ONSITE - XRC Basic Programming (Can use VRC)
For questions or assistance call us at 937-847-3229.
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. Class sizes are kept small, typically 12 or fewer, to promote an interactive, hands-on learning atmosphere. Students work with each other and Motoman instructors to grasp the concepts of robot programming.
Primary topics include:
- Robot safety
- System power up/down
- Coordinate systems
- Job functions
- Programming pendant
- Path editing
- Cut and paste functions
- Position levels
- Speed correction
- Arithmetic variables
- Fault recovery
- I/O and control instructions
- User frames
- Tool Center Point (TCP)
The XRC Basic Programming Module is an introductory course to the XRC controller and to programming Motoman ® SVX-, UP-, SKX-series industrial robots. No prior knowledge of robot programming or of the XRC controller is required.
Students receive a copy of the XRC Basic Training Manual, which details commands and programming techniques for the Motoman XRC controller. Additional handouts relate to specific topics covered in the class. Students are urged to take notes, participate in discussions, and to bring up specific programming issues.
This module is a 4.0-day training class. On-Site classes are demand based and should be scheduled 60-90 days in advance to ensure availability.
Pricing subject to length and travel expenses. Please submit a request for quotation by clicking the link below.
Price is for up to 6 students using customer provided robot systems. Plus travel expenses. No more than 3 students per programming pendant. Additional charges apply for the use of each VRC (Virtual Robot Controller) System. For pricing for more than 6 students, contact the MOTOMAN Manager at 937.847.3229. NOTE: Can also be taught using VRC (Virtual Robot Controller). Additional expenses will be applied for S/H/I of the training modules.