Thank you Dale! I am glad your Clausing Mill is up and running! "There will be no voltage drop!" My brothers and I learned electrical from our dad, he was a firm believer in one size larger than what is required. We never used smaller than #12 wire for anything in the house, and never had a problem, either. Your videos seem to go buy so fast! I feel sure we will see some very interesting videos centered around this mill. 'Til next time.
Things in the consumer world of electricity are changing too,. I've adapted LED lighting in my home, I'm never going back to incandescent or even CFL. It wouldn't surprise me that some day not too far away 16 gauge wiring for lighting circuits will meet code instead of 14 gauge around here. Fractional current draw, negligible heat generation, shock resistance (impact), and lamp longevity are big features of the technology. I can remember when base socket splitters were porcelain to deal with the heat generated by incandescent lamps, now they are simple Flame retardant PC, thanks to LED's: www.ebay.com/itm/4-In-1-E27-To-4E27-Base-Socket-Splitter-LED-Light-Lamp-Bulb-Adapter-Holder-White/292235810154?_trkparms=aid%3D111001%26algo%3DREC.SEED%26ao%3D1%26asc%3D20160727114228%26meid%3D683c6625b6c24b32b1ad2eb69b715d3e%26pid%3D100290%26rk%3D3%26rkt%3D4%26mehot%3Dpp%26sd%3D291954658906%26itm%3D292235810154&_trksid=p2060778.c100290.m3507 I've converted "D" cell flashlights too, and get at least 3 times the battery run life vs standard bulbs. ☺
Sounds like my old journeyman. And we always put in a full size ground wire. No 12-2 with 14 ground. Every circuit was 12. Never had any issues. I rewired my house just like your dad would have wanted. Jim, wherever you are, you really taught me a lot. Thank you.
Mr Pete, I am glad to see you got it running. I am an industrial electrician and I have several machine shop clients. I have spent many an hour standing on my head trying to determine the voltage a used machine is wired for. When I watched your temporary video, I was surprised that they actually brought the motor leads to a junction box for convenience. Most do not! I have one customer who had a machinist that thought he was an electrician. He would run down to the supply house and grab whatever plug they had on the shelf. They blew up several machines because the plugs were mismatched for the voltage. It took me years to clean up that shop after he left. Never trust the plug! Looking forward to seeing some machine with the new Clausing!
Nice to see people like Dale are out there helping people. Something pretty rare today. That machine is the most like a large machine scaled down that I have seen... I'll be waiting for future videos on this machine for sure. I wonder...……….. if I move some of my machines around, could I fit one of these in my shop??????????
Love this mill , Lyle your so blessed , watching your videos is a great pleasure . Takes me back to 1970 my. First year in vocational school , my state has just about shut down all the shops . Building trades , plumbing , electricians , are left weldings being fazed out too. NJ YUPP garbage state. But I was an apprenticeship machinist and made a formanship job before being paralyzed by a butcher . So I live vicariously some of the time. I've never stopped machining till now being bed bound sucks . But pain has put me here. God bless you my friend.
@@mrpete222 Great. I'm looking foward to us both using them. I have to wire mine for 220v also. It's 480v at the moment. I'm not the best at wiring myself.
Dale is a great guy and his son should be so proud of his dad - what a great generous family helping out our Mr Pete - we love you dale, you are a great guy and your son should be so proud of his dad - god bless you both.
FANTASTIC!!! mrpete It is SO nice! to have friends that are in Electric, Plumbing, and Auto Mechanics Because I know just a enough on those subjects to get myself into a one Heck of a mess!!!!!! lol (Actually I do pretty good for the most part) but there have been times when I just did not know how to go about fixing something When you showed the other side of the wiring I thought "hey yeah there ya go that makes more sense" Uh... yeah right... well..... lets just say you should be mighty glad I don't live closer to you and Thank God Dale was there to do it! cuz I would have had that ALL Wrong AND it would have only taken me 2 days to do it for! All that aside I am glad you have it working and Thanks for ALL your time and effort on the Videos they really make my day!! and As always Two Thumbs Up! (Really wish I could have made the meet and greet it looked like a Great time)
Going to need to grease that variable speed shaft, they tend to run dry and wear out the splines in the sheaves, and then break the return springs as they start to chatter. Should be a grease nipple on the shaft end to pump grease down to the working area of the splines in the shaft, or if not there is a bolt there replacing one.
Glad to see and hear that you got the machine running. You might consider putting the RPC in a box with soundproofing insulation to cut down on the whine. My RPC also has a whine and my 60 gal air compressor is loud enough they both need to be in a closet.
Try to check if the motor has a nameplate. That usually will have the information to convert 440 to 220. In my experience 440 means the windings are connected in the wye configuration and 220 in delta. Usually there are 12 wires coming out of the motor. Hope this helps along with info from the others.
Reminds me of when my cousin called me to check out a table saw he bought at a house auction. It kept tripping the breaker whenever he would turn it on. He thought the motor or the capacitor on it was bad. I had brought an assortment of capacitors along so I swapped it out. Still no go. I opened the terminal box on the motor to ohm out the motor and found a surprise. It had a regular 110 plug on it, but it was a dual voltage motor and was wired for 220 volts! I guess the original owner just wired a 110 receptacle for 220. Swapped the wires around and it ran fine.
Most electricians bad mouth other electricians because there can be a 100 ways to do something and it wasn't done the way they would do it. Dale is better then the average electrician I can say is that 98% of them wouldn't think of useing Ohms law to see how it is wired. Great Work Dale !!
Dear Mr. Pete, Just finished watching the latest video and had a question. Actually I watched a video by Steve Summers in KY. He just got a K&T milling machine that he is bringing back to life. What are the rams on these machines used for and how do they work. Thanks for the info. Ray Valley (grandson of a tool and die maker and nephew of machinist although I'm a woodworker), Eustis, FL.
For those of us with fading vision, I have seen a video of magnifying attachments for cameras (or whatever) that plug into the USB port. As I remember the picture was quite good. If you get a motor with questionable wiring, I think you can check the windings with an ohm meter and the resistance will vary inversely with the voltage set up. Please check for a more informed opinion than mine before making any changes. Your electrician friend probably knows the answer off the top of his head. I seem to recall the voltage change is made by wiring the field coils in series or parallel for each phase of the motor, with somewhat similar changes for a two- speed motor. Many old Colchester lathes have two-speed motors.
Gday Pete I brought a 3ph mill here in Australia and to save money on getting the 3ph brought in from the street which would have cost big $$$ here in oz , I changed it to a 240v motor and had the electrician wire it up and saved a few dollars thanks for the video
Doing the same, just got a inverter instead, and will just under run the motor power wise. Torque will be less, but variable speed a bonus, and still run off a single phase.
I ended up with a very similar phase converter that I picked up on craigslist recently. It was a 6hp max but only supports max 1.5hp motors (up to 4) Is that what yours is rated for?
Is the belt on the variable pulleys to short? I didn't see it come anywhere near the top of the sheave. Disclaimer: I don't have any experience with this particular machine.
On the variable speed handle, it says " turn only with motor running", listen to that warning. If you turn the variable speed control without the motor running and let go of the handle it will knock the anchor tab off the main spring. Don't ask me how I know.
There is a big flat coil spring behind the handle, it assists with the operation of the vari speed while the motor is running. But if you crank the handle when the motor is not running all it does is load up the spring, and if you let it go it snaps back with much force and will snap off a part of the spring, usually the bent tab of the spring that is anchored into the machine frame.
I was going to say...never rely on a plug in a used machine. The wire connections in motor are fairly universal as far as numbers, and to the connections for high and low voltage, so even with a missing diagram, it is fairly easy to see what is up.
Something that you might want to look into is a VFD. I know you have had mixed results with them before, but you can get a high end used Allen Bradley VFD off of ebay for about $100. A 22A-Bxxxxx VFD says it wants 3-phase, but I run mine off single phase with no problems. I also have a braking resistor on it so my motor stops pretty quickly. I can use it for variable speed, but I have never had any reason to take it off of 60Hz except for when I am doing testing. I use AB VFDs all the time for work, so if anybody has any questions feel free to ask.
im not sure if it is a states thing but it seems that many of the machines, lathes, mills, etc there is all 3 phase. In canada, for example, many of the machines are NOT 3 phase but single either 110 or 220 volt machines unless you go over 5 hp (3 for 110) then it goes to three phase... Thing is most of the lathes and mills run 1.5 hp... Makes me wonder is all. Unless you go to the purely shop machines that take up huge floor space i just dont see the point of three phase.
3 phase has higher starting torque, much better speed control and also is a heck of a lot more efficient over single phase. Same power 3 phase motor typically is a frame size smaller, has better than 90% efficiency over the single phase 80% efficiency and typically double the starting torque, but even though you need 4 wires in the cable it still works out cheaper copper wise as the current is lower. Biggest single phase motor however is 22kW, meant to run on 230VAC and drawing 63A, used a lot by farmers to drive water pumps at the end of long overhead low voltage lines with a transformer and single wire earth return. ABB sells a lot of those beasts, often as a combo set.
As others have said, this is one place where you need to bite the bullet and get a qualifed electriction. If the wiring is not labeled exactly as shown on motor or other cover plates... the chances are pretty good that someone has cobbled the wiring in the past. The motor could very well be incorrectly wired and have been running that way for years. At best the motor could be running poorly or running hot, at worst there could be a serious safety issue that is just waiting to kill you under the right circumstances.
Everyone needs a friend like Dale.
Yes thanks
A high five for Dale . You can't beat a man who knows what he is doing
👍
Great to hear! And thanks to Dale and everyone else that takes care of our You Tube Shop Teacher, we all benefit from the generosity.
Thank you, there are some pretty good people out there
Thank you Dale! I am glad your Clausing Mill is up and running! "There will be no voltage drop!" My brothers and I learned electrical from our dad, he was a firm believer in one size larger than what is required. We never used smaller than #12 wire for anything in the house, and never had a problem, either. Your videos seem to go buy so fast! I feel sure we will see some very interesting videos centered around this mill. 'Til next time.
You shall. But cold weather is already setting in
Things in the consumer world of electricity are changing too,. I've adapted LED lighting in my home, I'm never going back to incandescent or even CFL. It wouldn't surprise me that some day not too far away 16 gauge wiring for lighting circuits will meet code instead of 14 gauge around here. Fractional current draw, negligible heat generation, shock resistance (impact), and lamp longevity are big features of the technology. I can remember when base socket splitters were porcelain to deal with the heat generated by incandescent lamps, now they are simple Flame retardant PC, thanks to LED's:
www.ebay.com/itm/4-In-1-E27-To-4E27-Base-Socket-Splitter-LED-Light-Lamp-Bulb-Adapter-Holder-White/292235810154?_trkparms=aid%3D111001%26algo%3DREC.SEED%26ao%3D1%26asc%3D20160727114228%26meid%3D683c6625b6c24b32b1ad2eb69b715d3e%26pid%3D100290%26rk%3D3%26rkt%3D4%26mehot%3Dpp%26sd%3D291954658906%26itm%3D292235810154&_trksid=p2060778.c100290.m3507
I've converted "D" cell flashlights too, and get at least 3 times the battery run life vs standard bulbs. ☺
Sounds like my old journeyman. And we always put in a full size ground wire. No 12-2 with 14 ground. Every circuit was 12. Never had any issues. I rewired my house just like your dad would have wanted.
Jim, wherever you are, you really taught me a lot. Thank you.
Mr Pete, I am glad to see you got it running. I am an industrial electrician and I have several machine shop clients. I have spent many an hour standing on my head trying to determine the voltage a used machine is wired for. When I watched your temporary video, I was surprised that they actually brought the motor leads to a junction box for convenience. Most do not! I have one customer who had a machinist that thought he was an electrician. He would run down to the supply house and grab whatever plug they had on the shelf. They blew up several machines because the plugs were mismatched for the voltage. It took me years to clean up that shop after he left. Never trust the plug! Looking forward to seeing some machine with the new Clausing!
Thank you, that plug had me fooled
Nice to see people like Dale are out there helping people. Something pretty rare today. That machine is the most like a large machine scaled down that I have seen... I'll be waiting for future videos on this machine for sure. I wonder...……….. if I move some of my machines around, could I fit one of these in my shop??????????
It's a pretty compact machine. And yes it's very similar to one of the huge ones
Love this mill , Lyle your so blessed , watching your videos is a great pleasure . Takes me back to 1970 my. First year in vocational school , my state has just about shut down all the shops . Building trades , plumbing , electricians , are left weldings being fazed out too. NJ YUPP garbage state. But I was an apprenticeship machinist and made a formanship job before being paralyzed by a butcher . So I live vicariously some of the time. I've never stopped machining till now being bed bound sucks . But pain has put me here. God bless you my friend.
Thank you for watching, I am very sorry about your disability
Glad to see it run Lyle. Mine is still a week or two away from a test run. Can't wait to see you use it.
Yours is three times as big, it should take you three times as long, LOL. I have been watching your progress.
@@mrpete222 Great. I'm looking foward to us both using them.
I have to wire mine for 220v also. It's 480v at the moment. I'm not the best at wiring myself.
Steve Summers : Where you live, do they offer 3 phase 440 VAC?
That was really cool Dale and son, we all appreciate what you did, thanks!
👍👍👍
THANK YOU...for sharing. Very nice that Dale and son came over to help.
👍👍
Bless you "Mr Pete". This video took me back many decades; when I taught electronics. Wow. Brings tears. Thank you so much kind sir. You be dah man!
Thank you, I'm glad you liked it
Awesome to see a collaborative community effort of generosity, hard work, and good old fashioned know how.
Thanks yes
What a lovely machine Mr Pete. Well happy for you. Thanks for sharing the update video.
Thanks
Very kind of Dale to help you out. Great video. Look forward to your next. Cheers
Isn’t it always amazing what a community can do. Lovely machine. I am looking forward to some shop classes showing how to use it!
Yes, people have been good to me
Yay!
Ahh, it's good to have knowledgeable friends.
Thanks.
It is indeed
Dale is a great guy and his son should be so proud of his dad - what a great generous family helping out our Mr Pete - we love you dale, you are a great guy and your son should be so proud of his dad - god bless you both.
👍
Nice looking mill, your videos are great, you deserve it, have fun with it... can't wait to see what u do with it ..............
You are a blessed man. Great family, great friends, and a great family here on TH-cam!
Thanks
Mr. Pete's gear cutting master classes coming right up.
You never know
This machine won't look nice until thoroughly cleaned and maintained by Master Pete, I hope he makes more videos about it
Thanks
Always glad to see Mr. Pete in my feed.
👍👍
Congratulations on getting your new toy up and running! I'm very interested to see the cleaning and evaluation process of the new mill.
Thank you, I almost have the cleaning finished
I like the trick Dale used with his glasses.
lol
Excellent! Good job Dale! Made the trade proud.
Yes indeed
That's Awesome. So glad the old girl runs!
Yes lol
Thank you dale. Can’t wait to see your videos on the new lathe mr. Pete.
Thanks
i reiterate, thank you for helping mr. pete, Dale.
👍👍👍
Congrats, nice little medium size workhorse
Yes thanks
Glad to see that everything came out alright.
Thanks 👍
Youse guys are amazing. Electricity scares the hell out of me.
lol
FANTASTIC!!! mrpete It is SO nice! to have friends that are in Electric, Plumbing, and Auto Mechanics Because I know just a enough on those subjects to get myself into a one Heck of a mess!!!!!! lol (Actually I do pretty good for the most part) but there have been times when I just did not know how to go about fixing something When you showed the other side of the wiring I thought "hey yeah there ya go that makes more sense" Uh... yeah right... well..... lets just say you should be mighty glad I don't live closer to you and Thank God Dale was there to do it! cuz I would have had that ALL Wrong AND it would have only taken me 2 days to do it for! All that aside I am glad you have it working and Thanks for ALL your time and effort on the Videos they really make my day!! and As always Two Thumbs Up! (Really wish I could have made the meet and greet it looked like a Great time)
Thanks
Glad y'all have it sorted out. And looking forward to seeing it make chips..
Yes thanks
Glad you got it going.
Thanks
Well done Dale, us Greenhalgh's are good guys 😉 most of the time.
lol
Quite a nice gift!
Yes thanks
Up and running great. same drive as the lathes.
Hi Randy, yes it's exactly the same
Looks like a bunch of Spaghetti mess to me! Thank God for Dale and his skills! Bless you Dale!!
Yes, thank you Dale
Can't wait to see it doing a job another great viedo
👍
That's awesome. Can't wait to see it make some chips.
Pretty soon
That old mill is so cool
Yes thanks
Going to need to grease that variable speed shaft, they tend to run dry and wear out the splines in the sheaves, and then break the return springs as they start to chatter. Should be a grease nipple on the shaft end to pump grease down to the working area of the splines in the shaft, or if not there is a bolt there replacing one.
I'll check it out thanks. I have the lubrication chart
Nice mill!
Thanks
My high school metal shop class had that exact same mill when I was there in the 1970’s.
Awesome
Ironically, my shop teacher’s first name was Pete and everyone called him Mr. Pete.
Wow excellent! I wish I had friends like yours☹️
Yes thanks
Glad to see and hear that you got the machine running. You might consider putting the RPC in a box with soundproofing insulation to cut down on the whine. My RPC also has a whine and my 60 gal air compressor is loud enough they both need to be in a closet.
Would putting in in an insulated box trap heat? If you do maybe a cheep digital thermostat to show inside of box temp.
slypig24 - probably need to have an exhaust fan and an air intake like they put in computer CPU cabinets.
Good idea but I think it would overheat. And if you use the founder got that noise to deal with
For reference a 480v motor runs fine on 240v but it looses over half its torque and it can be slow to come up to speed.
Thanks
Smooth and solid machine. Thanks, Mr. Pete! :-)
Yes thanks
Wow i love the noise of a good working machine😏
Thanks 👍👍
Very nice!
super cool stuff happening. thumbs-up
Yes thanks
Thank you, we learned a lot about 3 phase. At 9.50 the machine makes a lot of noise, maybe needs lubrication and some belt dressing treatment.
Yes
How to install block rolling slide milling machine yes no please please answer
Try to check if the motor has a nameplate. That usually will have the information to convert 440 to 220. In my experience 440 means the windings are connected in the wye configuration and 220 in delta. Usually there are 12 wires coming out of the motor. Hope this helps along with info from the others.
Thanks
Thanks, Dale.
Yes
I have an old(but good) Clausing lathe I'm very happy with,but was wondering if you have the vertical attachment for your milling machine...
I do not think there is a vertical attachment for this milling machine
@@mrpete222 knowing the quality of their products I'm a bit surprised it's not offered...and thanks for the reply!
Reminds me of when my cousin called me to check out a table saw he bought at a house auction. It kept tripping the breaker whenever he would turn it on. He thought the motor or the capacitor on it was bad. I had brought an assortment of capacitors along so I swapped it out. Still no go. I opened the terminal box on the motor to ohm out the motor and found a surprise. It had a regular 110 plug on it, but it was a dual voltage motor and was wired for 220 volts! I guess the original owner just wired a 110 receptacle for 220. Swapped the wires around and it ran fine.
Good story, yes be aware of the plug
Most electricians bad mouth other electricians because there can be a 100 ways to do something and it wasn't done the way they would do it. Dale is better then the average electrician I can say is that 98% of them wouldn't think of useing Ohms law to see how it is wired. Great Work Dale !!
Yes thanks
Dear Mr. Pete,
Just finished watching the latest video and had a question. Actually I watched a video by Steve Summers in KY. He just got a K&T milling machine that he is bringing back to life. What are the rams on these machines used for and how do they work. Thanks for the info. Ray Valley (grandson of a tool and die maker and nephew of machinist although I'm a woodworker), Eustis, FL.
The Rams hold the outboard bearing, that supports the arbor. Keep washer and I'll show you
For those of us with fading vision, I have seen a video of magnifying attachments for cameras (or whatever) that plug into the USB port. As I remember the picture was quite good.
If you get a motor with questionable wiring, I think you can check the windings with an ohm meter and the resistance will vary inversely with the voltage set up. Please check for a more informed opinion than mine before making any changes. Your electrician friend probably knows the answer off the top of his head. I seem to recall the voltage change is made by wiring the field coils in series or parallel for each phase of the motor, with somewhat similar changes for a two- speed motor. Many old Colchester lathes have two-speed motors.
Yes
I learned my lessen the hard way when it comes to calling a electrician .
Yes
Thanks Dale!!!
Yes thanks
Gday Pete I brought a 3ph mill here in Australia and to save money on getting the 3ph brought in from the street which would have cost big $$$ here in oz , I changed it to a 240v motor and had the electrician wire it up and saved a few dollars thanks for the video
Thanks 👍👍
Doing the same, just got a inverter instead, and will just under run the motor power wise. Torque will be less, but variable speed a bonus, and still run off a single phase.
@@SeanBZA try and get the lowest Rev motor around 900 rpm would be best that way you won't lose as much torque as you would with a 1400 rpm.
I ended up with a very similar phase converter that I picked up on craigslist recently. It was a 6hp max but only supports max 1.5hp motors (up to 4) Is that what yours is rated for?
TheArsonsmith4242 cc
I do not know what mine is rated for
Do they make a vertical head for this mill ??
Would be cool if someone has one for you
No
Is the belt on the variable pulleys to short? I didn't see it come anywhere near the top of the sheave. Disclaimer: I don't have any experience with this particular machine.
I'll have to check up on that
I suspect that it is well worn.
Richard the spite mower? He made amends! =)
lol
Fantastic 👍
Thanks
On the variable speed handle, it says " turn only with motor running", listen to that warning. If you turn the variable speed control without the motor running and let go of the handle it will knock the anchor tab off the main spring. Don't ask me how I know.
A lesson learned hard, is a lesson long remembered!
Thank you, I will remember that
There is a big flat coil spring behind the handle, it assists with the operation of the vari speed while the motor is running. But if you crank the handle when the motor is not running all it does is load up the spring, and if you let it go it snaps back with much force and will snap off a part of the spring, usually the bent tab of the spring that is anchored into the machine frame.
Thanks for sharing sir..
👍👍
I hope American Rotary steps in and get you a new phase converter!!!
There is nothing wrong with the one I have
Yep, sounds quiet and smooth.
Can’t wait to see some chips!
Me too
Good stuff Teach! :)
👍
I was going to say...never rely on a plug in a used machine. The wire connections in motor are fairly universal as far as numbers, and to the connections for high and low voltage, so even with a missing diagram, it is fairly easy to see what is up.
Thanks
That’s great.
Yes thanks
Great news
Thanks
Something that you might want to look into is a VFD. I know you have had mixed results with them before, but you can get a high end used Allen Bradley VFD off of ebay for about $100. A 22A-Bxxxxx VFD says it wants 3-phase, but I run mine off single phase with no problems. I also have a braking resistor on it so my motor stops pretty quickly. I can use it for variable speed, but I have never had any reason to take it off of 60Hz except for when I am doing testing.
I use AB VFDs all the time for work, so if anybody has any questions feel free to ask.
I soon will have a VFD's on the drillpress and the bandsaw
Man rotary phase converters are old school probably produces a cleaner signal then a modern VFD too.
Yes thanks
Look in your twist lock stash and match ups set of 4 wire 240 or 480 plugs and receptacle s and you can move to diff machines.
Good idea
You will not be sorry going with the rotary converter i love mine and I can run several pieces of machinery at one time with it.
Yes thanks
Do you got a universal head for it.
No
This is the way I spell assme, cause it's always my fault!!! You can spell it as you like! Thanks for the video!!!!
lol
a 9 lead motor is just a standard dual-voltage motor. should be lots of diagrams in books to show how to change it over.
Thanks
My thinking ablout cleaning.... It's always time to clean..... :( lol
If it works, it's clean enough... ;)
lol
Nice
Yes
im not sure if it is a states thing but it seems that many of the machines, lathes, mills, etc there is all 3 phase. In canada, for example, many of the machines are NOT 3 phase but single either 110 or 220 volt machines unless you go over 5 hp (3 for 110) then it goes to three phase...
Thing is most of the lathes and mills run 1.5 hp... Makes me wonder is all.
Unless you go to the purely shop machines that take up huge floor space i just dont see the point of three phase.
3 phase has higher starting torque, much better speed control and also is a heck of a lot more efficient over single phase. Same power 3 phase motor typically is a frame size smaller, has better than 90% efficiency over the single phase 80% efficiency and typically double the starting torque, but even though you need 4 wires in the cable it still works out cheaper copper wise as the current is lower.
Biggest single phase motor however is 22kW, meant to run on 230VAC and drawing 63A, used a lot by farmers to drive water pumps at the end of long overhead low voltage lines with a transformer and single wire earth return. ABB sells a lot of those beasts, often as a combo set.
Three phase motors are simple and cheap and last forever
simple...maybe...cheap nope single phase are cheap. last forever....ehhhhh
Didnt have u no my phone
As others have said, this is one place where you need to bite the bullet and get a qualifed electriction. If the wiring is not labeled exactly as shown on motor or other cover plates... the chances are pretty good that someone has cobbled the wiring in the past. The motor could very well be incorrectly wired and have been running that way for years. At best the motor could be running poorly or running hot, at worst there could be a serious safety issue that is just waiting to kill you under the right circumstances.
Yes, true
Nicee 🖒
Thanks
Ask the man who knows!!
Yes
With some kerosene and a brush that machine will come up like new
👍👍
Try to get a vid, it’s much quieter
Vfd, sorry
Yes, I have one. You will see it soon in another video. I am working towards that end