It's a function of finding the motor speed, then doing some ratio math using
the pulley sizes.

I.E.; Motor speed 1000 rpm.
Motor pulley 2"
Quill Pulley 4"
Resulting chuck speed 500 rpm.
Don Dando

Don Dando wrote:
It's a function of finding the motor speed, then doing some ratio math using
the pulley sizes.

I.E.; Motor speed 1000 rpm.
Motor pulley 2"
Quill Pulley 4"
Resulting chuck speed 500 rpm.
Don Dando

Is there a reason that you are posting a new topic instead of replying
to the original post? Your answers have good information, why not add
them to the post so that others might find them during a search.

Mike

Don't waste your time. No one has ever been successful at communicating with
this guy. Most of us kill filed him long ago.

"Mike" wrote in message
oups.com...

Don Dando wrote:
It's a function of finding the motor speed, then doing some ratio math
using
the pulley sizes.

I.E.; Motor speed 1000 rpm.
Motor pulley 2"
Quill Pulley 4"
Resulting chuck speed 500 rpm.
Don Dando

Is there a reason that you are posting a new topic instead of replying
to the original post? Your answers have good information, why not add
them to the post so that others might find them during a search.

Mike