thank u for ur videos.plz carrt on

this guy saves life.. this is a gem channel.take a bow man

u r a lifesaver

awesome

would these questions be comparable to what is on an aptitude test to join a union in Ontario?

thank you so much sir, can you train me as an apprentice?

👍👍

Good explanation sir..keep it up

First time i really understand why bearing frequencies sifts lower frequency zone as fault progress.

Nice

I dont get it

Been a hot minute since I've done a shaft alignment without a laser. Great video, sir.

On your socket tools, impact sockets are a softer metal, so they can take the hammering and not crack, while a hand tool (chrome) socket is harder, so will take more torque force, but won't sustain being hammered on. An impact socket while use able with a regular rachet works, but is more likely to mush/round off a bolt/socket (especially if it's a cheap socket)

The modes on a rotary hammer are drill - no hammer drill - hammer hammer - free turning hammer - locked orientation

Quick, sudden movements are best.

Letter stamps also work well on s/s, but you must hit it straight. Used it in shipbuilding when we sent things to the paint yard for identification. You can get good deep-set punches that can be painted over.

It's very interesting to see your deep knowledge and clarity on such a less talked about subject

Thanks. Great explanation but I have question. I read before that corse external threaded are weaker than fine threads because corse fasteners has smaller minor diameter than fine fastener. How ever for internal threaded like nuts or threads in cast it's the reverse because on those corse threads gonna have larger minor diameter than fine. So this statement ain't correct? But from the vedio i understand the opposite that in both bots and nuts corse threads are stronger than fine threads. Thank you very much for the vedios.

What iso used for this method ??

Do the motor diameter and pump diameter need to be equal? Thank you

Hi I really enjoy, would you please talk about conveyor belts and also alignment please

Please make more videos.

Really useful - thanks! Also very interesting to see how the shape of the bottom of the drilled hole changes as the drill wears. I had no idea that would happen so fast.

Colombia present

Best video on this ever. Thanks.

Thanks

Thank you so much professor. These millwright videos are really helpful. Thanks once again.

Great vid. Thank you. Looking for more csi2130 vids

I'm at 49:32 if they add to the front legs, this is gonna create offset with the pump. I don't know if he addresses this later in video. I didn't wait b4 commenting. As as a student trying to learn and understand, this creates a lot of confusion. Back at 24:26 They added .125 thou shims to ea leg. This made the motor and pump level at the rim.

Thank you brother

Very nice but dial calibers would be better more surface and didn’t that micrometer have the ratchet. I mean that is the more accurate for beginners. Yes and it’s natural to be able to just know your holding it just right and have just the right amount of press on the shim.

great tutorials

Where's the 2/3 came from?

Fantastic Bill, cheers from Down South in Florida, Paul...dang, that was a big groove in that wheel.......

Very informative video, Thank you for your great job.

"Great content! It’s really tough to find reliable sources for these complex programs, and manuals alone can be overwhelming. Do you have any sample questions or additional resources available? I’d be interested in buying if you have any materials like this. Thanks!"

Not Race Riots. Cultural destruction riots.

Very well explained, finally I am able to understand the important concepts. bundle of thanks.

Thank you for sharing this tip! More vids like this pls

Thanks! I'm in a millwright program and we never got a very good explanation on how to approach alignment in a systematic way. Your method seems thorough, and you explained the reasoning behind each step very well.

what a cause both side are minus? not logic

Good setup, great teacher, very helpful 👍

57 minutes in. This is great so far. Thanks for the detailed explanation

Love these videos man

Hey great video! I happened to come across this video and was very interested through the beginning while you were going over the tools. I thought I recognized the voice and then when it panned out to show your face I realized, you were my teacher for 2 levels of my apprenticeship! Thanks for the video, very educational!

very appreciative of the chapters/timecode tags

Im going to challenge my first year im ordering my books from SAIT do you have anymore info?!

Do you have slow info on bearing under 300rpm. I get rpm and number of balls. But i cant pass Charlottes test for cat2

Can we talk some how?