Комментарии:
IS THIS TYPE CAN BE USED FOR PVC PIPES ??
Ответитьpodrian traducila a español. porfavor
Ответитьdose this apply for 3/4"?
Ответитьthanks for the useful tips
ОтветитьA little confused on the last example. If you gain 2.5 inches shouldn't it look like
22+14=36
36-2.5=33.5 pipe cut length
or am I totally missing the point here
hi Ron, would the 3/4" bender handle compatible with # 74-026 (1/2") bender head?
ОтветитьGood job i like it m teacher thanks pleas send me vd
ОтветитьIs this the same as The Conduit Gain Chart: 1/2" EMT=2-5/8" 90 Degree Gain, 3/4" EMT=3-1/4" 90 Degree Gain, 1" EMT = 4" 90 Degree Gain, 1-1/4" EMT= 5-5/8" 90 Degree Gain?
ОтветитьWould you recommend any basics I can tune into? I’m trying to learn the basics of being an electrician.
ОтветитьJust cut the pipe
Ответитьwho is here because of weca?
ОтветитьGreat video I have been using ideal bender for 3 year's and this week I was told to make the 3/4 EMT for the data boxes to make a stub 90 I didn't know what that was it was explained and now I am watching videos thanks for the video
ОтветитьI love you Ron Kipper
ОтветитьTEACHING THIS TO 1ST YEARS
ОтветитьYou are the best at what you do, sir. I always choose your bending tutorials, first!
Ответитьyeah it was confusing when I first watching it. Now I get it :) thx
ОтветитьI'm not an electrician. The trigonometry in the bend tables for the multiplier are rounded off to the closest tenth.
Calculating to the nearest hundredth, Here's what I get using the formula: 1/sin (deg)
The approximation for 10 & 60 degrees would improve using these multipliers.
10 deg ---5.76 (table=6)
22.5 deg --- 2.61 (table=2.6)
30 deg --- 2 (table=2)
45 deg --1.41 (table=1.4)
60 deg ---1.15 (table=1.2)
For example in a 10 deg bend with a 1" offset calculated both ways
Table: 1x6 = 6" and Calcd: 1x5.76 = 5-3/4" (1/4" difference)
My 1/2" Ideal bender says there is a 5 " take-up for a 90 deg bend, implying the outside radius of the bend will be 5". The Ideal literature says the center line bend radius is 4 11/32 inches, which is ~4+1/2 EMT diameter (0.706"). This would make the inside radius 4". Adding the conduit diameter to the inside radius of the bender would make the outside radius 4.706"
No matter what take-up I use the stub length varies +/- 1/8" . Which one is correct?