i was just playin with it again last night.
just seeing what power it can put out before it trips my lowly circuit. it didn't do too bad, this thing is not power hungry. the fan came on a few times.
and to see what the different settings do. the sound the arc makes on 250hz is impressive
. though it didn't narrow the bead as much as i thought it would. i guess 3/32" can only go so thin, or/and i need more practice. like i said, i was just playin with it.
pic 1.
that is 1/8" angle. there is no bead, i was adding filler. but i need bigger filler rods, as i couldn't add enough. my goal here was to see how much it would penetrate. the bead on the back side (forgot to take a pic
) is massive, about .125" tall. the hole on the left side, i stoped there and wanted to see if it would blow a hole. it nearly did, till the breaker tripped.
iirc i had it on 110amps.
the other part is differential races. one bead is real thin, with no filler, looks good, top right. top left, just seeing if it would penatrate all the way, it did.
bottom left, just seeing if it had the power to weld the thick part of the race. once again, it did.
pic 2 & 3.
.125" x 5" x 24"(just the one side, with the most beads on it. the other side is the same) 6061 plate. just wanted to see if it would even bead on this large size plate. once i saw that it did easily, penetration tests comensed, not a problem there either.
the plate with the most beads. i just ss wire brushed that real good, thats it. most had filler, 1 didn't, the flat looking one. yes, i need practice on my crater fill.
the 1 bead off by itself on the other plate (btw, these 2 plates are jointed by JB Weld). i wanted to see if it could lay a bead WITHOUT ANY cleaning what so ever. as you can see, cleaning didn't make much, if any, difference.
this machine cleans as it goes
. i can see it spitting the junk away from the bead. it even "seems" to clean its own tungston
i have never welded with a modern TIG machine, so i have nothing to compare its performance with. but i must say, this thing is impressing me very much, and i'm not even feeding it well. 220v should be VERY impressive, and probably more than i will ever need.
more to come
just seeing what power it can put out before it trips my lowly circuit. it didn't do too bad, this thing is not power hungry. the fan came on a few times.
and to see what the different settings do. the sound the arc makes on 250hz is impressive

pic 1.
that is 1/8" angle. there is no bead, i was adding filler. but i need bigger filler rods, as i couldn't add enough. my goal here was to see how much it would penetrate. the bead on the back side (forgot to take a pic

iirc i had it on 110amps.
the other part is differential races. one bead is real thin, with no filler, looks good, top right. top left, just seeing if it would penatrate all the way, it did.
bottom left, just seeing if it had the power to weld the thick part of the race. once again, it did.
pic 2 & 3.
.125" x 5" x 24"(just the one side, with the most beads on it. the other side is the same) 6061 plate. just wanted to see if it would even bead on this large size plate. once i saw that it did easily, penetration tests comensed, not a problem there either.
the plate with the most beads. i just ss wire brushed that real good, thats it. most had filler, 1 didn't, the flat looking one. yes, i need practice on my crater fill.
the 1 bead off by itself on the other plate (btw, these 2 plates are jointed by JB Weld). i wanted to see if it could lay a bead WITHOUT ANY cleaning what so ever. as you can see, cleaning didn't make much, if any, difference.
this machine cleans as it goes


i have never welded with a modern TIG machine, so i have nothing to compare its performance with. but i must say, this thing is impressing me very much, and i'm not even feeding it well. 220v should be VERY impressive, and probably more than i will ever need.
more to come

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