Lincoln Electric® Air Vantage® Multi-Process Welder 566X Deutz 600A 60 Hz Silver K3242-3

This item is NOT returnable.

The air vantage® 566x is a powerful multifunction machine that offers up to 600 amps of iec rated welding output 20 kw of auxiliary power and 60 cfm of compressed air in a single package. This 3-in-1 workhorse has been designed to meet the most challenging job site needs and environments. The rugged air vantage 566x can handle a challenging assortment of tasks from heavy-duty carbon arc gouging to pulse welding. Now better than ever the machine features crosslinc® technology to provide welders with greater control at the arc to help improve safety productivity and weld quality. Purchase this powerhouse today features ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" on demand versatility offers up to 600 amps (iec rated at 525 amps) of welding current to tackle numerous welding and carbon arc gouging applications. Select one of five basic process modes including cc-stick downhill pipe dc touch start tig® cv-wire or arc gouging mode which maximizes output for up to 3/8 in. (9.5 mm) carbon rods generator output provides up to 20 kw of continuous three-phase power to run industrial tools such as plasma cutters pumps or inverter welders integrated air compressor 60 cfm 100 psi of compressed air powered by vmac® patented chopper® technology experience premium arc performance with minimized spatter for stick or pipe welding as well as enhanced gouging performance that prevents the engine from stalling resulting in smooth material removal expanded welding capabilities utilize customized modes for stainless aluminum and steel as well as advanced saw and orbital pipe modes. Features pulse welding capability for better arc control in out-of-position work and low heat input for critical welds crosslinc® enabled allows communication through a standard weld cable to enable voltage or current control at the arc without a control cable to help improve safety quality and productivity with less trips to the power source and r

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