so one things leads to another. With my SVT I was getting a high idle even with the th hang fix. After driving on the highway for an hour with the AC on the idle would hang around 1200 rpm. If I let the clutch out at 1500 rpm the rpms would increase to 2k rpm then drop to 1200 rpm. It would also do this for some time after turning the AC off or driving on local roads.
So on a whim I got some maf cleaner and cleaned the maf. after an hour drive on the highway everything was fine. the rpms would drop to the correct idle rpm of 750.
now when I use the AC the idle will drop low. It will idle around 250~500 rpm. I have to hold the rpms at 750 for it to idle right. Also the rpms drop really fast when the AC is on.
I am thinking that the TH copper cap needs a slightly larger hole. But again the rpms drop quick but nicely and it doesn't almost stall out when the AC isn't on. When its on it want to stall and can barely catch itself.
I do believe the hole in the copper cap was openned up once before.
Also isn't the AC suppose to bump up the rpm when its turned on so it will still idle correctly?
So this again is on my 2k SVT, 49k.
So on a whim I got some maf cleaner and cleaned the maf. after an hour drive on the highway everything was fine. the rpms would drop to the correct idle rpm of 750.
now when I use the AC the idle will drop low. It will idle around 250~500 rpm. I have to hold the rpms at 750 for it to idle right. Also the rpms drop really fast when the AC is on.
I am thinking that the TH copper cap needs a slightly larger hole. But again the rpms drop quick but nicely and it doesn't almost stall out when the AC isn't on. When its on it want to stall and can barely catch itself.
I do believe the hole in the copper cap was openned up once before.
Also isn't the AC suppose to bump up the rpm when its turned on so it will still idle correctly?
So this again is on my 2k SVT, 49k.