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Pulsing parame-
ters
CMT/Pulsed CMT_cycles
Number of CMT cycles (0 - 500)
Puls_cycles
Number of pulse cycles (0 - 500)
(9) d_pulsup
Linear rate of rise in the pulsing current [A/ms]
0 = no pulsing current rise
1000 = maximum pulsing current rise
(10) tau_pulsup
Non-linear rate of rise in the pulsing current [ms] (0.08 - 5)
(11) I_p1
Current command value [A] during the pulse phase
(12) vd_pulscycle
Wire feed speed [m/min] during the pulse cycle (0 - 45)
(13) d_pulsdown
Linear pulsing current decrease rate [A/ms]
0 = no decrease in pulsing current
1000 = maximum pulsing current drop
(14) tau_pulsdown
Non-linear rate of decrease in the pulsing current [ms] (0.08 - 5)
(15) I_base
Current command value [A] during the base current phase
(16) t_base
The length of time [ms] that the parameter "I_base" is active (base current phase)
0 = no base current phase
99.98 = maximum duration of the base current phase
IMPORTANT! The pulsing frequency is calculated as follows:
f=
1
(t_base + t_p1)
(17) t_p1
Duration of the pulsing current phase [ms] from the start of the current rise until the
start of the current decrease
0 = no pulsing current phase
50.02 = maximum duration of the pulsing current phase
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