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1st | Feb.(3rd) | 2st | May(3rd) | 3st | July(3rd) | 4st | Nov. (3rd) |
It is conducted and operated at the request of the company and customers. It is operated frequently due to reasons such as new models and movement of facility managers before receiving facilities and relocating overseas facilities.
Trainer : Practice - tb kim, Theory - ys.cho
Day 1 | Day 1 | Day 3 | |
---|---|---|---|
09:00
~10:00 10:10
~11:00
11:10
~12:00 12:10 ~13:00 |
1. Introduction of training schedule and instructors
2. Lead-free soldering theory (basic, principle) 1) Soldering alloy components and Flux technology 2) Indu Tip Specifications 3) Soldering temperature and lead-free selection 3. Understanding the structure of robots & automatic soldering devices 1) Composition of Robot Soldering Facility 2) Robot Soldering Structure and Principles 3) Understanding DCS High Power Method (PWM Method) |
1. Operation of soldering robots 1) Learn Teaching and Parameters
2) Robot Application Practice 3) Robot default setting (initial setting) 4) System Setting and Temperature Calibration 2. Analysis and response of soldering defects 1) 4M Analysis 2) Response Techniques by Defect Type 3) Precision Soldering and GND Soldering Response 4) Lead, Flux, Tip Specifications and Soldering Conditions Understanding quality change according to |
1. Demonstrate high-speed soldering techniques, practice 1) CY Simultaneous Operation Technique
2) Basic Conditions for High Speed Soldering 3) Management and care in high-speed soldering operation Point 2. Robot Main Turnence 1) a robot 2) Solder Controller and Feeder 3) Iron unit 4) Action in case of abnormality during work |
13:00 ~14:00 |
Lunch | ||
14:00 ~15:00
~16:00
16:10 ~17:00
17:10 ~18:00 |
4. Understanding Robot Soldering Techniques 6. Understanding soldering parameters |
3. Robot soldering practice for each company's products |
3. Analysis and response of each company's quality problems
5.16:00 End of training |