Yaskawa Motoman Robotics

ONSITE - XRC Accelerated Programming with Arc Welding

To submit a request for on-site training, click here or call us at 937-847-3307.

Description Classroom lectures on programming commands are reinforced with demonstrations. Commands and topics are related to real-world examples and applications. Material covered in the lectures is enhanced with actual hands-on programming by students in Motoman's 8,500-sq.ft. training facility. Students work in teams to perform workshop exercises which emphasize commands covered in class lectures. Class size is kept small, typically 12 or fewer, to promote an interactive, hands-on learning atmosphere. This allows students to work closely with each other and Motoman instructors to grasp the concepts of robot programming.
Topics Students learn to manipulate the robot, create new robot programs, modify existing programs, create backup data, and apply application-specific commands.

Primary topics include:

  • Robot safety
  • Basic and advanced I/O
  • Basic and advanced variable use
  • Basic & advanced arithmetic instructions
  • Standard shifting functions
  • Programming and editing w/ INFORM II
  • Basic & advanced use of position variables
  • SC parameter functions
  • Using system variables
  • Basic ARc Welding Functions
Overview The XRC Accelerated Programming Module is an accelerated learning course covering standard basic and advanced programming functions and instructions. Either MRC or XRC Basic Programming is a prerequisite to this course.
Materials Students receive the XRC Intermediate Programming Manual and miscellaneous handouts that relate to specific topics covered in the class. Students are urged to take notes, participate in discussions, and to bring up specific programming issues.
Length This module is a 5.0-day training class. On-Site classes are demand based and should be scheduled 60-90 days in advance to ensure availability.
Prerequisite
Price Pricing subject to length and travel expenses. Please submit a request for quotation by clicking the link below.
Notes