There are so many things to like here. As someone who does not as a rule not fabricate pipe except as to use a structural member. Or some drain line in a screen plant etc... As a 45 year veteran of the construction, forestry and aggregate world this is fascinating. I see all kinds of stuff advertised over the years to hold pipe in various positions etc....all expensive looking Apparently the same simple stuff I use for my work will do just fine. Counterweight....Again brilliant, simple and effective. Cheers man Edit: your order of operations was interesting, instructive and complete logical.
@paperfrog9995 ok.. that right there is a little spot that is end of a beat.. where you stop on every tack you always leave a key hole and when ever you get to that little spot you have catch up.. kind of go back a little.. hey! Good point brother!😉 I've didn't even thought about that
Hey man, thanks for referring me to this video! You can sure stack it in there on a roll out! I use a similar counterweight however I made mine where I can bolt on a flange and move to wherever needed. How do you figure the take off when laying out the gap when your using the beveling machine? I recently bought a set of beveling machines and am curious if it’s kinda a guess on how much the bevel will add to the over all or some kind of formula to figure it out based to the thickness of the pipe. Thanks again!
@stacymichelle9864 Thank you for watching man!! Well I beam using a DJI Osmo pocket, and on this video, I'd used my phone with an automatic welding lens to record while I was welding..
@@gustavojr841 Thanks so much. It would be an interesting video to see how you film. I know it probably wouldn't be as popular as watching your work. In today's world showing your work is the best marketing you can get besides doing the work and keeping your word. Best wishes to you.
Admiro mucho tu arduo trabajo, tu entereza y experiencia paciva mijo Dios te bendiga y prospere todo lo que haces me fascina verte trabajar un fuerte abrazo!!
@davidkenworthy7548 Hello!!! You may already know this, but it is also in relation to your question, so here goes. Three types of electrode categories for AWS A5.1/5.5 - 1) fast fill, 2) fill freeze, and 3) fast freeze. Fast fill example-7024, fill freeze example- 7018, fast freeze example- 6010 although in each category there are numerous other examples per the AWS electrode specifications. These three labels/categories are just an indicator of the way the fluid puddle and slag acts while you are reading reading the puddle! 7024 is very fluid with high deposition rates, and fills up the weld joint quickly in the flat and horizontal fillet welding positions, hence the name "fast fill". These 3 terms/labels/titles were first brought about by the James F. Lincoln arc welding foundation/Lincoln Electric Co. (because through their R&D they invented the rods) which is where most welding students learn them from in textbooks! With that being said- the incredible "burning wood" scented cellulose sodium 6010 variety of electrode is categorized as a fast freeze rod due to the puddle freezing rapidly when the electrode is oscillated or whipped forward and back as this electrode is meant to be run. This would be dissimilar to the other two electrodes which are drag rods and higher deposition meaning a much more fluid heavier puddle. The 6010 variety is heavier penetrating and has a much stiffer arc with a light fast freezing slag cover unlike the other electrodes which have heavier slag to shield a larger molten metal deposit and help hold it in suspension while welding out of position. The 6010 electrode is able to weld through dirt, rust, paint, etc. because it has a digging heavy penetrating arc. While forming a puddle with it you establish a bead width and begin to oscillate the electrode which therefore manipulates the width and size of the bead. When doing this you notice how much molten metal is being deposited which is essentially the goal (filling up the weld joint as fast as possible), and although the 6010 electrode is not a "fast fill" high deposition electrode-with good manipulation and reading the puddle you can fill a joint up faster by using these whipping/ "up and back" motions combined with the oscillating to carry around more metal and stack it heavier! This all has its limitations of course due to the nature of the electrode. Hope this helps.
![I.N "HALLUCINATION" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/n5B5q1Hwt_U/mqdefault.jpg)
Thank you all for your words ❤ You all inspired me to get going 🙏
Now that's a nifty counter weight system, good arc shots to, keep the good videos comin.
Great arc shots!
There are so many things to like here. As someone who does not as a rule not fabricate pipe except as to use a structural member. Or some drain line in a screen plant etc... As a 45 year veteran of the construction, forestry and aggregate world this is fascinating. I see all kinds of stuff advertised over the years to hold pipe in various positions etc....all expensive looking Apparently the same simple stuff I use for my work will do just fine.
Counterweight....Again brilliant, simple and effective. Cheers man Edit: your order of operations was interesting, instructive and complete logical.
Thank you so much man
Great video Gus and good welding job.
Great arc shots and great video thanks.
Gus, you are a true master. Beautiful work sir.
At 33:23 it looks like you started to kind of blow what was that motion you did to correct it i couldn't really tell in the video.
@paperfrog9995 ok.. that right there is a little spot that is end of a beat.. where you stop on every tack you always leave a key hole and when ever you get to that little spot you have catch up.. kind of go back a little.. hey! Good point brother!😉 I've didn't even thought about that
Hey man, thanks for referring me to this video! You can sure stack it in there on a roll out! I use a similar counterweight however I made mine where I can bolt on a flange and move to wherever needed. How do you figure the take off when laying out the gap when your using the beveling machine? I recently bought a set of beveling machines and am curious if it’s kinda a guess on how much the bevel will add to the over all or some kind of formula to figure it out based to the thickness of the pipe. Thanks again!
It's just kinda guessing, like you said.. It's all about knowing your tip..
Pretty slick Gus❤❤❤
Is that an angled cutting tip, or a scarfing tip? Aloha from Hawaii 🙂
This is a regular cutting tip, but I put a little angle on it..
@@gustavojr841 One to remember there. Dang you oil field pipe guys have some good ideas. I need to pay closer attention here. Cheers
great channel, I am just starting out. What do you use to film with and make your videos? Thank you for doing this.
@stacymichelle9864 Thank you for watching man!! Well I beam using a DJI Osmo pocket, and on this video, I'd used my phone with an automatic welding lens to record while I was welding..
@@gustavojr841 Thanks so much. It would be an interesting video to see how you film. I know it probably wouldn't be as popular as watching your work. In today's world showing your work is the best marketing you can get besides doing the work and keeping your word. Best wishes to you.
@@gustavojr841 Thank you for the info sir.
Admiro mucho tu arduo trabajo, tu entereza y experiencia paciva mijo Dios te bendiga y prospere todo lo que haces me fascina verte trabajar un fuerte abrazo!!
Gracias madre! ❤️ 😘😘
Very great content bro love it keep it up
Great welding friend. Thanks for sharing.
Hate having to releveling everything after smacking it a few times! Lol
😄 I know man!! But that's the only way to do it
Buen trabajo saludos desde chile colega
Saludos Beto! Muchas gracias!!
Nice welds❤
Привет коллега, tig владеешь?
Hi, I only do stick welding...
HELLO MR GUS very good job !!! very nice !! very interest too see you !!! to work !!!!
Well done brother
👏🏻
Como una máquina !
BON BOULO 😆😆👍👍
Thank you man!! 😉👍
Why do you pipeliners jump in & out of the puttle instead of just letting the rod burn? No disrespect, you all do it I can't figure out why, thanks.
There is no reason in particular.. Its just for the look.. 😊 thanks for watching!
Finally I got an answer that makes sense, I had an idea that might be the reason, I admire your work friend, keep em coming please
For the freeze of the puddle ...so stack dem dimes ,,,,,,,
Push your metal where you want it, pull out, let it solidify, then push another ripple in there "stacking"
@davidkenworthy7548 Hello!!!
You may already know this, but it is also in relation to your question, so here goes. Three types of electrode categories for AWS A5.1/5.5 - 1) fast fill, 2) fill freeze, and 3) fast freeze. Fast fill example-7024, fill freeze example- 7018, fast freeze example- 6010 although in each category there are numerous other examples per the AWS electrode specifications. These three labels/categories are just an indicator of the way the fluid puddle and slag acts while you are reading reading the puddle! 7024 is very fluid with high deposition rates, and fills up the weld joint quickly in the flat and horizontal fillet welding positions, hence the name "fast fill". These 3 terms/labels/titles were first brought about by the James F. Lincoln arc welding foundation/Lincoln Electric Co. (because through their R&D they invented the rods) which is where most welding students learn them from in textbooks!
With that being said- the incredible "burning wood" scented cellulose sodium 6010 variety of electrode is categorized as a fast freeze rod due to the puddle freezing rapidly when the electrode is oscillated or whipped forward and back as this electrode is meant to be run.
This would be dissimilar to the other two electrodes which are drag rods and higher deposition meaning a much more fluid heavier puddle. The 6010 variety is heavier penetrating and has a much stiffer arc with a light fast freezing slag cover unlike the other electrodes which have heavier slag to shield a larger molten metal deposit and help hold it in suspension while welding out of position.
The 6010 electrode is able to weld through dirt, rust, paint, etc. because it has a digging heavy penetrating arc. While forming a puddle with it you establish a bead width and begin to oscillate the electrode which therefore manipulates the width and size of the bead. When doing this you notice how much molten metal is being deposited which is essentially the goal (filling up the weld joint as fast as possible), and although the 6010 electrode is not a "fast fill" high deposition electrode-with good manipulation and reading the puddle you can fill a joint up faster by using these whipping/ "up and back" motions combined with the oscillating to carry around more metal and stack it heavier! This all has its limitations of course due to the nature of the electrode.
Hope this helps.