No, a variable speed 24vAh, so basically a UPS.
Will the motor still be an AC motor?
No, a variable speed 24vAh, so basically a UPS.
Will the motor still be an AC motor?
You may want to look into something like this.No, a variable speed 24v
Thats on the right track. I think if I redesign the next edition Diamond ball polisher right, I can cut the manufactured coat of the double platter by over $200 in hardware alone.You may want to look into something like this.
Has two outputs, the second for battery charging.
It's relatively inexpensive.
Send me the prototype and I’ll let you know how it goes. I don’t mind helping out.Thats on the right track. I think if I redesign the next edition Diamond ball polisher right, I can cut the manufactured coat of the double platter by over $200 in hardware alone.
Not 429 or 430 but 431??? Did you get dizzy counting???431 rpms
contact rexus31. he built a badass copy of one and can tell you what he used.I know it has been over 2 years since someone posted here but I wanted to ask if anyone knows what is the carpet/felt material used in diamond polisher. I have double polisher and I would like to be able to order it in bulk and cut it myself instead of ordering online every time.
Any ideas?
Thanks in advance.
6 to 1 reduction from 1750rpmsNot 429 or 430 but 431??? Did you get dizzy counting???![]()
reducing 1750 by six would be 291-ish rpm's.6 to 1 reduction from 1750rpms
Could be 5:1 I don't remember anymore, been so long, 1995 since I invented it.reducing 1750 by six would be 291 rpm's.
I had to reduce the speed of the platter in order to induce friction against the balls in order to cause them to rotate while they're spinning for a 100% surface buffing to eliminate the yoyo shine.Could be 5:1 I don't remember anymore, been so long, 1995 since I invented it.
Its that '.25rpms' that really gets 'em clean.The motor's rated RPM is 1,725. The polisher runs a 4:1 reduction putting the RPM of the platter at 431.25.
View attachment 720845
LOLIts that '.25rpms' that really gets 'em clean.![]()
Far from a Diamond Knockoff. From a quick look, I see two problems right off the bat: 1) The balls don't spiral and 2) The balls are colliding with one another during the cycle which can cause white friction marks. From the look and sound of it, he's running an automotive orbital buffer and is not employing any of the design principals used by Glen/Diamond to ensure full rotation of the balls while cleaning.In case anyone cares, here’s a homemade unit. The guy has actually bulit a couple different versions.
I use mine once a month at home. For ball return tables they are a must in my opinion.Ball polishers are pretty cool, and are great for pool halls and places where they have multiple tables that get used often by the public. For home use, I have never really needed to clean the balls other than maybe once just for the heck of it. I bought some ball polisher and do it by hand, which only takes about 15 minutes. Personally, I don't think they are necessary for home use because it is usually just the owner who is playing pool the most. I have never really seen the pool balls dirty on my home table.
It’s not an orbital buffer. It does sound like the balls are contacting each other. I can’t see how the balls don’t “spiral.” They spin, and there’s contact on the balls side from the sprocket at the very least. Torque physics should make those balls’ axes also change.Far from a Diamond Knockoff. From a quick look, I see two problems right off the bat: 1) The balls don't spiral and 2) The balls are colliding with one another during the cycle which can cause white friction marks. From the look and sound of it, he's running an automotive orbital buffer and is not employing any of the design principals used by Glen/Diamond to ensure full rotation of the balls while cleaning.
I knew it was something like that but when you get to my age, you can't even remember what having sex is likeThe motor's rated RPM is 1,725. The polisher runs a 4:1 reduction putting the RPM of the platter at 431.25.
View attachment 720845