MIG/MAG Welding Torch Push-Pull Plus

The welding torches of the Push-Pull Plus series, specially developed for aluminum welding requirements and the use of thin wires, makes problem-free and consistent wire feed and constant wire feed possible, even with longer cable assemblies. A powerful, sturdy pull motor with potentiometer guarantees exact speed regulation. For an optimum wire feed without frictional loss, the contact pressure of the feeding rollers can be regulated precisely and easily directly on the handle. The ergonomic handle ensures optimum, low-fatigue handling.

The screw-type torch necks can be replaced quickly.They are available as either straight or 45° angled versions. A special interface between the handle and the torch neck makes it possible to turn the necks up to 360°. All torches, both air and liquid-cooled for capacities of up to 400 A, are based on the tried-and-trusted “MB” torch neck design.

The main areas of application for these welding torches include wharfs, manufacturers of containers and ships etc., as well as in vehicle and wagon building. Wherever exact and constant wire feeding is an absolute must.

• Identical motor characteristics as standard Push-Pull
• Consistent and problem-free wire feeding thanks to a powerful pull motor
• Precise contact pressure regulation of the wire feeding rollers directly on the torch
• Available with optional potentiometer for speed regulation
• Wearing parts are identical to those of the tried and trusted MB torch series – minimised stocking
• Optimum torch cooling – long tool lives
• Sturdy design – long service life

Technical data according to EN 60 974-7:

*according to DIN EN 439

Rated using power source with VDE standard volt/amp characteristic (U=14+0.05xl). When pulse welding, reduce rating by 35%.

Technical data according to EN 60 974-7:

*according to DIN EN 439

Rated using power source with VDE standard volt/amp characteristic (U=14+0.05xl). When pulse welding, reduce rating by 35%. Recommended cooling capacity of water recirculator approx. 800 W. To protect cable assembly components from excessive heat build up we recommend a post welding cooling cycle of at least four minutes.