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9.3
Basic-Setup
1070 080 056-101 (99.09) GB
PST 6101.321 / PSI 6101.321
If the timer has already been programmed, the Quick-Programming will give you a good
overview of the most important Welding Parameters.
Use function key F9 to change from Operation to Programming.
D
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Safe Delete (Delete Memory)
Find out whether the protocol memories, Actual values and Welding Param-
D
eters can be deleted.
After deletion, the timer will use default values for as long as you have not
transferred any other Basic-Setup and Welding Parameters.
NOTE
The "All Welding Parameters" memory area contains the entire programming. If you de-
lete this memory, all Welding parameters have to be transferred again.
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Fault-Allocation
Used to determine the timer response to events within the [Sequence].
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Fault
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Warning
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I/O Parameters
Depending on the timer type, the parity bit is used for program selection via
parallel inputs.
Check whether the program selection is effected with the correct parity bit
D
by the higher-level control unit (robot control, PLC). With serial program
selection, the parity is not checked, data transmission is monitored by other
processes.
Check the programmed values for the duration and start time of the Weld
Complete contact (WC), or adjust them to the higher-level control unit.
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Thyristor (Power) Unit Setup/Weld Transformer Selection
Compare the entries and settings to your network data and the power unit
D
used.
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Global Electrode (Stepper) Setup
Stop at End of Stepper and admissible correction limits for subsequent Op-
eration.
These settings can be entered when commissioning has been completed.
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Stepper Curves/Tipdress Curves
These programmed values are necessary later on during operation in order
to compensate for the electrode wear. The inputs are experimental values
and may be entered when commissioning has otherwise been completed.
: Timer will lose its ready status.
: Timer will not lose its ready status.
Commissioning
9-5
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