8
ARC FORCE
ARC FORCE allows the arc. Shortening the length of the arc is accompanied by an increase in the welding current, which results in stabilizing the arc.
Decreasing the value will give a soft arc and a smaller depth of penetration, while increasing the value results in deeper penetration and the possibility of
short-arc welding. When you set a high value functions
ARC FORCE
You can be welded while maintaining the minimum arc length and a high speed
short-arc welding. When you set a high value functions
ARC FORCE
You can be welded while maintaining the minimum arc length and a high speed
short-arc welding. When you set a high value functions
ARC FORCE
You can be welded while maintaining the minimum arc length and a high speed
electrode melting range: 0 - 10
9.2 TIG
During TIG welding, it is possible to control the operation mode selection source (two-stroke engine / czterotakt), the choice of working with or without
the pulsator of the pulsator and the control of the welding current, pulse frequency, time and downslope time powypływu gas.
Button to choose the method of welding (14) to select the method (TIG
)
. Press (13) select
dwutaktu (2T) or czterotaktu (4T) and the button (12) choose to work with pulsator (
) Or without the pulsator (
) .
Knob (4) to the desired value of the welding current, the knob (5) to set the pulse frequency (only when the pulsator), the knob (6) to set the fall time of
the current and the knob (7) Time powypływu gas.
welding current
Range: 10 - 200A
Time downslope -
fall time of the welding current value set to zero and the current value of the crater.
Time downslope -
fall time of the welding current value set to zero and the current value of the crater.
Time downslope -
fall time of the welding current value set to zero and the current value of the crater.
Range: 0 - 5s
pulse rate
- the frequency with which the value of a pulse of current between the welding current and the current base.
pulse rate
- the frequency with which the value of a pulse of current between the welding current and the current base.
Range: 0.2 - 200Hz
Time powypływu gas -
the time of extinction of the arc to close the gas valve in order to shield the solidifying weld pool from air and for cooling the
Time powypływu gas -
the time of extinction of the arc to close the gas valve in order to shield the solidifying weld pool from air and for cooling the
Time powypływu gas -
the time of extinction of the arc to close the gas valve in order to shield the solidifying weld pool from air and for cooling the
tungsten electrode. Too short time powypływu may result in oxidation of the weld. When welding in TIG mode, the AC (alternating current) time should
be longer. Range: 0 - 10s
2T / 4T
Welder during TIG welding can be controlled in the mode dwutaktu and czterotaktu. Dwutaktu mode by pressing the button on the handle and the
welding arc is struck should be carried out with the button pressed. Releasing the button on the handle will complete the welding process. In czterotaktu
mode, press the button on the handle of the burner and ignite the arc. After the correct arc is lit button can be released and welding lead to the slow
button. To complete the welding press and release the button on the handle.
10. WELDING coated electrodes (MMA)
10.1. initiation arc
Initiation arc welding coated electrode is to touch the electrode to the workpiece, and short rubbed isolation. For initiation of the arc electrode wherein the
sheath forms a non-conductive when solidified slag to be pre-clean the tip of the electrode by repeatedly impact against a hard surface until the metal in
contact with the work piece.
11. WELDING tungsten inert gas (TIG)
11.1 Initiation and maintenance of the arc welding process
DIGITIG device 210P is equipped with an ionizer that allows contactless arc ignition.
