Conta-electronics – CONTA-CLIP SMS-MULTI I/O User Manual

Page 2

CONTA-ELECTRONICS

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SMS

SMS----MULTI

MULTI

MULTI----IO

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=====GSM controllable I

GSM controllable I

GSM controllable I////O module

O module

Further information:

www.conta-clip.com

Cat. No.: 95120.4

Further information:

www.conta-clip.com

Note

Default message structure

This document is a quick start guide. For further details the complete manual can be
downloaded at:

http://www.conta-clip.com/en/service

Placing the SIM card

KEEP ESD PRECAUTIONS IN MIND WHEN OPENING THE MODULE!

To open the module set the antenna at a right angle to the front of the module. Then lift the
lid with a small flat screwdriver.

Gently remove the LED PCB by lifting it from its headers.

Place a SIM card into the SIM card holder on the inside of the module. When a SIM card with
PIN code is inserted the PIN code must be entered in the configuration interface.

Replace the LED PCB and lid.

Connect the module to the 24VDC power supply.

During power up the ‘RUN’ LED should stop blinking and the ‘COM’ LED should light up after
10 seconds. The module is now ready for use.

Configure and connectin

Configure and connecting the module

g the module

Download and install the configuration interface:

http://www.conta-clip.com/en/service/

Connect the module with the supplied communication cable to an USB port on a PC. Connect
the opposite end to the module.

Start the configuration program and it will connect to the module. The module is now ready
for configuration.

The wiring configuration for I/O and power is shown at the top of the module.

Led status

The Led ‘Run’ indicates module activity: Flash = searching for modem

ON = power ON and modem detected

OFF = no power / no CPU activity

The Led ‘Com’ indicates network activity: green ON = connected to GSM network

green Flash = roaming GSM network

green OFF = no connected to GSM network

The Led ‘Busy’ indicates modem activity: ON = modem currently busy

n = channel number
x = digital: 0= off, 1= on, 2= don’t change, 3= toggle
analog: xxxx & yyyy = 0000 to 1000 (0 to 10,00VDC)

Get status of ALL IOs:

SMS: RALL

RALL

Answer: ‘read DO1=x, DO2=x, DO3=x, DO4=x’

‘read UI1=xxx, UI2=xxx, ….… UI8=xxx’

‘read AO1=xxx, AO2=xxx’

Write multiple DOs:

SMS: WMDO

WMDO

WMDOxxxx

(Digital Outputs)

Answer: ‘status DO1=x, DO2=x, DO3=x, DO4=x’

Write single DO:

SMS: WDO

WDO

WDOnx

Answer: ‘status DOn=x‘

Read multiple

Read multiple DOs:

DOs:

SMS: RMDO

RMDO

Answer: ‘read DO1=x, DO2=x, DO3=x, DO4=x‘

Read single DO:

SMS: RDO

RDO

RDOn

Answer: ‘read DOn=x‘

Read multiple UIs:

SMS: RMUI

RMUI

(Universal Inputs)

Answer (digital): ’read UI1=x, UI2=x, …. UI8=x’

(analog): ‘read UI1=xxxx, UI2=xxxx, …. UI8=xxxx’

Read single UI:

SMS: RUI

RUI

RUIn

Answer (digital): ‘read UIn=x’

(analog): ‘read UIn=xxxx’

Write multiple AOs:

SMS: WMAO

WMAO

WMAOxxxxyyyy

(Analog Outputs)

Answer: ‘status AO1=xxxx, AO2=yyyy‘

Write single AO:

SMS: WAO

WAO

WAOnxxxx

Answer: ‘status Aon=xxxx‘

Read multiple AOs:

SMS: RMAO

RMAO

Answer: ‘read AO1=xxxx, AO2=xxxx‘

Read single AO:

SMS: RAO

RAO

RAOn

Answer: ‘read AOn=xxxx‘

Module Reset:

SMS: WRESET

WRESET

Answer: Powercycle message

NOTE:

DOn /UIn/AOn can be replaced by a user given name with the configuration interface.

NOTE:

Correct sending and receiving of data depends on the network quality of your provider.