Immobilization configuration
I. Immobilization by SMS (remote blocking).
When physical connection is made, need to make adjustments in Logic template, assigned to your device.
Note. It is forbidden to block ignition or fuel pump, because it is extremely dangerous. By mistake, can be blocked vehicle in motion. So we recommend to block starter. Otherwise need to use speed limit in configuration to make immobilization safe.
Permit control of Static Signal 1 using external commands:
In order to make blocking safe, let’s configure to block only when speed is lower than 5km/h:
Then configure Output to On and Off based on Static Signal 1 presence or absence:
Note. To create second condition, click "+" symbol near to the name of function (5.f F_OUT1_Control).
To make blockage instantly visible in Monitoring platform, configure device to send instant message on Output state change:
Remote command to block vehicle (SMS and GPRS).
SMS commands for above configuration:
Action | SMS text |
|---|---|
Block vehicle | bestpassword S1=1 |
Unblock vehicle | bestpassword S1=0 |
Full list of commands: SMS commands.
Note. If you set password to device in XDM device settings - instead of “bestpassword” would need to use password stored in XDM.
GPRS commands should be integrated in monitoring platform, because every command should have unique part.
More information can be found in protocol document: https://docs.google.com/document/d/1vZsO1Q60bpDQTbhomBW3uxYBTzU2uJq29HP2CvWFuSg/edit (''Output control'' part).
II. Immobilization using ID tags.
When physical connection is made, need to make adjustments in Logic template, assigned to your device.
Firstly, enable parameter of ID to be sent to monitoring platform:
Then enable feeding of 1Wire interface:
Note. In Logic template's function "5.o 1W_Function", you can select operating specifics of 1 Wire interface. Make sure it is set to "1W constant read".
Firstly let’s configure Authentication signal. This signal will be generated after ID is attached and stay till vehicle gets Off. Let’s use Static signal 2 for that purpose:
Configure Output to get ON when Ignition is On without identification. And to close when iButton is present.
III. Immobilization by ID tag + SMS/GPRS command.
In order to join both scenarios - immobilization by tag and additionally to have possibility to block remotely, - connect relay to output of device and configure as follows.
Step 1: Configuring ID read.
Firstly, enable parameter of ID to be sent to monitoring platform:
Then enable feeding of 1Wire interface:
Note. In Logic template's function "5.o 1W_Function", you can select operating specifics of 1 Wire interface. Make sure it is set to "1W constant read".
Step 2: Configuring Static signals.
To fulfill scenario, you would need to use two Static signals - S1 will be used for remote blocking, S2 will be used for authentication status detection.
Permit control of Static Signal 1 using external commands:
In order to make blocking safe, let’s configure to block only when speed is lower than 5km/h:
Then configure Static Signal 2 to create signal, which will confirm authorization:
Step 3: Configuring Output:
It’s done.