- Joined
- Feb 2, 2013
- Messages
- 3,957
I have a horizontal rotary surface grinder that is used to flatten and sharpen many different items at the shop.
I have a few different wheels that get used for different materials.
I found a good deal on some wheels i haven't used in awhile.
The problem is that the drive arbor hole is smaller than the OEM wheel retainer.
So, i decided to construct a custom new wheel retainer from cast iron
i have a slug of 5" Cast Iron and decided that would be the best material
(also i didn't have anything suitable other than delrin in the size range )
I mounted it in the Vintage Jet 370 Power Hacksaw
the problem was that the slug was not very long, about 6".
so i had to improvise a restraint system to cut the dang cast iron on the power hacksaw
here is the questionable set up that i went with,
i drilled and tapped the jaws to accept M6x 1.0 hex socket fasteners and a strap od 1-1/4" mild steel.
against the moveable jaw and work i used a v block.
i improvised a jack and spacer combination to keep the jaws relatively parallel, for best clamping
the idea is that the metal strap under compression would hold the cast iron down.
it worked reasonably well!
it took about 45 minutes of sawing to cut through, but it worked!
in the next episode,
i'll be moving over to the lathe and doing some turning
thanks for looking!
I have a few different wheels that get used for different materials.
I found a good deal on some wheels i haven't used in awhile.
The problem is that the drive arbor hole is smaller than the OEM wheel retainer.
So, i decided to construct a custom new wheel retainer from cast iron
i have a slug of 5" Cast Iron and decided that would be the best material
(also i didn't have anything suitable other than delrin in the size range )
I mounted it in the Vintage Jet 370 Power Hacksaw
the problem was that the slug was not very long, about 6".
so i had to improvise a restraint system to cut the dang cast iron on the power hacksaw
here is the questionable set up that i went with,
i drilled and tapped the jaws to accept M6x 1.0 hex socket fasteners and a strap od 1-1/4" mild steel.
against the moveable jaw and work i used a v block.
i improvised a jack and spacer combination to keep the jaws relatively parallel, for best clamping
the idea is that the metal strap under compression would hold the cast iron down.
it worked reasonably well!
it took about 45 minutes of sawing to cut through, but it worked!
in the next episode,
i'll be moving over to the lathe and doing some turning
thanks for looking!