Motor Speed Motor running: The rotating speed of motor.
Rotation axis: Select it, it's indicates that current expansion axis is rotation
axis.
Reduction ratio：If the motor is directly connected to the shaft, the reduction
ratio is 1; if there is a reduction mechanism in the middle, it is the reduction
ratio of the reduction mechanism.
Part Diameter: It is used for setting the external wall diameter of round parts
and converting graphs in workspace into the accurate rotation angle.
Zero: Whether current expansion axis has zero signal. When expansion axis
has not activated zero signal, it cannot set up an absolute coordinate system.
Then, it is required to manually adjust the site to make every processing stay in
the same site. The system takes the current expansion axis point as default
original point before processing.
Zero point: Whether the current extension axis has zero signal. When there is
no enable zero signal for the extended axis, an absolute coordinate system
cannot be established for the extended axis. In this case, it is necessary to
adjust the position manually so that each machining is in the same position.
Before each machining, the system takes the current extended axis position as
the default zero position.
If the zero is selected, the system will automatically look for zero point when
employing the expansion axis function. After finding the zero point, an absolute
coordinate system will be built for the expansion axis. If the system fails to find
the zero point, the expansion function will not be activated properly until the
time set for “Zero Time Out” is over.
，
，。
If there is no zero signal, the zero must be checked to the
that is, the zero signal state is not used.
zero state,
Speed of Go Zero: The moving speed of expansion axis looking for zero
signal.
Zero return: The speed at which the extended axis seeks the zero point
signal.
Zero Time Out: Set the time of expansion axis finding zero point. If it overruns,
the system will present “overtime”.
Zero return: Set the time for the extension axis to find the zero point. If the
time exceeds this time, the system will prompt "return to zero timeout".
Accurate Zero: When it is selected, it is required to receive three signals
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