ASG EasyLine 4G User manual

EasyLine 4G
MINIATURE PHONE LINE (PSTN) SIMULATOR
INSTALLATION AND USER GUIDE

Index
Device description an operation ............................................................................................................................... 3
Module buildup ............................................................................................................................................................ 4
Installation guide ................................................................................................................................ 5
Connecting the module (PC) ..................................................................................................................................... 7
Connection procedure using a USB adapter .......................................................................................... 7
Connection procedure using a BT adapter ............................................................................................. 7
Programming with PC software ............................................................................................................ 8
Connection to the GSM/GPRS module ................................................................................................... 8
The structure of the program ............................................................................................................... 8
Checking the status of the module ....................................................................................................... 9
Read event log .................................................................................................................................. 10
GSM signal reading ........................................................................................................................... 11
Basic datas ....................................................................................................................................... 11
Add phone numbers for notification .................................................................................................... 11
Add control phone numbers ............................................................................................................... 11
INPUT settings .................................................................................................................................. 12
Output settings ................................................................................................................................. 12
Power monitor settings ...................................................................................................................... 12
Input other settings........................................................................................................................... 13

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Device description an operation
The GSM device is an analog telephone line simulator, which can be used as an accessory to an alarm center
to replace an already existing telephone line of poor quality or in a location that is otherwise difficult to install.
The advantage of the module is the so-called Plug&Play design, thanks to which only an active SIM card is
required to use the line simulator function.
A full PSTN line simulation can be achieved by generating line and ringing voltages and transmitting DTMF
tones. This standard telephone line guarantees that you can connect the module to the existing system without
any particular transition difficulties.
The GSM module is capable of two-way communication. In case of an incoming call, the device connected to
the TIP/RING points can be remotely accessed and programmed (if the device is suitable for this and the
available network conditions allow this).
Using the module SMS command, knowing the security code, the module settings can be modified at any time
without having to establish physical access.
The module has 1 SMS input. This input can be closed to the GND point in the Normal position, i.e. Normal
Close (NC). An SMS notification can be triggered by interrupting the closed loop formed between the input
and the GND point. You can change the text of this SMS and the phone number to be notified at any time
using 1 SMS.
The module has 1 open collector output, which is connected to GND when activated. If a relay is connected
to it, one half of the relay must be connected to +12V and the other half to the Open collector for proper
operation. For inductive loads (e.g. when using the aforementioned relay), the use of a protective diode is
mandatory!
The output can be controlled with a free call from an unlimited number. When controlling by calling number
identification, the numbers are stored in the internal memory of the module (in this case, 1000 numbers can
be entered). Call number identification prevents unauthorized control of the device connected to the output.
The output can be loaded with 300mA and a maximum voltage of 30V can be connected to it.
In addition to continuously monitoring the power supply, the module also checks the status of the GSM field
strength. It can be read on a graph that can be displayed with a resolution of up to 1 hour using the
programming software.
The module can be programmed using an SMS command or programming software on a PC.
In a later development, with a simple FW update, it will be possible to convert Contact ID codes from the
alarm center into text and send SMS to 8 specified phone numbers in addition to the line simulator functions.

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Module buildup
Figure4: Inserting the SIM card

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Installation guide
Technical parameters
• Power voltage: 9-24 VDC
• Simulated voltage: 48V (line), 72V (ringing)
• Standby power drain: 80 mA
• Maximum power drain: 1000 mA
• Open Collector output load: max. 30V/300 mA
• GSM module type: SIMA7672
• GSM frequency: GSM 850 / EGSM 900 / DCS 1800 / PCS 1900 (Multi- Band)
• SIM card usage: brand free GSM module
• GSM antenna type: SMA connector (comes with package)
• Dimensions: 62 x 42 x 16 mm, packed: 132 x 128 x 32 mm
• 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 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!
Do not install in watery places or in places with great humidity!
2. Connecting the antenna: antenna 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!
3. You should opt out the SIM card PIN number request, voicemail and call notification!
Sometimes new SIM cards must be activated (usually an 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. calls only)
4. It is practical to check the satisfying operation of a SIM card in a cell phone prior of insertion into a module.
At this step it is practical to also save controlling telephone numbers on the SIM card. Number identifying
at the caller and the called has to be checked. At certain service providers this function must be enabled
formerly.
5. Insert the SIM card in the SIM card slot of the module.
6. Connectors have to be connected according to the wiring diagram. If you are dealing with OC output mind
the correct wiring of the relay protecting diode.
7. If you are working with OC relay be cautious especially in avoiding electric shocking. A proper contact
protection must be established. If you are not qualified ask for professional help.
8. 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.
9. Now the device can be powered.
10. 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).
11. If red LED goes off and green LED is blinking module is online and connected to network. The blinking
number(s) indicates GSM signal strength.
The power supply must be connected for programming!

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LED signals
Signals give essential information of the module, of GSM signal strength and of possible errors. By blinking
we mean flash numbers between two longer pauses.
 A Phone LED (red) lit indicates the device connected to the module ’’picked up the phone’’. Blinking
of the LED indicates DTMF sound reception and dialing process.
 A STATUS LED (green) gives feedback of signal strength 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
checkings.
In any other case an event sending is proceeded (SMS or voice call).
 A STATUS LED (green) gives feedback of signal strength based on the chart below:
Flashes Error code
1 Initializing
2 Bad GSM module
3 SIM card not inserted
4 SIM card locked with PIN code

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Connecting the module (PC)
Connection procedure using a USB adapter
Connect the USB adapter to the connector labeled Program on the module.
1. The USB adapters are able to provide sufficient power supply for the GSM module for programming.
2. Using a USB extension cable, insert the USB connector of the adapter into any USB port on the computer.
3. ATTENTION! For Windows OS, the system will offer to install the driver automatically. It is IMPORTANT that
you do the installation using the USB driver, not the system.
Manually install USB driver in 10 steps
✔ Get the required driver from our website
✔ Use the 32-bit or 64-bit driver compatible with your system for the rest of the installation
✔ Compatibility can be determined in the menu item Control Panel → System
✔ Connect the USB programmer to your computer
✔ Turn off the automatic installation option offered by the system.
✔ Open the Device Manager window under the Control Panel → System → Hardware tab.
✔ In the window that appears here, look for the unknown device that appeared among the other devices
(which in this case is the programmer itself, later it will appear as USB Serial port). If you do not see such a
device, start the "Search for hardware changes" process from the top menu bar of the window.
✔ By double-clicking on the unknown device, the properties of the device will be displayed
✔ Start the driver update function
✔ In the resulting installation window, choose to manually determine the location of the driver, and then select
the directory for the 32-bit or 64-bit version of the driver.
Click the next button and start the installation
4. Open the device manager (by clicking System → Properties → Hardware tab → Device Manager)
5. Find the device labeled USB Serial port (COM...) under Ports
◦ If it is necessary to reinstall the driver, then by clicking on the device here, first click to remove the driver,
then proceed as described in the previous step.
6. Open the programming software
7. You must set the value in the bracket [USB Serial port (COM...)] in the programming software.
8. After this, the name of the module appears next to the Start button after the connected GSM module.
Connection procedure using a BT adapter
Connect the Bluetooth adapter to the GSM module and then power it on.
1. Activate the Bluetooth connection option on your programming device (PC and mobile phone).
2. Search for the programmer using your Bluetooth-enabled device.
3. After finding the adapter, use the default code 1234 to pair your computer, smartphone, or tablet with the
adapter. After pairing, the programmer can be found under the name WiFi/BT Programmer.
4. Find the COM port identification number of the connection
(Usually found under Properties -> Hardware tab)
5. Also set the Port number on the programming software (PC).
6. Connect to the GSM module.
In any case, you can confirm that a successful connection has been established by the name of the connected
GSM module appearing next to the Start button of the programming software, and the green LED on the
programmer starting to flash.

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If the connection is established between the adapter and the computer or mobile phone, you can start
configuring the module.
• By clicking the Start button, the module settings will be read after connection
• Clicking on the Start/Default config button resets the module to the factory default value (after confirmation)
Programming with PC software
• For PC settings and programming, use our software, which you can download for free from our website.
• The program can be run independently and does not require installation.
• Compatible with Windows 7, 8 and 10 operating systems
• Make sure you are always using the latest software!
• If newer software is used, it is recommended to update the module before the first configuration.
Connection to the GSM/GPRS module
• Choose whether you want to program the module using a USB or
Bluetooth connection.
• In the drop-down list below the selection of the program language
(COM9 in the picture), you can choose which port you want to
communicate with the module's programmer. You can find this value
(in case of Windows operating system) under the device manager
-> COM port by selecting the connected programmer. If you can't
find it, press the COM info button to jump to the Device Manager,
where you can find the required COM port.
• In case of successful connection, you will see the name of the
module on the product connection panel.
• By clicking the start button, the software connects to the module and reads its contents.
• By pressing the Start/Default config button after connecting to the module, it will be reset to the factory
default values (The software will ask for this before the operation, if this function was not previously disabled).
• If you do not want to connect a module yet and are only interested in the setting options, you can freely
choose which module's setting options you want to learn about in the Products - trial window. At the same
time, it gives the possibility to program the module in advance.
The structure of the program
Elements of the top menu bar:
◦ Maintenance: Basic menu items with the menu items required for module maintenance (e.g.: to view the
status of the module, read the event log, deactivate the SIM PIN code, update the firmware)
◦ File operations: Save and load settings
◦ Descriptions: View wiring diagram
◦ Settings: Set window size, Disable confirmation questions
◦ Language: Select language (available languages: English, Hungarian, Italian, German, Slovak, Slovenian,
Dutch, Czech, Finnish, Romanian)
◦ Contact: Our contact details, e-mail addresses, telephone numbers
• You can use the tabs to switch between windows with different setting options

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• By clicking the Clock Synchronization button on the main page (Basic data tab), the module synchronizes its
internal clock with the computer clock.
• After the device is connected to the GSM network, this synchronization will be performed automatically
through the service provider (if the network supports this service).
• The Read and Send button at the bottom is used to read and change the configuration on the module. These
buttons are available everywhere except the Control phone numbers tab.
It is advisable to use the Send button after all important and larger settings.
Before submitting your settings, please make sure that it does not cause an unexpected alarm. Before doing
so, it is recommended to view the current status of the module (Maintenance tab).
ATTENTION! After connecting, always read the settings first if you want to change them!
• You can restart the module with the Restart button. After monitoring, it is recommended to restart the device.
In the bottom menu bar, you can find out the following:
◦ Communication port number
◦ GSM module name
◦ Firmware version number
◦ A note about the current software operation
◦ ProRead software release number
Checking the status of the module
The current status is diplayed in the Maintance → Display module status button.
When querying the status of the module, you can find out the following information:
• Status of inputs
• Status of outputs
• Tamper tamper indication
• Power voltage error indication
• External telephone line voltage
• Listing of possible errors/events (e.g.: SIM card not inserted, SIM card locked with PIN code)
• GSM connection status (e.g.: Registered to network, Roaming, No connection, Connection refused)
• Current GSM field strength (updated in a few seconds)

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Disable SIM card PIN code
The PIN code request must be switched off on the SIM card before it is .
Read event log
You can open the event log with the Maintenance → Read log button:
• The GSM module can store the last 16,000 events in FILO (First in - last out) mode
• You will receive brief information about the event in the Signal column.
• In the Date column, you can see the time of the event (year, month, day, hour, minute, second resolution).
IMPORTANT! The date will be accurate if the module's internal clock is synchronized with a computer
clock or the GSM network. The latter is done automatically by the module as soon as it is connected to
the provider's network.
• GSM 0-31 shows the value of the field strength when registering the signal. 31 is the highest value and
0 indicates no connection.
• Other extra information about the signal is entered in the comment/parameter column.
• When opened, the table is empty, to start reading, click the Read Event Log button.
• In terms of order, the most recent data will appear at the top of the list and the older entries will appear
downwards.
• If it is not necessary to read the entire list, you can stop the reading by clicking the Stop Reading
button.
• The read list can be exported from the software as a "csv" table (e.g. Excel), so it can be easily sent
and stored for later analysis.

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GSM signal reading
You can display the graph shown in the picture about the state of the GSM signal strength.
• You can display the GSM field strength with the button Maintenance → Display GSM signal.
• You can read the values by pressing the read button.
• The change in field strength is displayed in hourly resolution. The elapsed time must be read backwards
accordingly
• The diagram is divided from 0 to 31 on the vertical scale, the value 31 means the best field strength.
• The figure can be enlarged as desired with the left mouse button.
Basic datas
You can enter more important information about the installed GSM module. In addition to the customer's name
and installation address, you can also specify the phone number of the SIM card inserted in the module and
the type of the connected alarm center.
• The entered data is stored on the module
• Completing it can be useful in case of maintenance performed later.
Add phone numbers for notification
In the phone numbers menu, you can enter the numbers to which you want to send SMS and/or voice
messages. The numbers entered here must be in international format for reliable operation.
(Pl.:[phone] vagy 0036301234567)
• You can enter a maximum of 8 phone numbers to be notified.
• You can select these numbers in other parts of the program.
• You can also edit the list here via SMS with the command "TELx=Telephone number", where "x" denotes
the serial number of the phone number you want to edit.
• (Example: 1234TEL1=[phone], 1234TEL2=[phone])
• More under SMS commands
Add control phone numbers
• In the Control phone numbers window, you can specify which numbers can control your outputs.
• Phone numbers can be stored in the module's internal memory (up to 1000), and you can save additional
numbers on the SIM card inserted in the module. Phone numbers on the SIM card can only be read with
ProRead.
• If internal memory is used, the module will be independent of the memory content of the inserted SIM
card.
• Before editing the list, always read the contents of the memory using the Read numbers from memory
button. To save, use the Write numbers to memory button and then the send button.
• Entered phone numbers must be in international format. Here, due to the length of the number, +36 is
recommended (e.g.: [phone]).
• It is also possible to save, edit and open stored numbers (from a .csv file).
• You can also assign phone numbers to specific outputs.
• You can also modify the list using an SMS command using the commands ADD=Phone number (add) and
DEL=Phone number (delete). (Példa: 1234ADD=[phone], 1234DEL=[phone])

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INPUT settings
The module has 1 SMS input. The type of input can be changed. It can connect to the GND point in a normal
closed position, i.e. Normal Close (NC) or in a normal position, i.e. Normal Open (NO). By changing the loop
formed between the input and the GND point, an SMS notification or a phone call can be triggered to up to
8 phone numbers. You can change the text of the SMS and the phone number to be notified at any time using
1 SMS.
In the Input panel, you can choose how the input should work:
• At the input, you can specify whether it should be open (NO – Normal Open) or closed (NC – Normal
Close) by default.
• We can also request an SMS notification of the status of the input. The reset SMS text can be
entered on the other tab in the SMS text for input reset.
• In the case of signaling with a siren sound, the voice call message will be a 25-second siren sound,
while if you also select the voice message, then only 5 seconds.
• It is possible to set the call not to be answered. In this case, the module will not initiate a call again
in case of a successful call, regardless of whether the call was actually received or not.
• In the SMS text field, you can enter the content of the message, which can be a maximum of 32
characters long.
After saving the input settings, restart the module for the settings to work correctly!
Output settings
In the Output window, you can make settings related to the outputs. The type of output can be monostable,
i.e. single-state (it switches for a preset time, then returns to its original state), or bistable, i.e. two-state
(it returns to its original state only in case of a new control).
In the case of monostable operation, the desired switching time can be specified in seconds or minutes.
The maximum length of this can be 65,535 seconds.
After saving the output settings, restart the module for the settings to work correctly!
Setting the output is possible by sending the following message:
1234OUT1= → Optional parameteres: ON, OFF, RUN or switching for a specified time ( specified in 5
characters) ex: 1234OUT1=00003 → Control of Output 1 for 3 seconds.
Power monitor settings
The GSM device is capable of monitoring its own power supply and sending notifications in the event of a
problem.
• On the Power Monitor tab, you can set the voltage value below which the module sends an alarm.
• The additional settings of the function are the same as the settings of the inputs.
You can change the sending of the vital sign message with the SMS command below:
1234LIFETEST=cccsstttttttt
ccc → sending cycle specified in days (e.g.: 007 days)
ss → what time to send the messages on a given day
tttttttt → Whicj one phone number to send the messages to (ex.: 00100000 → sends the messages to
3rd phone number)

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Input other settings
Other module-related input settings are available here.
The Even More settings menu:
 Voice call parameters: specifying the ringing and conversation time, as well as the number of
call repetitions. (SMS command: 1234RINGTIME=030 → 30 second ringing)
 By selecting the round call function, all designated phone numbers included in the given alarm must
acknowledge the alarm.
In the other menu, the SMS tab contains the following infromations are available:
• SMS forwarding to one of the 8 phone numbers to be notified.
Attention! Never select the modules’ own phone number here!
 It is possible to enter the SMS programming security code here.

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 Daily SMS limit: You can define how many SMSes the module can send in a day. This function can be
turned off by setting the value to 255. If you set this limit to 0, the module will not send SMS!
 The maximum number of attempts in the event of an SMS sending error can also be set.
 Redirection of SMS received on the module to a given number to be notified.
(SMS command: 1234REDIR=1...8)
 SMS header, the text of which will appear before the text of every SMS.
Programming with SMS command
You can program the device by sending even 1 SMS. The text of the SMS must always start with the security
code. Commands can be concatenated separated by commas, so you can change several parameters at once.
The length of the SMS command cannot exceed 160 characters.
The list of commands is as follows:
Example of programming with the SMS command:
1234SMSTEL=06301111111,TELBE=06302222222, OUT=003, SMSPIN=1234,
1234ADD=[phone]*
The EasyLine 4G module has an internal memory, so there is no need to save the phone number on the SIM
card. Save our control phone numbers in the internal memory.
After successful programming, the module sends back an SMS with the following text:
„Stored:1 Error:0 V4.7”
If there was an error in the programming SMS, the device will return the following text:
„Stored:0 Error:1 V4.7”
If you do not want to receive this message, use the NOSMS command or the RECALL command, after which
the module will call to indicate successful programming.
Criteria for commands:
• cannot contain accented characters
• all characters of the command are uppercase
• commands must be separated by a space
• you can also use # instead of the equals sign.
• messages must always start with the security code, after which the first command comes immediately
without a space (the second command must be preceded by a space).
• the SMS text command must always be closed with a * character
Description SMS
command x value value after = sign Example
editing SMS security code
CODE
=
new security code
1234CODE=4321
adjust c
lock
(basically, it is updated
automatically when
connecting to the mobile
network, but if the network
does not support it, it can be
set. After a network update
or until the next restart, it
keeps the manual settings)
CLOCK
=
yymmddhhmm
yy: year, mm: month
dd: day, hh: hour
mm: minute
1234CLOCK=
2211230731
The date will be:
2022. 11. 23. 07:31
save telephone number for
caller identification
ADD
=
Phone number
(
with
+36)
1234ADD=[phone]
removing telephone number
from caller number
identification list
DEL
=
Phone number
(with +36)
1234DEL=[phone]

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saving/editing telephone
number for notification
TEL
x
telephone
ordinal
number
from 1 to 8
=
Phone number (with +36)
1234TEL1=[phone]
Input setup
INPUT
x
input
ordinal
number
=
tnneeeeeeee
t: 0 → switched off
1 → 24h normal,
nn → NO vagy NC
eeeeeeee: other parameters
1.e=1→ send SMS of status
revertion
2.e=0→ compulsory 0
3.e=1→siren sound
4.e=1→voice message
5.e=1→remote surveillance
6.e=1→ no need to pickup
when calling
7.e=1→DTMF confirmation
(#)
8.e=0→ compulsory 0
1234INPUT1=1NC00100000
Input is:
- 24 h normal
- Normal Close
- not sending SMS when reverts
back to initial state
- plays siren sound when calling
- no voice message
- no remote surveillance
notification
- when calling must be picked up
-no need for DTMF confirmation
Output setting
OUTCONF
x
output
nuimber
=
iiiiirhn
iiii→if 00000 then it will be
bistable, otherwise it is the
duration of control in
seconds
r→ controlled when larm
h→controlled when call
n→=1→ without caller
identification
1234OUTCONF
1
=00003
0
10
The output must be in monostable
mode for 3 seconds, it can be
controlled by calling and the
identification of the calling
number must be mandatory.
Life sign sending
LIFETEST
=
cccsstttttttt
ccc→cycle time, how often
to send message
(ex.:030days)
ss→on the given day at
what time (ex.: at 12
o’clock)
tttttttt→ which one
telephone number
to choose from the 8
ex.: 00100000→3rd phone
number, 01010000→2nd
and 4th etc.)
1234LIFETEST=00711001001
00
in 7 days
-at 11 a.m.
-sending to 3rd and 6th telephone
number
Setting up notification
sending
SEND
x
1: input
10: power
12: life sign
=
ssssssssvvvvvvvv
ssssssss → selecting phone
numbers for SMS
notification (0 or 1)
vvvvvvvv → selecting
phone numbers for call
(0 or 1)
1234SEND
1
=0010000011
00
0
000
-SMS notification to the 3rd phone
number
- Call notification 1-2. to phone
number
SMS
text
-
enter/edit
SMSTEXT
x
1: input
10: power
12.: life sign
16.: reverting
text
=
SMS text ending with *. Text
must not contain accented
character!
1234SMSTEXT1=messages text*
Forwarding inbound SMSs
REDIR
=
phone number serial from
1 to 8
1234REDIR=2
Cancel forwarding of
incoming SMS
REDIR
=
1234REDIR=0
Setting ringing time
RINGTIME
=
from
001
to
255 (
in seconds
)
1234
RINGTIME=
030
rings for 30seconds
Requesting module status
information
INFO
Command
1234INFO

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no SMS after SMS
programming
NOSMS
Command
1234
command1
command2
...
NOSMS
Output control
OUT
x
output
number
=
ON
→
switch on
OFF→switch off
RUN→controlling according to
settings
sssss→ controls the output for
a limited time (in seconds)
1234
OUT
1
=ON
Output 1 switches on
1234OUT1=OFF
Output2 switches off
1234OUT1=RUN
Controlling output 3
1234OUT1=00003
Output 3 switches on for 3
seconds
Restartingm odule
RESTART
Command
1234RESTART
SMS command examples:
Input setting and 3. for notification of the phone number to be notified. Sending SMS and voice messages to
the 3rd phone number.
5384TEL3=[phone] CLOCK=2211230731 INPUT1=1NO00100000
SEND1=0010000000100000
The content of the SMS is as follows:
5348 → SMS security code, every new SMS must start with this code (Use the CODE command to change it.
Default code: 1234).
TEL3= → 3. adding/changing the phone number to be notified. Enter the phone number in international
format.
CLOCK= Change date to next: 2022. 11. 23. 07:31