Corbins | Skill Session: How-To Make Concentric Bends
Vložit
- čas přidán 25. 08. 2024
- We’re covering how-to make concentric bends in this electrical skills session. Perfect your conduit bends using our quick pro-tips and tricks.
Take PRIDE in your craft. Join the PRIDE.
www.corbins.us/careers
PASSION | RELATIONSHIPS | INNOVATION | DEVELOPMENT | EXCELLENCE
Follow us on all of our social platforms:
LinkedIn | www.linkedin.c...
Facebook | / corbins.us
Instagram | / corbins.us
Twitter | / corbins_us
TikTok | / corbins.us
Great video for a refresher
Very helpful! Thank you
Developed length is RadiusX1.57
Great video but how did you get your radius
Yea! Work of art.
Yes. Developed length is 1.57xR and will be the distance between first and last kick. Then in order to deal with the bender shoe he makes total segments length aprox 10% longer.
1.57xRx1.10=1.73xR, rounded up to 1.75xR. Got answer?
How did you find your radius
Google how to find the radius of a circle using the chord length and arc height. Vcalc has a calculator and the formula.
@val3077 no disrespect to the man recording the video but he's wrong. It's radius x 1.57. Pie divided by 2 is what we are looking for. My husband has a conduit bending channel @artofconduitbending . On another note to find radius of a 90 is easy I'm sure if you go to that channel he'll show you.
@@SapphireJewels24 thank you
@@val3077 You're welcome
How did you find the radius
Radius ×1.57÷ degree of bend
1.57 instead of 1.75
Yup or pi/2. Circle Arc Length with the Radius and Central Angle = Angle * Radius (where the angle is in radians). radians = angle(deg) / 360 *2*pi
Half of pi isn’t 1.75 . Half of pie is 1.57