2012 Technical Training Guide | Lincoln Electric

More documents

Recommendations

Info

TECHNICAL TRAINING PROGRAMS 34 Advanced Robotic Programming Course Duration The duration is 5 days. Frequency of course offering 4 times per year Course Description A 5-day training program covering advanced tasks and procedures that an operator, technician, engineer or programmer needs to maximize productivity and quality with a Lincoln /Fanuc-RJ-Series Robotic Welding System. Class size is limited to 12 participants. Course Prerequisites The person attending must have completed the Lincoln Automation Basic Robotic Programming Course. Course Objectives • Edit programs while another is running. • Make temporary adjustments to weld points to compensate for batch runs. • Make On-The-Fly changes to weld procedures. • Copy / Shift programs to new locations to reduce programming time. • Add explanatory text to programs including Custom alarm messages. • Full controller memory backup and restore. • Use tool offset utility to minimize programming when changing to new style of torch. • Use Find, Replace, Copy and Paste commands. • Setup the Reference Position Utility to establish a safe position for the robot. • Change weld procedures in the middle of weld. • Monitor weld command and feedback signals. • Use Test Cycle to speed up the programming testing process. • Use logic instructions to simplify programming of parts with multiple, similar weld joints. • Setup/incorporate a User Frame into programming. • Fast Start. Main Topics: Technologies • Waveform Control Technology ® • Digital Communications • Synergic • Adaptive Loop Modes of Metal Transfer • Short-Arc Transfer • Globular Transfer • Axial Spray Transfer • Pulsed Spray Metal Transfer • Surface Tension Transfer ® (STT ® ) • Power Mode • RapidArc • Pulse-on-Pulse ® • Tandem MIG ® • Synchronized Tandem MIG ® www.lincolnelectric.com Course Fee: $2,800.00 2012 Course Dates: Jan 30 - Feb 3 Apr 30 - May 4 Sept 17 - 21 Nov 5 - 9 Any Questions? Contact our Automation School Coordinator at: (888) 935-3878 Effects of Variables • Torch angles • Various shielding gases • Current Density • Electrode Efficiency • Deposition Rate • Electrode Extension and Contact To Work Distance (CTWD) Recognition and Recovery from Common Weld Discontinuities • Porosity • Spatter • Undercut • Incomplete Fusion / Inadequate Penetration • Incorrect weld shape and size Basic System Maintenance
Robotic Service Training Course Duration The duration is 5 days Frequency of course offering 2 times per year. Course Description An intensive training program covering schematic level theory, disassembly and reassembly, as well as electrical troubleshooting on a Fanuc robot and controller. This course is intended for persons who must perform electrical and mechanical maintenance and troubleshooting as well as performing preventative maintenance. Prerequisites Students should have previous training with electrical/electronics, previous training/or experience in related field involving mechanical disassembly, repair and assembly. Daily Schedule Day 1 Registration and Welcome Robotic Safety Considerations Basic Programming Lab Motion Fundamentals Program Editing Weld Programming Preventative Maintenance Using a Memory Card to Download/Upload Programs Day 2 Tool Frame Setup Setup and Operation of Torchmate Option Power Wave ® Setup Operator Stand / Safety Equipment Setup and Operation Home Program Zero Program Day 3 Overview of Robot Controller and Mechanical Arm Unit Block Diagram-Level Theory of Operation Schematic-Level Theory of Operation Disassemble and Detail of Robot Controller Fault Assessment / Troubleshooting Day 4 Mastering / Calibration of Robot Arm Full Controller Memory Backup and Restore Installing Software Replacing Motors and Encoders Day 5 Auxiliary Axis Local Stop Circuit Review www.lincolnelectric.com TECHNICAL TRAINING PROGRAMS Course Fee: $1,500.00 2012 Course Dates: Apr 16 - Apr 20 Oct 8 - Oct 12 Any Questions? Contact our Automation School Coordinator at: (888) 935-3878 35
Page 1 and 2: 2012 Technical Training Guide • W
Page 3 and 4: Table of Contents TABLE OF CONTENTS
Page 5 and 6: Full Line of Equipment, Consumables
Page 7 and 8: 2012 Lincoln Electric Welding Schoo
Page 9 and 10: Introduction to Welding Course Desc
Page 11 and 12: Pipe Welding Course Description Des
Page 13 and 14: Plasma, Oxyfuel, Alloy and Hardfaci
Page 15 and 16: Gas Metal Arc Welding - Semiautomat
Page 17 and 18: Comprehensive Program Course Descri
Page 19 and 20: What Is It? Five day technical prog
Page 21 and 22: Advanced Submerged Arc Welding Cour
Page 23 and 24: GTAW (TIG) Pipe Course Description
Page 25 and 26: Qualification and Certification Tra
Page 27 and 28: Blodgett’s Welding Design Course
Page 29 and 30: Regional Programs Regional Programs
Page 31 and 32: Field Service Shop Training What Is
Page 33: Basic Robotic Programming Course Du
Page 37 and 38: CRAW Prep Course and Exam The Linco
Page 39 and 40: 2012 Enrollment Agreement Please se
Page 41 and 42: 2012 Continuing Education Please se
Page 43 and 44: General Information Where / When Th
Page 45 and 46: Arc Welding Process Training Materi
Page 47 and 48: James F. Lincoln Foundation Arc Wel
Page 49 and 50: www.lincolnelectric.com NOTES 49
Page 51 and 52: U.S.A. ALABAMA BIRMINGHAM 35124-113

2012 Technical Training Guide | Lincoln Electric

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?