is low-level-triggered. The end tool digital IO is high-level-triggered.
【get I/O 】
●
Acquire the I/O interface data of the code block.
【set I/O 】
●
Set the I/O interface of the code block, click 【Set】 to run the
command.
【set I/O when（X, Y, Z, tolerance）】
●
When the robotic arm reaches the specified position (the area of the
sphere specified with the trigger position point (X, Y, Z) as the center
(the radius of the sphere is the tolerance radius)), IO is triggered.
This command can be used to trigger IO at a specific location.
X, Y, Z represent the coordinate value of the specified position to be
reached by the robot arm, with the unit of mm.
The digital IO is triggered as soon as the system detects that the TCP
position enters a spherical area centered at (X, Y, Z) with the specified
radius. If the tolerance radius is not set, when the robotic arm passes
the specified point at a speed other than 0, it may miss the trigger
because it cannot be accurately detected.
【when digital I/O is (High/Low) do 】
●
Executes the commands contained in this code block when the condition
is met.
【 when the analog IO value satisfies the set condition do】
●
When the monitored analog IO value meets the condition, the commands
contained in the code block will be executed, and the condition are =,
≠, >, ≥, <, ≤.
IO trigger logic of UFACTORY Studio:
