Wait(true/false) ,[move] , [edit]】
●
Set each joint value for the joint movement, with the unit of degree.
【move(arc) line X() Y()Z() Roll() Pitch() Yaw() Radius() Wait(true/false)
[move] [edit]】
● Set the Cartesian coordinate target value of the linear motion and the
TCP rotation angle in mm and °.
【move (front/back/left/right) (true/false)() mm 】
● Indicates that the robotic arm makes relative linear motion
forward/backward/left/right based on the current position, in mm
【move tool line X() Y()Z() Roll() Pitch() Yaw() Radius()
Wait(true/false) 】
● This command is a relative motion relative to TCP coordinates.
【move circle position 1 to position 2】
● From current position, the whole circle is determined by current
position and position1 and positon2, “center angle” specifies how much
of the circle to execute.
【center angle (°) () 】
● Indicates the degree of the circle. When it is set to 360, a whole
circle can be completed, and it can be greater than or less than 360;
(Note: To achieve smooth track motion, you need to set Wait = false).
【move joint [variable] J1() J2() J3 () J4() J5() J6() J7()
Wait(true/false)】
● The command passes through the joint motion and supports variable
values.
【move (arc) line [variable] X() Y() Z() Roll() Pitch() Yaw()
Radius() Wait(true/false) 】
●
The command passes through the Cartesian motion and supports
variable values.
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