Tutorial on external automatic configuration of KUKA robots

Create Date: 2024-8-30 12:03:23|Source: KUKA

KUKA Robot External Active Configuration Tutorial - Interface Interface Description

                               Tutorial on external automatic configuration of KUKA robots

Description of the output variable

There are a total of 4 menus for output signals; First, we will introduce the commonly used output signals

$ALARM_STOP—Urgent abort

This signal is triggered when the robot itself and the external emergency stop are triggered, and an alarm stop control signal is announced.

$USER_SAF—Operator Protective Equipment/Protective Doors

When the signal is in external active mode, when the protective equipment (e.g. safety door, roller shutter door) is opened, the robot announces a user safety abort control signal.

$PERI_RDY—The drive device is in standby mode

After setting this output signal, the robot control system tells the superior control system that the robot drive device is switched on.

$STOPMESS - Termination Information

This output signal is set by the robot control system to display a message to the upper controller that requires the robot to be stopped.

For example, the robot announces the signal when the press of the emergency abort button or when the operation is turned on or the operator's protective equipment is turned on.

$I_O_ACTCONF- External active operation activation

When the operation mode of external active operation is selected and the input $I_O_ACT is TRUE (tacitly thought to be $IN[1025]), the output is TRUE.

$PRO_ACT- Program Active/Running

When the robot program (CELL.SRC) is started, the output is assigned a value.

$PGNO_REQ—Program number inquiry

When the signal at this output changes, the higher-level controller is required to transmit a program number. If the PGNO_TYPE value is 3, the PGNO_REQ is not analyzed.

$APPL_RUN- The application is running

THIS SIGNAL IS WHEN THE ROBOT TELLS THE HIGHER-LEVEL CONTROLLER THAT THE PROGRAM IN QUESTION (THE PROGRAM IN CELL.SRC) IS BEING PROCESSED.

$IN_HOME- Robot Location Start (HOME)

This output signal informs the PLC that the robot is in its starting position (HOME).

$ON_PATH- The robot sits on the track

As soon as the robot sits on a programmed trajectory, this output signal is assigned.

$NEAR_POSRET is near the path, the accuracy can be changed, and the acquiescence is 200MM.

$T 1, T1 mode outputs this signal

$T 2, T2 mode outputs this signal

$AUT This signal is output in internal active mode

$EXTERN outputs the signal in external active mode
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