User manual | CEP STD32

D: Bedienungsanleitung GB: User Manual
F: NL:
D: Einfaches Telemetrie Modul STD32
GB: Simple Telemetry Device STD32
F:
NL:
Telemetriemodul
CEP STD32
Table of contents
Important information ...................................... 1
Advice.............................................................. 2
Safety Instructions........................................... 2
Operating conditions ....................................... 4
Proper Use ...................................................... 5
Introduction...................................................... 5
Connectors and LEDs ..................................... 6
Startup............................................................. 7
Function........................................................... 8
Operation....................................................... 10
Troubleshooting............................................. 12
Technical data ............................................... 12
Hotline ........................................................... 13
Important information
This
user
manual
contains
important
information for startup and use of the STD32.
Read it carefully before you start working with
the STD32.
The warranty will be null and void should
damage occur due to non-compliance with
these instructions for use. We cannot accept
any responsibility for consequential loss.
Advice
The one who makes the module operational by
adding further components or putting it into a
housing, is seen as manufacturer according to
DIN VDE 0869 and obliged to hand out all
necessary documents with the device and to
indicate his name and address. Devices which
are made out of modules have to be
considered as an industrial product from the
safety perspective.
We cannot be held responsible for material loss
or personal injury that is due to incompetent
use or non-compliance with the safety
instructions. The warranty will be null and void
in such circumstances.
The STD32 contains
components which can
electrostatic discharge.
highly integrated
be damaged by
During use of the STD32 Short Messages
(SMS) can be generated automatically. Costs
may occur for you by this SMS traffic.
Safety Instructions
Therefore only touch the STD32 on the edges
and avoid to touch the pins of components on
the board.
When using products which are exposed to
electric voltage the valid VDE-regulations have
to be observed. Especially VDE 0100, VDE
2
0550/0551, VDE 0700, VDE 0711 and VDE
0860 are applicable.
•
Before opening of a device always pull the
mains adapter or make sure that the device
is disconnected from the power supply.
•
Components, modules or devices have to
be build into a housing before they are put
into operation. During installation they need
to be voltage free.
•
•
taken out of operation immediately until the
faulty cable has been exchanged.
•
When using components or modules it is
necessary
to
strictly
observe
the
specification given in the corresponding
description of these components.
•
You are only allowed to use tools on
components, modules or devices if the
devices are disconnected from the supply
voltage and the electric charge which may
still be stored in some components inside
the device have been discharged.
If a description for a private end-customer
not clearly states which electric data is
valid for a component or a module, how to
wire
the
device,
which
external
components or additional devices can be
connected or which parameters these
components are allowed to have always
contact a specialist.
•
All cables and wires which are energized
and connected to the device, the module or
components have to be checked regularly
for any damage of the isolation shield or
fractures of the cables. If the supply cables
are visibly damaged the device has to be
Before putting into operation a device it has
to be clarified whether this device or
module is meant for the field of application
is should be used in. In case of doubt ask
specialists or the manufacturer of the used
components.
•
Please note that we are not responsible for
any errors in usage or connection.
3
Therefore
we
cannot
accept
responsibility for consequential loss.
•
•
•
use a mains adapter for power supply it
has to be conform with the VDE
regulations.
any
Devices which operate with >35 Volt have
to be connected by a specialist.
•
Before putting the device into operation it
has to be build into a housing to make sure
that no voltage is on the outside.
Devices with an operating voltage >35 Volt
have to be installed by a specialist
observing the VDE regulations.
•
Loads connected to the device are not
allowed to exceed 1000W per relay.
•
The maximum voltage
(alternating current)
•
The maximum switching power per relay is
6A (depending on the width of the PCB
tracks)
•
No special operation position of the device
has to be observed.
•
When installing the device make sure that
the supply cable has a sufficient diameter
•
During operation the temperature has to be
between 0° and 40° Celsius.
In case that measurements with the
opened housing are necessary, an
isolating-transformer has to be integrated
for saftey reasons. Alternatively the voltage
can be supplied by an appropriate power
supply which complies with the safety
regulations. All wiring work has to be done
in a voltage free state only.
Operating conditions
•
Operate the STD32 only with a supply
voltage between 9-15V and have in mind
the polarity! (see picture1) The power
supply has to deliver at least 500mA. If you
4
is
250V
AC
•
In case of condensation allow a period of
acclimatisation of up to 2 hours.
•
Keep away the device from flower vases,
bath tubs, washbasins, liquids etc.
•
The device is meant for operation in dry
and clean rooms.
•
Protect the device from humidity, spray
water and heat.
•
Do not expose the device to heavy
vibrations.
•
Do not operate the device in areas where
are or could be inflammable gas, vapours
or dust.
•
The unit may only be repaired by a
specialist.
•
Only original parts have to be used when
repairing the unit. The use of differing
spare parts can cause serious material loss
or personal injury.
Proper Use
The device is designed for the remote
switching of devices via the GSM network as
well as the remote retrieval of status
information of the inputs and the generation of
SMS messages after status has changed at the
inputs. A different use apart from the one
described above is not allowed.
Introduction
The STD32 is a telemetry module which is
easy to install and simple to use.
With the STD32 you can control two relays and
monitor the status of two digital inputs with a
common mobile phone.
Apart from the STD32 you only need a valid
SIM Card of any network provider (GSM 900 /
1800 MHz). Typical fields of application are the
opening of (garage) doors, switching on and off
light and alarm devices as well as generating
alarm messages (SMS) or the retrieval of
information from door sensors, movement
sensors or level sensors etc.
5
pairs (Relay1, Relay2) are outputs (switches)
of the 2 relays of the STD32.
PWR: connect the supply voltage of the STD32
here.
ANT: connect the GSM antenna here.
Connectors and LEDs
IN1
Relay Relay
1
2
IN2
When the engine is booked into the GSM
network the GSM LED is flashing once every 2
seconds.
P
W
R
ANT
STD32
The status LEDs show the status of the inputs
and outputs. L1 and L2 are on if the
corresponding relay is activated. L3 and L4
signal the status of the optocoupler inputs IN1
and IN2.
Relays Inputs
L1 L2 L3 L4
GSM engine
GSM
LED
Please observe the maximum output voltage of
the relays and the maximum input voltage of
the inputs! In the following chapter „Startup“
you will find further information on this.
Status LEDs
picture 1
As described in picture 1 the STD 32 has four
pairs of screw terminals. Two pairs (In1, In2)
are inputs to two optocouplers. The other two
6
open the SIM card holder move it sideward and
flip it open; insert the card (mind the
orientation) and close it again. To fix it move
the top sideward in opposite direction.
Startup
a) Preparation
You need an activated SIM card of a GSM
network provider. The PIN of this card has to
be set to „0000“. To change the PIN you can
use a common mobile phone. The instructions
how to change the PIN are described in the
manual of your mobile phone.
Connect the antenna, if not already done.
Now connect the power supply. Shortly after
that the GSM LED will shine constantly. Now
the STD32 will automatically try to connect to
the GSM network. As soon as this is done, the
GSM LED will be flashing once every 2
seconds.
If you use a SIM card with a PIN different
from „0000“ in the STD32, the STD32 will
use a „wrong“ PIN after every restart. After
the third trial your SIM card will be blocked.
In this case you need to use the „SuperPIN“ or „PUK“ to assign a new PIN to your
card. Please look into the user guide of your
mobile phone. There you find how to use
the PUK to de-block the SIM card.
b) Configuration call
Wait until the GSM LED is flashing. Now take
the mobile phone with which you want to
control the STD32 and call the phone number
of the SIM card which is inside the STD32. The
STD32 will accept the call and cancel it a few
seconds later. You will hear nothing during the
established call. With this call the STD32 is
configured to the mobile phone. From now on
Before connecting the supply voltage to the
STD32 please insert the SIM card into the SIM
card holder on the backside of the STD32: To
7
that the STD32 sends a reply SMS with the
actual status of the inputs and outputs.
the STD32 can only be operated by this mobile
phone(or this SIM card in another phone).
If you want to use another mobile phone with a
different phone number with your STD32 you
have to set it back to the factory settings before
you can make a new configuration call (see
chapter “configuration SMS”).
Function
•
When the digital input IN1 is activated for
one second, the STD32 sends a SMS with
the text „EVENT ALARM1“ to the
preconfigured phone number
•
When the digital input IN2 is activated for
one second, the STD32 sends a SMS with
the text „EVENT ALARM2“ to the
preconfigured phone number.
After having configured the STD32 the
following functions are available (see chapter
„Startup“):
•
•
d) Switching per SMS
c) Basic functions
•
The STD32 is automatically sending an
SMS with the text „START-UP ALARM“ to
the configured phone number after the
supply voltage is connected.
Before sending SMS messages to the
STD32 please read “SMS Commands” in
chapter „Operation“.
•
After the STD32 has received a SMS with
the text „O1ON“ from the configured mobile
phone, the relay 1 switches for one second.
With the SMS „O2ON“ relay 2 switches for
one second.
When you call the STD32 from the
configured mobile phone the relay 1
switches for one second. Immediately after
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•
„O1OFF“ permanently switches off relay 1.
Relay 2 is reacting accordingly to SMS
messages with „O2ON“ and „O2OFF“. In
case the switching time is not set to 0
„O1ON“
and
„O1OFF“(„O2ON“
and
„O2OFF“) have the same effect as
described under d).
If the switching time has been set to 0 by a
configuration SMS the relays switch
permanently (see e)).
e) Configuration SMS
•
•
•
Before sending SMS messages to the
STD32
please
read
“Send
SMS
Commands” in chapter „Operation“.
A SMS with the text „O1:xxx“oder
„O2:xxx“(xxx = seconds) configures the
switching time of the relays. The STD32
saves these settings so that they are still
available after the supply voltage has been
restored.
If the switching time has been set to 0 by a
configuration SMS the corresponding relay
switches permanently at every call. If the
relay has been active before it will
afterwards be inactive and vice versa.
In this case a SMS with the text „O1ON“
from the configured mobile phone switches
the relay 1 permanently on. A SMS with
9
•
With a SMS with the text „I1:xxx“ or „I2:xxx“
(xxx = seconds) you can configure the time
the inputs have to be activated before the
STD32 sends out an alarm SMS.
•
A SMS with the text „V1:x“ or „V2:x“ (x = 1
or 0) can change the polarity of the inputs.
If x=1 an alarm SMS will be sent in case
the input has not been activated for the
configured time.
•
You can activate or deactivate the Start up
SMS (START-UP ALARM) with the SMS
„S:x“ (x = 1 or 0).
•
The SMS „R:“ is setting the STD32 back to
the factory settings.
•
•
(Relais 2)
Time of activation
Input 1
Time of activation
Input 2
Invert
Input 1
Invert
Input 2
To get a feedback of the actual status of
the inputs and outputs just send a SMS
with „ST?”.
The SMS „A1:xxx“ or „A2:xxx“ (x =
seconds) sets the delay after which a reply
SMS is sent after an output has been
activated.
f)
Table of SMS Commands
Factory settings
Status of I/Os
Start SMS on/off
Relais 1 on
Relais 1 off
Relais 2 on
Relais 2 off
Switching time
Relais 1
Switching time
Relais 2
Delay before reply
(Relais 1)
Delay before reply
R:
ST?
S:1. / S:0.
O1ON.
O1OFF.
O2ON.
O2OFF.
O1:xxx. (seconds)
I1:xxx. (seconds)
I2:xxx. (seconds)
V1:x. (x= 1/0 )
V2:x. (x= 1/0 )
Operation
a) Switching by phone call
After successful configuration (see chapter
„Startup“) please call the phone number of the
SIM card which is inside the STD32. Take care
that your mobile phone is transmitting the
phone number (to check that you can call
another mobile phone; your phone number or
name must be visible on the display then) Now
the relay should switch for a certain time
according to the configuration. The status LED
for relay 1 is shining during that.
O2:xxx. (seconds)
A1:xxx. (seconds)
A2:xxx. (seconds)
10
Formatiert: Englisch (Großbritannien)
The last digits of the IMEI are the password to
your device and should be kept confidential.
The IMEI cannot be changed!
b) Generate an alarm SMS
Connect 12V (factory setting) to an input for
one second and mind the polarity. An alarm
SMS will be sent to your mobile phone.
All Commands (except R: and ST?) must end
with a full stop (.)!
c) Send SMS Commands
All Commands can be sent in one SMS; each
command has to separated from the next by a
full stop.
To protect your STD32 against unauthorized
use every SMS has to start with the last 4 digits
of the IMEI number. YOUR IMEI is printed on
the GSM-engine of your STD32.
The parameters for the seconds can have 1-3
digits. Valid parameters are e.g. 1 or 90 or 999.
Please observe the difference between the
figure 0 and the letter O! (O1ON. contains
twice the letter O, V1:0. contains once the
figure 0)
d) Examples for SMS Commands
Start up Alarm off, Relay 1 on, Relay 2 off, time
of activation of input 1: 5 sec.:
SMS: 2759 S:0.O1ON.O2OFF.I1:5.
11
Switching time of relay 1 = 90 seconds:
STD32 does not
react on
configuration
SMS
STD32 does not
react on SMS, or
call, although
booked to the
network
SMS: 2759 O1:90.
Factory settings:
SMS: 2759 R:
Wrong IMEI
number in the
SMS / SMS not
yet delivered
The mobile
phone does not
transmit the
phone number
(„Incognito“)
Check IMEI
number. / Wait
until SMS is
delivered
Activate the
transmission of
the phone
number in your
mobile phone
Troubleshooting
Problem
GSM LED stays
dark
GSM LED dies
after a few
seconds
GSM LED
constantly on
GSM LED dies
after 3 minutes
STD32 does not
react on
configuration call
(not accepting the
call)
Possible
reason
No supply
voltageNo SIM card or
PIN not “0000”
No GSM
network
available / no
antenna
connected
No
configuration
Device is
already
configured
Solution
Technical data
Connect power
supply
Put PIN to
„0000“ or insert
SIM card
Connect
antenna /
Change antenna
position
Make
configuration call
Set back to
factory settings
12
•
GSM: Dual Band EGSM 900/1800 MHz
Compatible with ETSI GSM Phase 2+
Standard
•
Output power:
Class 4 (2W @ 900 MHz)
Class 1 (1W @ 1800 MHz)
•
Temperature range: 0°C - +40°C
•
Weight 100g
•
Dimensions: 100x53x25 mm (lxwxh)
•
Supply voltage: 9-15V
•
Power consumption: ≤ 500 mA
•
Max. output voltage: 6A
Max. voltage: 250V AC
•
Input voltage (digital inputs)
logic 1:
logic 0:
input current:
12 V
0V
10mA
Hotline
In case of technical problems or questions
concerning the STD32 our hotline is available
for you:
Monday – Friday:
9:00 – 17:00
Hotline:
+49 89 / 450292-11
Issue: November 2003
Subject to change without notice!
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