Motor current M1
(Motor current
M1) - Group Out-
put / Analog Out-
put
Motor current M1 is the motor current of the central motor in the welding system (drive
unit of the welding torch, etc.). As described below, the present motor current actual
value M1 can be output on a Digital Interface or an Analog Interface.
Digital Interface:
During the welding process, the present motor current actual value will be output as a
value between 0 and 65,535 (UINT 16).
Value range Designation Min./max. possible value
0 Motor current 0 A (actual value)
+327.67 Motor current 327.67 A (actual value)
Additional information for TWIN systems:
The digital actual value is output separately for both power sources.
Analog Interface:
During the welding process, the present motor current actual value will be output as a
value between 0 - 10 V.
Value range Designation Min./max. possible value
0 V Motor current 0 A (actual value)
10 V Motor current 10 A (actual value)
Additional information for TWIN systems:
The analog actual value is not output on TWIN systems.
Motor current M2
(Motor current
M2) - Group Out-
put / Analog Out-
put
Motor current M2 is the motor current of the front motor in the welding system
(wirefeeder, etc.). As described below, the present motor current actual value M2 can be
output on a Digital Interface or an Analog Interface.
Digital Interface:
During the welding process, the present motor current actual value will be output as a
value between 0 and 65,535 (UINT 16).
Value range Designation Min./max. possible value
0 Motor current 0 A (actual value)
+327.67 Motor current 327.67 A (actual value)
Additional information for TWIN systems:
The digital actual value is output separately for both power sources.
Analog Interface:
During the welding process, the present motor current actual value will be issued as a
value between 0 and 10 V.
Value range Designation Min./max. possible value
0 V Motor current 0 A (actual value)
10 V Motor current 10 A (actual value)
Additional information for TWIN systems:
The analog actual value is not output on TWIN systems.
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