Fronius TPS/i, Информация пользователя

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Function information
-
It is only possible to switch between the process lines using the robot
- The inactive wirefeeders are only supplied with voltage, the system bus is switched
off. This has the following limitations:
•
Available software updates will only be applied to the wirefeeder if the
wirefeeder is part of the process line selected
• The CAT signal of inactive wirefeeders is not evaluated
• It is not possible to carry out gas tests, wire threading, wire retraction, etc. on
the hosepacks of the inactive process lines
• The welding torch identification of hosepacks of the inactive process lines is not
read
• The remote controls of the inactive process lines are also inactive
TWIN mode
(TWIN operating
mode) - Group
Input This signal defines which TWIN mode will be used to operate the respective power
source.
The following can be specified using the signal
-
Single wire / or TWIN welding
- Which process line is leading during TWIN welding (Lead)
- Which process line is active during single wire welding
The operating modes can be changed both before and during welding.
Bit 32 Bit 33 Description
0 0 Single wire mode, line 1
0 1 TWIN mode, line 1 leading (Lead)
1 0 TWIN mode, line 2 leading (Lead)
1 1 Single wire mode, line 2
Value range for TWIN mode
Documentation
mode (Document-
ation mode) -
Single Bit The signal is used to select whether the weld seams are counted by the power source or
the robot.
Signal level = Low:
- The weld seams are counted by the power source.
- Each time welding is completed, the weld seam count increases by 1. Switching the
power source off and on again restarts the count at 0. In addition, it is also possible
to specify an initial value (starting the count at 10 instead of 0, for example).
•
With the exception of: If the Fronius Data Channel is used, the number of weld
seams is specified using the Fronius Data Channel and not the power source.
Signal level = High:
- The number of weld seams is specified using the robot.
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