Fronius FPA 3020 Orbital - Parameters for Welding Energy

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Parameters for
welding energy
Parameters for
start point
(continued)
6. RETURN TRAVEL
► NO
► WITH BACK TRAVEL
Afterweldingnishes,theorbitalweldinggunmovesbacktothestartposition
► ES-360
forclosedweldinggunswithnoexternalwirefeeding.Afterweldingnishes,
the orbital welding gun moves back to the limit switch.
► X-360
Afterweldingnishes,theorbitalweldingguntakestheshortestpathtothe
start and sets the angle for the travel path to zero
► SET ZERO
The point where welding stops is where the angle for the travel path is set to
zero, producing the start point for the next weld sequence.
7. Use button „ENERGY“ to call up the parameters for welding energy.
IMPORTANT! For more detailed information, please see the following section
„Parameters for welding energy“.
8. Press the “BACK” button to return to the parameters for the waveform
4. Upper limit %
forspecifyingtheupperlimitasapercentageofthesetvalue(Speciedenergy).
Settingrange:0-30%
5. Upper limit kJ
forspecifyingtheupperlimitaskilojoule[kJ]ofthesetvalue(Speciedenergy).
6. Energy Correction
correctionfactorforweldingengergyinputin[%].
Application example:
EnteredEnergycorrection:-10%
Internalmeasuredenergy:100kJ
Measurementresult:90kJ
7. Print energy:
- inactive parameter and actual value printout without welding energy
parameters
- active parameter and actual value printout with welding energy parameters
8. Use the „BACK“ button to return to the start point parameters.
Provide the following information:
1. Specied energy
for entering the set value, from
which the limits are calculated.
Entering„0“deactivatestheenergy
analysis.
2. Lower limit %
for specifying the
lower limit as a percentage of the
setvalue(Speciedenergy).
Settingrange:0-30%
3. Lower limit kJ
for specifying the lower limit in [kJ].