What if the object was oriented diagonal as shown, but the object was deeper, front to back, than the face width? Would you use the same formula? It would actually measure from the walls as a rectangle. Thanks
Thank you brother. Fyi I'm on all social media. Now on snapchat too. Also on podcasts : anchor.fm/holmz-law Please support the channel and share it with your friends and co-workers. Thanks
I have a serious question and work with me. So recently I was running 3/4 ridged; I was on a straight wall however I had to get on the opposite wall which was running at 45 degrees. There was no obstruction in the center. How could I calculate that? I ended up just bending a stub 45 and cutting it then bending a 90 and piecing it together. Is there any way I could of done it better?
So that's a great question. In working on a video for that. It's the only way I can show you. It else I would explain it in a text. Join my community if you ever need to ask me any other questions directly. It's a new community. I'm putting it together so electricians like you have a place where you can ask questions about anything electrical related discord.gg/DpXuJDtd4V
A quick way to do it would be to find the degrees the wall is at an angle. You do that by using a square. You can find out how to find the angle on youtube. After you figure the angle then you measure from you conduit to center of the wall where the angle is. Transfer that measurement to the conduit . What ever degree it is you need to first mark the center of that bend on your bender now you can bend your conduit hope that helps
Thanks for going over this, only request is might be useful to supply the reasons why you are using these multipliers and numbers. Like why 3 works for a square obstruction. Why you are using 1.414 (sqr root 2). Otherwise this is less teaching then just giving a formula without reason. Beyond that, great demonstration
Great point. I'll be sure to do that on the next one. I plan on re-recording a lot of these video's soon as I invest in a better camera. There are lots of things I have written down either from comments from people such as yourself or just ideas that came to mind. Thanks for watching and most of all for the comment. Follow me on: LinkedIn/in/melvin-rubio (subscribe & endorse me on my profile) Snapchat/holmzlaw TikTok/holmzlaw Facebook/holmzlaw Instagram/holmzlaw Reddit/holmzlaw Reddit/r/conduitology Reddit/holmzlaw Tradeshound/holmzlaw Twitter/holmzlaw Quora/artofconduitbending Quora/holmzlaw
For everyone that requested this video. I truly apologize for the long wait.
No worries bro it was worth the wait
Thank you for what you do sir.
Great !!!
Nicely done !!!
Thank u brother, great video
What if the object was oriented diagonal as shown, but the object was deeper, front to back, than the face width? Would you use the same formula? It would actually measure from the walls as a rectangle. Thanks
Then you would use rectangle formula I have the video
@@TheArtOfConduitBending Thanks
On point!
Thank you brother. Fyi I'm on all social media. Now on snapchat too. Also on podcasts : anchor.fm/holmz-law
Please support the channel and share it with your friends and co-workers. Thanks
I have a serious question and work with me. So recently I was running 3/4 ridged; I was on a straight wall however I had to get on the opposite wall which was running at 45 degrees. There was no obstruction in the center. How could I calculate that? I ended up just bending a stub 45 and cutting it then bending a 90 and piecing it together. Is there any way I could of done it better?
So that's a great question. In working on a video for that. It's the only way I can show you. It else I would explain it in a text. Join my community if you ever need to ask me any other questions directly. It's a new community. I'm putting it together so electricians like you have a place where you can ask questions about anything electrical related
discord.gg/DpXuJDtd4V
A quick way to do it would be to find the degrees the wall is at an angle. You do that by using a square. You can find out how to find the angle on youtube. After you figure the angle then you measure from you conduit to center of the wall where the angle is. Transfer that measurement to the conduit . What ever degree it is you need to first mark the center of that bend on your bender now you can bend your conduit hope that helps
Finally !!!! Someone who knows whassup
Thanks
Your videos are awesome my man, just a question why did you bend it from the stub and not the arrow?
you'll have to give me a time stamp of the part of the video you are referencing to.
What if it’s the other orientation that you showed “tucked in the corner” but it’s held off the wall?
not understanding. you would have to draw it out. find me on another social media , IG or discord
Thanks for going over this, only request is might be useful to supply the reasons why you are using these multipliers and numbers. Like why 3 works for a square obstruction. Why you are using 1.414 (sqr root 2). Otherwise this is less teaching then just giving a formula without reason. Beyond that, great demonstration
Great point. I'll be sure to do that on the next one. I plan on re-recording a lot of these video's soon as I invest in a better camera. There are lots of things I have written down either from comments from people such as yourself or just ideas that came to mind. Thanks for watching and most of all for the comment.
Follow me on:
LinkedIn/in/melvin-rubio (subscribe & endorse me on my profile)
Snapchat/holmzlaw
TikTok/holmzlaw
Facebook/holmzlaw
Instagram/holmzlaw
Reddit/holmzlaw
Reddit/r/conduitology
Reddit/holmzlaw
Tradeshound/holmzlaw
Twitter/holmzlaw
Quora/artofconduitbending
Quora/holmzlaw
Did you just guess the 8? I’m still confused on that part
NO i did not just guess. If i'd guessed teaching you this would be a waste of time. What is confusing you.