Stick and (lift start) TIG inverter welder: Dual primary voltage, 240V (single or three phase) and 480V. Also available in single voltage 240V, 480V, 575V and 400V.

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Capacitor discharge arc starter TIG/Stick welding machine designed specifically for demanding TIG welding where the tungsten electrode (wolfram) is not allowed to touch the base metal which could cause contamination of the weld.

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Primarily designed for TIG welding (GTAW) with an industrial robot using a time-proven SCR-inverter type power supply. Weighs only 80 pounds, features a built-in circuit breaker, and provides 5-zones of thermal protection to make this machine ideal for integration with an industrial robot using 240, 480, or 575 Volts AC for primary power.

A lightweight, 80 lb. Portable Inverter Drawn Arc stud welder. Full Base Stud Capacity: minimum 1/4“ to maximum 5/8".

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A multi-process MIG/Stick inverter welder. The MIG feature is an important benefit in industrial applications where automatic feed is a great time saver. One of the important benefits of using the inverter type power supply technology is the significant weight reduction.

Dual primary voltage, 240V (single or three phase) and 480V. Also available in single voltage 240V, 480V, 575V and 400V.

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A 300 Amp Stick/TIG-welding machine which will run off the "third-rail" DC voltage up to 800 Volts, and is ideally suited for light rail and subway train tunnels where AC power is not available and fumes from generator welders may be hazardous. The unit has optional clamps for connecting Third-Rail power.

The Warhorse is an option to The Workhorse 300S. It is available in all standard voltages and is designed to protect the machine from voltage spikes and over voltage surges commonly found in environments with very "dirty" power distribution system, such as coal mines, power plants, steel mills and some generators. This high resistance to surges and spikes has been achieved by vastly increasing the capacity of existing surge protection circuits, adding new surge protectors and by using high voltage rated components in critical parts of the inverter circuits.