The motion option OFFSET, PR [x] is offset relative to the orientation of which frame?

The motion option OFFSET, PR [x] is offset relative to the orientation of which frame?

• A. User
• B. Master
• C. Tool
• D. Base

Answer: (A)

The correct answer is that the motion option OFFSET, PR [x] is offset relative to the orientation of the User frame. In FANUC robot programming, the User frame is a coordinate system defined by the user that can be set according to specific requirements or geometrical entities within a workspace. When you apply an offset to a position register (PR) using the User frame, the adjustment is made based on this custom reference coordinate system, allowing for greater flexibility and easier manipulation of robot movement in relation to user-defined points. This is particularly useful in applications where the workpiece location or orientation changes but you want to maintain a consistent reference from which the robot can operate. By using the User frame for offsets, operators can effectively adapt the robot's path without needing to alter the base or tool frames, simplifying programming and operational adjustments.

The correct answer is that the motion option OFFSET, PR [x] is offset relative to the orientation of the User frame. In FANUC robot programming, the User frame is a coordinate system defined by the user that can be set according to specific requirements or geometrical entities within a workspace. When you apply an offset to a position register (PR) using the User frame, the adjustment is made based on this custom reference coordinate system, allowing for greater flexibility and easier manipulation of robot movement in relation to user-defined points.

This is particularly useful in applications where the workpiece location or orientation changes but you want to maintain a consistent reference from which the robot can operate. By using the User frame for offsets, operators can effectively adapt the robot's path without needing to alter the base or tool frames, simplifying programming and operational adjustments.