Thank you! We were curious about how much tubing had to be exposed to use the flaring tool to flare it. Now we know it's 1/8th of an inch. Awesome instructive video 📹 👏 👏👏 Thank you for a job well done 🙋♂️🙋♀️
This is a great example if you are creating a flare for a fitting to blow out a sprinkler system. If you are creating a flare for an air filled system this is great. If, however you are creating a flare for a liquid filled system, you need to de-burr the copper tubing, using a reamer tool, before creating the flare, otherwise you will end up with a leak.
Thank you, Good Sir. I just got a steam boiler water injector and it needed flared connections. After seeing your video I understand the process of making flared fittings and have ordered a similar tool from McMaster-Carr.
Dima Prok me too that way I'm watching this video because I'm not even know the name of that tool😂👍🏾 now I know I have something expensive and important on my toolbox😌
Just an FYI, if you’re gonna push air through the lines of the sprinkler system, you ought to be connecting to the #4 test cock (here you are connecting to the #2 test cock), the #4 TC is downstream of the relief valve and #2 check valve , and a more direct route into the pipe line. By blowing through the #2 TC, you are pushing compressed air through check valves 1 & 2 and the relief valve, potentially damaging these components. If you connect to the #4 TC, then your air is being pumped in on the downstream side of check valve #2 and as long as the check valve is working properly, it will hold the back pressure of air and prevent it from going backwards into the relief valve and towards the first check valve- the air will be directed straight into the downstream piping from the backflow preventer.
I'm trying to get a flare on 1/8" copper tubing, the smallest size the flare kit will hold. For the life of me, I can't get a good flare. It either rips apart on one side, and/or the flare tool just doesn't center well in the tiny ID of the tubing. This is for a fuel primer line but it will not hold any pressure. Still, reaming or deburring the ID is out of the question. The best I could do is maybe run a tiny drill bit in there. I've tried about 8 flares already. So frustrating. Any tips on flaring 1/8" tube is much appreciated.
You may have needed to anneal the copper first to get it to flare. As copper is worked it becomes hard and more brittle make it more difficult to work. ua-cam.com/video/3jSz11lz8MA/v-deo.html
@@Iscaper i think here your using a 1/4 inch fitting,so what hose size are you using,like is it the same as the nut,like a 1/4 inch would use a 1/4 inch copper hose,same for 3/8 fitting would use a 3/8 copper hose,am i right on this,thanks so munch
You did not instructed the distance of the pipe protruding through the pipe clamp or show the tool that gives you the correct hight of the pipe beyond the clamp! I have got to give you a big thumbs down for this video!
Thank you! We were curious about how much tubing had to be exposed to use the flaring tool to flare it. Now we know it's 1/8th of an inch.
Awesome instructive video 📹 👏 👏👏
Thank you for a job well done 🙋♂️🙋♀️
Thanks Robyn for watching.
@@Iscaper 5 🌟🌟🌟🌟🌟 Video!
You're very welcome 😊🙋♀️
This is a great example if you are creating a flare for a fitting to blow out a sprinkler system. If you are creating a flare for an air filled system this is great. If, however you are creating a flare for a liquid filled system, you need to de-burr the copper tubing, using a reamer tool, before creating the flare, otherwise you will end up with a leak.
Good information, thanks for posting.
Thank you, Good Sir. I just got a steam boiler water injector and it needed flared connections. After seeing your video I understand the process of making flared fittings and have ordered a similar tool from McMaster-Carr.
I have one of those multi size hole clamp that I never knew what it's for :) now I know. Got it from the dad.
Same her and i have no clue how i came over this video
Dima Prok me too that way I'm watching this video because I'm not even know the name of that tool😂👍🏾 now I know I have something expensive and important on my toolbox😌
Great tutorial. Thank you for your time, sir!
Excellent How to Video! Thank you for taking the time!
Nice video, very helpful for an espresso machine modder!
Thank you, I found that very useful.
At 3:26 - I always thought the next step was to forget to slide the next flare nut over the tubing. At least, that's how I always do it.
😂
Excellent video sir. Thanks for the time you took.
+Andy Fulenchek
Thanks Andy.
Great Instructional Video- Thank you!!!
Thanks for watching.
Just an FYI, if you’re gonna push air through the lines of the sprinkler system, you ought to be connecting to the #4 test cock (here you are connecting to the #2 test cock), the #4 TC is downstream of the relief valve and #2 check valve , and a more direct route into the pipe line. By blowing through the #2 TC, you are pushing compressed air through check valves 1 & 2 and the relief valve, potentially damaging these components. If you connect to the #4 TC, then your air is being pumped in on the downstream side of check valve #2 and as long as the check valve is working properly, it will hold the back pressure of air and prevent it from going backwards into the relief valve and towards the first check valve- the air will be directed straight into the downstream piping from the backflow preventer.
What would i know without youtube
Thanks for this!
TIP! You can often rent this tool from auto zone or O'Reilly as they are used for brake lines
$22 to buy on Amazon
Thanks for the video. It is indeed informative.
most helpful thanks so much for posting.
Thanks Brian.
thank you for the tips that really help me.!
+leandro leiva
Thanks for watching.
The flaring tool has a longer leg on the wingnut side. That allows for holding it in a vise.
Great tutorial.
Thanks for the video
Thanks for the comment.
No deberring?
now i know how to use it :D, thanks for your video.
Great project
I noticed that you did not debur the tubing after you cut it for the second flare.
if you remove the brass fitting on backflow preventer, a standard 1/4 male compressor fitting should fit right in to the backflow
that's stupid why would anyone wanna save time?
thanks for the vid!
Thanks for the feedback.
Thanks for commenting.
nice vid bro. very helpful. cheers
Thanku
good 1 !
why did you edit out the actual creation of the flare both times?
Nice
How would you create a sharp end to this tube?
Good job,but the volume is not so good..
I'm trying to get a flare on 1/8" copper tubing, the smallest size the flare kit will hold. For the life of me, I can't get a good flare. It either rips apart on one side, and/or the flare tool just doesn't center well in the tiny ID of the tubing. This is for a fuel primer line but it will not hold any pressure. Still, reaming or deburring the ID is out of the question. The best I could do is maybe run a tiny drill bit in there. I've tried about 8 flares already. So frustrating. Any tips on flaring 1/8" tube is much appreciated.
I've seen that problem solved by using a 3/16 drill bit and removing a very small amount of the opening to get a better start and go slow and straight
You may have needed to anneal the copper first to get it to flare. As copper is worked it becomes hard and more brittle make it more difficult to work. ua-cam.com/video/3jSz11lz8MA/v-deo.html
Small amount of lube will help 👍
Use a small torch to heat the copper before flaring it. It'll let the copper expand without breaking.
It will flare any type of line copper or stainless or steal you call it a copper flare toolkits a metal tubing flare tool
Slide the fitting F-I-R-S-T !!!! Not last !!!
where did you get the tubing and the fittings?
Plumbing store here in SLC.
@@Iscaper i think here your using a 1/4 inch fitting,so what hose size are you using,like is it the same as the nut,like a 1/4 inch would use a 1/4 inch copper hose,same for 3/8 fitting would use a 3/8 copper hose,am i right on this,thanks so munch
home depot has refrigerant soft copper line is that the same line?
@@TheMatrixgod You want 1/4" OD copper for 1/4" copper fittings.
stop calling the clamping bar the yoke, the yoke is the piece with the cone, other than all the misnaming good video
Very low audio turn up the mic on record
Uslist...
한국인 안농
You did not instructed the distance of the pipe protruding through the pipe clamp or show the tool that gives you the correct hight of the pipe beyond the clamp!
I have got to give you a big thumbs down for this video!
He said to leave about 1/8 inch showing outside of the tube clamp.
Speak up! My volume is maxed and u are still mumbeling. Bubba, don't overlook teflon tape on the non flared connections.
Thanks for the video