In Cartesian mode, the VFINE speed setting moves the robot approximately how much?

Study for the NTA FANUC Test 2. Dive into topics on Teach Pendant, Alarms, Jogging, and Initial Setup with multiple choice questions, hints, and explanations. Get ready for your test!

Multiple Choice

In Cartesian mode, the VFINE speed setting moves the robot approximately how much?

Explanation:
In Cartesian mode, VFINE controls how far the end effector moves with each jog input in linear space. The setting is in millimeters, so the movement is a tiny, precise step rather than a rotation. The approximate increment is 0.002 millimeters per jog step, which is about 2 micrometers. This small amount lets you nudge the robot with very fine precision when aligning or probing. Since Cartesian mode deals with X, Y, and Z translations, angular units like degrees aren’t relevant here; those would apply to rotational movement, not linear Cartesian motion.

In Cartesian mode, VFINE controls how far the end effector moves with each jog input in linear space. The setting is in millimeters, so the movement is a tiny, precise step rather than a rotation. The approximate increment is 0.002 millimeters per jog step, which is about 2 micrometers. This small amount lets you nudge the robot with very fine precision when aligning or probing. Since Cartesian mode deals with X, Y, and Z translations, angular units like degrees aren’t relevant here; those would apply to rotational movement, not linear Cartesian motion.

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