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Lincoln Electric
IM649
manual
Pulse Wave Shaping Principles
Models:
IM649
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Troubleshooting
Install
Figure A-4. Process Flowchart
About the Procedure
Upgrade Firmware
Using the ARC Scope Window
Adaptive and NON-ADAPTIVE Mode
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A-22
PULSE WAVE SHAPING PRINCIPLES
Appendix A
WAVE DESIGNER
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Contents
Wave Designer TM
Page
Table of Contents
License Information
Wave Designer Software License Agreement
Iii
License Information
Product Overview
Introduction
KEY Topics
User Responsibility
Software Release Data
Welding Equipment Requirements
Software Installation
Software Installation Procedure
File Storage Locations
Equipment Interface Connections
Welcome to Wave Designer
Control Board DIP Switch Setting
Upgrade Firmware
EQUIPMENT/SOFTWARE Startup
Software Operation
Synergic Welding and Workpoints
Working in Wave Designer
Waveform Editor Window
About the Procedure
Waveform Editor Tool BAR
File Menu
Tools Menu
Tools
Print Menu
Wave Designer Pro Waveform Editor
Editing and Selecting Workpoints
Menu
Editing Workpoints
WorkPoint Editor
Selecting Workpoints
Efforts
Editing Variable Parameters
Expand Graphic
Wave Design Process
Reference Paragraph see Appendix a
Flashing PowerWave Custom Weld Files
Downloading Wave Shapes
Autosave
Software Operation
Using the ARC Scope Window
Arcscope
Introduction
Other ARC Scope Options
GSF
File
Arcscope
Troubleshooting
Overview Wave Designer Troubleshooting Procedure
Troubleshooting
Pulse Wave Shaping Principles
Appendix Overview
Appendix a
Gmaw Pulse Overview
Figure A-1. Pulse Waveform Parameters
Figure A-2. Weld Droplet Transfer
Adaptive and NON-ADAPTIVE Mode
Adaptive Mode
NON-ADAPTIVE Mode
Figure A-4. Process Flowchart
Pulse Wave Design Process
Selecting a Starting Wave Shape
Customizing the Wave Shape
Select a Workpoint
Adapting Stickout
Close the Adaptive Loop / Adjust the Peak Voltage
Select an Adaptive Type Optional
Adjust the Start Control Parameters Optional
Start Control
Adjust the Shorting Control Parameters Optional
Shorting Control
Adjust the End Condition Parameters Optional
End Conditioning
Go Figure / Make the Waveform Synergic
Developing the 2nd Workpoint
Primary Pulse Waveform Components
Peak Current and Peak Time
Frequency
Background Current
Secondary Waveform Parameters
Application Exercise
Fresa
Start Control
Pulse Waveform Editor
28750046
Pulse Wave Shaping Principles
STT Wave Shaping Principles
Appendix B
STT Overview
Peak Time Peak Amps Tailout Speed
Figure B-2. Weld Droplet Transfer
Surface Tension Transfer
STT Surface Tension Transfer
STT Wave Shaping Principles
STT Wave Design Process
Reference Paragraph see Appendix B
Selecting a Starting Wave Shape
Inch / min meter / min Go Figure
Find the Optimal Arc Characteristics
STT Start Control
WorkPoint Editor
Primary STT Waveform Components
Peak Current
Tailout
PINCH/PEAK
Secondary STT Waveform Components
Pinch Start
Peak Time
STT Waveform Editor
STT Waveform Editor
Index
Index-1
Index-2
Index-3
Voltage
Index-4
