warmonger
Hard-core CEG'er
Some questions for you service tech and engineer types:
Does anyone know for sure what the distance between the SVT flywheel friction surface and the mounting surface for the pressure plate is?
If anyone has a new SVT flywheel accessible can they measure that distance accurately for us so we have it as a reference?
Does anyone ever have both surfaces milled equally?
It is my thought that the distance between these two points should remain fixed so that the clamp pressure of the pressure plate is basically the same. I found out that most machine shops only do the single surfacing of the friction area and don't touch the pressure plate mounting area. The only thing I can think of is if this distance increases significantly it would almost be the same as having the disk wear down and the pressure plate has to move farther to accomodate that.
So if you start with it further away, could this lead to slippage when the disk is more worn?
How far can you mill before this becomes a problem?
Does anyone know for sure what the distance between the SVT flywheel friction surface and the mounting surface for the pressure plate is?
If anyone has a new SVT flywheel accessible can they measure that distance accurately for us so we have it as a reference?
Does anyone ever have both surfaces milled equally?
It is my thought that the distance between these two points should remain fixed so that the clamp pressure of the pressure plate is basically the same. I found out that most machine shops only do the single surfacing of the friction area and don't touch the pressure plate mounting area. The only thing I can think of is if this distance increases significantly it would almost be the same as having the disk wear down and the pressure plate has to move farther to accomodate that.
So if you start with it further away, could this lead to slippage when the disk is more worn?
How far can you mill before this becomes a problem?