INVERTER WELDING MACHINE 255A

Has all the adjustable parameters needed for the MMA welding process and therefore suitable for a variety of workpiecesPulse weldingAll Welding parameters are easily identified with matching graphics making operation easy and straightforward Full digital design and highly integrated circuit greatly reduce interruption and failure rate. Input: 220 VoltsIGBT TechnologySuitable for MMA weldingLight weight and portanlePower rating: 6.8kVAInverter-based technology is very lightweight in comparison to transformer welders, think Bruce Lee versus a sumo wrestler. We’re talking up to half the size of some transformer machines. If you’re doing stationary work in a big area, a large, heavy transformer machine won’t be much of a problem. But if you’re planning on transporting your welder around or space is limited, inverter tech will make life a whole lot easier.
Efficiency And Stability
Transformer welders have come a long way in the last 50 years. With a high-quality welder, you can achieve an impressive level of efficiency while maintaining a fairly stable arc. It’s nothing, however, compared to inverter welders. Many inverter welders are up to twice as efficient as their transformer counterparts. For instance, the Lincoln 160-T uses half the amperes compared to a transformer welder to reach the same amount of volts. For this reason, many inverter-based welders can run off a normal house socket so you don’t have to find a big ol’ 220V plugin or buy a generator.
For a long time, inverter welders could only supply direct current (DC). While they had a much more stable arc than normal DC transformer welders, there was only one option for AC welders. Today, inverter welders can rock both AC and DC (ah, ah, see what we did there?). Because inverters are more efficient, they can produce a more stable arc. For this reason, inverter welders take the trophy for both efficiency and stability.