Connection between tungsten length and weld bead . In TIG welding Walking The Cup technique
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- Опубликовано: 3 окт 2020
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Hello everyone.
Today, we have a discussion on how tungsten length affects the weld bead.
The angle of the torch along the tungsten length,
The changes in the melt pool according to the angle of the torch are captured in the video.
When doing TIG welding...
We compared the changes that appear when applying different shapes of molten pool to the "cup walking technique".
Thanks for watching.
Please take good care of your health.
#Use_translated_subtitles
#please
#hit
#subtitles
#Hagojibi
#TIG
#welding
#video
Наконец то я вижу грамотного учителя, каналов по сварке много, но этот канал мне очень понравился
티그용접 3개월차 배우고 있습니다 막연하게 느낌적인것들을 이해하기 쉽게 딱딱 요약해서 올려주셔서 정말 많은 도움이 되고 있습니다.
감사합니다
Real master of welding .
Best teacher of welding .
Excellent video! Clear, concise, and well made! Thanks so much for sharing!!
Best welding channel on YT! ❤
오늘도 유익한강의 감사합니다ㅎㅎ
막연히 느낌만알고 명확히 설명은못하던부분들이 제대로 정리되는느낌입니다!
Que dice?
항상 잘보고 있습니다. 최고의 용접선생님이십니다.
Show, muito bem explicado , um dos melhores canais de solda. Obrigado.
오늘도 너무좋은 정보감사드립니다...다음기대됩니다
아주 소중한정보 감사드립니다
숙제가 생겨서 좋습니다
More great knowledge and beautiful welds from a Master of the trade thanks HAGOJIBI 👍👍👍👍👍
La verdad un gran soldador y me ayudaste mucho increible saludos desde argentina,un gran profesional
갈수록 설명이 누구나 알아 듣기 수월해짐이 느껴지네요^^
언제나 유익한 내용 감사합니다!
ruclips.net/video/qY3VXxzIjOY/видео.html
Hermano siempre sigo tus videos,tus conocimientos ayudan mucho a soldadores como yo y siempre con esa humildad tan caracteristica que tiene. Saludos desde argentina!
Cuál crees 5, 10, 15 fue la mejor opción
Спасибо за подробные обьяснения 👍очень интересные и полезные видеоуроки по сварке👍
Amigo eres todo un experto en proceso tig me gusta tu forma de explicar gracias x compartir tu conocimiento en materia d soldadura saludos desde fco Rueda tabasco mexico
A true Grand master at tig welding great video thank you.
This video so very helpful for begginers like me.thank u sir.i watch all videos a lot.
Огромное спасибо! Вы делаете очень хорошие и полезные видео.
ОН 230 АМПЕР НАКРУТИЛ?
@@StormweII да , там же написано
Parabéns por suas explicações ......ajuda de mais na qualidade das soldas que faço
I hear temperature can change the colors that appear. It would be interesting to see this test redone with a temperature read on the different welds.
Thank you. You are an excellent instructor!
Hiện tại mình đang học hàn , nếu ngày mai qua được mối 4G hàn hồ quang thì mình bắt đầu học hàn tig. Video này giúp ích mình rất nhiều. Thank ad
유익한 정보 감사합니다
정말 귀에,눈에 쏙쏙 들어오네요 ㅎ
망구 제 생각 입니더 ㅎㅎ
감사합니다 🙏
Muito obrigado seus vídeos estão me ajudando muito professor
Excelente video m ayuda muchísimo, sos una buena persona por compartir tus conocimientos a los demás, desde Argentina un fuerte abrazo!!!
Спасибо Джин.Всегда интересно смотреть твои видео,.👍
Your tig welding skills are extremely impressive. I mostly do flux core welding at my work, with some stick/tig at smaller intervals.
Shoot tig is where the moneys at for sure, especially aluminum
شكرا جزيلا لك لقد تعلمت منك الكثير من خلال متابعة فيديواتك . تحية لك من القلب 🫰❤️
Best presentation TIG welding technic I have saw!!!! Congratulations!
Thanks for the explanation and flawless technique; a thing that i would like to point out is the fact that with shorter tungsten it seems that you have more heat input due to the angle and probably the lower travel speed, if you look to the color the 5mm tungsten bead is kinda blueish, while the other 2 are goldish. I may be wrong but to me this means that with 10 and 15 mm tungsten you have a more proper gas coverage and less heat input in the workpiece
Thanks for the great comment. We plan to make a video about it in the future.
@@weldHAGOJIBI i'll be waiting for it, I learn a lot from your videos, they are very interesting and entertaining; plus you are a very humble and it's something I really appreciate👍🏻
@@raulduke85 Thank you. Have a nice day.
@@raulduke85 ruclips.net/video/qY3VXxzIjOY/видео.html
Longer stickout just means tge argon is protecting the cooling bead for longer thats all
感谢师傅的详细讲解，感谢。
Adoro seus vídeos o melhor do RUclips tô aqui 3 horas da manhã assistindo 😅 quando a gente gosta do que faz não tem hora certa 😂😂😂
Seus vídeos são maravilhosos obrigado por compartilhar seus conhecimentos 👏👏👏👏
추석 연휴 즐겁게 보내셨습니까? 파이널 연습중인데 텅스텐 길이가 고민이였는데 너무 감사합니다.
감사합니다. 연휴 마무리 잘 하셔요~^^
Thank you for sharing your knowledge in english.
溶接の仕上がりまで芸術にするのはホントプロのこだわりですね。ブラボー！
진심 유익했네요 감사합니다
Man, this is just what I was looking to have answered and this guy did a fantastic job of explaining! I have watched some of his other videos and this guy is pretty darn good. Interesting that he uses a percentage of the "outside" diameter whereas I was taught using the inside diameter. I personally like a medium tight weave or pitch. Just seems easiest for me on my wrist and arm. I usually stick out the id distance (number of cup in 16ths) except for the root. I will shorten that about a 16th of an inch to point inwards to center of pipe a bit more. Otherwise he is right that it really is a matter of personal preference and comfort level. Love this guy's tutorials tho. Very informational.
The biggest thing here is he’s also not using 2 pieces of metal and tossing the weld under a chop saw to show you the penetration. The more angle you have away from vertical, the less heat you’re putting into penetration, which is bad for thick material, but very handy if your getting down into gauges (22ga instead of say 1/8” plate). He talks about it, but he should have done a chop on each plate to show the difference. It all matters and changes upon material thickness and type. There’s also something to be said about how your argon will perform under high angles…. you better crank up the gas if you’re running that much stick-out. He’s a pretty good welder from the few videos I’ve seen. I too was taught using inner cup diameter and most welding I do is basically “stick-out equals I.D.”, but sometimes I toss a ton out with a huge gas flow to get into a tight corner, or I suck that baby way in to get a good weave and penetration.
@@BlackwaterDSM Good points mike, thank you!
Thank you .
Спасибо огромное Вам за очень полезное видео .
와 티그용접 2주차인데 정말 좋은 자료입니다. 나는 한줄 떄우는데도 왜이렇게 오래걸리나 했더니 텅스텐을 5mm보다 3배나 뺴서 오래걸렸던거였어 ..
I am not a welder, but really enjoy your knowledgeable and interesting video ...
좋은 영상 잘봤습니다. 배우는 단계인데 도움이 될것같아요 ^^
Nice job , ever run the Arkansas bell hole ? Yrs ago I tig the roots from boiler tubes, pipe and triple X main steam line . Never walked the cup always free hand left n right hand . Times have changed . Nice crown on inside ! Great I are sharing techniques!
Gracias muy buena explicación
Excelente muito bom gostei e foi de grande ajuda suas explicações e tudo mais, seu detalhamento é exelente, vou seguir vc e aguardo mais conteúdo nesse sentido,
Probably the best detailed channel. Very well recorded and shown. Thanks
ruclips.net/video/qY3VXxzIjOY/видео.html
Perfeito essas solda meus parabéns 👊🇧🇷
Great videos! After 30+ years you always show me something or confirm what I've been doing. At 230 amps you're going to get penetration. But how much does tungsten angle affect how deep it is? Your videos do a great service for welder new or experienced. Thank you very much. Please keep them coming. Ol Sparky
We will be making a video on penetration in the future. Thank you.
ruclips.net/video/qY3VXxzIjOY/видео.html
Jak zawsze ciekawy film , pozdrawiam ;)
gracias por la gran ayuda que brindas en tu canal! saludos desde argentina
Cómo siempre muy buenos videos gracias por la esplicasion sigue así 👍
Спасибо друг ! Как всегда всё очень наглядно и познавательно (-:
Thank you very much, creator. I benefited a lot from you
Hi man! Your explanations always are very accurate and valuable, thanks.
Ai sim mestre está uma bela aula e apresentação de como se faz diferente formas de soldagem na regulagem do tungstênio obrigado pela apresentação 🇧🇷🙏
Excelente explicación, muchas gracias por compartir tus conocimientos
Your channel is so helpful. Thank you kind sir.
Great video. Didnt understand you but the visual was a perfect explanation! 🙏
there are some subtitles in different languages
Sei molto bravo nelle tue spiegazioni , imparerò da te , grazie
Спасибо, хорошее видео!
당신은 당신이하는 일을 아주 잘합니다. 브라질에서의 인사
좋은 정보 감사합니다ㆍ
감사합니다
انا بعشق المهنه دي واتمنى انك تفيدني بالفيديوهات بتاعتك واتمنى من ربنا انه يعطيك الصحه
Complimenti per il video molto utile per i principianti,come me,avrei preferito la traduzione delle impostazioni della saldatrice Grazie
도움이 될 것으로 생각이 드네요 감사합니다
많은 도움이 됩니다. 감사합니다
Thanks for the useful technique
영상 감사합니다 즐거운 하루되세요
Как всегда очень наглядно и понятно. Спасибо
ruclips.net/video/qY3VXxzIjOY/видео.html
Thanks for this very helpfull video. After the adwertisement language changing you tube must do something about this
좋은 자료 감사😊
thank you man
wonderful
고생했어요 ㅎㅎ 감사하고요
Super vidéo...y a t'il une vidéo sur comment godiller pour la gestuelle je n'y arrive toujours pas. Merci
Good job suhu
excellentes videos!
텅스텐 길이조절이 중요한것을 이제 느끼고있습니다
길이조절에서 토치각도가 변화되고 그속에서 용융풀이 변화차이가 용접에 큰영향주고 그것을 얼마나 숙련됨에따라서 기량차이가 나는것같습니다
과학적입니다
Здравствуй Джин! Отличное познавательное видео! Раньше не предавал значению вылету вольфрама ставил на глаз примерно 7-10 мм! Спасибо за опыт.
Здравствуй брат. На мой взгляд, я также в основном использую 7 ~ 10 мм. Может быть, многие люди похожи.
Я варю аллюминиевые трубы толщиной 1...2 мм, вольфрам синий, вылет 0мм. Это неправильно?
@@user-ju9zg8qu1w Если честно я аллюминий варил всего несколько раз и в основном вылет был такой же как и всегда. Такой тонкий я даже не варил. По этому не берусь давать такие советы.
@@user-vp4zs1rb9p сегодня попробовал выпустить вольфрам до 5мм. Управлять швом стало на порядок проще. Около часа пробовал разные настройки, подобрал более/менее что-то подходящее, но появилась проблема с самим вольфрамом. Заточки стало хватать ненадолго. Кончик быстро крошится и за день я его почти весь сточил. Щас пересматриваю ролики и ищу есть ли тут что-то об этом. Но в общем мне понравилось
Thank you for the tips 👍👍👍
Awesome video. I even learned heard some words like “tungsten”👊
Excelente, Muchas Gracias, Saludos desde Nicaragua,,,
유익한 정보 감사드립니다^^
고맙슴니다 새해 복 많이 받으세요
매번 많이 배우고 갑니다...
혹시 sch80 6g 영상도 올려주실수 있으신가요.
육지자세도 배우고싶습니다.
ruclips.net/video/qY3VXxzIjOY/видео.html
Show de bola mano velho vc manja muito!!!!
Parabens...
Se ele fosse bom ,te falaria que essa distância se chama stkaute
@@wiltonmarcos7403 это вопрос воспитания. Этикет не разрешает использовать узкопрофессиональную речь при широкой аудитории. Это допускается только в узком кругу специалистов. Есть новички, которые купили сварку вчера. Они могут что-то не понять. Он воспитанный человек
@@wiltonmarcos7403вы тоже не знаете что такое просак😂
nice tips❤
Hi @Hagojibi. I have a question : Does the angle of the torch have an effect on the penetration ? If i weld with a 90° angle. will my penetration be different than a 45° angle ?
Thank you, love your work.
Good vibes from France.
Great knowledge, I assemble machines for processing bread food and production, very useful, thank you
For sure you are making very good videos..!! About this video when the welding the cup techique is used ..what about penetration to the base metal..especially when the electrode protrudes 10-15mm?
Друг, ты - лучший! Я мечтаю научиться варить железо так же, как ты.
Спасибо за ценную информацию.
Thank you bought welding yesterday ... I will study. 👍
Very good observation.
If you maintain the same angle of the torch the tungsten length will not change he puddle size or shape. The angle with which you grind the point on your tungsten will have more effect on puddle size and shape. A long narrow needle point will have a larger puddle that a short pointy cone.
Very very good! Thank you admin.
ruclips.net/video/qY3VXxzIjOY/видео.html
Thanks, sangat membantu... 👍👍👍
Thanks, this is helpful.
좋습니다
많이 배우고 갑니다...용접결함 관련 용어나 결함 사진이나 영상도 부탁드려도 될까요?^^특히 RT 결함 관련된 거 있으면 부탁드릴께요.용접사라면 어떤결함인지...용어나던가... 본인이 용접사라면 알아야 될꺼 같아서요..부탁드립니다.^^
심심해서 댓 답니다
p:기공,이물질,등등 결함
lf:융착불량
ep:빽 과다
rc:빽 빨림
uc:파이널이나 빽 양쪽끝이 꺼질때 rc랑 비슷
frc:파이널 두줄이상일때 피드와 비드 겹침에 계곡이 심할때
rt결함은 위에 것들이 대 부분
-지나가는 접사가-
@@user-bi6if5fj5i 오~몰랐던 용어도 있네요...감사합니다.^^