Specialized Concentrated Focused
Operation
「
21
」
Green light in test mode:
Red light in test mode:
Green light in practice:
Red light in practice:
Cancel Test
The shortcut key is F4, only available under [Diagnosis] function section.
Press F4 to cancel simulation test and signal to replace analog signal with real hardware signal.
3.3 Adjustment of Axial Direction and Pulse
Equivalent
3.3.1 Axial Direction Adjustment
Firstly confirm the positive direction of each axis in terms of right-hand rule during the process of
machine debugging, i.e. the feed motion direction of cutter is relative to the workpiece which is supposed
to be still. The coordinate system of the right-hand rule is shown in Fig. 3-6.
+Y
+X
+Z
+Y
+C
+A
+B
+Z
+X
+Y
+X
+Z
+X+Y+Z
+A+B
+C
Fig. 3-6 The Coordinate System of the Right Hand Principle
The axial directions of machine are decided by both the type of machine tool and the layout of each
component. The basic coordinate axes of engraving machine/ router are X, Y, and Z axis:
Z-axis is coincidental with spindle axis and the direction of cutter moving away from workpiece
is the positive direction of Z-axis (+Z).
X-axis is perpendicular to Z-axis and parallel to the clamped surface of workpiece. For the
single column vertical milling machine, if users face the spindle and look in the column direction,
right moving direction is the positive direction of X-axis (+X).
The positive direction of Y-axis (+Y) is the direction cutter moves away from the operator.
Related Parameters
Parameter
Definition
Setting Range
X-axis output direction
It specifies the motion direction of X axis.
“1”, “-1” represents the two
motion directions of X axis.
Y-axis output direction
It specifies the motion direction of Y axis.
“1”, “-1” represents the two
