TRAINING Robot & Welding Training Courses 2023

ROBOT & WELDING MODULAR TRAINING COURSES Panasonic Robot & Welding Modular Training Courses Panasonic CONNECT boasts a broad portfolio of solutions to meet all customer requirements – from components through to complete plant solutions for modern industry. Robot & Welding offers a variety of individual courses for training staff in production and sales to seamlessly operate the sophisticated and broadly diversified range of machinery.

ROBOT & WELDING MODULAR TRAINING COURSES Learning from experts Practical, effective and individual The latest modular role-based training courses are designed for plant operators, robot programmers and system partners who are tasked with the creation, correction and maintenance of the robot programs as well as system integration and service. Thanks to the modular structure, specific training courses can be combined individually to take account of the differ- ent training needs of operators and maintenance personnel. The Panasonic Training Centre in Neuss offers the optimum learning environment...

QUICK OVERVIEW Quick Overview TRAINING INTEGRATION & MAINTENANCE WELDING PROCESS Basic MAG Welding (Level 1) Basic TIG Welding (Level 1) Basic MIG Welding (Level 1) Advanced Welding (Level 2) Cooperative Robot Specialist (according to DVS® 1184 Module 1-4)

Optional training training information: on request * mostly only nece

TARGET GROUP: TRAINING GOALS: OPTION: PREREQUISITE: Plant operators, robot programmers and system partners tasked with the creation, correction and maintenance of the robot programs as well as system integration and service. Participants will learn how to: > Explain the most important safety requirements and guidelines > Distinguish basic system components > Understand the program structure > Perform and adjust the TCP test > Use different coordinate systems > Move robots and create simple programs > Create linear, circular and pendular program points > Edit existing programs > Use the most important...

WELDING PROCESS INTEGRATION AND MAINTENANCE SYSTEM PROGRAMMING Robot SpecialistTraining for the G2 / G3 Series [DVS® 1184 Module 5-6] Online Robot Control Programming G2 / G3 TARGET GROUP: TRAINING GOALS: PREREQUISITE:INFORMATION: Plant operators, robot programmers and system partners tasked with the creation, correction and maintenance of the robot programs as well as system integration and service. Participants will learn how to: > Explain the most important safety requirements and guidelines > Distinguish basic system components > Understand the program structure > Perform and adjust the TCP...

AdvancedOnline Programming with Robot Control G2 / G3 TARGET GROUP: Plant operators, robot programmers and system partners tasked with the creation, correction and maintenance of the robot programs as well as system integration and service. TRAINING GOALS: Participants will learn how to: > Perform calculations with global and local variables > Evaluate input signals, set output signals automatically and manually > Carry out programming with position variables from the variable menu > Extend available coordinate systems as well as create a user coordinate system (with walkthrough) > Optimise welding...

External Axes WELDING PROCESS INTEGRATION AND MAINTENANCE SYSTEM PROGRAMMING TARGET GROUP: TRAINING GOALS: PREREQUISITE: The course is designed for plant operators who create welding programs on systems equipped with Panasonic external axes. Robot programmers. Participants will learn how to: > Distinguish which mechanism to select > Perform programming using external axes without harmonizer > Use the harmonizer function and determine necessity > Execute defined movements without a program > Perform external axis shifts > Transmit external axis data Participants must have successfully completed...

TARGET GROUP: TRAINING GOALS: PREREQUISITE:OPTIONAL: The course is designed for programmers who create welding programs using the Panasonic touch sensor. Robot programmers. Participants will learn how to: > Create programs progressively on sample parts using the touch sensor > Distinguish and program search functions > Program logic commands to control the touch sensor > Analyse and resolve faults in the welding process Participants must have successfully completed the basic training course and demonstrate spatial awareness. Day 2 with the customer components. Min. 2 persons per training event...

WELDING PROCESS INTEGRATION AND MAINTENANCE SYSTEM PROGRAMMING Touch Sensor IITARGET GROUP:TRAINING GOALS:PREREQUISITE: The course is designed for programmers who create welding programs using the Panasonic touch sensor. Robot programmers. Participants will learn how to: > Use Transbase touch / shift functions (3D shift) > Use external axis touch / shift Participants must have successfully completed the basic training course plus Touch Sensor I and demonstrate spatial awareness. Min. 2 persons per training event (individual training on request) Lunch and beverages are included in the price Training...

13 Touch Sensor III (SLS) TARGET GROUP: TRAINING GOALS: PREREQUISITE: The course is designed for programmers who create welding programs using the Panasonic touch sensor. Robot programmers. Participants will learn how to: > Use the database-based (advanced function) of the touch sensor > Manage database records > Understand the streamlined, clearly laid out program structure > Use graphical menu guidance > Use search direction programming for pipes > Use search direction programming for parallel and twisted components in fillet welds > Use search direction programming for V- and HV-welds > Handle...

Multilayer Welding (MNU) WELDING PROCESS INTEGRATION AND MAINTENANCE SYSTEM PROGRAMMING TARGET GROUP: TRAINING GOALS: PREREQUISITE: The course is designed for experienced robot programmers who create complex welding programs using the Panasonic robot as well as technicians and engineers. Participants will learn how to: > Use the database-based multilayer welding function (MNU) > Manage database records > Understand the streamlined, clearly laid out program structure > Use graphical menu guidance > Perform multilayer welding (MNU) in both directions > Use pendular motions with different starting...