PATON
PRO DC
MMA/TIG/MIG/MAG
- 84 -
5.1 WELDING PROCESS CYCLE
–
MIG/MAG
See paragraph 6.1 for the procedure for switching the parameter value of the function.
The pre-blowing time (t1) and post-blowing time (t2) with shielding gas are set on the wire
feeder.
5.2 INDUCTANCE FUNCTION
This function modifies the drop transfer process by changing the rate of current build-
up from a change in the arc voltage. As the stage value increases, the splatter decreases,
but the drop transfer frequency decreases. By changing the value of this function, each user
can choose the optimal welding process for themselves. In general, the minimum values
are used for welding thickness of more than 3 mm, and the maximum values are used for
thinner products.
By default, the inductance is set to OFF, i.e. set to zero stage. See paragraph 6.1 to
change the value of any function in the current welding mode.
5.3 BEGINNING OF WELDING VOLTAGE BUILD-UP FUNCTION
This function is necessary to smoothly reach the welding mode in the set time [t.uP],
which reduces splashing of the weld pool and splatter at the moment of striking, when the
wire is still cold. The extended smooth reach time is used for the initial weld pool
formation. The voltage build-up time [t.up] is responsible for regulating the smoothness of
this process, both in the source and in the wire feed speed control unit. For maximum
correct operation, these values must be consistent (not every feed unit has the ability to
change the wire feed speed at the end of welding).
CAUTION!
The longer the build-up time, the smaller the initial weld, so it is used only
for medium and long seams. For this reason, do not increase the time by more than 0.1
seconds when welding with tacks, etc.
сек
сек
сек
t, sec
t, sec
t, sec
Summary of Contents for PRO-160
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Page 11: ...9 PATON PRO DC MMA TIG MIG MAG PRO 160 200 250 3 MMA B PRO 270 350 500 630 6 4 MMA 2 6 1 MMA I...
Page 12: ...PATON PRO DC MMA TIG MIG MAG 10 3 1 MMA 6 1 3 2 HOT START 40 3 90 90 40 126 H St t HS 6 1...
Page 13: ...11 PATON PRO DC MMA TIG MIG MAG 3 3 ARC FORCE 40 Ar F u AF 3 2 6 1...
Page 16: ...PATON PRO DC MMA TIG MIG MAG 14 4 TIG Ar He 40 Ar 60 B A 6 4 TIG 2 6 1 13...
Page 17: ...15 PATON PRO DC MMA TIG MIG MAG 4 1 TIG LIFT 6 1 4 2 TIG LIFT t uP 4 3 t uP OFF 6 1...
Page 19: ...17 PATON PRO DC MMA TIG MIG MAG 6 1 5 MIG MAG 2 Ar He 80 Ar 20 CO2 25 2 2 Ar Ar CO2...
Page 21: ...19 PATON PRO DC MMA TIG MIG MAG 2 5 1 MIG MAG 6 1 t1 t2 5 2 3 OFF 6 1...
Page 29: ...27 PATON PRO DC MMA TIG MIG MAG...
Page 30: ...PATON PRO DC MMA TIG MIG MAG 28...
Page 31: ...29 PATON PRO DC MMA TIG MIG MAG PATON PRO 160 200 250 DC MMA TIG MIG MAG...
Page 32: ...PATON PRO DC MMA TIG MIG MAG 30 PATON PRO 270 400V 350 400V DC MMA TIG MIG MAG...
Page 33: ...31 PATON PRO DC MMA TIG MIG MAG PATON PRO 500 400V 630 400V DC MMA TIG MIG MAG...
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Page 44: ...PATON PRO DC MMA TIG MIG MAG 42 2 4 PRO 160 200 250 3 MMA B 6 4 MMA 2 6 1 MMA I...
Page 45: ...43 PATON PRO DC MMA TIG MIG MAG 3 1 MMA 6 1 3 2 HOT START 40 3 90 90 40 126 H St t HS 6 1...
Page 46: ...PATON PRO DC MMA TIG MIG MAG 44 3 3 ARC FORCE 40 Ar F u AF 3 2 6 1...
Page 49: ...47 PATON PRO DC MMA TIG MIG MAG 6 1 4 TIG Ar He 40 Ar 60 B A 6 4 TIG 2 6 1 13...
Page 50: ...PATON PRO DC MMA TIG MIG MAG 48 4 1 TIG LIFT 6 1 4 2 TIG LIFT t uP 4 3 t uP...
Page 52: ...PATON PRO DC MMA TIG MIG MAG 50 100 6 1 5 MIG MAG 2 Ar He 80 Ar 20 CO2 25 2 2 Ar Ar CO2...
Page 54: ...PATON PRO DC MMA TIG MIG MAG 52 4 5 19 0 6 1 2 2 5 1 MIG MAG 6 1 t1 t2 5 2 3 OFF 6 1...
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Page 64: ...PATON PRO DC MMA TIG MIG MAG 62 PATON PRO 160 200 250 DC MMA TIG MIG MAG...
Page 65: ...63 PATON PRO DC MMA TIG MIG MAG PATON PRO 270 400V 350 400V DC MMA TIG MIG MAG...
Page 66: ...PATON PRO DC MMA TIG MIG MAG 64 PATON PRO 500 400V 630 400V DC MMA TIG MIG MAG...