Pulse welding

X5 PS Pulse/Pulse+X5 WF AP/APC

The advantages of pulse welding are a higher welding speed and deposition rate compared to short-arc welding, lower heat input compared to spray-arc welding, a spatter-free globular arc and smooth appearance of the weld. Pulse is suitable for all position welding. It is excellent for welding aluminum and stainless steel, especially when the material thickness is small.

Pulse

Pulse is a synergic MIG/MAG welding process where the current is pulsed between the base current and the pulse current.

>>  To take Pulse welding process into use, go to Memory channels view and select an available Pulse channel.

If there aren't any Pulse memory channels available, create a new one for Pulse process by selecting an available Pulse welding program for the channel. Follow the instructions in AP/APC control panel: Applying welding programs.

>>  Once selected, the corresponding Pulse welding process parameters become available for adjustment in the Welding parameters view. For more information, refer to the pulse welding parameters in AP/APC control panel: Welding parameters.

DPulse

DPulse is a double-pulse MIG/MAG welding process with two separate power levels. The welding power varies between these two levels. With X5 FastMig, the parameters of each level are controlled independently.

>>  To take DPulse welding process into use, go to Memory channels view and select an available DPulse channel.

If there aren't any DPulse memory channels available, create a new one for DPulse process by selecting an available DPulse welding program for the channel. Follow the instructions in AP/APC control panel: Applying welding programs.

>>  Once selected, the corresponding DPulse welding process parameters become available for adjustment in the Welding parameters view. For more information, refer to the pulse welding parameters in AP/APC control panel: Welding parameters.