TTC Skilled Trades Training - UAW-Chrysler.com
TTC Skilled Trades Training - UAW-Chrysler.com TTC Skilled Trades Training - UAW-Chrysler.com
Welding: TROUBLESHOOTING ROBOTIC & AUTOMATIC WELDING SYSTEMS (WWT 200) Course Description Designed for Skilled Trades workers, this course will provide participants with the skills necessary to troubleshoot robotic and automatic welding systems. This course is intended to improve welding efficiency and product quality. Emphasis will be placed on gathering information required for identifying weld quality problems, locating the root cause of the problem, and making the necessary repairs or adjustments to the welding system. Learning Outcome Upon completion of this course, participants should be able to: 1. describe the safety requirements specific to welding and cutting operations that use high-speed automated welding equipment; 2. describe the operating characteristics of gas metal arc and flux cored arc welding; 3. describe what welding parameters affect weld quality; 4. describe how welding fixtures and tooling can affect weld quality; 5. describe the effect of travel direction and cycle speed on weld penetration and contour; 6. destructively inspect welds for fusion, penetration, and contour; and 7. use Chrysler welding specifications to determine the capability of a robotic or automatic welding system to produce quality production welds. Course Objective To provide participants with the ability to troubleshoot robotic and other dedicated highspeed production welding systems. Major Topics Covered • Gas metal arc welding principles of operation • Flux cored arc welding principles of operation • Welding procedures development. • Visual and destructive weld examination • Troubleshooting welding equipment • Chrysler welding specifications Prerequisites None Class Size 6 Course Duration 40 hours 74 1 hour
Welding: STRUCTURAL STEEL WELDING (WTT 200) Course Description The participant should be able to prepare structural steel for welding; set up and adjust welding equipment; and weld structural steel in horizontal positions. Learning Outcome Upon completion of this course, participants should have a thorough understanding of: 1. Shielded Metal Arc (GMAW) and Flux Cored Arc Welding (FCAW) fundamentals; 2. welding safety; 3. setup and adjustment of arc welding machines; 4. electrode classifications and selection; and 5. the hands-on skills needed to produce welds in horizontal positions. (Note: Vertical and overhead position welding are not offered in this course.) Course Objective To enable the participant to produce acceptable quality welds on structural steel using the shielded metal arc and flux cored welding processes. Major Topics Covered • Material specification • Weld joint design • Tacking and fit up • Filler metal selection • Welding techniques • Storage of low hydrogen electrode • Setup and adjustment of equipment Prerequisites Participants must meet ONE of the following: completion of Welding Safety & Overview of Processes (WPT 100), equivalent welding safety training at a community college, or certification from a welding safety course. Class Size 6 Course Duration 40 hours 2 hours 75
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Welding:<br />
TROUBLESHOOTING ROBOTIC & AUTOMATIC WELDING SYSTEMS<br />
(WWT 200)<br />
Course Description<br />
Designed for <strong>Skilled</strong> <strong>Trades</strong> workers, this course will provide participants with the skills<br />
necessary to troubleshoot robotic and automatic welding systems. This course is intended<br />
to improve welding efficiency and product quality. Emphasis will be placed on gathering<br />
information required for identifying weld quality problems, locating the root cause of the<br />
problem, and making the necessary repairs or adjustments to the welding system.<br />
Learning Out<strong>com</strong>e<br />
Upon <strong>com</strong>pletion of this course, participants should be able to:<br />
1. describe the safety requirements specific to welding and cutting operations that use<br />
high-speed automated welding equipment;<br />
2. describe the operating characteristics of gas metal arc and flux cored arc welding;<br />
3. describe what welding parameters affect weld quality;<br />
4. describe how welding fixtures and tooling can affect weld quality;<br />
5. describe the effect of travel direction and cycle speed on weld penetration and<br />
contour;<br />
6. destructively inspect welds for fusion, penetration, and contour; and<br />
7. use <strong>Chrysler</strong> welding specifications to determine the capability of a robotic or automatic<br />
welding system to produce quality production welds.<br />
Course Objective<br />
To provide participants with the ability to troubleshoot robotic and other dedicated highspeed<br />
production welding systems.<br />
Major Topics Covered<br />
• Gas metal arc welding principles of operation<br />
• Flux cored arc welding principles of operation<br />
• Welding procedures development.<br />
• Visual and destructive weld examination<br />
• Troubleshooting welding equipment<br />
• <strong>Chrysler</strong> welding specifications<br />
Prerequisites<br />
None<br />
Class Size<br />
6<br />
Course Duration<br />
40 hours<br />
74<br />
1 hour