What happens if clutch disc is installed backwards?
A clutch disc that is in backwards will not allow the clutch to disengage. It will act as if you are not stepping on the pedal. The engine will always be linked to the tranny.
Which way do steel clutch plates go in?
PLACE ALL STEELS IN ONE DIRECTION. This is the “first” of two keys to watch out for when working with the clutch assembly. If you place the steel’s cut-edge all in the same direction, they will not fight each other.
Can a clutch be misaligned?
Misalignment also prevents the release bearing from centralizing itself on the cover assembly diaphragm, resulting in clutch shudder, vibration, severe diaphragm finger wear, premature release bearing failure, and severe gearbox input shaft sleeve wear.
What happens if you don’t soak clutch plates?
Dry clutch plates lose the fiber material faster thereby burning the clutch and wearing the steel plates faster, eventually causing the plates to slip or stick together.
What order do clutch plates go in?
Once the plates have been put in, oil the throwout bearing and install it, followed by the pressure plate. If your clutch has coil springs install the bolts in a criss-cross pattern and tighten them evenly, using your torque wrench for the final setting.
What happens to the disc when the clutch is engaged?
When the clutch is engaged, the disc is “squeezed” between the flywheel and pressure plate, and power from the engine is transmitted by the disc’s hub to the input shaft of the transmission.
Which is side of the clutch plate faces the?
Install the collar side of the clutch disc on the dual mass flywheel surface so that the flange side is facing the pressure plate side as shown. Attach the pressure plate to the dual mass flywheel and complete assembly of the remaining components per the Shop Manual procedures.
How does a diaphragm spring work in a clutch?
Diaphragm Spring When you depress the clutch pedal, this is the spring which is removing pressure from the clutch disc. A throwout bearing is used to press against it, and it creates a gap between the pressure plate and the flywheel, allowing the clutch disc (and thus the transmission) to rotate freely. 2. Why do clutch discs have internal springs?
What causes the release bearing to move away from the clutch?
The release bearing continues to move forward and pressure on the release levers or fingers causes the force of the pressure plate’s spring to move away from the clutch disc. To engage the clutch, the clutch pedal is released and the release bearing moves away from the pressure plate.