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2): Enter the manufacturer parameter
screen, click " Distance Per Pulse ", click "First step set as starting
point",
3): Click "axis movement" on the current screen, manually move
the R axis one circle, move to point B and A on the same vertical
line, click to close the moving screen, return to the previous screen,
click "set to end"
4): Click "0.00" after "Step 3 Set Distance" and enter 360 directly
5): Click "Step 4 to modify the pulse equivalent"
8:Initial angle adjustment of R axis
1)
：
Return to the "Return" test interface, click R axis reset, wait to
enter the manufacturer parameters
screen, click "Initial angle"
Motion controller user manual
2): Enter the manufacturer parameter-R axis parameter setting
screen, click " Distance Per Pulse ", click "First step set as starting
3): Click "axis movement" on the current screen, manually move
e, move to point B and A on the same vertical
line, click to close the moving screen, return to the previous screen,
4): Click "0.00" after "Step 3 Set Distance" and enter 360 directly
5): Click "Step 4 to modify the pulse equivalent"
8:Initial angle adjustment of R axis
Return to the "Return" test interface, click R axis reset, wait to
enter the manufacturer parameters-R axis parameter setting
screen, click "Initial angle"
TC-6832
Motion controller user manual
42
R axis parameter setting
screen, click " Distance Per Pulse ", click "First step set as starting
3): Click "axis movement" on the current screen, manually move
e, move to point B and A on the same vertical
line, click to close the moving screen, return to the previous screen,
4): Click "0.00" after "Step 3 Set Distance" and enter 360 directly
Return to the "Return" test interface, click R axis reset, wait to
R axis parameter setting
