Nice video. You explained and showed it very well! You are right about the high amperage with thick material! We learned it in the welding course with a "rule of thumb". We have about 30-40A/mm material thickness. It also depends on the welding position and which layer (seam) is welded.
어떤 종류의 도금인지는 모르지겠지만 용접 부위의 도금, 도장, 이물질 등은 깨끗하게 제거한후에 용접하시는 것이 좋습니다. 이물질을 제거한 후에는 일반 파이프나 도금되었던 파이프는 거의 같다고 보시면 될거같습니다. 이물질만 제거한다면 도금된 파이프라고 하더라도 특별히 다른건 없으실 겁니다.
Magnífico tutorial maestro,sus videos son siempre muy buenos y útiles, unos cordones tunas demostraciones excelentes, gracias por compartir sus conocimientos y experiencias, un saludo cordial y por supuesto un gran like desde Narón (Galicia) 🤓 🔝
Hello HAGOJIBI, we appreciate your teaching about TIG, but I would like to learn about more than Stainless... Would you like to include in depth teachings about Aluminum, some Titanium... and what about welding cooper and alloys with itself (not the soft soldering with Tin*)? I would like to learn about material properties (heat dispersion and heat deformation), type of current and polarity, and surface treatment... If you would be able to teach us that, I would be grateful to learn it from you. Regards from Spain. Edit: You already have videos about Aluminum... but instead of just how to weld this thickness, position or technique, I'm interested on a more advanced lesson about how this or any other material behaves and how to "tame" it. Actually, their different behavior against heat it's what usually define the most how you treat those different materials, on comparison.
Hola buenos días desde C.D de México hace días subí dos vídeos de unos muebles que estuve fabricando y preguntaba si podrías darme un consejo sobre el terminado en soldadura los aplique con mig espero tu opinión gracias
Fa piacere ascoltare la musica di sottofondo e riconoscere il canale così come era stato scoperto in principio. Mi domando se con il mio inverter e torcia WP26 ad aria io posso mantenere la massima potenza senza danneggiare nulla. La mia macchina eroga fino al massimo di 200AMP ed a queste caratteristiche: x=60%~I2=200A x=100%~I2=155A io sono solito usare 160A per alcune passate con deposito materiale e PULSE 200A/70% 1Hz per passate successive di livellamento. Peccato non poter disporre di 300A. Anche i 200A disponibili mi preoccupano per paura di danneggiare la torcia. Li uso solo per brevi tratti in continuo oppure per tratti più lunghi in pulsato. Posso osare di più?
Naturalmente, si consiglia di mantenere il tasso di utilizzo del 60%. Se viene utilizzato il 100%, potrebbe essere difficile per la saldatrice. A volte uso l'alta corrente per fare video. Tuttavia, per utilizzare 300 ampere nel lavoro reale, si consiglia di utilizzare una saldatrice con un'uscita da 500 a 600 ampere. Naturalmente, va tenuto conto del fatto che anche le saldatrici di grande capacità presentano degli svantaggi.
As with any welding on angle, you have to be sure that you melt and fill correctly the corner... you don't want to apply your weld separated from the corner just to it to look of the same size, as it leaves the corner not melted and hollow. If the beginning leaves you a smaller weld, you have to give it more time to heat and apply more fill and slower... if the end get's too wide, that's because it's melting too many metal, because it's too hot, so you have to apply less fill and go forward faster. I hope that I've understood your question correctly and it gives you the answer you need. Regards from Spain.
I would like to see you beat those plates with a hammer. Your rod is melting good. But the plates don't even appear to heat up. The bead can be beautiful But if it did not penetrate into the plate Then what is the point.
![weld [HAGOJIBI]](http://yt3.ggpht.com/ytc/AIdro_lButtTy6bwshHHOdUuuc7ktsddm0YgRj2FhqoPUm3aQA=s48-c-k-c0x00ffffff-no-rj)
Always Amazing still learning a lot of things even as a pro sheet metal worker
Спасибо за видео. Один из лучших каналов по TIG сварке 👍
Nice video.
You explained and showed it very well!
You are right about the high amperage with thick material!
We learned it in the welding course with a "rule of thumb". We have about 30-40A/mm material thickness. It also depends on the welding position and which layer (seam) is welded.
молодец💯💯💯 👍👍👍
Super,comme d'habitude
오늘도 유용한 용접 감사합니다
담 영상도 기대합니다^^
Спасибо класс.
Good👍
Nice videos
Hope this Sunday is treating you well.
안녕하세요. 영상 항상 잘 보고있습니다.
다름이 아니라 티그용접으로 도금파이프 용접을 잘하는 노하우를 알수있을까 해서 이렇게 납겨봅니다.
항상 응원하고 있겠습니다~^^
어떤 종류의 도금인지는 모르지겠지만 용접 부위의 도금, 도장, 이물질 등은 깨끗하게 제거한후에 용접하시는 것이 좋습니다. 이물질을 제거한 후에는 일반 파이프나 도금되었던 파이프는 거의 같다고 보시면 될거같습니다. 이물질만 제거한다면 도금된 파이프라고 하더라도 특별히 다른건 없으실 겁니다.
Здравствуйте Мастер!
Спасибо Вам !
Very nice tutorial brother 👍👍👍
Magnífico tutorial maestro,sus videos son siempre muy buenos y útiles, unos cordones tunas demostraciones excelentes, gracias por compartir sus conocimientos y experiencias, un saludo cordial y por supuesto un gran like desde Narón (Galicia) 🤓 🔝
Çok güzel olmuş
Hello HAGOJIBI, we appreciate your teaching about TIG, but I would like to learn about more than Stainless...
Would you like to include in depth teachings about Aluminum, some Titanium... and what about welding cooper and alloys with itself (not the soft soldering with Tin*)?
I would like to learn about material properties (heat dispersion and heat deformation), type of current and polarity, and surface treatment...
If you would be able to teach us that, I would be grateful to learn it from you. Regards from Spain.
Edit: You already have videos about Aluminum... but instead of just how to weld this thickness, position or technique, I'm interested on a more advanced lesson about how this or any other material behaves and how to "tame" it.
Actually, their different behavior against heat it's what usually define the most how you treat those different materials, on comparison.
👌👍🥇
Good welding . . Nice video
So glad I found your channel, HAGOJIBI. Thank you for another Master Class. As usual, your knitting is flawless!
Kolay gelsin 👏
هلا
اريد منك توضيح كيفيه لحام الخزانات الخاصه بالمياه السخانه وماهي معايير اللحام التي يجب تنفيذها
👍👍👍
Es muy útil este canal solo que el doblaje ya no lo hacen en español. Hojalá lo pueden volver a doblar en español, gracias.
👌
May I ask?? Where can I buy the black glass with blue color?? with what code?? Thank you
Thank you for what you provide. I personally benefit greatly from your high technologies, and I continue to follow up 👌
Hola buenos días desde C.D de México hace días subí dos vídeos de unos muebles que estuve fabricando y preguntaba si podrías darme un consejo sobre el terminado en soldadura los aplique con mig espero tu opinión gracias
Gracias saludos estamos en contacto
Bạn có thể hướng dẫn các phương pháp cầm ống lửa để di chuyển khi hàn , ở các tư thế khác nhau . cảm ơn
👍
오늘 용접작업을 하다가 동료와 말다툼을 벌인일이 있어서 질문드립니다.용접작업중 접지선과 토치가 너무 열을받아서 중간중간 멈춘다음에 하고있습니다. 그때에 용접기 전원을 내리고 식히는것과 전원이 켜진상태에서 멈추고 식히는것중 어느것이 더 효과적인 방법일까요?
Fa piacere ascoltare la musica di sottofondo e riconoscere il canale così come era stato scoperto in principio. Mi domando se con il mio inverter e torcia WP26 ad aria io posso mantenere la massima potenza senza danneggiare nulla. La mia macchina eroga fino al massimo di 200AMP ed a queste caratteristiche: x=60%~I2=200A x=100%~I2=155A io sono solito usare 160A per alcune passate con deposito materiale e PULSE 200A/70% 1Hz per passate successive di livellamento. Peccato non poter disporre di 300A. Anche i 200A disponibili mi preoccupano per paura di danneggiare la torcia. Li uso solo per brevi tratti in continuo oppure per tratti più lunghi in pulsato. Posso osare di più?
Letto così mi mette un po' spavento 🥺
Naturalmente, si consiglia di mantenere il tasso di utilizzo del 60%. Se viene utilizzato il 100%, potrebbe essere difficile per la saldatrice.
A volte uso l'alta corrente per fare video.
Tuttavia, per utilizzare 300 ampere nel lavoro reale, si consiglia di utilizzare una saldatrice con un'uscita da 500 a 600 ampere. Naturalmente, va tenuto conto del fatto che anche le saldatrici di grande capacità presentano degli svantaggi.
잘보고 있습니다. 부탁드리는데 중간부 용접부터 말고 아크를 일으키는 순간부터 좀 올려주시면 안될까요? 연결부이든 시작부든 제대로 안될때가 많아서요...
스타트나 중간연결부분은 용접봉 송급하여 용융지 원하는 크기까지 만들고 시작해야합니다 연결할때도 끝난곳이 아닌 5mm 뒤에서 시작해야하고요
As with any welding on angle, you have to be sure that you melt and fill correctly the corner... you don't want to apply your weld separated from the corner just to it to look of the same size, as it leaves the corner not melted and hollow.
If the beginning leaves you a smaller weld, you have to give it more time to heat and apply more fill and slower... if the end get's too wide, that's because it's melting too many metal, because it's too hot, so you have to apply less fill and go forward faster.
I hope that I've understood your question correctly and it gives you the answer you need. Regards from Spain.
Тодд щщщллллллллллл жизни. Щщщ
Cut it in half and show us the root. Without knowing the penetration it's kind of useless.
What glove is he use, anyone know?
空冷トーチで、300A？？
I would like to see you beat those plates with a hammer. Your rod is melting good. But the plates don't even appear to heat up. The bead can be beautiful But if it did not penetrate into the plate Then what is the point.
👍