Radius Arm Reaming Tool
#1
Posted 23 November 2019 - 09:41 PM
Also I’ve seen that the correct tool have a bush that fits into the roller bearing end to guide the reamer inline. Is the roller bearing fitted first and then the bush fits inside the roller bearing to ream it or do you fit the roller bearing after you have finished reaming.
#2
Posted 23 November 2019 - 11:07 PM
I don't have any dimensions but as you say there is a guide, this is in place of the bearing when reaming and then the grease tube goes in then the roller bearing.
#3
Posted 26 November 2019 - 10:59 AM
the tools bush fits on the needle roller bearing end, once you have removed the old needle roller.
you fit the new one once you have cleaned out the swarf from the reaming.
i hope you got a hand reamer, its tapered, a machine reamer is not and very hard to use by hand.
paul
Edited by drs, 26 November 2019 - 11:00 AM.
#4
Posted 26 November 2019 - 06:37 PM
I made my Pilot from an old Trailing Arm Pin
#5
Posted 11 March 2021 - 08:21 AM
#6
Posted 11 March 2021 - 09:18 AM
13/16" as per the first post.
#7
Posted 11 March 2021 - 06:42 PM
#8
Posted 11 March 2021 - 07:15 PM
Thanks. And what type of grease should be pumped in with them? Multi purpose?
LM grease.
#9
Posted 03 November 2024 - 03:26 PM
I made my Pilot from an old Trailing Arm Pin
It is satisfactorily accurate ?
I bougth one from ebay where the reamer and the pilot screwed together. Unfortunately the thread in the rearmer is "angled" so the two pieces aren't in the same centerline
There is a small workshop in my area where the old prof could do it, but I don't know which way to choose
Actually I have the old pivots...
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#10
Posted 03 November 2024 - 05:08 PM
It is satisfactorily accurate ?
I bougth one from ebay where the reamer and the pilot screwed together. Unfortunately the thread in the rearmer is "angled" so the two pieces aren't in the same centerline
There is a small workshop in my area where the old prof could do it, but I don't know which way to choose
Actually I have the old pivots.
Whoa ! That's pretty poor !
Mine are an interference slip fit, if I had any doubts with it, I wouldn't use it.
Any decent machine shop should be able to do them. I have seen them done using a lathe, where the reamer is held in the head-stock chuck and the bearing end of the trialing arm centred on a dead centre of the Tail-stock.
While the size of the shaft s 13/16", there does need to be some clearance between that and the bush. I give mine 0.001" over that for clearance.
#11
Posted 04 November 2024 - 07:10 AM
It is satisfactorily accurate ?
I bougth one from ebay where the reamer and the pilot screwed together. Unfortunately the thread in the rearmer is "angled" so the two pieces aren't in the same centerline
There is a small workshop in my area where the old prof could do it, but I don't know which way to choose
Actually I have the old pivots.
Whoa ! That's pretty poor !
Mine are an interference slip fit, if I had any doubts with it, I wouldn't use it.
Any decent machine shop should be able to do them. I have seen them done using a lathe, where the reamer is held in the head-stock chuck and the bearing end of the trialing arm centred on a dead centre of the Tail-stock.
While the size of the shaft s 13/16", there does need to be some clearance between that and the bush. I give mine 0.001" over that for clearance.
I see, thanks
As I see the interference part of the shaft machined for dimension 'A' , right ?
I mean it will allow enough support for the blades on the reamer
Maybe mine has some spare material around the hole to not cut through the slots of the blades.
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#12
Posted 04 November 2024 - 07:44 AM
Yes, that's correct.
Looking at yours here, it might be salvageable, if there's a bit of play in the threads.
The mating faces on the end of the reamer and the pilot may not be true. They could be faced in a lathe, then when done up tight, they should pull true.
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