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......snip......
Muwahahahaha!
Now all I have to do is pray she never reads this... LOL
Mark
I got your phone number....
And no I would not call her..... Kind of works both ways here...
......snip......
Muwahahahaha!
Now all I have to do is pray she never reads this... LOL
Mark
Ken, LOL, but you don't have HER number... LOLI got your phone number....
And no I would not call her..... Kind of works both ways here...
Replacing the half nut set. You maybe rethinking that when you get the price on new one's... There's several threads on rebuilding half nuts for the lathe. Might be encourage to go that route.
As for the electric brake, they are available. They can be easily be adapted to your lathe. I put a electric clutch-brake setup on a ancient lathe I rebuilt a long time ago. It was nice, I could dial in the brake to slide to a stop or stop the spindle on a dime! And on a lathe that had a headstock full of half worn out gears, it didn't sound good when you had the control maxed out stopping the spindle on a dime. Supply us with a accurate OD of the shaft, within .005". That way some of us can do some looking and see what we can come up with. I do recall some one using a disk brake from a automotive braking system and adapting it to a lathe. Too much to think about right now!
Ken, I wouldn't have thought half-nuts so expensive, but then, what do I know?
Of course, they pretty much have you where they want you on something like that, don't they?
As for that shaft, it's kind of a 6-spline shaft(if my mental picture is accurate.) if hazard a guess that it's maybe 1-3/4 ish in OD on the outside of the splines, but that's pure guess, and it's sure to be a metric measurement. What I'm finding so far is that much of the hardware on the outside of the lathe is imperial, while inside the gearbox, it's all seemed to be metric. Of course, I haven't put a wrench to nearly everything outside, never mind inside.
Interesting to think of doing this with non-original parts. I guess there's no reason why not.
Thanks Ken! You always give me something upon which to ponder.
Mark
Ken, here's another dumb question. Couldn't the same thing be accomplished with a Stearn-type brake motor?Replacing the half nut set. You maybe rethinking that when you get the price on new one's... There's several threads on rebuilding half nuts for the lathe. Might be encourage to go that route.
As for the electric brake, they are available. They can be easily be adapted to your lathe. I put a electric clutch-brake setup on a ancient lathe I rebuilt a long time ago. It was nice, I could dial in the brake to slide to a stop or stop the spindle on a dime! And on a lathe that had a headstock full of half worn out gears, it didn't sound good when you had the control maxed out stopping the spindle on a dime. Supply us with a accurate OD of the shaft, within .005". That way some of us can do some looking and see what we can come up with. I do recall some one using a disk brake from a automotive braking system and adapting it to a lathe. Too much to think about right now!
Mark,Ken, here's another dumb question. Couldn't the same thing be accomplished with a Stearn-type brake motor?
Just another in a string of dumb questions...
Thanks!
Mark
Ken, here's a link to their site. I stumbled on a motor equipped with this setup on eBay. Looks like it's designed to bring the big motor to a stop, unless I'm completely misunderstanding the concept, which admittedly, is a distinct possibility:Mark,
I'm not familiar with that type of brake. Send me a picture or a spec page on one.
Never used one, have seen them over the years being advertized.Ken, here's a link to their site. I stumbled on a motor equipped with this setup on eBay. Looks like it's designed to bring the big motor to a stop, unless I'm completely misunderstanding the concept, which admittedly, is a distinct possibility:
http://www.stearnsbrake.net
Thanks!
Mark
Thanks Ken, The only thing about this is I noticed a couple on the 'bay (Motors equipped with these Stearns brakes) and it just prompted some questions in my mind. The spindle on the lathe is clutched, so would stopping the motor work as an effective spindle brake? Not sure how that would work. You'd still have the inertia of the chuck, the spindle, and the load spinning it. Would the clutch just let it slip, or would you risk just beating your clutch to death? These are all unknowns to me.Never used one, have seen them over the years being advertized.