Dukane 403-570-01 user manual 28RUN Screen with Part Test Failed Button

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Section 5 - Touch Screen Menus

The bottom right corner of the POST-WELDscreen contains controls for setting machine behavior when an out-of-limit condition occurs. The Latch on Failure button specifies if the out-of-limit condition will require an acknowledgement from the user before allowing the next cycle to start. This acknowledgement request is indicated by a button on the bottom of the RUN screen as shown in Figure 5-28.

The Suspect / Bad (Abort) button in the right lower corner of the screen controls two aspects of machine function. The first function is to determine if a weld cycle will be aborted if the process parameter falls outside the limits. If Suspect is selected, the machine cycle will complete regardless of the process limit results. If Bad (Abort) is chosen, the machine cycle will continue if any process parameter falls below the Lower limit, or be terminated if it exceeds the Upper limit for the following parameters:

Weld Time (s)

Weld Rotations

Peak RPM

Peak Torque (% of max.)

Peak Thrust (% of max.)

Cycle Time (s)

In the case of cycle termination, the machine will report an error message on the RUN screen listing the parameter for which the limit was exceeded. The second function is to set the character displayed in the Limits field on the RUN screen. If the switch is set to Suspect, the Limits field will display S if the process was outside the limits. If it is set to Bad (Abort), the Limits field will display B if the process parameter was lower than the Lower limit, and E if the process parameter was higher than the Upper limit.

Figure 5–28RUN Screen with PART TEST FAILED Button

Dukane Manual Part No. 403-570-01

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Contents Dual Servo Spin Welder Dukane Manual Part No Summary Date Revision HistoryRevision This page intentionally left blank Dukane Dual Servo Spin Welder ContentsThis page intentionally left blank Introduction SectionDukane Manual Part No Drawings and Tables Important User InformationRead This Manual First SVT042VR Dual Servo Spin Welder OverviewKey Dual Servo Spin Welder Features This page intentionally left blank Safety Considerations This page intentionally left blank  Caution Health and Safety TipsPlastics Health Notice Run SwitchesGeneral Safety AC Power Receptacle Electrical SafetyMechanical Safety This page intentionally left blank Unpacking and Setup This page intentionally left blank Qty Part Number Unpacking WelderPacking List Work AreaMounting Holes Securing to Work BenchBench Capacity LevelingTooling Hub & Fixture Dimensions are in Inches mm20-Amp 240V Figure AC PowerUser I/O Connector Head Height AdjustmentControl Connectors Base Interface ConnectorThis page intentionally left blank Display and Controls This page intentionally left blank 1Dual Servo Spin Welder Touch Screen Panel Touch Screen DisplayEmergency Stop Switch Operational SwitchesBrigtly Lit Red LEDs Data I/O ConnectorOpti-Touch Run Switches This page intentionally left blank View Parts Touch Screen MenusThis page intentionally left blank Screen Layout RUN ModeView Parts Tool Setup Setup MenuPRE-WELD Setup Trigger Position TOP of Stroke PositionPre-Spin Orientation Option Part Pickup OptionTime Method Weld SetupWeld Method Selection Distance Method Rotation MethodOrientation Option Energy Method18Weld Torque Trigger Option Screen Torque Trigger OptionConstant Torque Option POST-WELD SetupHold Setup 22Hold Setup Screen for Distance Mode 25Process Limit Definitions Screen 1 Part Tests28RUN Screen with Part Test Failed Button Utilities Tab Select Setup TabTools Menu Third tab is labeled System Setup and is shown in Figure System Setup Tab34Vertical Lower Limit Setup Screen with Set Position Button 35Password-Protected Screens and Menus Setting Time and Date On Touch Screen Parameter Value Range Screen Parameter Name Min.Value Max.Value Resolution UnitsThis page intentionally left blank 55-56 Machine OperationThis page intentionally left blank Base Interface Cable Machine SetupAC Power Adjust Thruster Position on ColumnInitialize Home Welder Reset E-StopTurn Power on Set Tool ParametersSet Weld Process Parameters Set Vertical Travel Lower Limit PositionStarting a Weld Cycle Stopping a Weld Cycle Setup SheetDual Servo Spin Welder Setup Sheet Optimizing Performance This page intentionally left blank Material Considerations Spin Welding ProcessSurface Speed Control ParametersAverage Weld Diameter inch Rev/minSpeed SpinWeld Depth Press Axial SpeedWeld Diameter Machine Peak RPM Part SizeHold This page intentionally left blank Welder Data Export Software Installation, StartupThis page intentionally left blank Hardware Software Requirements Installation Startup, and Cable ConnectionsPart Data List Part DataPlot Data Profile GraphsFile Write Incoming DataSpin Torque Setpoint Servo and DebugWelding Process TroubleshootingThis page intentionally left blank Welding Process TroubleshootingMechanical WelderProblem Symptom Possible Cause Recommended Solution Faults Message Description Cause Possible Solution InstructionsMessage Description Cause Possible Solution Time or number of rotations Message Description Cause Possible Solution ErrorsMessage Description Cause Possible Solution This page intentionally left blank Maintenance This page intentionally left blank Maintenance AC Power CordThis page intentionally left blank Contacting Dukane This page intentionally left blank Website Contacting DukaneIdentify Equipment Ultrasonics DivisionThis page intentionally left blank Specifications This page intentionally left blank Operating Environment Tooling SpecificationsMachine Weight Power Requirements2Dual Servo Spin Welder Dimensions Welder Model & Serial Number Identification NumbersThis page intentionally left blank Appendix a Connector PinoutsThis page intentionally left blank Figure A-1Base Interface Connector Base Interface ConnectorSignal Description Function User I/O ConnectorPin Signal Description Function Slide Kit ConnectorAutomation Wiring Data Port ConnectorFigure A-5Schematic of Operate and Abort This page intentionally left blank Tooling Appendix BThis page intentionally left blank Explanation of Inertia Moment of InertiaTool and Fixture Design Appendix C Optional FeaturesThis page intentionally left blank Figure C-1Upper Tool Vacuum System Upper Tool VacuumFigure C-2 Remote Touch Screen Components Remote Touch ScreenDukane ISO