Superpuls; Liftarc; Pulse Modes; Reset Error - EWM RINTX12 STANDARD Operating Instructions Manual

5.5.4

superPuls

This signal switches on the superPuls mode
X4/5
Signal active
Signal not active
Use of this signal has to be enabled with the EWM Config Tool first.
[2]
Only for Titan XQ, Phoenix XQ, Phoenix and alpha Q machine series
[2]
5.5.5

Liftarc

This signal switches ignition to lift arc mode
X5/8
Signal active
Signal not active
The lift arc start mode has to be selected in the Expert constants of the JOB.
Only for Titan XQ, Phoenix XQ, Phoenix and alpha Q machine series.
[1]
Use of this signal has to be enabled with the EWM Config Tool first.
[2]
5.5.6

Pulse modes

These signals allow the different pulse modes to be actuated in different processes. The process (DC or
AC) determines the pre-selection of the possible actuations. An actuation that is not applicable is auto-
matically overridden
X5/5
Signal not
active
Signal active Signal not
Signal not
active
Signal active Signal active DC
Only for Tetrix XQ, Tetrix and forceTig machine series.
[1]
Must be supported by the welding system.
[2]
Tetrix XQ.
[3]
5.5.7

Reset error

This allows an existing system error to be reset. The signal must be flanked in accordance with the actua-
tion logic selected. A continuous signal does not cause any error suppression or automatic reset.
X4/8
Signal not ac-
tive
Signal outline
from not active
to active
099-000769-EW501
04.10.2022
Operating mode
superPuls enabled.
[2]
superPuls disabled.
Operating mode
Lift arc enabled.
[2]
Lift arc disabled.
.
[1]
X4/5 Possible process
Signal not DC, AC
active
DC, AC
active
Signal active AC
Operating mode
No reset of an error
An existing system error is reset.
.
[1]
.
[1]
Operating mode
No pulse mode active
superPuls is active; pulsing alternates be-
tween main and secondary program (max.
50 Hz)
AC special pulsing (AC pulsing up to max.
50 Hz with a direct current portion in the
secondary phase)
Metallurgical DC pulsing (up to approx. 15
kHz)
[2]
Average value pulsing
Design and function
Standard signals for free actuation
[3]
17