tomcat59alan
Well-Known Member
So thats how Nichola Sturgeon hopes to raise an income if she get's her independence .
pete12345
Well-Known Member
Just a quick update pulled relay under passenger seat and set the car on wade height no dropping over night put the relay back in and started the car lowered it to normal then switched it off and it went back down on the nearside plug in the nanocom and clear faults front right sensor out of range and car sits all level again not sure if if it's connected but all the pixels are back on the heater panel
Datatek
Well-Known Member
Leaks in the air springs open and close where they fold under, so while they may stay inflated on wade height, they may leak at normal height.
The bars on the HEVAC are due to bad connections. My HEVAC display doesn't like cold damp weather.
Grrrrrr
Technician, Bodgit & Scarper Ltd
You should be able to test the resistance of the height sensor over its range.
You'll need to unplug the sensor and remove its footing from the suspension arm.
Even better if you can get it on a table.
Get your dvm and clip the red and black leads to the terminals inside the sensor plug.
Move the sensor arm from one extreme to the other slowly and carefully watch the meter react to the movement.
If you get blank spots in the readings or places where the readings jump up or go count backwards you may have a duff sensor. Being a potentiometer the readings should be smooth and rise accordingly or drop depending on the direction of the arm. Repeat until you are absolutely sure of the results.
Even better if you can get it on a table.
Get your dvm and clip the red and black leads to the terminals inside the sensor plug.
Move the sensor arm from one extreme to the other slowly and carefully watch the meter react to the movement.
If you get blank spots in the readings or places where the readings jump up or go count backwards you may have a duff sensor. Being a potentiometer the readings should be smooth and rise accordingly or drop depending on the direction of the arm. Repeat until you are absolutely sure of the results.
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