GSM-R5-DINW_User_Manual_EN_v1-01.docx
Strana 1 z 7
GSM-R5-DINW
1.
Introduction
The GSM-R5-DINW (
GSM rele
5
for short)
is designed to be mounted on a DIN rail
into a switchboard.
GSM rele
5
can control two independent electrical circuits in a
building e.g. circuit of an accumulator stove and circuit for garage gate control.
GSM rele
5
uses
GSM network and WiFi network
. If both connections are available,
then WiFi is preferred. The control is made via SMS messages or by ringing. After
installation into an electrical box insert a SIM card of any GSM operator and the device
is ready to operate.
The
GSM rele
5
has
2 digital outputs (Y5, Y6)
with a relay, which can control directly
power circuits up to 230 V
AC
/5 A. It’s possible to control directly e.g. a thermoregulator
circuit of a gas boiler or a coil of one phase contactor 230V AC. The contact of the
contactor can then control either one phase high power appliance (e.g. electrical
radiator) or a coil of three phase contactor of an accumulation stove.
The
GSM rele
5
has also
2 digital inputs (X1, X2)
and
2 analog inputs (A3, A4).
Digital inputs are determined for potencial free contacts. Analog inputs can be used for
measuring the temperature, current or voltage.
GSM rele
5
has built in two
automatic
regulators
which use analog inputs from temperature sensors to maintain preset
temperature. The temperature of sensors can be readout via SMS.
There is an internal
built in Li-POL accumulator
which allows to send an SMS in case
of a power failure and to restore the output status after a power failure. It’s also possible
to monitor the status of inputs and temperatures via SMS during 230 V
AC
power failure.
Internal
data logger
keeps records
about events and valued of inputs.
①
- device state indication
②
- OUTPUT Y5, Y6 connectors
③
- 230V
AC
Power supply connector
④
- Push buttons - local control Y5, Y6
⑤
- OUTPUT Y5, Y6 state indication
⑥
- INPUT X1, X2 connectors
⑦
- ANALOG INPUT A3, A4 connectors
⑧
- GSM antenna connector
⑨
- USB connector (for configuration)
⑩
- nano SIM card holder
⑪
- WiFi antenna connector
2.
Package
Content
1 pc
GSM rele
5
(order code
GSM-R5-DINW
)
1 pc GSM antenna ANT05S (order code GSM-ANT05S)
1 pc WiFi antenna W-ANTKLB
1 pc temperature sensor GSM-C-T2 (based on KTY81-
210), cable - 1 meter
3.
Installation
1.
To operate the
GSM rele
5
a SIM card of any GSM operator is necessary. SIM
card must be functional and active. Also some credit is necessary if SIM card is pre-
paid. We recommend to deactivate the PIN code for installation.
2.
The SIM card holder can accommodate
nano SIM card
only (12,3 x 8,8
mm).
3.
Insert this prepared SIM card (cut off
corner first) into a SIM card holder. The
proper insertion is indicated by a slight
mechanical click noise. To remove the SIM
card - press the SIM card in direction into the
GSM
rele
5
until mechanical click. The SIM
card can be the freely removed.
4.
Now it’s possible to connect the device to 230V AC power supply. If the
power supply is correct, green LED
PWR
goes on and blue LED
GSM
is flashing
slowly. After about 20 seconds, blue LED diode GSM starts flashing with a period 1
per 3 sec. (registered).
5.
For the first tests of
GSM rele
5
the connection of inputs and outputs is not
important. Please keep in mind that the devices connected to OUTPUTS will be
switched on during tests!
6.
To test the
GSM rele
5
press the push button bellow Y5 for a local control.
The yellow LED diode for Y5 lights ON and relay for output Y5 switch on. Send an
SMS from mobile phone (which will be mainly used to control the
GSM rele
5
) in form
1234 OFF
to the telephone number of the SIM card inserted into the
GSM rele
5
.
This will switch off output Y5 and the yellow status LED for Y5 goes OFF.
Simultaneously, the device automatically sends a confirmation SMS message on
performing the operation. The password 1234 can be changed later in
configuration. The
GSM rele
5
reacts on the SMS text message from any telephone
as long as the access password matches. The very first one (the sender of the first
valid SMS message) will be remembered as master and will receive messages about
events on
GSM rele
5
. This user can also control the device by “ringing” on the
device.
7.
Try “ringing” on device. You can make pulse on Y6 for approx. 4 seconds by
calling to
GSM rele
5
(with default factory setting). The device hangs up the call and
makes pulse on the Y6. This pulse can be used for example for opening entrance
gate. To test this function call from the phone (which was used to send the first
test SMS to switch off the Y6). The pulse is indicated by yellow LED below Y6 push
button.
8.
Try regulation. By default the regulation of Y5 depends on temperature
sensor connected to analog input A3. So connect a temperature sensor into a
analog input A3. Send SMS in form of
1234 Y5 REG 25
to command the device to
maintain temperature to 25°C. The range of regulation is between 0°C and +55°C.
Regulation can be canceled by SMS with command
1234 Y5 OFF
.
9.
A default factory setting of the
GSM rele
5
can be recovered by an SMS in
form
1234 !FACTORY.
If you made a backup configuration in
SeaConfigurator
, your setting can be then restored from backup configuration of
SeaConfigurator
program.
10.
Names of input, outputs (and its states) and names of commands is possible
to change in
SeaConfigurator
program. Visit
www.seapraha.cz
for download it
for free and install the program to your PC.
4.
Technical Specifications
Parameter
Symbol
Cond.
MIN.
TYP.
MAX.
Units
Dimensions
Width
W
52
mm
Height
H
90
mm
Depth
D
66
mm
Power
supply
*1)
Voltage
V
180
230
250
V
AC
Consumption
1
2
W
Backup
power supply
integrated
1
day
Digital inputs
X1, X2 – potencial free contact
Digital
outputs
Y5, Y6 – relay
Voltage
V
OUT
250
30
V
AC
V
DC
Current
I
OUT
5
A
Power
1250
150
VA
W
Analog inputs
A3, A4 - set by user as:
Voltage 0-10V;
Current 0-20mA (input resistance 75
);
temperature for sensors:
KTY (-50 to +150°C);
Pt100 (-100 to +300°C);
Pt1000 (-100 to +300°C)
Resolution
12
bit
GSM module
Frequencies
850/900/1800/1900
MHz
WiFi module
Frequency
2,4
GHz
Bluetooth
Frequency
2,4
GHz
Humidity
90
%
Temperature
Storage
without supply
3
*2)
months
Operational
tA
-20
+45
°C
Use
GSM rele
5
- DIN inside the rack with IP44 or better!
!
*1)
Use breaker max. 10 A before
GSM rele
5
. For power supply 230V
AC
use lines min.
1 mm
2
.
*2)
The
GSM rele
5
has to be connected to 230V
AC
power supply every 3 months for
24 hours (due to internal accumulator).
5.
Hardware
5.1
Connectors
2 digital inputs, 2 analog inputs and 2 digital
outputs can be connected
GSM rele
5
.
L, N – main power supply 230 V
AC
Y5, Y6 – digital outputs
A3, A4 – analog inputs
X1, X2 – digital inputs
Analog inputs can be used for temperature
measurement using KTY81-210, PT100 or
PT1000 sensor. Length of wires to the sensor
is not limited, but be aware of resistivity of
these wires. For KTY81-210 16 Ω means 1°C.
ATTENTION: Do not exceed the parameters of
inputs and outputs – Chapter
Tech.
Specification
.
For examples of connection see the chapter
Examples of connection
.
1.
Before inserting the SIM card into the
GSM
rele
5
device, we
recommend to turn off setting of the “PIN code”!
2.
Insert the active SIM card (= at least one call was made) to any mobile
telephone 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”.
ATTENTION:
3.
GSM
rele5
must be mounted by qualified personnel only!
