You mean atf in the brake cylinder? Just waiting for the next thread "just flush it out a couple of times it will be fine" LOL.
I've never seen flushing fix one long term.....
You mean atf in the brake cylinder? Just waiting for the next thread "just flush it out a couple of times it will be fine" LOL.
What were you making?Spinning plastics, naval 464 brass and 416 stainless all day.
Had one of those lucky days where I was in the groove..
Spring guides and bushings and various spacers.What were you making?
That is just what I needed. Thanks.There didn’t appear to be any broken ones when I took the connection off the IAC when I replaced it a few months ago. This will be a learning experience for sure because I am not too good with electrical stuff. We are scared to have it running too long but if it will help with diagnosis then it should be ok. It hasn’t run more than 10 seconds at a time since this issue started.Have you checked for broken wires at the IAC Connector?
Testing the IAC circuits.....
*One of the wires will be a 12vdc power supply from the PCM
*The other is the Control Circuit from the PCM.
*Unplug the IAC to determine which is which (KOEO)....One will/should have 12vdc.
*Plug the IAC connector back in.
*Back Probe the Control Circuit with a multimeter set to the DCV scale & the COM lead hooked to ground.
*The IAC is controlled via a PWM signal or "Duty Cycle".
*With the engine running....The voltage should be lower than 12vdc, 6vdc will be roughly 50% duty cycle.
*If it stays at 12vdc.....You either have a Open Control Circuit or the PCM is faulty.
*If the Control Circuit stays Low/Zero Volts.....Suspect a short to ground in the Control Circuit.