ASC Global InterCom GSM User manual

InterCom GSM
GSM DOORPHONE MODULE

InterCom GSM
www.ascglobal.eu
Tartalom
Device description and function ........................................................................................................................................................... 3
Module buildup ........................................................................................................................................................................................ 4
Figure 4: SIM card insertion .............................................................................................................................................................. 4
Installation guide .................................................................................................................................................................................... 5
LED signals .............................................................................................................................................................................................. 6
Connecting the module (PC) ................................................................................................................................................................. 6
Establishing connection using a Bluetooth adapter ........................................................................................................................... 7
Programming using the PC software ................................................................................................................................................... 7
Connecting process ................................................................................................................................................................................ 8
Checking module status ......................................................................................................................................................................... 9
Switching off PIN code request on SIM card .................................................................................................................................... 10
Event Log Readout ............................................................................................................................................................................... 10
Saving controlling phone numbers ..................................................................................................................................................... 11
Adjusting outputs .................................................................................................................................................................................. 11
Tamper settings .................................................................................................................................................................................... 11
Power supply monitoring setup .......................................................................................................................................................... 12
Life signal sending setup ..................................................................................................................................................................... 12
Anti Jammer System (AJS) settings ................................................................................................................................................... 13
Available wiring diagrams .................................................................................................................................................................... 13
Figure 1: Comelit wiring diagram ........................................................................................................................................................ 14
Figure 2: Biticino wiring diagram......................................................................................................................................................... 14
Figure 4: Fermax wiring diagram ......................................................................................................................................................... 14
Figure 3: Farfisa md 30 wiring diagram ............................................................................................................................................... 14
Figure 6: Kanrich S913 wiring diagram ................................................................................................................................................ 15
Figure 5: Golmar ER5555 wiring diagram ............................................................................................................................................ 15
Figure 7: Siedle wiring diagram ........................................................................................................................................................... 15
Figure 8: Urmet wiring diagram .......................................................................................................................................................... 15
Figure 9: BPT HA 200 wiring diagram .................................................................................................................................................. 16
Programming with SMS commands ................................................................................................................................................... 16
SMS command examples ..................................................................................................................................................................... 19

InterCom GSM
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Device description and function
The InterCom GSM can be used as an accessory of external units of intercoms until 4 flat systems as well as applicable as
a gate control unit too. By using the InterCom GSM, it is not necessary to build a complete intercom system on the grounds
that the mobile phones will be used instead of the internal unit. Depending on the type of the intercom, the already existing
external unit and the GSM module can be used simultaneously as well.
It can linked to 4+n wire, up to 4 flat intercom systems. One main phone number and 1-1 reserve phone number can be
given at each flat. In case the main phone number is not answering, the module initiates a call to the second reserve phone
number. The ring time can be modified.
Between the module and the mobile phone a voice call will be taken place, which envolves call charges. Therefore, it is
worth to take the package of the SIM card which is in the phone into account in order to charge the owner of the SIM card
the least costs. Moreover, you can determine the maximum time of the call, thus, you can avoid the further costs that are
caused by long talks.
After answering the call, a two-sided communication will be taken place between the person who is at the gate and who
uses the mobile phone. The GSM module allows controlling the two output separately during the voice call, hence, the gate
can be opened remotely without breaking the call.
The module is equipped with two relay outputs ( the first is NO/NC, the second is NO), which can be activated during voice
call with the 4. and 6. button of the phone. The outputs can be applicated in monostable or bistable mode as well.
The output control is possible with free call from unlimited number. In case of caller identification, we can store up to 1000
numbers in the inner memory of the module. Also we can save numbers to the SIM card, which can be 250/500 numbers
depending on the type of the SIM card. By caller identification the unauthorized controlling can be forbidden.
The device allows to use a night shift mode. It means that we can set a time interval, in between the module will not
initiate a call. In this mode, the outputs can be managed by incoming call.
The module can store up to 16,000 events in which the states of the inputs and outputs, power supply resets, GSM network
and module state related information, incoming and outgoing calls and SMSs are saved.
The tamper input on the module can be used as a sabotage indicator with setting possibilities alike to inputs. Shortening it
before powering on then cut short in 3 seconds functions as a ’’reset’’ that can revert the module back to its original factory
state.
Implemented Anti Jammer System (AJS) protects from GSM jammers. The significant dropping of the GSM strength or a
network connection failure initiates a prompt alarm. In these situations module tries to send notifications using network
possibilities still available. It can be set that by controlling the output even a siren can be managed. This possibility is
especially useful if we would like to fob the person who committed the sabotage.
Besides continuous voltage monitoring the module observes also the GSM strength. These data can be readout and these
can be charted even by hourly divisions by the programming and surveillance software.
The module can be programmed by SMS command, voice menu, PC or by Android mobile phone.
Figure 1: Device operation

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Module buildup
Figure 4: SIM card insertion

InterCom GSM
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Installation guide
Technical parameters
o Power voltage: 9-20 VDC
o Standby power drain: 40 mA + external unit current consumption
o Maximum power drain: 400 mA + external unit current consumption
o Relay output load: max. 20V / 500 mA
o GSM module type: SIMCOM 800
o GSM frequencies: GSM 850 / EGSM 900 / DCS 1800 / PCS 1900 (Multi- Band)
o SIM card usage: brand free GSM module
o GSM antenna type: SMA connector (comes with package)
o Size: 78 x 51 x 20 mm, packed: 132 x 128 x 32 mm
o Operation temperature: -20°C - +50°C
Installation steps
1. Carry out a signal strength check with your mobile phone. Sometimes occurs there is no sufficient signal strength
at the commissioning site. In this case it is recommended to change the module position prior to installation. Do
not install the device to places where strong electromagnetic waves might occur, ex. next to electric motors or
alarm transformers.
2. Do not install in watery places or to places with great humidity.
3. Connect the antenna that can be secured with an SMA connector. If you are reading low signal strength use antenna
with higher gain. Signal strength grow can also be achieved by repositioning the antenna. Do not position the
antenna under various metal covers as those might significantly ruin the signal strength.
4. You should opt out the PIN number request, voicemail and call notification of the SIM card. Sometimes
new SIM cards must be activated (usually one outgoing call has to be made). Check the validity of the card. If you
have a prepaid card check its balance and its usage possibilities (ex. can be used only for calls).
5. Number identification of caller and at call initiations has to be checked. This function at certain service
providers. Must be enabled formerly.
6. Insert the SIM card in the SIM card slot of the module.
7. Connectors have to be connected according to the wiring diagram. If you are dealing with OC output (output
of EXP Alarm expansion panel) mind the correct wiring of the relay protecting diode.
8. If you are working with OC relay be cautious especially of avoiding electric shock. A proper contact
protection must be established. If you lack the appropriate experience ask for professional help.
9. Check if the power supply performance will be sufficient for the module. Mind the polarity.
If wiring is reversed the module will not operate or might get damaged.
10. Now the device can be connected to the power supply.
11. If you have purchased also a battery connect it to the device. Use only the appropriate battery for
reserve powering the device!
12. After connecting the voltage supply the red LED is lighted indicating the device establishing connection with the
GSM system (this can be 1 minute utmost).
13. If red LED goes off and green LED flashes module is online and connected to network. The flash
number(s) indicates GSM signal strength.
Power needed for programming can be supplied to the module also from USB adapter.

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LED signals
Signals give essential information of the module, of GSM signal strength and the actual error codes. By blinking
we mean flashes between two longer pauses.
 A STATUS LED (green) gives feedback of signal strength value based on the chart below:
Flashes
Signal quality
1
Bad
2
3 Decent
4
Good
5
Excellent
LED lighted
GSM connection rejected
 An ACT LED (red) lit means the initiation process at startup. At this phase module performs
the initial checks. During operation this reflects an event (SMS or voice call).
 If the red and green LED are lighted simultaneously it tries to communicate an error that can
be identified with the chart below:
Flashes Error code
1 Initializing
2 Bad GSM module
3 SIM card not inserted
4 SIM card
locked with
PIN code
10 Modem mode
 Alternating flashes of red and green LEDs means the ’’reset” function of the tamper input.
This way the GSM module can be reverted back to its original factory settings.
 To leave modem mode, open the modem status window in the service menu in the
ProRead or restart the module
Connecting the module (PC)
Establishing connection using a USB adapter
1. Connect the USB adapter to the Program labeled slot of the module.
2. USB adapters can provide the sufficient voltage for programming the GSM module.
3. Attach the USB connector of the adapter to a USB extension cable and plug into any USB port of a PC.
4. WARNING! If you are using older Windows operating system the system offers an automatic
driver installation. IMPORTANT, do not use the offered driver but carry on the installation with the
USB driver.
Installing the USB driver manually
✔
get the required driver from our web site or from the ‘’USB driver’’
✔
use the appropriate 32 or 64 bit version for your operating system in the installation process
✔
to check this use the Control Panel → System menu path
✔
connect the USB programmer to your PC
✔
do not chose the automatic installation offered by the system
✔
Open the path Control Panel → System→ Hardware Device Manager window.

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✔
In this window search for Unknown device (which will be the programmer now, later the USB
Serial port ). If you cannot find it start the “Scan for hardware changes” process from the upper
window menu.
✔
Device properties can be achieved by double clicking on the unknown device.
✔
Start the Update driver process
✔
In the installation window choose the manual selection of the driver location then choose the
appropriate folder containing the 32 or 64 bit driver
✔
Click on the Next button to start the installation.
 Open the Device Manager (click on System→ Properties→Hardware tab → Device manager)
 Search for a device named USB Serial port (COM…) under Ports
 If a driver reinstall is needed click on the device then choose driver removal then follow instructions
 Start the programming software.
 You have to set the value in brackets [USB Serial port (COM…)] in the programming software
 Establish a connection to the GSM module.
Establishing connection using a Bluetooth adapter
1.Connect the Bluetooth adapter to the GSM module and provide power to it.
2.Switch on the Bluetooth connection possibility on your device (PC or Android mobile phone).
3.Search for programmer with the help of your Bluetooth enabled device.
4.After finding the adapter you can pair your PC/smart phone with the adapter using the code “1234’’.
5.Search for the COM port number of the connection (usually under Properties → Hardware tab)
6.Search for the COM port number of the connection (usually under Properties → Hardware tab)
7.Set the port number also in your programming software (PC) or choose the automatic port finding option.
8.Establish a connection to the GSM module.
If you use Windows 8 operating system the programming software should be started in “Windows
XP SP2/SP3” compatibility mode (Right click on the starting icon of the program → Properties →
Compatibility)
In every case you can check the connection if you see the connected module name next to the Start
button in the programming software and the green LED on the programmer starts to flash.
If you have a connection established between the adapter and your PC or mobile phone you can start the module
configuration.
• By clicking the Start button after the connection was established modules settings will be acquired.
• By clicking the Start/Default config button (after a confirmation) it will revert back the module to factory
settings.
• Using the Android application settings are always
acquired after establishing a connection.
Programming using the PC software
o If you have chosen configuration by PC you can use
our software that is freely downloadable from our
website
o The program runs automatically, no installation
needed
o Compatible with operating systems Windows 7, 8 and
10
o Make sure you always use the latest software!
o If newer software is out the module should be
updated prior to the first configuration.

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Connecting process
o To program the module choose between USB or Bluetooth connection.
o Below the language selection in the scroll down list (COM 4 in the picture) you can select the port through
which you would like to communicate with the module programmer. You can find this value (in Windows
operating system) under Device manager → Com port at the connected programmer. If you cannot
decide you might let the program to search for it by pressing the automatic COM port finding . The
automatic COM port search might take several minutes.
o If the connection was successful you will see under the Product connection tab the name of the module.
o Clicking the start button the software connects to the module and reads out its settings.
o By clicking the Start/Default config button the module will be set back to default factory settings
after the connection was established. (Before the operation the software asks for confirmation if this
feature has not been switched off before).
o If you do not want to attach a module just to inspect the settings options you can select the Products-
tryout window where you can freely make a specific module properties selection and also module
preprogramming.
Compact view
The most important settings, which are necessary for the programming, are summarized on the compact view. By clicking
on the switch to normal view button we can return to the original programming surface.
On the compact view the following data can be given:
• Here you can give the phone numbers to which you would like to send
SMS or voice call. The numbers here have to be in international
form in order the stabile working!
• (Ex.: [phone] or 0036201111133).
• You can give phone numbers to 4 flat (the buttons are linked to the
inputs of the module that belongs to the certain flat)
• When the ring time expired, and the primary number did not answer
the call, the reserve numbers will be phoned
• This list can be modified with SMS as well, with the „Telxxy=Phone
number” command. Here the „xx” indicates the number of the flat,
the „y” indicates that it is main (1) or reserve number (2)
(Example: 1234TEL011=[phone],
1234TEL012=[phone]) You can read more information about
the SMS commands on Page 18.

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The ring time determines how long the module is trying to reach the certain
phone number. If the ring time expired and the called number does not answer
the call, the module will phone the reserve number that belongs to the certain
flat. We can determine how long the external unit can be after answering the
call.
The talking time related to the time you can spend by communicating with the person who is in front of the
InterCom . Regardless of the line is broken by the mobile phone, the Intercom GSM does not initiate a call until the
talking time has expired. It is advisable to adjust a low vale here to avoid high charges concerning the SIM.
• By default the two outputs work in monostable mode.
• Here you can give the control time of the output. The maximum value
is 65.000 seconds.
• We have the possibility to manage the outputs with or
without caller identification.
• Without caller identification, anybody can activate the outputs who
knows the phone number of the SIM card.
• In case of caller identification, the module rejects the initiating of the
control from numbers which are not in the control number list. This function contributes to the protecting of
the device, which is connected to the output, from the unauthorized control.
 By switching on the night suspend mode, the GSM module can be turn off
temporarily; hence, it does not initiate a call. The blocking will be applicated for all flats.
For switching on the night suspend mode, restarting is required.
 The gate or door can be managed during the night suspend time as well.
• By configurating the signal level of the microphone and the speaker, you can
modify the speaker volume and the sensitivity of the microphone of the
device which is connected to the InterCom GSM.
• It is crucial that the module is not equipped with an internal amplifier for the
speaker so that it has to be ensured by the external unit. In case of lack of amplifier, any kind of 0,5-1 W
amplifier can be appropriate.
 You can require SMS forwarding to one of the eight phone numbers. Attention!
o Never chose the own number of the GSM module here!
 Also, here you can modify the SMS security code. With this code, you can
o configurate the settings of the module after set up. ( in case the
certain configuration does not require direct connection to the
device)
 At the bottom of the screen, you can read out the
event log as well as the GSM signal strength. In
addition, here you can checked the current state
of the GSM module
Checking module status

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You can reach the actual status through Maintenance → Show module status button
By the module status query you will be informed of the followings:
 input statuses
 output statuses
 Tamper sabotage notification
power supply failure notification
 armed/disarmed module status
 displaying occurring error/event codes (ex.: no SIM card inserted, SIM card locked by PIN code)
checking Contact ID code (to monitoring station) sending process (ex. handshake status)
 GSM connection status (ex. connected to the network, roaming, no connection, connection rejected)
actual GSM signal strength (refreshing in seconds)
Switching off PIN code request on SIM card
Before inserting SIM card in the module the PIN code request
should be switched off
 If you have not done yet then you can switch off at
o Maintenance→ Switch off PIN code request .
 You will see the following window, where you can input the
code and its request will be switched off.
Event Log Readout
The event log can be viewed by clicking Maintenance
→Read Event Log button:
 It can store up to 16,000 events in FILO (first in-
last out) mode
 The acquired list can be saved in ‘’csv” file for
later examination. This can be done also in the
event list by clicking
o the ‘’Open csv” button.
 In the Token column there are short event
information.
 In the Date column notification dates are stored.
IMPORTANT! Date will be accurate if the clock of
the module is synchronized with a PC or with
GSM system. The latter is automatically done by
the module when connected to the network of the operator.
 The GSM 0-31 indicates the signal strength at the time of
creation. 31 is the highest, 0 indicates state with no
connection.
 Network indicates if the module was connected to the
network carrier at the time of creation.
 In the Comment/parameter column notification
related extra information are stored.
 Initially the chart is empty; the readout can be commenced
by pressing the Readout event log button.
 The newest data will appear at the top of the list followed by
 older entries as you go down the chart.
 If the whole chart readout is not necessary you can stop it with the Readout stop button.
Read out list can be exported from the software in ’’csv’’ (ex. Excel) chart so later it can easily be sent and stored.

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Saving controlling phone numbers
 At the control phone numbers
section you can set telephone
numbers that can control the
outputs.
 Phone numbers can be stored in
the memory of the module
(maximum 1,000 pcs). Moreover,
additional phone numbers can be
stored in the SIM card.
 By using inner memory, the
module will be independent from
the SIM card memory.
 Always read out the memory
before editing the list with the
Readout numbers from
memory button. For saving use
the Save numbers to memory
button.
 Stored numbers must be in international format. Due to number length using ’’+’’ is suggested
(ex.: [phone])
 Storing, editing and opening of numbers are also possible (from .csv file).Controlling numbers can be associated
with specific outputs.
 The list can be modified also by SMS command with ADD=phone number (addition) and DEL=phone
number (removal) commands (Example: 1234ADD=[phone], 1234DEL=[phone])
 You can find additional information on SMS commands on page 20
Adjusting outputs
On the Output window the output settings can be changed. The output
type can be monostable namely one statused, (switches for the given
period than reverts back to the original status), or bistable namely two
statused (it only will revert back to original state after a new controlling).
 Regarding monostable operation switch time can be set in seconds or
minutes. This can be max 65,000 seconds.
 The Unsuccessful SMS means output will be controlled when network
operator rejects an SMS sending.
 Choosing GSM fault output will be controlled as long as GSM network
reverts to its normal state
 Regarding output controlling it can be set if you want to control with
incoming call or it should be activated by an alarm event
Tamper settings
The GSM module facilitates the connection of a tamper protection.
Essential of this protection is that module will trigger an alarm if
GSM case is removed.
 Its connector is next to the first output shared
connector of the main panel. Connector usage is similar
to input: only suitable for monitoring short or open
circuit. Connector must be connected according to the
wiring diagram. You can use any shared input terminal.
DO NOT USE SHARED OUTPUT TERMINAL (C).
Connect the Tamper (TMP) connection point with
the Common (C) point of the inputs

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Tamper connector settings do not differ from any
other input settings. On demand connector can be
used as a 5th input.
If you are using tamper for monitoring case removal
input type should be set as closed by default.
Shortening the terminal before powering on than
releasing in 3 seconds will revert the GSM module
back to its factory settings. This progress is indicated
by the alternate flashes of the ACT and STATUS
LEDs.
Power supply monitoring setup
The GSM device is able to monitor its power source and
send notification of its problems
 On the Power monitor tab the trigger voltage level
 can be set. Below this the module sends an alert.
Our Pro series modules have battery connectors that
 can be used to connect the Pro Battery.
 IMPORTANT! Modules without auxiliary power
 supply will switch off if there is no main power
supply.
 The remaining function settings equals with the input
settings.
Life signal sending setup
 By life sign sending the user can be
sure about the flawless operation of
the system.
 The life sign sending periods and also
exact hour can be set for notifications

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To use this feature Send life sign check has to be selected!
 It is also important the day of the first signal can be scheduled not to arrive on the setup day. The life sign
activation day can be set.
 You can modify life sign sending with the
 following SMS command: 1234LIFETEST=cccsstttttttt
 ccc → sending cycles/days (ex.: 007 days)
 ss → hour of sending on a day
 tttttttt → which telephone number will be notified (ex.: 00100000 → it will send the message to the 3 rd phone
number)
Anti Jammer System (AJS) settings
• By using a GSM jamming device (GSM jammer) the GSM module can be sabotaged by suppressing heavily the
signal strength of the network or by its
complete suspension. The Anti Jammer
System (AJS) is monitoring changes in
network signal strength.
 You can set which output you would like to
control instantly when there is an Anti Jammer
System event. In this situation it will control a
peripheral device connected to its output (ex
auxiliary siren).
Sending SMS/making voice call can be achieved
only if there is still some connection with the
network. If there is no connection
sending will be completed when network signal is available.
Available wiring diagrams
Attention! The wiring diagrams were made for the certain brand/type. In case you your device is different, or the name
is different, please read the manual of that device.
Before setup please check the followings:
• The power supply provides sufficient current both, to the GSM module and to the external unit.
• The SIM card which is used for the GSM module is activated along with capable to call and to receive a call.
• The GSM device is wired appropriately to the microphone and speaker of the external unit.
• The volume of the external unit is adjusted properly (when we switch on the device first time, it is advisable to set
the speaker and microphone potentiometer in middle position). If the InterCom GSM provides the power to the
external unit, the voltage to the external unit has to be set properly (The voltage can be modified with the
potentiometer, next to the outgoing power connector, between 5-15 V).
• It is important that if the module ensures the power to the external unit, the power source input of the GSM
module has to be connected to the
appropriate place
• In case you connect the power source
to a wrong place, the device can be
damaged or go wrong.
• On the figure it can be seen that the
power source of the InterCom has to
be connected to the main panel to the
indicated connector.
• The power source of the external
device can be available on the
indicated place on the little panel
which is placed on the main panel.

Figure 1: Comelit wiring diagram Figure 2: Biticino wiring diagram
Figure 3: Farfisa md 30 wiring diagram Figure 4: Fermax wiring diagram

InterCom GSM
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Figure
6: Kanrich S913
wiring diagram
Figure 5: Golmar ER5555 wiring diagram
Figure 7: Siedle wiring diagram Figure 8: Urmet wiring diagram

InterCom GSM
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Programming with SMS commands
Module can also be programmed by SMS commands. SMS starts always with the security code that can be modified
whenever you want. Commands can be piled but the SMS length must be under 160 characters.
The module (if it is possible) will send reply SMS after every message. You can switch this off with NO SMS command
or with the RECALL command when the module makes a call to confirm the successful programming. Command
criteria:
• can not contain accented characters
• command characters are capitals
• commands have to be separated with space
• besides = you can also use #.
• messages have to start with security code that is followed by first command without space
• SMS text command has to end with # character
Command List
Description
SMS
x value value after = sign Example
command
editing SMS security code CODE = new security code 1234CODE=4321
adjust clock CLOCK = yymmddhhmm 1234CLOCK=1401200922
yy: year, mm: month
Date will be: 2014.01.20
09:22
dd: day, hh: hour
mm: minute
save telephone number for
caller ADD =
telephone number (with
+36)
1234ADD=[phone]
34
identification
removing telephone number
from DEL =
telephone number (with
+36)
1234DEL=[phone]
34
caller number identification
list
Figure 9: BPT HA 200 wiring diagram

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saving/editing telephone
number TEL
x
x
xx: main phone =
telephone number (with
+36)
1234TEL011=+363055
51234
for notification
y
number of the
flat
Y: reserved
phone
number
input setup INPUT x
input ordinal
number = tnneeeeeeee
1234INPUT1=INC0010
0000
t:0
→ switched off,
1
→24 h
First
input is:
normal, 2→ backup;
3→ -24 h normal
normal alarm 4
→
delayed
-
Normal Close
alarm
- not sending SMS when
reverts
nn→ NO or NC back to initial state
eeeee..: Other
parameters:
-
plays siren sound when
calling
1.e=1→ send SMS of
status - no voice message
revertion - no remote surveillance
2.e=0
→ compulsory 0
notification
3.e=1
→siren sound
-
when calling must be
picked up
4.e=1
→voice message
-no need for DTMF
confirmation
5.e=1
→remote
surveillance
6.e=1→ no need to
pickup
when calling
7. e=1→DTMF
confirmation
(#)
8. e=0→ compulsory 0
Output setting OUTCONF x output serial = iiiiirhn
1234OUTCONF=000031
10
iiii
→if 00000 then it will
be
output is in 3 seconds
bistable, otherwise it is
the monostable mode, it can be
duration of control in
seconds
controlled by call and alarm
and
r→ controlled when
alarm
number identification is a
must
h→controlled when call during a call
n
→=1→ without caller

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4th etc.)
Setting up notification
sending SEND x 1:1st input = ssssssssvvvvvvvv
1234SEND2=00100000111
10000
2.: 2
nd
input
ssssssss
→ selecting
phone
3.: 3
rd
input
numbers for
SMS
notification
4.: 4
th
input
(0 or 1)
9.: tamper
vvvvvvvv
→selecting
phone
10.: power
source
numbers for call (0 or
1)
monitor
12.: life sign
SMSTEXT x 1.: 1st input =
SMS text ending with *.
Text
1234SMSTEXT1= alarm
text*
2.: 2
nd
input
must not contain
accented
3.: 3
rd
input
character!
4.: 4
th
input
9.: tamper
10.: power
source
monitor
12. :life sign
16.: reverting
text
Forwarding inbound SMSs REDIR =
phone number serial
from 1 to 1234REDIR=2
8
Setting ringing time RINGTIME =
from 001 to 255 (in
seconds) 1234RINGTIME=030
rings for 30 seconds
Maximum time of speaking CALLTIME =
Maximum time of
speaking in 1234CALLTIME=30
seconds.
Setting of the microphone
signal GAINMIC = 0..9 (0 - Disabled) 1234GAINMIC=3
level
Setting of the speaker signal
level GAINSPK = 0..9 (0 – Disabled) 1234GAINSPK=5
Night suspend mode NIGHTDIS OFF: function blocked 1234NIGHTDIS=23,06
aa: the beginning of the
blocking in hour
bb: the end of the
blocking in
hour
Requesting module status INFO Command 1234INFO
information
no SMS after SMS
programming NOSMS Command
1234command1 command
2 …
NO SMS
output control OUT x output numbers = ON→switch on 1234OUT1=ON
OFF
→switch off
Output 1 switches on
RUN
→controlling
according to
1234OUT2=OFF
settings Output2 switches off
sssss→ controls the
output for 1234OUT3=RUN

InterCom GSM
www.ascglobal.eu
SMS command examples
1st message: input setup and selecting 3rd telephone number for notification. Sending SMS and voice message to the
3rd number.
5384TEL3=[phone] CLOCK=1401200922 INPUT2=4NO00100000
SEND2=0010000000100000 SMS text is the following:
5348 → SMS security code, every new SMS can be started with this code (to change it use the CODE command. Default
code: 1234)
TEL3=→changing 3rd telephone number for notification. Give the number in international format.
CLOCK= change the date to the following: 2014.01.20 09:22
INPUT2=→ setting 2nd input to the following: delayed normal open input that sends siren alarm when there is an
event. SEND2=→second input sends SMS and voice message to the 3rd telephone number
2nd message:
 to modify the SMS text of the second input
 output and life sign message setup and
 saving an output controlling number for controlling
 finally modify the SMS security code
5384=SMSTEXT2=second input alarm” OUTCONF1=00003010 ADD=[phone]
LIFETEST=007123000100000 CODE=2345
SMSTEXT2=→modify SMS text of second input. No accented characters!
OUTCONF1=→ output setup: monostable for 3 seconds with caller identification
ADD=→Adding telephone number to caller identification
LIFETEST=→sending life sign weekly at 12:30 to the 3rd telephone number
a limited time (in
seconds)
Controlling output 3
1234OUT4=00003
Output 3 switches on for 3
seconds
Life sign sending LIFETEST cccsstttttttt
ccc→cycle time, how
often to send message
(ex: 030 days)
ss→on the given day
at what
time (ex: at 12
o’clock)
tttttttt→which
telephone number to
choose from the 8
ex: 00100000→3rd
phone
number, 01010000→2nd
1234LIFETEST=007110010
01007
-in 7 days
-at 11 a.m.
-sending to 3rd and 6th
telephone number
Restarting module RESTART Command 1234RESTART