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Ignition detection solution (view source)
Revision as of 10:39, 29 November 2022
, 10:39, 29 November 2022no edit summary
The first schematic diagram provided gives you the ability to turn the device on and off depending on ignition state.
The first schematic diagram provided gives you the ability to turn the device on and off depending on ignition state.
[[File:Ignitionstateschematic.jpg|700px|border|class=tlt-border]]
To build this schematic, you would need two electrical components:
To build this schematic, you would need two electrical components:
Relay choice depends on vehicle's electrical system voltage. If this setup is installed into a Vehicle with 12 V system, then a relay similar to the [https://www.digikey.com/en/products/detail/panasonic-electric-works/CB1-12V/646971 CB1-12V] could be used. Otherwise, if the electrical system is 24 V, a relay similar to the [https://www.digikey.com/en/products/detail/panasonic-electric-works/CB1-24V/646972 CB1-24V] could be used. When choosing a relay, the most important aspect is '''Coil Voltage''', therefore I recommend using aforementioned relays based on the voltage.
Relay choice depends on vehicle's electrical system voltage. If this setup is installed into a Vehicle with 12 V system, then a relay similar to the [https://www.digikey.com/en/products/detail/panasonic-electric-works/CB1-12V/646971 CB1-12V] could be used. Otherwise, if the electrical system is 24 V, a relay similar to the [https://www.digikey.com/en/products/detail/panasonic-electric-works/CB1-24V/646972 CB1-24V] could be used. When choosing a relay, the most important aspect is '''Coil Voltage''', therefore I recommend using aforementioned relays based on the voltage.
When building this schematic, you can ground the device and the relay on the same spot, for example, chassis of the vehicle.
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The second schematic diagram provided gives you the ability to turn the device on with the ignition and turn off only when certain preset time expires after the ignition is turned off.
The second schematic diagram provided gives you the ability to turn the device on with the ignition and turn off only when certain preset time expires after the ignition is turned off.
[[File:Schematicdelayoff.jpg|700px|border|class=tlt-border]]
To build this schematic, you would need to use the same electrical components as mentioned above, only in this case we will use 2 Relays and 2 Diodes. As mentioned earlier, '''using this schematic without the diode, raises risk damaging the device.'''
To build this schematic, you would need to use the same electrical components as mentioned above, only in this case we will use 2 Relays and 2 Diodes. As mentioned earlier, '''using this schematic without the diode, raises risk damaging the device.'''
When building this schematic, make sure to ground only one relay and the device (these can be grounded at the same spot), notice that the secondary relay (on the right) gets ground from the device's output - this allows controlling the relay and delay the turning off time. Also, notice that ignition is connected both to the device input and to the first relay - this can be done from the same ignition source - there is no need to search for separate wires.
==Device configuration==
==Device configuration==
[[File:Jugglerinstance.png|border|class=tlt-border]]
[[File:Jugglerinstance.png|border|class=tlt-border]]
With that, the configuration is finished. The device will stay on for as long as '''Execution delay''' value is set.
With that, the configuration is finished. The device will stay on for as long as '''Execution delay''' value is set. If this example is not working as intended, please review the steps once again.