Now, today's most revolutionary TIG welder can be yours! It's the Invertig 201 from HTP and it's one unbelievable piece of equipment. By incorporating advanced inverter technology in the design of this state-of-the-art machine, we are able to get a whopping 200 amps of raw welding power, yet pull only 30 amps out of the wall! That's right, a mere 30 amps. The Invertig 201 is so energy efficient, the state of California should be paying our customers to use it. Compared to competitive transformer machines, the Invertig 201 uses 60% less electricity. That's right . . . our Invertig 201 is able to produce 200 amps of welding power while using a whopping 60% less electricity!
What's more, the Invertig 201 comes standard with features the competition doesn't even offer! For example, most conventional AC/DC TIG welders, when in the AC mode, have a fixed frequency of 60Hz (just like your standard house current). With the Invertig 201, you can vary the AC frequency from 20 Hz to 200 Hz while maintaining a square wave throughout the complete range. Balance is also fully adjustable from 10% to 90%, a much wider range than possible with conventional transformer machines.
The Invertig 201 probably has the best low end in the business – all the way down to 4 amps. Inverter technology produces a smooth, stable arc, making intricate work on mild steel, chrome moly, stainless steel and inconel a breeze. Plus, with variable frequency in AC, the machine produces unparalleled results when welding thin aluminum. Pulsing is standard, with a pulsing frequency from 0.4 to 300 Hz in the DC mode .4 to 2 Hz in the AC mode.
The Invertig 201 has the ability to store 99 user defined welding programs. This really makes it easy in a production environment to quickly change from one job to the next. And for someone that is not using their Invertig 201 every day, if they find a set of parameters that works for an application, say thin aluminum, then they can program that mode in and with a few keystrokes, retrieve those exact settings. You could have a setting for thin aluminum, thin steel, ¼" steel and so on.
Conventional arc welding is really simple with the Invertig 201. Using the stick mode in conjunction with the foot pedal, allows you to vary the welding amperage. Perfect when doing pipe welding!
Select the touch start mode for welding aluminum or any other material with out High Frequency. This is important if your application takes you near sensitive electronic equipment, such as on site repairs in a hospital or repairing aluminum vehicles with on-board computers.
This package of power weighs just 68 lbs and fits into a cabinet measuring 20" long by 9 1/2" wide by 21" high. Because it only draws 30 amps on 220 volts, you can take it right to the work. The machine comes standard with a 12 ½' long 17 Series air-cooled TIG torch, a foot pedal with 12 ½' cable, flowmeter and 70 minute TIG DVD. The InverTig 201 also comes with a three year warranty.
Optional accessories include:
• 25' long, 17 Series air-cooled TIG torch with a 25' foot pedal.
$35
• 25' Ground with Clamp
$60
• 15 " Ground extension
$50
• 25' or 12 ½' long, 20 Series water-cooled torch.
• Water cooler.
• Hand amp control with either slider or rotary control
$35
• 16 gauge, heavy duty cart with bottle tray.
$275
• Consumable Kit for torches
$55
• Pyrex Cup Kit
$55
• Machine Cover for InverTig 201
$50
The advanced technology found in the Invertig 201 will allow you to produce professional quality welds in all types of metal – quickly, easily and affordably.
Shown with standard foot pedal, optional cart, and optional water cooler.
Conventional transformer TIG welders use a pure tungsten electrode which forms a ball when welding AC. With an inverter, setting the balance to 90% and the frequency to 200 Hz allows you to use a 2% ceriated tungsten sharpened to a point. This:
• Allows the arc to jump from a point instead of a ball which provides unparalleled arc stability and reduces "arc wandering". • Produces a more focused arc, resulting in a narrower bead and making it much easier to weld inside corners. • Minimizes the heat affected zone as the heat is more concentrated, making it easier for both the novice and professional to weld thin materials.
