Operation Procedure - Mitsubishi CR750-Q Series Instruction Manual

4 Operation Procedure

4. Operation Procedure
This chapter explains the operation procedure for constructing a conveyer tracking system and a vision
tracking system using Mitsubishi Electric industrial robots CR750-Q/CR751-Q series, CRnQ-700 series.
1. Start of operation
2. Connection of Equipment ······································································· Refer to "Chapter 5."
It explains Q173DPX (manual pulser input) unit preparation and the connection with the encoder.
3. Parameter Setting ················································································ Refer to "Chapter 6."
Chapter 6 explains assignment of signals and setting of parameters related to tracking to allow an
external device to control a robot.
4. Sample Robot Programs ······································································ Refer to "Chapter 12."
Chapter 12 explains functions related to supplemental sample programs.
5. Calibration of Conveyer and Robot Coordinate Systems ("A1" program) ········ Refer to "Chapter 13."
Chapter 13 explains how to calculate the amount of robot movement per encoder pulse.
6. Calibration of Vision Coordinate and Robot Coordinate Systems ("B1" program) ··· Refer to "Chapter 14."
Chapter 14 explains how to display the position of a workpiece recognized by the vision sensor in
the robot coordinate system.
7. Workpiece Recognition and Teaching ("C1" program) ································ Refer to "Chapter 15."
Chapter 15 explains how to calculate the relationship between the position of a workpiece
recognized by the vision sensor and the position at which the robot grabs the workpiece.
8. Teaching and Setting of Adjustment Variables ("1" Program) ······················· Refer to "Chapter 16."
Chapter 16 explains how to make settings such that the robot can follow workpieces moving by on a
conveyer and how to teach the robot origin and transportation destination at system start-up.
9. Automatic Operation ··········································································· Refer to "Chapter 18."
In automatic operation, the robot operates via commands from the conveyer control.
10. Maintenance ····················································································· Refer to "Chapter 19."
11. Troubleshooting ··············································································· Refer to "Chapter 20."
4-12 Tracking Specifications and Restriction matter
End of operation