Clutch/Brake Pedal assembly, OEM
#11
"Telescopic" - yes, all modern columns are, since maybe ~1975.No, the intermediate shaft telescopes forward, toward the steering box & out the firewall, like the pushrods.It only fits 1 way, so as long as you don't spin either side more than 1/2 turn (you shouldn't spin either at all), it will be obvious. Keep the steering wheel locked - if you spin it on a '94-96 truck, you can damage the clock spring.
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Appreciate your help..
#12
Senior Member
Steve, I got the truck tore down yesterday, with your help. I did have a problem though. I could not get the steering shaft to collapse. I soaked the shaft in blaster, worked, pounded and pried on the shaft for about an hour until I got aggravated with it and put a vise grip on it and started to pound it down toward the floorboard until it started to move. Once I got to move it moved with ease. Just a lot of dry surface rust holding it together. My Clutch and brake assembly is in bad shape. There are two small bolts on the top of the bracket that bolts to the assembly to the firewall. It is cracked through one bolt all the way to the hole that the pedal shaft pivots in, It was quite distorted, SO, I just replaced it. I got the new one in. One thing I would like to get some advise on if you would be so kind. The new clutch pedal box assembly came in with the crank arm, that bent arm that actuates the clutch master cylinder, loose. it is mounted but certainly not tight and free to rotate. Is that simply to align the crank arm with the position of the master cylinder rod? Would I simply mount the box assembly, locating the arm to the clutch rod then tighten the crank arm nut? There are no splines on the crank arm. Hopefully, if I just tighten the crank arm nut, it will hold the position. I have not tried it. I hope to install tomorrow.
Appreciate your help..
Appreciate your help..
#13
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You must not have read all those captions - that's both described AND linked in this one:
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BTW
I added more pics to the album in post #8.
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BTW
I added more pics to the album in post #8.
#14
You must not have read all those captions - that's both described AND linked in this one:
(phone app link)
BTW
I added more pics to the album in post #8.
(phone app link)
BTW
I added more pics to the album in post #8.
Thanks for writing. Actually, I did read all the captions. When I tightened it down, it did not hold the position. After much review, looking at your information and all the others I could find on the net, I found that the new assembly was shipped with a nylon washer between the crank arm and the spline of the cross shaft. Of course, when I would tighten it down it would simply bite into the plastic washer and would not lock the crank arm into position. Once I woke up and determined that the washer needs to be removed before attempting to lock the crank arm into position, then it all came together. I took the washer out and cranked it down. I have it all back together now, I have moved it around in the shop, it seems to be fine. I haven't taken it out on the road yet, it was very late when I finished it last night. Any Idea what that should be torqued to? I tightened it as much as I could with a 1/2" breaker bar.
Thanks again for your help.
#15
Senior Member
LOL, well we have all been there, glad you got it sorted.
I wouldn't worry about torquing it down - just depress the pedal by hand several times while watching the lever/master action and make sure the master rod bushing/pedal lever connection is solid and isn't slipping in any way. 10-20 depressions should do it to make sure. If everything looks good, take her for a spin in a friendly neighborhood.
When I first did mine I didn't replace the actual lever arm, so the new master bushing kept slipping off of it. That was a fun trip around the block. Once I replaced the lever arm, the bushing snapped on and held really tightly. Since you have a whole new assembly I doubt you will have issues, but you don't want to hear that pop and feel the clutch drop to the floor when you are in city traffic.
I wouldn't worry about torquing it down - just depress the pedal by hand several times while watching the lever/master action and make sure the master rod bushing/pedal lever connection is solid and isn't slipping in any way. 10-20 depressions should do it to make sure. If everything looks good, take her for a spin in a friendly neighborhood.
When I first did mine I didn't replace the actual lever arm, so the new master bushing kept slipping off of it. That was a fun trip around the block. Once I replaced the lever arm, the bushing snapped on and held really tightly. Since you have a whole new assembly I doubt you will have issues, but you don't want to hear that pop and feel the clutch drop to the floor when you are in city traffic.
#16
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50-68 lb-ft (68-92 Nm); and I just added it to those captions.
#17
Clutch & Break Pedal Bracket
The part number you listed will work for the F150 too.
If you want to save some money you can just by the bushings for the pedal assembly and rebuild it. I think I paid 50-ish for new bushings and a new pedal lever (the one that links the pedal assembly to the master cylinder). Feels brand new again.
If you want to save some money you can just by the bushings for the pedal assembly and rebuild it. I think I paid 50-ish for new bushings and a new pedal lever (the one that links the pedal assembly to the master cylinder). Feels brand new again.
#18
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This thread has been dead 5 years.
#19
#20
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No trick. Simply following the published procedure has always worked for me.
(click this text)
Just make sure the lever is centered on the shaft's splines before tightening the nut. If it's offcenter, it won't go onto the splines - it'll just get clamped between the nut & shaft end.
(click this text)
Just make sure the lever is centered on the shaft's splines before tightening the nut. If it's offcenter, it won't go onto the splines - it'll just get clamped between the nut & shaft end.
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