243 Was asking for pichers of how I did the hydroboost so I figgered I's post them here.
I didn't want to use a long spacer on the engine side of the firewall so I used a piece of 1" x 4" tubing. The far side hole is big enough for the spanner to fit to tighten the nut. I've read it's ok to mount it upside down.
With no spacer the pin on the pedal is too close to the firewall. I put 1/4" thick plate on each side of the pedal. The front holes in the plates pick up the original pin hole in the pedal. The left side plate is threaded to accept a bolt since a nut would interfere with the actuating rod. The rear holes take a longer bolt that also pushes on the rod.
In this one you can see a bit of the master's actuating rod. Can also see the spacer between the two plates made from a split piece of 1" tubing that lets the bolt be tightened without squeezing the side plates together.
This one shows the master rod better. There's a spacer under the washer to make up the difference between the bolt and the hole in the rod and also allows the bolt to be tightened without squeezing the rod.
All this because I didn't want to weld on the pedal to move the actuating pin to the back of the pedal. I think it's cast steel not cast iron but I'm not sure and I don't like the idea of such an important weld being in tension. At least a weld done by me.
Also moves the master away from the engine. Might be a problem since I've been thinking about about going to a hydraulic clutch.
I didn't want to use a long spacer on the engine side of the firewall so I used a piece of 1" x 4" tubing. The far side hole is big enough for the spanner to fit to tighten the nut. I've read it's ok to mount it upside down.
With no spacer the pin on the pedal is too close to the firewall. I put 1/4" thick plate on each side of the pedal. The front holes in the plates pick up the original pin hole in the pedal. The left side plate is threaded to accept a bolt since a nut would interfere with the actuating rod. The rear holes take a longer bolt that also pushes on the rod.
In this one you can see a bit of the master's actuating rod. Can also see the spacer between the two plates made from a split piece of 1" tubing that lets the bolt be tightened without squeezing the side plates together.
This one shows the master rod better. There's a spacer under the washer to make up the difference between the bolt and the hole in the rod and also allows the bolt to be tightened without squeezing the rod.
All this because I didn't want to weld on the pedal to move the actuating pin to the back of the pedal. I think it's cast steel not cast iron but I'm not sure and I don't like the idea of such an important weld being in tension. At least a weld done by me.
Also moves the master away from the engine. Might be a problem since I've been thinking about about going to a hydraulic clutch.
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