SEA spol. s r. o. GSM-R2-T Manual

GSM-R2-T

1. Introduction

GSM-R2-T is a device designed for DIN rail mounting. GSM-R2-T can control one
independent electrical circuit in a building, e.g. one circuit of an accumulator stove or
circuit for entry gate or garage gate opening. The control is made via SMS messages
or by ringing. The device is ready to operate immediately after connection to power
supply and inserting of a SIM card of any GSM operator. The GSM-R2-T has one relay
output, which can control a coil of a contactor. An electrical appliance e.g. electric
heating system can be connected to this contactor. The GSM-R2-T has also one logical
input. This input can be activated by external voltage 8 to 30V
react on input status change by ringing or sending and SMS on preset phone number.
It is also possible to readout the status of this input via status SMS from the GSM-R2-
T. Analog input is designed for connection of temperature sensor and can be used in
"temperature regulation" function of GSM-R2-T which can control connected heating
system to maintain the preset temperature. The temperature of a temperature sensor
can be readout via SMS.

2. Package

1pc GSM-R2-T
1pc GSM antenna GSM-ANT11K
1pc 8 pin connector (3.5mm)
1pc 2 pin connector (3.5mm)
1pc screwdriver BERNSTEIN
1pc printed documentation
Note.*) temperature sensor GSM-C-T2 is not part of the package. It has to be
ordered separately

3. Instalation

1. To operate the GSM RELAY a SIM card of any GSM operator is necessary. SIM
card must be functional, active and must have PIN code turned off. Also some
credit is necessary if the SIM card is pre-paid.
Before inserting the SIM card into the GSM-R2-T device, it is
necessary to turn off setting of the "PIN code"!
Insert the active SIM card (= at least one call was made) to any mobile
phone and turn off the requirement of setting the PIN. On most mobile
telephones, this option can be found in menu "Setting the telephone
protection" or "Setup -> Security -> PIN control".
2. Insert this prepared SIM card into the GSM-R2-T device. See the chapter 5.4 for
details.
3. Now it's possible to connect GSM antenna and power supply to GSM-R2-T. Ca
1 minute later the blue LED diode GSM will start flashing with a period of 3 sec.
4. For the first tests of GSM-R2-T the connection of an input and output is not
necessary.
5. To make the first test of the GSM-R2-T, use your mobile telephone you want to
use to control the appliance and send a SMS text message 1234 ON to the
telephone number of the SIM card inserted into the GSM-R2-T. This will switch on
the plugged appliance. GSM-R2-T automatically sends a confirmation message on
performing the operation.
To change the password 1234, insert the SIM card into any mobile telephone and in the phonebook
on the SIM card in field "Names" for name xCode change the telephone number 1234 to a number
you select. The device reacts to the SMS text message from any telephone as long as the access
password matches. The very first one (the sender of the message) will be remembered as master
and will receive message about events on GSM-R2-T. This user can also switch some output by
"ringing" on the device.
6. Try "ringing" on device. You can make pulse on OUT for ca. 4 seconds by calling
on GSM-R2-T (with factory settings). The device hangs up the call and makes
pulse on the output. This can be used for example for opening an entrance gate.
You have to use the same phone number as was in the very first SMS sent to the
device.
7. Try regulation. You can send SMS in form of 1234 TEMP25 to command device to
maintain temperature 25 °C depending on the temperature sensor T1. Range of
regulation is between 0 °C and +55 °C. Regulation can be canceled by SMS with
command 1234 OFF or by ringing (no confirmation is sent back in case of
ringing).
GSM-R2-T_User_Manual_EN_v1-06.docx

4. Technical specificatins

Parameter
Dimensions
Supply
. The GSM-R2-T can
Digital output
DC/AC
Digital input
Analog input
Temperature
Use GSM-R2-T inside box with ingress protection at least IP44
*) Temperature sensor GSM-C-T2 is not part of the package.

5. Hardware

5.1 Power supply, Input and Output

Power supply connector has two pins. I/O connector has 8 pins: digital output (relay
contact), digital input (optocoupler), analog input for temperature sensor and +4V
accumulator.
PIN
OUT
IN1
T1
4V
PWR
Power supply is in range +8 V
supply is not important.

5.2 Recommended connection

OUTPUT
(e.g.relay)
GSM-RELE-OUT1
LED output
OUT
Connector
inputs and outputs
(OUT, IN1, T1, 4V)
Symbol MIN.
Width W
Height H
Depth D
(w/o connectors)
(during phone
Voltage
call, empty 8 V
max. power
battery and relay 12 V
supply
ON)
(connected to
Standby
GSM network)
"OUT", signal relay
Voltage U
Current I
"IN1"
Voltage U
Current I
"T1" (AIN1)
1x temperature sensor GSM-C-T2 *), accuracy 1 °C for temperatures 0 to 30 °C
Temperature -30
measuring
Storage tSTG -40
Operational tA -20
Description
Galvanically separated relay contacts
Bipolar optocoupler with serial resistor
2 kOhm
Analog input for temperature sensor KTY
Internal Li-ION accumulator for input
supply equipped by protective serial
resistor 50 Ohm
Power supply
(+12 V ) to 30 V
DC AC
2k
OUT IN1 T1
Temp. sensor
INPUT
(e.g. button or mg. contact)
GSM-PWR12
or
GSM-PWR1
LED power
supply
Connector
Power supply
(PWR)
TYP. MAX. Unit
54 mm
24 mm
86 mm
12 V V
DC DC/AC
30 V
3.3 W W
AC
12 V
DC
30 mA
3 12 60 V
2 A
3 4 30 V
0.15 mA
+55 °C
+85 °C
+65 °C
!
Parameter
60 V / 2A
max 30V
DC
KTY210
4V, 10 mA
MAX
+8 V (12V ) to
DC AC
30 V
DC, AC
. It means polarity of power
DC/AC
GSM-R2-T
50Ohm
4V
PWR
Power supply
8 V
DC
to 30 V
DC/AC
12 V
AC
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