As the topic says, I'm getting rid of some stuff in the shop for the new year. I have an older Miller TIG, it's a hulking, 330 amp machine that could weld battleships, Model 330 A/BP. AC/DC, set up for water cooler. It started having issues with the high frequency start last year; it will still weld just fine with a scratch start. I have a schematic for it and there are people still selling parts for them, but I bought a fancy new smaller Primeweld unit and haven't been bothered to work on it. No bottle, torch or water cooler included. Those are all in use with my new machine. I probably have an Argon flow meter I can send off with it.
I can get it up in the air for your truck or trailer, it probably weighs 500 lbs or more, fair warning. As you can see it tows just fine with a Prius though!
Edit: I should probably say that Callahan is near Jacksonville, although I guess Google would reveal that.
I don't currently have a need for it, but I can give a free bump for the morning folks.
If it helps out, I own the Airco version of this - it's the same except it's orange rather than blue. It's a hoss of a welder. HF start on mine is also dodgy but scratch start is fine.
Be aware that this welder uses a TON of power; it can run on 240V but will want 140A if you want to use it at the upper end of its capacity (wiring should be convertible between 240V 1ph and 208 3ph). They were also originally set up for full-loss water cooling (water is supplied pressurized to the inlet, cools the torch, and then just flows out as warmer waste water). It's hugely inconsiderate of water (as it sounds), but it's not hard to fit a modern water cooler.
These are also heavy. Mine is something like 800lb, even heavier than my circa-2000 Syncrowave 250. They're also super durable.
It looks like it's spoken for, with another couple of people in line (I also posted it on FB just to my local friends).
In reply to brandonsmash :
I've been running it on a 50 amp 240 circuit single phase circuit for years, and it will run at least 250 amps on that without issue. It would occasionally trip when I started the arc no matter what amperage it was set to; I went up to a 60 amp breaker (had the wiring for that, but no more) and that was enough to run without issue. All of that copper core has a helluva inrush current, apparently. I had a recirculating water cooler on it, it actually has a solenoid for the water as well.
