switchover of the cable telephone line to
GSM by deselecting the Trouble – switch line option.
The telephone line simulation mode, in which the GSM-4S module takes over the task of
handling the devices connected to the T-1 and R-1 terminals, consists in providing across
these terminals impedance and voltage required for proper operation of the telephone. From
the point of view of the equipment connected, the module is considered as a typical
telephone exchange providing the cable telephone line.
When the control panel is "off-hook", or when a user lifts the handset of a telephone
connected to the T-1 and R-1 terminals, the module will generate the continuous dialing tone
and receive the tone or pulse dialing signals (similarly as the telephone exchange). If the first
four digits of the dialed number correspond to the pre-programmed "pager station number",
the module goes over to the procedure of receiving the alphanumeric message and sending
it as an SMS text message (see section Sending SMS messages). Checking of the first
four digits is always performed.
In case the telephone line is lost or when the GSM telephone has been chosen as the basic
connection mode, the module, after receiving the whole telephone number for outgoing
connection, makes appropriate corrections to this telephone number, and then initiates
dialing and getting connection via the SIM300CZ telephone. The corrections are necessary,
since the module gets the dialed telephone number as when connecting via the cable
telephone network, while the connection through a cellular telephone requires area codes to
be given. The principles of conversion are described in one of following sections. When the
cellular telephone gets connected, the module transmits L.F. audio signals between the
extension line T-1 and R-1 terminals and the cellular telephone. If the antenna signal level
drops to zero during the communication, the connection will be terminated by the module.
In case the telephone cable line is operative and has been chosen as the basic one, signals
from the telephone set (T-1, R-1) are directly transmitted to the telephone line terminals
(TIP, RING).
The voice messaging initiated by the alarm control panel is effected in a manner selected as
the basic one (if this is impossible, the module selects a substitute way).
When making a call from the telephone connected to the GSM-4S module, the user has
the option to select the connection route: via cable or via GSM. Lifting the handset
makes the basic line available for getting connections. Pressing the FLASH key on the
telephone will change the output line from the basic one to the substitute one (GSM to cable
or cable to GSM). This function of the module is set up by means of the FLASH – GSM/TL
service function.
After the handset is lifted by the subscriber the connection is made with, the module changes
the direct voltage polarization across the T-1, R-1 extension line terminals. This function
makes it possible to keep individual tariffication of telephone calls.
Since the SIM300CZ cellular telephone, has its own number (SIM card number), there is the
possibility of calling to this number. The incoming calls to the SIM300CZ cellular telephone
are transferred to T-1 and R-1 terminals of extension line, and the ringing tone will be
generated – similar as during making connection via cable telephone line. It is then possible
10
User Manual
GSM-4S
to answer the incoming call by a telephone set connected to this extension telephone line.
The number of incoming call will be shown on the display.
The capability of answering the calls is utilized for remote controlling the status of outputs
and for bypassing and unbypassing the inputs of the module. The possibility of receiving and
sending SMS text messages via the SIM300CZ cellular telephone is used for the some
purposes. The function of remote control is described in one of following sections.
The module also uses the CLIP for messaging as well as for controlling the outputs.
7. GSM-4S WITH MONITORING STATION
The GSM-4S module enables monitoring of sites by means of SMS short text messages.
Figure 5.
The STAM-1 monitoring station (from version 4.07) only supports SMS monitoring related to
the input status of the GSM module located on the site (e.g. GSM-4S or GSM LT-2S).
Changing the status of the device inputs will result in sending the event as a preprogrammed
contents SMS message to the GSM module number on the monitoring station side. The SMS
message contents and the corresponding codes are to be defined in the STAM program
when editing the client.
The STAM-2 monitoring station (from version 1.2.0), besides monitoring of the status of
module inputs, enables also full monitoring of events from the interfacing alarm control panel.
The panel is sending all events as SMS messages, the format of which (CID or 4/2) is to be
programmed by means of the DLOAD10 program (see: Monitoring – page 22).
An example of the module connection to station is shown in Fig. 5. The GSM-4S module
should be connected to the computer serial port (COM1 or COM2) with a cable shown in
GSM-4S
SATEL
11
Fig 8. Such a cable, designated with the DB9F/RJ-KPL symbol, is available in the SATEL's
offer.
8. DESCRIPTION OF OUTPUTS AND INPUTS OF THE MODULE
The GSM-4S module is equipped with three outputs and four inputs of the technical features
similar to those of inputs and outputs of the alarm control panel. The attendance of the
outputs consists in controlling their operation (switching on for a programmed time period or
permanently or changing their status), while attending the inputs is connected with
supervising their status and with monitoring the changes of any status. The supervision of
inputs can be bypassed.
The attendance of outputs and inputs is performed by the module irrespective of attending
the telephone line.
8.1 OUTPUTS
The GSM-4S has 3 outputs (type OC, current carrying capacity 50 mA), which can be used
to control operation of electrical devices.
The status of outputs can be controlled locally (manually), with the use of module buttons,
or remotely – by telephone (through DTMF, SMS or CLIP). The change of output status can
also be triggered by input violation.
The output can take one of the following logic states:
"0"
output disabled – normal state,
"1"
output enabled – active state.
The status of outputs may be changed in the following way:
• enabling output – if inactive, the output will be switched on; if active, the output status will
not change. If a cut-off time has been programmed for the output, it will be disabled after
the time expires. When the output is active, further commands of the "switch on output"
type will start the cut-off time countdown again.
• disabling output – if active, the output will be disabled, no matter whether it is permanently
enabled or its cut-off time has been programmed. If inactive, the output will not change its
status.
• changing over output – the output state will be changed to the opposite one (0 -> 1, 1 ->0).
• simultaneous disabling of all outputs – all outputs will be deactivated, irrespective of their
previous status.
• simultaneous enabling of all outputs – all outputs will be activated, irrespective of their
previous status.
Notes:
• The control of outputs is possible upon programming the appropriate service functions
(submenu: SMS control, DTMF control, CLIP control).
• If the OT3 output is used as a telephone line trouble indicator, it cannot be controlled.
8.2 INPUTS
The detectors of both types, NC and NO, can be connected to the module. The type of
detectors is to be entered in the service function.
The first parameter, the sensitivity of the input is programmed for each input.
The sensitivity of the input is defined as a minimum time which must elapse from the moment
of the status change at the input (open for NC input, closed for NO input), in order to classify
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User Manual
GSM-4S
such change as violation of the input. This time delay can have the values within the range
from 20 ms to 1275 ms.
The time to restore the input is the next parameter to be programmed for each input. Time
to restore the input is defined as a time period that must elapse from the end of input violation
to the moment when the module the input can register a next violation (4 seconds or 4
minutes).
Controlling the operation of inputs consists in bypassing and unbypassing their
operation. This control can be performed manually (locally) or remotely. The manual
bypassing option can be disabled by deselecting IN1 bps.manual. option. The remote
control is implemented similarly to the remote control of the module outputs status.
The input can be automatically bypassed after one violation or after three violations of such
input (set by the service function), or after violating another input (designated as the
bypassing input).
After preset number of violations, the input will be automatically bypassed after termination
of the last violation of the given input (i.e. after normal status of the given input is restored).
The bypassed status of the inputs as a result of violating the Bypassing input will last as
long as the given input is violated.
Figure 6. The ways of remotely controlling the status of outputs and the bypass of inputs
of the module.
GSM-4S
SATEL
13
9. METHODS OF CONTROLLING THE STATUS OF THE OUTPUTS AND BYPASSING THE
INPUTS
Changing the state of outputs and bypassing the inputs of the GSM-4S module can be effected
remotely (by tone from telephone keypad, by SMS message, through CLIP), locally (using the
module keys, by tone from terminals T-1, R-1), and also by violating the selected input.
9.1 REMOTE CONTROL
9.1.1 Tone control from telephone keypad
To have the remote control by dual tone phone push-button, it is necessary to properly
program the module by using the service functions, as follows:
• Set the required Time of ringing (keep in mind that for value "0" the module will not
answer any calls, thus making control through DTMF impossible),
• Program codes (4 digits) for controlling the status of outputs and for the bypass of inputs.
The contents of the controlling codes are loaded into the module’s memory by the service
functions contained in the submenu of the service mode DTMF control. The codes may
not recur. To erase the code completely (to disable a given function), simultaneously press
push-buttons CHANGE and NEXT.
For remote controlling the status of the outputs or bypassing/unbypassing the inputs follows
the sequence:
• Dial the SIM300CZ telephone number from any telephone having DTMF features
• Wait until "time of ringing" is completed after which the module will answer a call and
generate three short sounds (beeps) acknowledging that the module is ready to have the
DTMF controlling.
Note: When receiving a call, the module applies ringing tone to extension line for the
duration equal to "time of ringing". Answering a call from this extension line makes it
impossible to bypassing/unbypassing.
• Enter from dual tone phone keypad the required control code (utilizing DTMF tone signals).
After recognizing the code by the module, the respective action will be taken, depending on
the code loaded. For example, recognizing the code loaded in the module by the function
DTMF OT2 on will switch on the OUT2 output, while recognizing the code programmed by
the service function DTMF bypass IN4 will bypass the supervision of input 4.
• The module acoustically acknowledges the execution of the function by audible indication
as follows:
à three short beeps – switching OFF the output (disconnecting the ground), the signal
will also acknowledge execution of the function DTMF OT123 off (disabling all
outputs simultaneously),
à four short and one long beeps – switching ON the output (short circuit to ground),
such signal also acknowledges the execution function DTMF OT123 on (switching
ON all outputs),
à after bypassing/unbypassing the input, the module automatically checks the status of
the inputs and generates four sounds corresponding to the status of consecutive
inputs (1–4):
− short beep – input unbypassed,
− long beep – input bypassed,
(for instance: the sequence of signals – short, long, short, long indicate that inputs
1 and 3 are unbypassed, and inputs 2 and 4 are bypassed),
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à two long beeps – the code is unknown to the module.
• Enter the next control code or terminate the connection.
The additional feature of the DTMF control function is the capability of checking the status
of the outputs without necessity of switching these outputs. To obtain such a possibility, enter
from a telephone keypad the code programmed by the service function DTMF check outs.
After reading the code, the module generates the sound signals indicating only these outputs,
which are ON (with the exception of situation when all three outputs are OFF):
à one short beep – output OT1,
à two short beeps – output OT2,
à three short beeps – output OT3,
à four short and one long beeps – all three outputs are OFF.
For example: if, after entering the code, one beep is heard in the telephone receiver, and
then after a while three beeps are heard, it means that the first and the third output (OT1 and
OT3) are ON, and the second output (OT2) is OFF.
Note: In case of errors while entering the code, press push-button * or # and enter the code
from the beginning. A triple attempt of entering the code, which is unknown to the
module results in a loss of connection – the module will “hang up".
9.1.2 Remote bypassing by SMS messages
The remote control by SMS text messages is enabled by entering appropriate password in
the module’s memory (6 alphanumeric characters). The contents of the control passwords
are loaded in the module’s memory by the service functions contained in the submenu of
service mode SMS control. The passwords can not recur. To erase to password completely,
simultaneously press push-buttons CHANGE and NEXT.
To have this control feature enabled, send to a text message containing the required control
password to the SIM300CZ telephone number. After decoding the password by the module,
an appropriate action will be initiated, depending on the password transmitted.
E. G.: Recognizing the password entered into the module memory by the function
SMS OT3 on will enable the OT3 output for the time entered into the module memory with
the function OT3 cut-off t., or permanently, if the time is zero. Recognizing the password
entered in the module’s memory by the function SMS unbypass all will result in unbypassing
all module’s inputs which were bypassed.
It is possible to send to the module an SMS message containing the code alone, as well as
a message longer than the code itself it can be part of a longer word – among the 32 first
characters. Thus a verbal description of the current of the current operation can be placed
into memory of the telephone, from which the control will to be executed (SMS sent). This will
relieve the user from the necessity to memorize the codes or the functions realized by them.
Only one control code can be sent in one message. If there are more codes, only the first one
will be executed by the module. Sending an SMS message which contains no code
(or contains a wrongly entered code) will cause no response from the device. The control
function is executed as soon as the message is received and the control code recognized.
Once the function has been executed, the received message will be deleted and the
telephone will be ready to receive a next control SMS message.
9.1.2.1 Acknowledgement of executing the SMS control
If the number to be used for acknowledging the SMS control and SMS centre number are
pre-programmed in the module’s memory (functions: SMS acknowl. No., SMS centre No.),
then after executing the control of individual output by SMS message, the GSM-4S module
sends the message confirming the type of control and the present status of outputs.
The acknowledgement can also be sent to another telephone number. For the module to
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forward an SMS to a different number than that programmed in the module, it is necessary to
insert this number after the control message in the following way: "xxxx=yyyy.", where "xxxx"
denotes the control code, and "yyyy" – the telephone number to which the message is to be
sent by the module. Put the equality sign before the telephone number, and the dot after the
telephone number.
Controlling all outputs simultaneously or bypassing/unbypassing the inputs is confirmed by
the message on the present status of all inputs and outputs of the module as well as the
telephone line status, test transmission period and current telephone numbers to be notified.
The message transmitted by the module can have one of the following forms:
• OUT [n] switched ON (status: OT1 = ? OT2 = ? OT3 = ?)
• OUT [n] switched OFF (status: OT1 = ? OT2 = ? OT3 = ?), when character "[n]" is
replaced with the output’s number: 1, 2 or 3.
• Status: IN1 =?, IN2 =?, IN3 =?, IN4 =?, outputs: OT1 =?, OT2 =?, OT3 =?, LT=?, test:
??d??h??m Tel1=?...? Tel2=?...? Tel3=?...? Tel4=?...?
For designation of the output, character "?" is replaced with the logic state (i. e. the status) of
the output:
0 – output switched OFF (inactive),
1 – output switched ON (active).
For designation of inputs, character "?" is replaced with the letter:
i or t – input in normal status unbypassed (non-violated),
I or T – input unbypassed violated,
b
– input bypassed.
For the telephone line designation, the "?" character is replaced with the following ones:
ok
– the telephone line in good working order,
??
– the telephone line out of order.
In the test field, the module will send the currently programmed number of days, hours and
minutes of the test transmission period.
In the telephone number description, the ?...? characters are replaced by the programmed
telephone number to be notified.
Note: The module always acknowledges the stable status, in which the output remains
after completing the control (for the monostable switched output – the status in which
the output will go after the switching time expires).
9.1.3 Controlling outputs by means of CLIP function
The module allows you to control the outputs by using the CLIP feature. To this end you
should call the module number from a corresponding telephone number. The module will
decode the number from which the connection is initiated, count the "calling time", reset the
connection and perform control. If the module user answers the call earlier from the
extension line (T-1, R-1), or if the calling party hangs-up, the function will be interrupted and
the control will not be performed.
An option is provided to save 4 telephone numbers in the module memory and assign to
these numbers suitable control of one output or some outputs simultaneously. Operating
mode of the outputs is much the same as for control of the zone violation.
In order to start the CLIP control function, you should:
• program the Calling time (keep in mind that for value "0" the module will not answer any
calls, thus making control through CLIP impossible),
• program the functions from the CLIP control submenu (telephone numbers, way to control
the outputs).
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Notes:
• In some GSM networks the unanswered calls are, after elapse of a certain time delay,
automatically transferred to the voice mailbox. If the "calling time" is longer than the call
transfer time, the control will not be performed. If this is the case, you should limit the
"calling time" so that the module can reset the connection by itself and perform the control.
• In order to fully utilize the CLIP control idea and to control the outputs without paying the
charges for telephone connections, you should disable the voice mail function. Rejection of
a call with enabled voice mail service will divert it to the voice mailbox, the call being
counted as realized. The call charge is borne by the calling party.
9.2 LOCAL CONTROL
9.2.1 Control by using module keys
During normal operation, pressing and holding one of the module’s push-buttons for the
duration of 1 second will result in enabling/disabling the output, the number of which
corresponds to the push-button’s number. The message on the output’s status is displayed
on the LCD display and the module simultaneously generates the sound signal identical to
that during remote control by DTMF signals. If the output is enabled permanently, it is
indicated on the LCD display by the "O" character, and if disabled – by the "o" character.
If the output is enabled for a specified time, the "O" character is blinking.
The following push–buttons are used for controlling the status of outputs or for
bypassing/unbypassing the inputs:
ESC
– controlling OT1;
bypassing IN1
CHANGE – controlling OT2;
bypassing IN2
NEXT
– controlling OT3;
bypassing IN3
OK
– switching OFF all outputs;
bypassing IN4
The manual bypassing/unbypassing the inputs is also implemented by the GSM-4S module’s
push-buttons. Pressing one of these push-buttons three time will cause bypassing the input
of the number corresponding to the number of a given push-button (see: description of
module’s push-button). The bypass of this input will be confirmed on LCD display by
displaying character "b" in the field indicating the status of a given input, and by displaying
the INn bypassed message, where n = 1,2,3,4 corresponds to the input’s number. At the
same time three short beeps are generated. If this input has been already bypassed,
the execution of this operational sequence will result in unbypassing this input. Unbypassing
should be acknowledged by changing the indication of the input’s status, by displaying the
message “INn unbypassed” and by audible signals (four short and one long beeps).
The function of manually bypassing particular inputs can be disabled. To do so, deselect the
INn bps.manual. option, where n denotes the input number. The inputs can be manually
bypassed at all times.
9.2.2 Tone control from terminals R-1, T-1
In order to make possible bypassing/unbypassing the inputs and enabling/disabling the
outputs, you must program the module accordingly:
• Enter the device service mode.
• Using the IN1–4 bps.manual function, indicate the inputs to be bypassed/unbypassed
locally.
•
•
•
Using the Controllable out. function, indicate the outputs to be controlled locally.
Using the Control function, program a six-character control code to make possible
bypassing/unbypassing the inputs and enabling/disabling the outputs.
Hang up to exit the service mode.
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In order to bypass/unbypass the input or enable/disable the output from terminals R-1, T-1,
do the following:
• Pick up the receiver and enter the control code (if correct, the device will generate four
short beeps and a long one).
• Bypass/unbypass the input, following the procedure described in the Control function.
Hanging the receiver up will restore normal, operating mode of the device.
9.3 CONTROLLING INPUTS AND OUTPUTS BY THE VIOLATION OF INPUTS
The violation of input, besides the telephone messaging, can also result in activating one or
several inputs/outputs simultaneously. To initiate such control it is necessary to program
functions.Bypassing in., Bypassed in., IN1–4 -> Outputs
This control can result in:
• Bypassing the input(s).
• Enabling output – if a cut-off time has been programmed for the output, it will switch on for
the time specified.
• Changing the output status.
• Disabling output.
10. MESSAGING
This function is related to the attendance of module’s inputs, and is activated by violation or
restoration to normal status (termination of violation) of the input, which is not bypassed.
Activation of output OT4 or its restoration to normal status, can also initiate messaging,
similar as for input.
Messaging will only be effected through the SIM300CZ mobile phone, maximally to four
telephone numbers. The messaging can have a form of SMS message, the sound
information or CLIP type information. For the voice messaging, it is possible to initiate the
function of calling a given number twice (two phone connections with replaying the message
each time).
Another form of messaging is the "test transmission". In order to inform the user of its
operability, the module will send an SMS with suitable contents, or call selected telephone
numbers within the programmed time period. Information on the status of outputs, inputs, and
telephone line availability can be attached to the SMS message.
Checking the current module status is also possible, owing to the CLIP -> Tel. option. It will
suffice to dial the SIM300CZ telephone number and hang up after a few call signals.
A moment later the module will generate an additional test transmission (independent of
those already programmed), i.e. it will send to the calling number an SMS message, CLIP
signal (one-time, not requiring acknowledgement) or a voice message.
It is possible to disable the function of messaging individually for each input, if the cable
telephone line is operative: messages will only be sent by module if the cable line is
damaged. In order to do so, deselect the TL ok, mess.Input n option for the selected input,
where n means the number of input. The status of such inputs will be indicated with "t" or "T"
letter on LCD display and in SMS messages, provided that the telephone line is OK.
However, when the analog telephone line is out of order, these symbols will change into "i" or
"I", which means that messaging from those inputs will be effected.
The telephone numbers to be notified and the test transmission period can be remotely
changed by sending SMS messages to the module. Such messages must contain the proper
password and the programmable parameter (see: Description of service functions
- page 36).
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10.1 SMS MESSAGES
The SMS messages to be transmitted can have standard contents or can be modified by the
user. The user's own message can be entered by using the module’s push-buttons or by
utilizing the SMS message sent from another telephone to the SIM300CZ telephone number.
The contents of messages are entered by special service mode functions (submenu
Messaging) or from the DLOAD10 program.
To change the contents of a standard message by using the module buttons, it is necessary
to follow the steps:
• Initiate the service mode.
• Go to submenu Messaging.
• Select appropriate function for programming the contents of SMS message.
• Read the present contents of the message, after recalling the selected functions. By using
push-buttons NEXT and CHANGE it is possible to enter your own contents of SMS
message regarding the event which corresponds with the function’s description.
• Accept the introduced changes by pressing push-button OK, and proceed with
programming the next message, or abort the operation of service mode.
To enter the contents of the message by means of another cellular telephone, it is necessary
to follow the sequence:
• After recalling the function for programming the contents of a message, simultaneously
press and hold push-buttons NEXT and CHANGE.
• If the contents of present message are standard, the information "Read-out from SMS" will
be displayed on LCD display, and the module will go into "awaiting for SMS message
mode" for the duration of approx. 110 seconds.
• Send SMS message (previously prepared) from another cellular telephone to the
SIM300CZ telephone number. The message to be sent should be of a special format.
The contents of the message, which is to be loaded into the module’s memory should be
put into brackets and closed by asterisks, as follows: (¼Contents of message¼).
Notes:
• If, after recalling the function, the contents of the displayed message is not standard,
pressing and holding the push-button NEXT and CHANGE will cancel this message,
the next pressing will result in displaying the standard message and only the successive
pressing will make it possible to load the message by means of SMS message.
• Both push-buttons must be pressed simultaneously, otherwise the module will enter the
mode for manual editing the message and it will be necessary to renew the procedure for
reading the message from SMS.
• The length of the message stored in the module’s memory is limited to 32 characters.
The standard contents of the transmitted SMS messages are as follows:
"Input n violation"
for inputs; where n = 1,2,3,4
"Input n restore"
"Phone line failure"
for output OT4
"Phone line restore"
"Test message"
10.2 VOICE MESSAGING
If the SM-2 voice synthesizer with recorded voice message is connected to the module,
the violation of any input and its restoration or activation of output OT4 and its restoration can
initiate sending this message to the selected telephone numbers. When sending the
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message, the module will display corresponding information. Since the module can transmit
only one voice message, it is also possible to activate the sound signaling for indicating the
reason why the messaging was initiated.
After getting connection, the module generates the respective sequence of sounds every 2
seconds:
1 short beep
– violation of input 1,
2 short beeps
– violation of input 2,
3 short beeps
– violation of input 3,
4 short beeps
– violation of input 4,
2 short and one long beep
– activation of output OT4,
1 long + 1 short beep
– restoration of input 1,
1 long + 2 short beeps
– restoration of input 2,
1 long + 3 short beeps
– restoration of input 3,
1 long + 4 short beeps
– restoration of input 4,
1 long, 1 short, 1 long beep
– restoration of input OT4,
2 long beep
– test message.
10.3 CLIP
Notification messaging is also possible owing to the CLIP service which consists in displaying
the telephone number of the calling subscriber. This type of messaging consists in dialing
a programmed telephone number by the SIM300CZ telephone and then breaking
the connection after approx. 20 seconds. The message recipient can read number of the
telephone from which the connection was initiated (cellular phone, ISDN, etc.).
If the selected number is busy, the module will repeat the call. The module will consider the
messaging completed, if it does not receive the busy signal within approx. 10 seconds from
dialing the number. The cellular phone user has an option to early "reject" the connection, but
if he carries out this action too early, the module will repeat the call. Answering the call, either
by the user or automatically by the "voice mail", is recognized by the module as completion of
messaging.
10.3.1 CLIP with acknowledgement
The transmission acknowledgement consists in the telephone user rejecting or receiving the
connection set up by the GSM-4S module. The acknowledgement may only come within 10
to 20 seconds of the connection set-up. In addition, the number of attempts (1–15) to transmit
the information can be programmed individually for each telephone number. Having detected
the acknowledgement of CLIP information reception, the module will finish dialing the given
telephone number. The module will call in turn each of the programmed numbers. Having
detected the acknowledgement of CLIP transmission, the module will finish dialing the given
telephone number.
For each of the four telephone numbers to be programmed to be CLIP notified, you can
select a separate option of sending SMS if there is no acknowledgement of receiving
the CLIP information. If the module fails to detect such an acknowledgement after making
a preset number of attempts, then it will send an SMS to the given telephone number,
provided that the messaging mode with acknowledgement and SMS send is selected.
The SMS contents will correspond to the existing situation.
10.3.2 CLIP without acknowledgement
In the "without acknowledgement" transmission mode, the module will dial the given
telephone number once (provided the number is not busy), irrespective of the programmed
number of test transmission attempts.
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Notes:
• If the cellular phone of the message addressee is OFF or outside the network range, and
the voice mail service is inactive, then an automatic message on the existing situation is
generated in the receiver and no busy signal is sent back. In such a case, the messaging
is considered by the module as completed, while the user loses information on completion
thereof.
• If the voice mail service is active, the user, after getting access to the network, may be
notified, depending on the operator (e.g. by means of an SMS) of the telephone
connection with the module number, without leaving any voice message.
• If the "CLIP with acknowledgement" messaging mode is not selected, the module, to
execute the function, will call the selected telephone number once (unless the given
number is busy), irrespective of the programmed number of redials.
To enable the messaging, it is necessary – after switching ON the SIM300CZ telephone and
connecting the sensors to the inputs – to program the module (submenu of service functions:
Messaging, Inputs/Outputs, GSM options), as follows:
• Program at least one telephone number to which the message is to be transmitted (Tel. 1
for mess. 1–4).
• Determine if the output OT4, or if the inputs after violation or restoration will activate the
messaging function (to which telephone number), and/or if the test messaging will be
active, and also determine the way of messaging (SMS/CLIP/VOICE) – functions In. 1–4
-> Tel.; Rest. 1 -> Tel.; F. L. -> Tel.; Rest. L. Tel.; Test -> Tel.
• If the voice messaging is selected, and several inputs can activate this messaging – set
the option Mess. sounds to distinguish which input was violated.
• Program the required parameters for the inputs (type, sensitivity, time to restore,
automatic bypassing)
• If the SMS messaging is selected, program the function SMS Centre No. and the SMS
message texts.
11. TRANSMITTING SMS MESSAGES
If the alarm control panel has the function for messaging to pager system, it can be used for
sending SMS messages.
To enable the SMS messages to be sent, pre-program telephone number of pager station at
the alarm control panel and load appropriate text to be sent into the control panel memory.
The telephone number, as programmed in the control panel, must consist of:
1. The "pager station number" preprogrammed in the GSM-4S module (Pager tel. No.
service function).
2. The cellular phone number to which the SMS message is to be sent. The required country
code prefix can be entered before the basic cellular phone number, or it can be
programmed by the separate Prefix for SMS function.
3. The "A" end-of-number character.
Note: Parts of the number may not be separated from each other by any time interval
(pause); the digits must be sent by the control panel as one sequence in DTMF or
pulse mode. In case the module has any trouble with receiving the "pager" station
number in the tone mode, it is necessary to set the pulse dialing mode in the control
panel.
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11.1 DESCRIPTION OF THE PROCEDURE FOR CONVERTING PAGER MESSAGE INTO SMS
MESSAGE
When the alarm control panel is "Off Hook" and after dialing the number – the module checks
the first four digits of that number. If these digits agree with the programmed "Pager tel. No."
In the module, the module receives next digits up to the pause (telephone number to which
SMS message will be sent); then the module sends hand shake signal (similar as pager
station) and receives the message sent by the control panel. Next, this message is
transmitted via the SIM300CZ cellular telephone as SMS text message.
Note: Pager number must be unique and can not be the same as any prefix, outgoing
numbers or the beginning of other telephone numbers.
For the SMS messages to be sent, it is required to add the prefix with a country code (48 for
Poland). This prefix is programmed by the service function Prefix for SMS. If the cellular
telephone number is given by the control panel together with prefix, the function Prefix for
SMS should not be programmed.
To enable the transmission of SMS messages, the SMS centre number is to be loaded into
the module’s memory by the service function SMS centre No., depending on GSM network
in which the telephone is activated.
The parameters of the pager system signal should be programmed at the alarm control
panel (or telephone set DT-1) as follows:
control panel
1
C
2
2
0
A
0
E
7
0
8
A
DT-1
C
1
2
2
A
0
E
0
0
7
A
8
11.2 SENDING SMS MESSAGES FROM A STATIONARY TELEPHONE SET
The GSM-4S module user has an option to send SMS messages form a stationary telephone
set which generates DTMF signals and is connected to the terminals R-1 and T-1.
In order to send an SMS you should:
1. Lift the handset of the telephone.
2. Dial in one sequence the "PAGER station number" and the phone number to which
the SMS is to be sent. The number should be entered rather quickly, without any time
intervals between consecutive digits (the country prefix should be indicated depending on
the programmed Prefix for SMS function).
3. The properly received number is acknowledged in the
handset by two beeps generated by the module. Lack
of acknowledgement or a busy signal means a dialing
error and then the procedure must be started anew
(to facilitate it, you can use the REDIAL option).
4. Enter the text of message following the instructions
below (the time of module waiting for subsequent
characters is not limited):
The module will accept characters in the numeric
mode. Pressing each key of the telephone adds
a corresponding digit to the message.
By pressing the [*] key twice you will enter the text
mode. In the text mode, each numeric key (from 1 Figure 7. Assignment of
to 9) has three letters assigned to it (see Fig. 7).
alphanumeric characters
Pressing a key means selection of the middle letter.
to telephone keypad.
By pressing in turn the key and [*] you will select the
left-hand letter on the given key. The right-hand letter is accessible by pressing the given
key and [#]. In order to reach the space, press the [0] key. To reach the dash, press [0][*],
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the point – press [1]. In order to change between the text mode and the numeric mode,
press the keys [0] and [#].
Pressing the [#] key when the module is in the numeric mode results in ending the
programming and sending the message.
The GSM-4S module can store in its memory 62 alphanumeric characters to be sent as an
SMS message. At an attempt to enter a longer message, the excessive portion of the text will
be omitted. There is no possibility to check the content of entered message. If you hang-up
the handset when entering the text, the function will be interrupted without sending any SMS.
11.3 THE RULES FOR CONVERTING THE NUMBERS
In case when the GSM-4S module operates in telephone line simulation mode, the number
received from the alarm control panel or normal telephone set (before sending it to
SIM300CZ telephone) is subjected to the required corrections. Thus, it is not necessary to
take the connection route into consideration, while programming the telephone number for
messaging or during dialing the number at normal telephone set. The built-in algorithm of the
number conversion permits the module to be installed directly on subscriber’s line (public
exchange telephone line) or on extension lines as well. If such line is cut off or lost, the
module will simulate the operation of PBX exchange and after receiving the number of
"outgoing line" the module will simulate the access to public exchange telephone line.
The telephone number is processed by the module as follows:
• When dialing the number, the module checks that its first digits correspond to the pager
station number, or any of the "outgoing numbers".
• 4 seconds since dialing the last digit, the module will recognize the dialing as completed
and will proceed to convert the number. If an "outgoing number" has been selected, only
the digits directly following the number will be subjected to conversion.
The algorithm of converting the number is as follows:
1. if the dialed number begins with one of permanent prefixes (prefix – digits added before
the exact telephone number), the module skips to step 4,
2. if the dialed number begins with a "prefix to be erased" this prefix is erased and the
module skips to step 4,
3. if the dialed telephone number have no prefixes known to the module, Prefix to be added
is entered to the beginning of the dialed number, and the module skips to step 4,
4. if the dialed telephone number, after correcting in steps 1–3, is included in the list of
allowable numbers (Allowed numbers), or if the first digits of the dialed number
correspond to one of the pre-programmed numbers, or if the option "Any numbers" is set
- the number is recognized as the correct one, and the module starts to make connection
with the dialed telephone number via the SIM300CZ cellular telephone. Otherwise, the
connection is disabled and a busy tone is generated.
12. MONITORING
The GSM-4S module enables operation with two independent monitoring stations (using
GPRS transmission, SMS messages or audio channel). For this purpose it is necessary to
program the transmission parameters. It can be done from a PC with DLOAD10 program
(from version 1.00.031, tab: GPRS/Monitoring – page 29) or by using the module board
buttons (Service mode menu ÆGSM options ÆGPRS settings).
Reporting to the monitoring station can include:
• GSM-4S module status,
• events from the control panel.
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12.1 MONITORING GSM-4S MODULE STATUS
Monitoring the module status is possible both when the module is working independently of
or in conjunction with the control panel.
The module is sending events pertaining to the status of inputs IN1–IN4 (violation/end of
violation) status of telephone line (line trouble/line restore), as well as the test
transmission. The information can be sent in the 4/2 or CID (Contact ID) format.
12.2 MONITORING CONTROL PANEL EVENTS
Beginning from PCB version 1.7S, the GSM-4S module enables full-scope reporting of the
control panel events to the monitoring station. It can be connected to the control panel
telephone output (TIP, RING) or through the RS-232 port
12.2.1 Connection through TIP, RING terminals
When connected to the control panel telephone output, the GSM-4S module will simulate the
telephone monitoring station, i.e. the control panel will dial the monitoring station telephone
number stored in its memory and, if it coincides with the station number programmed in the
module, the module will take over the connection and will send events to the monitoring
station through GPRS (function: Tel.event->SMS will only enable monitoring through SMS).
Having sent an event to the station, the module will confirm delivery of the event with a preset
duration signal (function Acknow.durat.) and will wait for further events.
If there are any problems with the delivery of events through GPRS (e.g. a failure of the
monitoring station Ethernet card), the control panel will receive no confirmation that the event
has been sent. In such a situation it will "hang up" and consider the monitoring attempt
unsuccessful. After a specified number of unsuccessful attempts (function Num.pan.attempts),
the module can send an SMS message (its contents is determined by function GPRS trouble
SMS) to the number GPRS trouble tel., informing about the problem, and make another
attempt of the control panel monitoring through an alternative path:
• audio channel – with the Skip audio option selected, the module will not simulate the
monitoring station but will establish connection to the monitoring station number, using the
SIM300CZ telephone (functions Station 1 tel.n. /Station 2 tel.n.),
•
as SMS – with the Skip SMS option selected, each event will be sent as a separate SMS
message to the mobile telephone number on the monitoring station side (functions: St. 1
SMS tel.n /St. 2 SMS tel.n). Format of the SMS message to be sent is defined by the
St.1 SMS format /St.2 SMS format function.
12.2.2 Connection through RS-232 port
If the GSM-4S module is working with an INTEGRA series control panel, the communication
can also be effected through the RS-232 port. In such a case, the External modem and
ISDN/GSM/ETHM modem options must be enabled on the control panel side. When working
in this configuration, the module only enables monitoring through GPRS, according to the
transmission parameters programmed in the control panel (the module GPRS settings
- Station IP address, Station port, Station key, Module key and System ID – will be
reprogrammed). The Tst.INTEGRA cn. option makes it possible to check the connection
between the INTEGRA panel (in version 1.06 or later) and the module. If there is no
connection, the module will send information to the monitoring station. With the
RS monit.prior. option enabled, monitoring the INTEGRA control panel events will have
priority over reporting the module status.
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GSM-4S
13. DLOAD10 PROGRAM
The GSM-4S module delivery set includes the DLOAD10 program, which enables the module
to be programmed from a computer.
The program is designed for IBM PC/AT compatible computers. It works in any computer
hardware configuration in the WINDOWS (9x/ME/2000/XP) environment. It is recommended
that the program be installed on the computer hard drive.
The GSM-4S module communicates with the computer via the RS-232 interface. To connect
the ports, use the cable made as shown on Fig. 8 (the cable symbol acc. to pricelist:
DB9F/RJ-KPL).
The program installation consists in running the setup.exe program from a floppy disk
delivered with the module. After installation, the program should be launched. Access to the
program is protected with an access code. After installation of the program, the access code
is: 1234 and can be changed in any string of 16 alphanumeric characters. As long as the
code has its factory form, pressing the "ENTER" key (without entering any code) will start the
program with the default access code (1234).
TO MODULE
module DSR
module RTS
module RXD
module TXD
COM
TO COMPUTER
comp. DTR
comp. CTS
comp. TXD
comp. RXD
GND
20
7
5
5
4
3
2
(view of connector
at the GSM-4 module board)
3
2
8
25-PIN CONNECTOR
9-PIN CONNECTOR
SERIAL PORT RS-232
Figure 8. Connection of computer to module serial port.
In order to establish communication between the DLOAD10 program and the module, you
should follow the procedure below:
1. Connect the RS-232 ports of module and computer with an appropriate cable.
2. Open the window with module data by selecting FileÆNew deviceÆGSM4/LT module
in the program menu (see figure 9).
icon (or through
3. Enter the option of module communication settings by clicking on the
the Communication ÆConfiguration menu) and select the port through which
the computer connects with the module RS-232 port (see figure 10).
4. Enter the DOWNLOADING password (preprogrammed in the module with DWNL code
service function – see figure 11). By default, the password (AAAAAA) is not
preprogrammed in the GSM-4S module.
5. Read out data from the module by clicking on the
icon. The communication
establishing process is presented by an appropriated message on the GSM-4S task bar.
6. Program the module.
GSM-4S
SATEL
Figure 9.
7. Save new data in the module by clicking on the
icon.
8. If necessary, you can save the programmed data as a file on the computer disk.
9. Disconnect the cable used for programming.
Note: Never carry out functional test of the module with cable connected to RS port.
Figure 10.
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GSM-4S
13.1 “GSM-4S” TAB
Figure 11.
This tab allows the user to configure the basic working parameters of the module.
The parameters programmable in the GSM-4 tab correspond to the control functions and
have been reviewed in section Description of service functions (p. 36).
GSM-4S
SATEL
27
13.2 “TELEPHONE MESSAGING” TAB
Figure 12.
The tab enables messaging parameters to be configured. The parameters programmable in
the Telephone messaging tab correspond to the control functions and have been reviewed
in section Description of service functions (page 36).
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GSM-4S
13.3 “CONTROL/INPUTS/OUTPUTS” TAB
Figure 13.
The parameters programmable in the Control/Inputs/Outputs tab correspond to the control
functions and have been reviewed in section Description of service functions (page 36).
GSM-4S
SATEL
29
13.4 "GPRS/MONITORING" TAB
Figure 14.
Shown in Figure 14 is a view of the GPRS/Monitoring tab. The presented values are just
example settings. By default, the GPRS transmission data are not programmed. All the
options are discussed in detail in section Description of service functions (page 36).
Monitoring the module inputs requires that the format and codes of events be defined (4/2 or
Contact ID). For the CID format, the DLOAD program has a code generator (Figure 15),
initialized by using the
button:
Figure 15. View of the generator of CID codes
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GSM-4S
The generator enables CID code to be quickly defined for the following event:
– Group – type of the event,
– Event – code and description of the event,
– Partition – the partition number to be sent,
– Zone/Module/User – the number of zone /module/user to be sent.
A HELP system is provided which facilitates using the program and programming the module
parameters. The system is available through the HELP menu or by pressing the F1 key on
the computer keyboard. For direct access to more detailed information, first select the
required element in the program window (by hovering over it with the mouse pointer and
clicking the left mouse button), a then press the F1 key.
14. SERVICE MODE
The access to module’s configuration is possible by entering the service mode. To enter this
mode, simultaneously press and hold push-buttons CHANGE and NEXT approx. 1 second.
While being in the service mode, the module makes the menu accessible (the menu is
described below in this section). By using four push-buttons located on module’s board, it is
possible to go through the menu, select particular function and set the required parameters of
these functions (options, numbers, passwords, time periods).
The access to the service mode can be protected by a code. The protection is activated by
programming any code with the "Service code" function, and deactivated by deleting the
code. The code consists of a combination of 1 to 8 digits from the range 0–9. The whole code
can be erased in the process of its programming, when the CHANGE and NEXT keys are
depressed at the same time.
When the code has been programmed, an attempt to enter the service mode will cause the
module to display a suitable message and wait for entering the code. Unless the entered
code is valid, the module will only enable the user to enter the service mode when all the
settings are deleted. The "Erase settings (123=yes):" message is displayed – then, entering
the digits 123 followed by pressing the OK key will initiate the test and erasing of the module
memory (PCF), and then the service mode will be made available.
The push-buttons, while being used in the service mode, have the following meaning:
ESC
– move within the menu to item End of service, return from submenu to the
main menu, or exit from the function without saving the changes,
CHANGE – return to the previous function in menu or the change of selected element in
the function (e. g. an option marker , a digit of a telephone number or a letter
of a password),
NEXT
– move to next function item within menu or move to next element of the
function being programmed at present (e. g. successive digit of the telephone
number or successive character of the password),
OK
– entry into the function selected from menu (indicated by arrow on LCD display)
for checking or changing the settings, exit from the function with saving the
changes made.
The module in the service mode operates in the same way, as during normal mode i. e. it is
possible to make and answer calls, but the status is not displayed. Instead of the status, the
description of service functions are displayed, thus enabling the user to go through the menu
of service mode and to make appropriate changes in the module’s configuration.
The features of manual controlling the outputs and manual bypassing the inputs are disabled.
Holding any push-button will make that the pressing of that push-button is automatically
repeated. When no push-button is pressed for the duration of approx. 1 minute, the module
automatically exits the service mode.
GSM-4S
SATEL
Service mode menu:
End of service
Service code
Line loss time
GSM loss time
Time of ringing
Turn off TL volt
Show T l.failure
Show dialing.
Signal testing
CLIP -> number
Any numbers
Routing signal
GSM main line
Trbl. – switch l.
FLASH – GSM/TL
Outgoing no 1
Outgoing no 2
Outgoing no 3
Outgoing no 4
Perm. prefix 1
Perm. prefix 2
Perm. prefix 3
Perm. prefix 4
Prefix to erase
Prefix to add
Allowed numbers
Messaging
Tel. No 1 begin.
Tel. No 2 begin.
...
Tel. No. 32 begin
Tel.1 for mess.
Tel.2 for mess.
Tel.3 for mess.
Tel.4 for mess.
Mess.x2 for t.1
Mess.x2 for t.2
Mess.x2 for t.3
Mess.x2 for t.4
Tries for tel.1
Tries for tel.2
Tries for tel.3
Tries for tel.4
Ack. CLIP tel.1
Ack. CLIP tel.2
Ack. CLIP tel.3
Ack. CLIP tel.4
SMS mess 1 fail
SMS mess 2 fail
SMS mess 3 fail
SMS mess 4 fail
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SMS control
SMS IN1 violat.
SMS IN2 violat.
SMS IN3 violat.
SMS IN4 violat.
SMS fail. line
SMS IN1 restor.
SMS IN2 restor.
SMS IN3 restor.
SMS IN4 restor.
SMS restor.line
SMS test
SMS tst.w.state
TL ok, mess.IN1
TL ok, mess.IN2
TL ok, mess.IN3
TL ok, mess.IN4
IN1 -> Tel.
IN2 -> Tel.
IN3 -> Tel.
IN4 -> Tel.
F.L. -> Tel.
Rest.1 -> Tel.
Rest.2 -> Tel.
Rest.3 -> Tel.
Rest.4 -> Tel.
Rest.L -> Tel.
Test -> Tel.
Test period
Mess. priority
Mess. sounds
SMS bypass IN1
SMS bypass IN2
SMS bypass IN3
SMS bypass IN4
SMS bypass all
SMS unbyps.IN1
SMS unbyps.IN2
SMS unbyps.IN3
SMS unbyps.IN4
SMS unbyps.all
SMS OT 1 on
SMS OT 2 on
SMS OT 3 on
SMS OT1 off
SMS OT2 off
SMS OT3 off
SMS chng. OT1
SMS chng. OT2
SMS chng. OT3
SMS OT123 off
GSM-4S
GSM-4S
SATEL
DTMF control
CLIP control
Inputs/Outputs
SMS OT123 on
SMS check I/O
SMS "service"
SMS "user"
SMS mod. format
SMS test period
SMS change tel1
SMS change tel2
SMS change tel3
SMS change tel4
DTMF bypass IN1
DTMF bypass IN2
DTMF bypass IN3
DTMF bypass IN4
DTMF bypass all
DTMF unbyps.IN1
DTMF unbyps.IN2
DTMF unbyps.IN3
DTMF unbyps.IN4
DTMF unbyps.all
DTMF check inps
DTMF OT1 on
DTMF OT2 on
DTMF OT3 on
DTMF OT1 off
DTMF OT2 off
DTMF OT3 off
DTMF chng. OT1
DTMF chng. OT2
DTMF chng. OT3
DTMF OT123 off
DTMF OT123 on
DTMF check outs.
CLIP1 – tel. No
CLIP1 -> Outputs
CLIP2 – tel. No
CLIP2 -> Outputs
CLIP3 – tel. No
CLIP3 -> Outputs
CLIP4 – tel. No
CLIP4 -> Outputs
Input IN1 type
Input IN2 type
Input IN3 type
Input IN4 type
Input IN1 sensit.
Input IN2 sensit.
Input IN3 sensit.
Input IN4 sensit.
Input IN1 restore
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GSM options
Input IN2 restore
Input IN3 restore
Input IN4 restore
IN1 bypass after
IN2 bypass after
IN3 bypass after
IN4 bypass after
IN1 autoreset
IN2 autoreset
IN3 autoreset
IN4 autoreset
IN1 bypass dur.
IN2 bypass dur.
IN3 bypass dur.
IN4 bypass dur.
IN1 bps. manual.
IN2 bps. manual.
IN3 bps. manual.
IN4 bps. manual.
Bypassing input
Bypassed inputs
OT1 cut-off t.
OT2 cut-off t.
OT3 cut-off t.
OT3 – t.l. trbl.
OT4 – only GSM
IN1 -> Outputs
IN2 -> Outputs
IN3 -> Outputs
IN4 -> Outputs
Control
Controllable out.
PIN code
PAGER tel. No
CA-64 tel. No
SMS centre No
Inter. SMS cent.
SMS acknowl. No
Prefix for SMS
LCD backlight
Fax/Modem
GPRS settings
GSM-4S
GPRS
APN
User
Password
DNS
Tst.INTEGRA cn.
RS monit.prior.
Station 1 addr.
Station 1 port
GSM-4S
35
SATEL
Station 1 key
Module 1 key
St.1 sys. ID
Station 2 addr.
Station 2 port
Station 2 key
Module 2 key
St.2 sys. ID
Station1 tel. n.
Station 2 tel. n.
Acknow.durat.
Tel.event->SMS
Skip SMS
Skip audio
St.1 SMS tel.n.
St.2 SMS tel.n.
St.1 SMS format
St.2 SMS format
Num.pan.attempts
GPRS trouble tel.
GPRS trbl SMS
IN1 violat.code
IN2 violat.code
IN3 violat.code
IN4 violat.code
IN1 restore code
IN2 restore code
IN3 restore code
IN4 restore code
Tel.l.trouble code
Tel. l.restore code
Test tr. code
Fax/Modem
Modem format
DWNL code
SMS sound
RS baud rate
BTS test
Erase settings
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15. DESCRIPTION OF FUNCTIONS FOR PROGRAMMING THE MODULE
It is required for the functions for programming the module operation to set option, select
items from the list, or possibly enter numeric or alphanumeric data (telephone numbers,
SMS messages).
15.1 CHOICE OF OPTION
After the entry into the function (by pressing push-button OK) which requires choosing the
option, pressing push-button CHANGE makes character
display (option chosen).
The repeated pressing the push-button CHANGE will erase this marker and switch off this
option. Pressing the push-button OK will result in storing the present setting of option, and
exiting from the function to the menu.
15.2 ENTERING NUMERIC OR ALPHANUMERIC DATA
After getting access to the function (by pressing push-button OK) which requires entering
duration, telephone number, password or message, the blinking cursor is displayed on the
module’s display to show the field where the data can be entered. Each pressing the
push-button CHANGE will result in changing the displayed digit or character. Digits are
changing cyclically in the following order:
1¤2¤3¤4¤5¤6 ¤7¤8¤9¤0¤#¤9¤ ¤1¤2¤3 and so on.
The content of the field for entering alphanumeric character is changing as follows:
A¤a¤B¤b¤C¤c¤D¤E¤e¤F¤f¤G¤g¤H¤h¤I¤i¤J¤j¤K¤k¤L¤l¤M¤m¤N¤n¤O¤o¤
P¤p¤Q¤q¤R¤r¤S¤s¤T¤t¤U¤u¤V¤v¤W¤w¤X¤x¤Y¤y¤Z¤z¤1¤2¤3¤4¤5¤6¤7
¤8¤9¤0¤.¤,¤+¤-¤9¤/¤:¤;¤=¤!¤@¤#¤$¤%¤&¤ (¤)¤ [¤]¤{¤}¤ ¤A¤a¤B¤b and
so on.
Pressing the push-button NEXT makes the cursor move to the next field to the right, or return
to the first field on the left side of the number or password entered. Pressing the
push-button OK results in storing the entered data and in exiting from the function.
15.3 DESCRIPTION OF THE SERVICE FUNCTIONS
End of service – completion of service mode and move to normal module operation.
Service code – combination of 1 do 8 digits from the range 0–9. Having programmed the
code prevents access by the unauthorized users to the entered settings.
Tel. loss time – time that must elapse until the module will signal a trouble of the analog
phone line by shorting the OT3 or OT4 output to ground (see functions: OT3 – tel.l.trbl and
OT4 – GSM only). The time indicated here has no effect on how fast the line trouble will be
found and the line replaced by the SIM300CZ telephone – this will follow after approx. 16
seconds. Value from range 0–99 minutes, for 0 – no reaction.
GSM loss time – time that must elapse until the module will signal a trouble of the GSM
telephone by shorting the OT4 output to ground (if the module fails to detect telephone
presence for the time programmed here, SIM card is missing, there is no PIN code,
antenna signal is zero, or the telephone is actually out of order). Value from range 0–99
minutes, for 0 – no reaction.
Time of ringing – time after which the connection to SIM300CZ telephone number will be:
• rejected – if nobody answers the call from the extension line (T-1, R-1) and no control
codes have been programmed,
• accepted – to make remote control possible, if there is any code to control
inputs/outputs by using DTMF signals.
Range 0–99 seconds; for 0, no calls are answered or rejected by the module.
GSM-4S
SATEL
37
During the "ringing time", the module is sending the ring signal to terminals T-1, R-1 so that
the call can be answered from a telephone connected to the extension line.
Turn off TL volt – turn off voltage on the telephone line terminals in the event of GSM
failure (e.g. insufficient range, defective antenna).
Show T l.failure – the option activates the function of displaying a message about
telephone line failure. It is used when the subscriber's line is permanently connected to the
module.
Show dial. num. – the option which decides about displaying a telephone number when
a call is made via the module (e.g. when the control panel is reporting an alarm).
Signal testing – selecting this option results in checking the tone in telephone line, after
"pick-up". If no continuous tone is detected after approx. 2 seconds, the module will replace
the cable line with GSM telephone.
CLIP -> number – into what the "+" character of the calling number is to be converted
during the CLIP control
Any numbers – setting this option permits making outgoing calls from extension
telephone, via the GSM-4S module, to any numbers (considering "outgoing line numbers",
permanent prefixes, prefixes to be added and prefixes to be erased). If this function is
disabled, it will be possible to call, via GSM telephone, only those telephone numbers,
which the first digits (or complete numbers) are loaded into the module’s memory by the
function Tel. No 1 begin. ÷ Tel. No. 32 begin.
Routing signal – generation of the routing signal (audible signaling during connection
set-up).
GSM main line – checking this option results in selecting the wireless SIM300CZ cellular
telephone as the basic line to make connections (initiated from the T-1, R-1 terminals).
If this option is unchecked, the cable line is the basic one.
Trbl. – switch l. – when this option is selected, the module, in case of cable telephone line
failure, will automatically switch over to making connections (initiated from terminals T-1,
R-1) through the GSM network
FLASH – GSM/TL – this option activates the function of choosing the connection route
(cable network/wireless GSM network) when making a call from a telephone connected to
the T-1, R-1 terminals. If this option is selected and after picking up the receiver we press
the FLASH key, then GSM-4S module switches from basic telephone line to alternative.
Which line is the basic one (cable network or wireless GSM network) is determined with
GSM main line function. If only one of lines be available, the module will choose it
automatically without possibility of switching.
Outgoing No. 1–4 – for these functions it is necessary to enter the telephone numbers,
which will be treated as the numbers for getting subscriber’s line (Public Exchange
Telephone Line), in case that the module is not directly connected to subscriber line, but
indirectly via private exchange (PBX) – see The rules for converting the numbers.
Perm. prefix 1–4 – initial digits of telephone numbers, that will not be corrected by calling
with GSM telephone. It may be for example: codes for GSM network and numbers with
area codes.
Prefix to erase – initial digits of telephone numbers, that will be deleted before sending
a number to GSM telephone. For example, prefix to erase can have the value: "0"
- standard outgoing number for a long-distance call.
Prefix to add – digits, that will be added at the beginning of telephone number before
sending to GSM telephone. The prefix to be added is the area code, which is used in the
location where the GSM-4S module is installed. The local telephone number, before
sending to GSM telephone, will be automatically complemented with the area code.
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Allowed numbers – the move to submenu for programming the telephone numbers
accepted by the module.
Tel. No. 1–32 beginning – for these functions it is required to enter the first digits (any
number of digits), or complete telephone numbers, to which the calls can be made via
SIM300CZ telephone – if the "Any number" option is not set. When the Any numbers
option is set, the above mentioned telephone numbers are of no importance. The numbers
to be entered must have the same form as the numbers dialed by the GSM telephone i.e.
must contain area code, for instance: "602 123456", "58 5551122". If the initial digits are
programmed, the dialed number must contain all these programmed digits at the beginning.
Note: The list of telephones 1–32 and the Any numbers option do not affect the
selection of addressee of SMS messages.
Messaging – submenu of functions for programming the data and options for messaging.
Tel. 1–4 for mess. – telephone numbers to which messaging on violation and restoration
of inputs, or activation and switch OFF of output OT4 will be sent. The telephone number
programmed by this function must have a complete form including country and area codes
or cellular network code.
Mess. x2 for T. 1–4 – setting this option for a given telephone number will result in making
a call twice to a dialed number and replaying the voice message each time – while
executing the voice messaging.
Tries for tel. 1–4 – number of attempts to send CLIP to telephone nos. 1–4. It is possible
to program from 1 to 15 attempts.
Ack. CLIP tel. 1–4 – with this option selected, the module will require that the user
acknowledge receiving the CLIP sent to telephone nos. 1–4.
SMS mess 1–4 fail – if you select this option, an SMS message will be sent to the
telephone number, if the module, having completed all the attempts, receives no
acknowledgement of the CLIP reception from the selected telephone.
SMS violat. In.1–4 – contents of SMS message to be sent to cellular telephone number
after violation of a given input (indication on LCD display iÆI). It is possible to choose
a standard contents or to enter your own message. (up to 32 characters).
SMS fail. line – contents of SMS message to be sent to cellular telephone number after
activating the output OT4. You can select standard contents (phone line failure) or enter
your own message (up to 32 characters).
SMS restor. In.1–4 – contents of SMS message to be sent to cellular telephone number
after the input is restored to normal state (IÆi).
SMS restor. line – contents of SMS message to be sent to cellular telephone number after
restoration of input OT4 to normal state (telephone line available and operative).
SMS test – contents of SMS message to be sent to cellular telephone number in a test
message.
SMS tst. w.state – enabling this option will result in information on the current status of the
module outputs/inputs and the telephone line being attached to the SMS contents for test
transmission.
TL ok, mess.IN1–4 – if this option is disabled for the particular zone, messages from
this zone are sent only in case of the cable telephone line failure.
In. 1–4 -> Tel. and F. L. -> Tel. – programming the options for messaging. These options
are used for selecting telephone numbers, to which the messages shall be sent after
violating the input or after failure of telephone line, and for choosing the type of messaging
(SMS/CLIP/VOICE). The option is set by pressing push-button CHANGE. The successive
pressing makes the character display at the telephone numbers:
GSM-4S
SATEL
39
s – SMS,
c – CLIP,
v – voice message
(no display) – indicates that a given number is omitted while violating a given input.
Rest. 1–4 -> Tel. and Rest. L -> Tel – these functions are utilized for programming the
second set of the messaging options. They are used for selecting telephone numbers to
which the messages shall be sent after restoration of inputs to normal state or restoration
of telephone line, and for choosing the type of messaging (SMS/ CLIP/VOICE). The way of
programming is the same as the violation of inputs.
Test ->Tel. – messaging options for test messages. You can indicate here to which
telephone numbers what types of messages (s, c, v) will be sent during the test messaging.
The test message period is programmed with the Test period function. The programming
procedure is identical as for the input violation.
CLIP -> Tel. – type of answer (SMS/CLIP/AUDIO) to the user's CLIP to confirm availability of
the device. The programming procedure is identical as for violation of inputs.
Note: The telephone to which the GSM-4S module is to call back (CLIP and voice
message) must be on the list of permitted numbers.
Test period – test transmission period. It is possible to program up to 31 days 23 hours
59 minutes. Entering the value 00 will reset the test transmission. The test transmissions
are done independently of other connections related to messaging.
Mess. priority – setting this option assigns the priority for messaging. In case of making a
call, when the condition for tripping the messaging occurs, the call will be interrupted and
the module will transmit the messaging. When this option is not set, the messaging shall be
sent after the user hangs-up.
Mess. sounds – setting this option for voice messaging makes the module generate
sounds, informing which inputs have been violated (see: Messaging).
SMS control – submenu of functions for programming the SMS passwords
(6 alphanumeric characters) utilized for remote control by SMS messages.
SMS bypass In. 1–4 – passwords, which allow the system to bypass individual input.
SMS bypass all – password allowing the system to bypass all inputs simultaneously.
SMS unbyps. In 1–4 – passwords permitting the system to unbypass individual input.
SMS unbypass all – password permitting the system to unbypass all inputs
simultaneously.
SMS OT1–3 on – passwords to enable particular outputs OT1–OT3. The outputs for which
the cut-off time has been programmed will remain enabled for the specified time.
SMS chng. OT1–3 – SMS codes changing individual outputs OT1–OT3.
SMS off OT123 – password, which allows the system to switch OFF all outputs
simultaneously.
SMS on OT123 – password permitting the system to switch ON all outputs simultaneously.
SMS check I/O – password allowing the system to check the state of all inputs and
outputs. After receiving this password, the module sends the text message on the present
state of outputs and inputs, telephone line status, transmission period and telephone
numbers to be notified – to the telephone number programmed by the function SMS
acknowl. No.
SMS "service" – password which allows to start remote communication between the
INTEGRA alarm panel and DLOADX program or CA-64 alarm panel and the DLOAD64
program (it applies to the CA-64 alarm control panel version 1.04.03 or later, and the
DLOAD64 program version 1.04.04 or later). In order to start remote communication with
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the DLOADX/DLOAD64 program, send to the module the following SMS message:
"password=yyyy.", where the "yyyy" means the telephone number to be called back by
the control panel. Put a dot after the telephone number. If the sent message contains no
telephone number, the panel will connect to the number preprogrammed in its memory.
SMS "user" – password which allows to start remote communication between the
INTEGRA alarm panel and GUARDX program or CA-64 alarm panel and the GUARD64
program (it applies to the CA-64 alarm control panel version 1.04.03 or later, and the
GUARD64 program version 1.04.04 or later). In order to start remote communication with
the GUARD64 program, send to the module the following SMS message:
"password=yyyy.", where the "yyyy" means the telephone number to be called back by
the control panel. Put a dot after the telephone number. If the sent message contains no
telephone number, the panel will connect to the number preprogrammed in its memory.
SMS mod. format – password which allows to change the preprogrammed modem format.
The preprogrammed modem format will be changed after sending a "password=format
code" SMS. Two-digit codes assigned to corresponding formats are shown in the table at
the description of the Modem format service function.
SMS test period – a password which enables remote change of the test transmission
period. Sending to the module an SMS message containing the "password=P" string,
where "P" is the parameter defining the test transmission period as described below:
0 – no test transmission,
1 – transmission period equal to 2 h 58 min,
2 – transmission period equal to 5 h 57 min,
3 – transmission period equal to 11 h56 min,
4 – transmission period equal to 23 h55 min,
5 – transmission period equal to 2 d 23 h53 min,
6 – transmission period equal to 6 d 23 h30 min.
SMS change tel1–4 – password which enables remote change of the telephone number to
be notified. Sending to the module an SMS message containing the "password=nnnn."
string (password, equality sign, telephone number, dot), where nnnn is the new telephone
number for test transmission, will change the parameter programmed with the function
Tel. no. for mess.1–4.
DTMF control – submenu of functions for programming the DTMF codes (4 digits) to be
used for remote control by dual tone phone keypad.
DTMF bypass In. 1–4 – DTMF codes permitting the system to bypass an individual input.
DTMF bypass all – DTMF code, which permits the system to bypass all inputs
simultaneously.
DTMF unbyps. In. 1–4 – DTMF codes enabling the system to unbypass separate input.
DTMF unbypas. all – DTMF code permitting the system to unbypass all inputs
simultaneously.
DTMF check inps – DTMF code permitting the system to check the status of module’s
inputs (bypassed/unbypassed). The way of signaling is described in section Description of
outputs and input of this operating manual. After completing each command for
bypassing/unbypassing, the module automatically executes this function.
DTMF OT1–3 on – DTMF code for enabling a single output. If a cut-off time has been
programmed for the particular output, the output will be enabled for the specified time.
DTMF OT1–3 off – DTMF code for disabling a single output.
DTMF chng. OT1–3 – DTMF code, changing the individual output status to the opposite
one.
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41
DTMF off OT123 – DTMF code permitting the system to switch OFF all outputs
simultaneously.
DTMF on OT123 – DTMF code allowing the system to switch ON all outputs
simultaneously.
DTMF check outs – DTMF code allowing the system to check the state of all outputs. The
way of signaling is described in section Remote controlling by dtmf signals from touch
– tone telephone keypad.
CLIP control – opens the submenu of functions controlling the module outputs with the
use of CLIP function. You can program four telephone numbers and the output operating
mode suitable for the given telephone number.
CLIP1–4 tel. No – telephone numbers from which the control will be realized. The
telephone number programmed with this function must be identical with that displayed
during presentation of the caller ID in a cellular phone (e.g.: 502345678; 601555999). For a
stationary network you should program the area code prefix followed by the actual phone
number (e.g.: Gdańsk – 581111222; Warsaw – 225555666; etc.).
CLIP1–4 Æ Outputs – type of output control to be triggered with the CLIP signal. The
programming consists in determination of the control separately for each of the module
outputs (0 – disable output, 1 – enable output, x – change output, – no reaction). Each of
the CLIP numbers can perform control of a different kind. See: Settings List.
Inputs/Outputs – submenu of functions for programming the parameters of module’s
inputs and outputs.
Input 1–4 type – type of sensor connected to the input. Selection of a sensor (1 – NO; 2 –
NC) is done by push-button CHANGE.
Input 1–4 sensit. – the sensitivity of each input. The following values (in msec) can be
programmed: 20, 40, 60, 80, 100, 130, 160, 200, 250, 300, 400, 500, 600, 800, 1000, 1275.
Input 1–4 restore – time from the end of violation, after which the inputs shall be again
supervised. The possible settings are 4 seconds or 4 minutes. The status of input is
indicated as "violated" (I) until the restoration time expires.
Inp. 1–4 bypass # 1 – automatic bypassing of input after 1 preprogrammed number of
violations (0–15, for 0 – no bypassing).
IN1–4 autoreset – time, after expiry of which the violation counters will be reset (0–127
seconds or minutes, 0 – counting violations with no time limits).
IN1–4 bypass dur. – time during which the input is bypassed (0–127 minutes or hours, 0 –
permanently bypassed, until user intervention).
Inp.1–4 man.byp. – selecting this option will make manual bypassing/unbypassing of
inputs available (by means of module buttons): – yes, – no. After pressing three times
the suitable key under the LCD display bypassing/unbypassing will occur.
This function also prevents bypassing the inputs from terminals T-1, R-1 (unbypassing will
still be possible).
Bypassing input – input’s number, violation of which will result in bypassing the remaining
module inputs. This operation is bistable – the inputs bypassed will remain in such a status
until the end of input violation (I → i) set by this function. This function is disabled by
selecting (during programming) the option designated as "No number".
Bypassed inputs – inputs which will be bypassed after violation of the bypassing input.
Having selected the function, indicate in the list the numbers which correspond to the
selected inputs.
OT1–3 cut-off t. – output cutoff time (0–255 seconds or minutes, for 0 – permanently
bypassed, until user intervention).
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GSM-4S
OT3 – tel.l.trbl. – with this option selected, the OT3 output will play the role of the analog
telephone line indicator of (TIP, RING).
OT4 – GSM only – when this option is set, the OT4 output is activated only on the failure of
GSM telephone. If this option is not set, the OT4 output is activated on GSM telephone
failure and on the failure of cable telephone line (TIP, RING) as well.
In. 1–4 -> Outputs – the way of controlling the outputs to be tripped by the violation of
input. Programming consists in choosing the type of control individually for each module’s
output. (see: Settings List).
Control – a six-digit code enabling manual (local) control of the module inputs and
outputs (through DTMF) from a telephone set connected to the extension line (T-1, R-1).
The control function is available after dialing the code that has been programmed here (to
confirm its readiness for control, the module will generate beeps: 4 short and 1 long).
Then enter control sequences, consisting of the "*" character and 2 digits: the first digit
defines the command, the other one – the input/output number ("0" meaning that the
selected command is to apply to all inputs/outputs). Execution of the selected control
sequence will be acknowledged by three short beeps (or two long beeps in case of an
error). Entering the "*" character will each time begin a new control sequence. Available
commands:
1 – bypass input,
2 – unbypass input,
3 – check input status (in response, the device will generate beeps):
o 1 short beep – input unbypassed,
o 3 long beeps – input bypassed.
4 – enable output(s),
5 – disable output(s),
6 – check output status (in response, the device will generate beeps):
o 1 short beep – output disabled,
o 2 short beeps – output enabled.
Controllable out. – selection of outputs which can be locally enabled/disabled from
terminals T-1, R-1. This option does not affect the capability of enabling/disabling the
outputs by means of the module buttons.
GSM options – submenu of functions for programming the data required for the operation
of SIM300CZ cellular telephone.
PIN code – PIN code of the SIM card inserted in the cellular telephone. The code is
entered in the module’s memory once. It is possible to read out the loaded PIN code after
calling this function. If necessary, the code is transmitted from the GSM-4S module to the
telephone. Entering the wrong PIN code can result in blocking SIM card. In case of such
situation, the message is displayed on the module’s display with a request for entering the
PUK code. Entering the PUK code should be performed by using normal cellular telephone
(after replacing the SIM card).
PAGER tel. No. – 4 digits which activate the function for sending the message in a form of
SMS text message. Detecting these digits at the beginning of the dialed number will result
in classifying the remaining part of the number as the cellular telephone number, to which
the message from the alarm control panel (in a form of a message to pager system) is to
be transmitted.
CA-64 tel. No. – 4 digits of the telephone number, which enable the module to recognize
the text message sent by the alarm control panel CA-64.
Note:
The change of the number "pager station" and "alarm control panel CA-64" is
up-dated in the module’s memory after the exit from the service mode.
SMS centre No. – the SMS centre number, which is required in order to send the text
GSM-4S
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43
messages. The entered number depends on GSM network in which the telephone is
activated and must be preceded by the country code suitable for the operated network.
Inter. SMS cent. – the option indicates whether the programmed number of SMS centre is
a full international number.
SMS acknowl. No. – mobile telephone number to which the GSM-4S module will send the
SMS message, confirming execution of the control (through SMS) and containing the
current state of inputs and outputs. The number must be programmed in its full form,
including the country code (for Poland: 48), in much the same way as the above SMS
centre numbers.
Prefix for SMS – it is programmed if the cellular telephone numbers, taken from the alarm
control panel while capturing the pager messages, do not possess such a prefix.
Programming the prefix enables the module to send SMS messages to the cellular
telephone number.
LCD backlight – setting the mode of display (available for the modules with backlit
display). The following setting are possible:
– none,
– auto,
– permanent.
GPRS settings – configuration of GPRS transmission parameters
GPRS – enable GPRS transmission: – yes, – no
APN – name of the server handling the data transmission in GSM network (from 1 to 24
alphanumeric characters).
User – user name (from 1 to 24 alphanumeric characters)
Password – user password (from 1 to 24 alphanumeric characters)
DNS – DNS server address (only required when the Station address is to be entered in
mnemonic form) – 4 bytes (000.000.000.000), each of which can take the value from 0 to
255
Tst.INTEGRA cn. – test the status of connection to INTEGRA control panel through
RS-232 port: – yes, – no.
RS monit. prior. – priority of monitoring from the RS-232 port. With this option selected,
monitoring the events of INTEGRA control panel connected to the module via the RS-232
port will have priority over reporting the state of GSM-4S module: – yes, – no.
NOTE: If the module is connected to the control panel telephone outputs, the transmission
of events will always have priority over reporting the state of the module.
Station 1 addr. /Station 2 addr. – IP address of the monitoring station. Can be entered in
mnemonic form (e.g. monitoringstation.satel.pl – up to 23 alphanumeric characters) or as
a sequence of digits: 000.000.000.000 – 4 bytes, each of which can take the value from 0
to 255.
Station 1 port/Station 2 port – enter in this field the number of TCP port, through which
communication with the monitoring station will be effected. It is possible to enter values
from 1000 to 65535. Default value: 12345.
Station 1 key/Station 2 key – a sequence of 1 to 12 alphanumeric characters (digits,
letters and special characters) which define the key for coding the data to be sent to the
monitoring station.
Module 1 key/Module 2 key – a sequence of 1 to 5 alphanumeric characters to identify
the GSM/GPRS module.
St.1 sys. ID /St.2 sys. ID – system identifier for the monitoring station – a sequence of 4
characters to identify the device. You can enter digits from 0 to 9 and letters from A to F.
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GSM-4S
Using the digit 0 in the identifier is not recommended. Default value: 0000 (this sequence
means that there is no identifier).
Station 1 tel. n./Station 2 tel. n. – telephone numbers of monitoring stations to which
event messages will be sent (up to 16 digits).
Acknow. durat. – duration of the acknowledgement sent to the control panel after an event
message has been delivered to the monitoring station (100–2550 ms). Default value: 850
ms
Tel.event.->SMS – monitoring events from the telephone line as SMS only. With this option
selected, the events will only be sent from the control panel to the monitoring station as SMS
messages (with no attempt to send them through GPRS): – yes, – no.
Skip SMS – alternative transmission of the events through SMS: – yes, – no.
Skip audio – alternative transmission of the events through audio channel:
– yes, – no.
NOTE: Settings of the options List of permitted numbers and Any numbers have no
effect on the monitoring station telephone number to which the event is to be sent
through the audio channel.
St. 1 SMS tel n./St. 2 SMS tel n. – numbers of the monitoring station mobile telephones to
which SMS messaging will be effected (up to 16 digits, preceded by "+" character).
St. 1 SMS format/St. 1 SMS format – format of the SMS messages by means of which
SMS reporting to the STAM-2 monitoring stations will be effected. Default form:
"Event=●,K,·,I,J=", where:
● – identifier,
K – beginning/end of violation,
· – event code,
I – zone/module/user,
J – partition.
For 4/2 format events, the form will be: "Event=iiii,?,cc,?,?=" – 20 ASCII characters, and
for Contact ID format: "Event=iiii,q,ccc,ss,xxx=" – 24 ASCII characters.
Num. pan.attempts – number of control panel attempts before sending event through
alternative path. The parameter defines the number of failed attempts to send events
through GPRS, after which the control panel will make an attempt to send them through an
alternative path (2–255, by default: 3):
– audio channel – if the Skip audio option is selected.
 as SMS – if the Skip SMS option is selected
GPRS trouble tel. – mobile telephone number to which SMS message (its contents
programmed with the GPRS trouble SMS) will be sent if communication through GPRS is
lost
GPRS trouble SMS – body of SMS message to be sent in case of problems with GPRS
transmission (up to 32 characters, by default: GPRS monitoring trouble).
NOTE: The SMS will only be sent if the module is connected to the control panel telephone
outputs (the function is inactive for connection through the RS port).
IN1–4 violat.code – code of violation of the inputs1–4; forms: ab,c,ddd,e,ff,ggg - where:
ab – send event to monitoring station: a – Station 1, b – Station 2 ( – yes, – no),
c – event format (C – Contact ID, N – format 4/2, – none),
ddd – event code,
e – input violation/restore ( – violation, r – restore),
ff – partition number,
ggg – zone/module number.
Example: CID code of the "AC loss" event to be sent to two monitoring stations from zone 5
of the second partition is:
C 301 02 005
IN1–4 restore code – code of end of violation of the inputs 1–4. Settings as for the
GSM-4S
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45
violation code.
Tel.l.trouble code – code of the telephone line trouble. Settings as for the violation code.
Tel.l.restore code – code of the telephone line restore. Settings as for the violation code.
Test tr.code – test transmission code. Settings as for the violation code.
Fax/modem – with this option selected you can use the module as a fax/modem. The RS
connector makes it possible to use all the modem and fax features of the SIM300CZ
telephone. The module starts working as a modem after it receives the AT signal through
the RS port, and stops the operation when the computer DTR signal disappears.
Modem format – setting parameters of the modem the GSM-4S module communicates to.
The table below shows all the available modem formats and the codes assigned to them,
which are necessary to change the pre-programmed modem for another one by means of
an SMS message:
format code
modem format
00
auto
01
300 V.21
02
1200 V.22
03
1200/75 V.23
04
2400 V.22bis
05
2400 V.26ter
06
4800 V.32
07
9600 V.32
12
9600 V.34
14
14400 V.34
65
300 V.110
66
1200 V.110/X.31
68
2400 V.110/X.31
70
4800 V.110/X.31
71
9600 V.110/X.31
75
14400 V.110/X.31
DWNL code – a code which allows starting of the module communication via the RS-232
port with the DLOAD10 program (version 1.04.15 or later) and with the STAM-1 and
STAM-2 monitoring station program.
RS baud rate – setting the data transfer rate via the RS-232 port. The following options are
available:
− 4800 bps,
− 9600 bps,
− 19200 bps.
Test BTS – starting the function will display on the LCD screen the following GSM network
related information:
ARFCN, RXL, RXQ, MCC, MNC
BSIC, CELLID, RLA, TXP
where the above mentioned symbols have the following meaning:
ARFCN (absolute radio frequency channel number) – radio channel number
RXL (receive level) – received signal level
RXQ (receive quality) – received signal quality
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MCC (Mobile Country Code) – country code
MNC (Mobile Network Code) – operator code
BSIC (Base Station Identity Code) – base station code
CELLID (Cell Identity) – cell identifier
RLA (receive level acces minimum)
TXP (transmit power maximum CCCH)
Erase settings - erasing all telephone numbers and prefixes and restoring default settings
for options and times. All outputs are switched OFF and all inputs are unbypassed. Before
canceling, the module requests for confirmation of such command.
Notes:
• Each telephone number can consist of maximum 16 digits, and prefix can have
maximum 8 digits.
• Erasing the telephone number is possible by erasing the last digit (push-button
CHANGE and NEXT should be used), until the complete number is cancelled. The
whole telephone number can be also erased by holding both push-buttons CHANGE
and NEXT simultaneously.
• The outgoing line numbers 1–4, permanent prefixes 1–4 and telephone numbers 1–32
do not require that they must be entered consecutively, for example two outgoing line
numbers can be entered in any two of four available fields Outgoing No. 1–4, not
necessarily in two first fields.
The changes entered in the service functions have in majority immediate results, i. e.
immediately after the exit from the function by pressing push-button "OK".
16. EXAMPLES OF PROGRAMMING THE NUMBERS AND PREFIXES
Example 1:
 the module is directly connected to a subscriber line in Gdansk (area code for Gdansk
- 58)
– outgoing calls via the module are to be allowed only to the following telephone numbers:
- 111-00-11
– Security Dept.
- 222-00-22
– Administration Dept.
- 333-00-33
– residence telephone number of the owner
- 0-602 440-440 – cellular telephone number of the owner
- 0-501 550-550 – telephone number of the owner’s partner
- 0-39 77-88-99 – telephone number of the Service
Since the alarm control panel is connected to the subscriber line via the module, these
numbers are to be programmed in the control panel as if the module did not exist (the letter
"D" in the number indicates the mark of waiting for continuous dial tone):
– telephone numbers for messaging: "1110011"
"2220022"
"3330033"
"0D602440440"
"0D501550550"
The Service is accessible by dialing the following telephone number:
"0D39778899"
Configuring the module for such an operation requires programming the numbers and
prefixes, and checking the settings of options, as given below:
GSM-4S
−
−
−
−
−
−
Any number:
Signal testing:
Permanent prefix:
Prefix to erase:
Prefix to add:
Telephone numbers:
47
SATEL
option OFF
option chosen
"602", "501", "39"
"0"
"58"
"581110011",
"582220022",
"501550550", 39778899"
The remaining prefixes and numbers should be blank.
"583330033",
"602440440",
Example 2:
– the module is connected to a PBX (private branch exchange), which has access to two
subscriber lines (public telephone exchange lines) in Gdansk (area code – 58) after
dialing the "outgoing numbers" 71 or 72; in addition, PBX has access to the trunk line
KOMERTEL (code number – 39) after dialing the number 73.
– the calls via the module are to be allowed only to the following telephone numbers:
– 111-00-11
– Security Dept.
– 222-00-22
– Administration Dept.
– 333-00-33
– residence telephone number of the owner
– 0-602 440-440
– cellular telephone number of the owner
– 0-501 550-550
– telephone number of the owner’s partner
– 0-39 77-88-99
– telephone number of the Service
While programming (at the alarm control panel) the telephone numbers for messaging, it is
required to choose one of three ways of getting connection (the letter "D" indicates the mark
of waiting for continuous dial tone):
"71D1110011" or "72D1110011" or "73D581110011"
"71D2220022" or "72D2220022" or "73D582220022"
"71D3330033" or "72D3330033" or "73D583330033"
"71D0D602440440" or "72D0D602440440" or "73D602440440"
"71D0D501550550" or "72D0D501550550" or "73D501550550"
The service can be rung up by dialing the following number:
"71DoD39778899" or "72D0D39778899" or "73D39778899"
In this case, the module is programmed as follows (items not shown below should be blank):
– Any numbers –
option not chosen
– Signal testing –
option chosen
– Outgoing No. –
"71", "72", "73"
– Permanent prefixes – "602", "501", "39"
– Prefix to erase –
"0"
–Prefix to add –
"58"
–Telephone numbers–
"581110011",
"582220022",
"583330033",
"602440440",
"501550550", "39778899"
Example 3:
– programming to enable the module to send SMS message to cellular telephone number:
602123123
Programming the module is as follows (items shown should be programmed):
– Pager Tel. No. –
1111
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User Manual
GSM-4S
– SMS centre No. –
48602951111 (contact GSM representative for the correct
number)
– Prefix for SMS –
48
The pager number to be programmed in the alarm control panel should have the following
form (FS-87 to FS-90 in the control panel CA-6; FS-87 to FS-94 in the control panel CA-10):
1111602123123
The parameters of the paging system to be programmed in the alarm control panel should
have the following form (FS-118 in the SATEL control panel CA-6 and CA-10):
1C 22 0A 0E 70 8A
Note:
The cellular network operator may require that the "+" character be entered before
the country code (e.g., for Poland: +48 instead of 48).
17.
TECHNICAL DATA
Supply voltage ............................................................................................................ 12 V DC ±15%
Outputs current-carrying capacity .................................................................................... 4 x 50 mA
Current-carrying capacity, supply output (+V; -V) .............................................................. 300 mA
Maximum current consumption in the telephone standby mode (without outputs supply) ... 100 mA
Maximum current consumption in the telephone active mode (without outputs supply) ....... 250 mA
Required minimum output current of power supply unit..................................................... 500 mA
Weight .........................................................................................................................................952 g
ATTENTION: The SATEL Company recommends that performance of the GSM-4S
communication module be regularly tested. An efficient GSM module, which interacts
with the security system, greatly increases the chance of successful transmission of
alarm information. However, for reasons beyond the Manufacturer's control, it cannot
give 100% guarantees message delivery.
SATEL sp. z o.o.
ul. Schuberta 79
80-172 Gdańsk
POLAND
tel. + 48 58 320 94 00
[email protected]
www.satel.pl