KUKA Robot External Active Configuration Tutorial - Interface Interface Description
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
|
More on that
|
KUKA robot teach pendant
The Cooka teach pendant is an interface between the supervisor application software and the user (robot). The teaching program is connected to the control cabinet by cable. When the robot performs actions such as jog feeder, program creation, program test execution, action execution, and attitude confirmation, we make ...
|
|
Preventive maintenance program for KUKA robots
back-up controller memory;
Supervise the robot at regular intervals to view the robot, wires and cables;
Look at the brakes;
See how compact the robot is;
listen to sounds, vibrations, and noise;
Depending on the specific ...
|
|
KUKA robot control cabinet fault analysis and solutions
One: The switch jumps often and may not be able to close?
1. Aging of switches
2. The switch selection is incorrect
3. The pump is stuck or the motor is short-circuited
4. The line is aging, short circuit, and the line is too small or lacks phase.
Solution:
Turn off the power of the control system...
|
|
The reason why the MOS tube was burned by a servo motor drive is a KUKA robot
Once the phenomenon of the robot servo motor drive burning MOS tube is started, the external stable wire of the drive will be burned, and the equipment cannot be operated. When the repairer checked, he found that a power tube had been damaged, but because there was no material, he couldn't figure out the effect of the tube.
|
|
Key components of industrial robots - KUKA robots
1. High-precision reducer
Fine reducer, in the field of mechanical transmission is the central equipment between the power source and the executive organization, usually it puts the power of high-speed operation such as electric motor and internal combustion engine through the pinion on the input shaft and meshes the large gear on the output shaft, so as to reduce the ...
|
|
KUKA robot PC/IPC crash handling method
KUKA robot uses KUKA robot PC computer / industrial computer for motion control, there may be a crash in the process of use, if it is not handled properly, it is easy to form a robot reference zero point failure, long-term impact on production.
...
|
|
Welding attitude adjustment of KUKA arc welding robot
According to the application status and development needs of the welding technology of KUKA welding robots, the traditional welding methods must not be able to meet the production needs to a certain extent, and the arc welding robot technology has been paid more and more attention by manufacturers. How to complete the batch production of arc welding robots, is the current arc welding machine...
|
|
KUKA autonomously navigates mobile robots
With the deepening of Industry 4.0, the demand for automation and intelligence in the internal logistics link of the manufacturing industry is becoming increasingly prominent. That's where the KUKA KMP 600-S diffDrive mobile robot comes in.
This new mobile robot companion ...
|
|
A detailed explanation of the technical indicators of KUKA robots
1) Comfort degree: This is an important goal that reflects the flexibility of the robot. Generally speaking, it is possible to reach 3 degrees of freedom in the robot work space, but the welding must not only reach a certain direction in the space, but also ensure the spatial attitude of the welding (cutting things or welding tongs). Thus...
|
|
A common debugging tool for KUKA robots
1. Demand awareness:
Robot model: e.g. KR16-2
System variety: e.g. KSS8.3.38
Option package: e.g. EthernetKRL 2.6
Control cabinet model: e.g. Smallsize-2;
...
|
|
Functional characteristics of industrial robots - KUKA robots
The functional characteristics of industrial robots affect the operating power and reliability of robots, and the following functional policies should be considered in the planning and selection of robots:
(1) Leisure: Leisure: Leisure is the primary policy to measure the skill level of robots.
|
|
KUKA gets hands-on experience with medical robotics
When a robot assists in the care of patients as a component of a medical device, the robot is closely monitored: this is now possible in KUKA's new 3D virtual showroom. It's all about simulating an operating room with three animated robots. With just a few clicks, the ...
|
|
KUKA KR CYBERTECH ARC NANO product family robots
KUKA Industrial Robots The KR CYBERTECH ARC NANO product family offers unrivalled functionality and power density in the load range of 6 to 10 kg. The KR CYBERTECH nano series can be adapted to customer-specific needs and is suitable for a wide range of general rail applications.
|
|
Features of submerged arc welding of welding robots – KUKA robots
1. High production efficiency
This is because the extension length of the wire is small when KUKA robots perform submerged arc welding, so a large welding current can be selected. For example, when electrode arc welding uses electrode welding, the current range is 250 - 350A, while submerged arc welding is usually 600? 850A, ...
|
|
Classification of industrial robots – KUKA robots
1. According to the coordinate method of the operating machine, it can be divided into:
(1) Cartesian coordinate industrial robots
Its moving part is composed of three straight lines moving (i.e., PPP) in a straight line with each other, and its working space is rectangular. Its movement interval in each axis can be carried out in all axes.
|
|
Inspection and repair of KUKA robots in hazardous environments
The vast majority of robots in operation now consist of six joints with a simple "output" for interacting with the workpiece. Applications range from pick-and-place operations, to moving cameras and other viewing devices, to performing precision assembly tasks that touch collaborative parts. This is certainly far ...
|
|
3D Sensors AI&Co sees KUKA robots stacking kiln bricks
The need to look at robots, i.e., the need to use camera skills on industrial robots, is increasing. The camera makes the robot sensitive. As a result, the customer will be able to cope with many variations in the production process. "There are up to 100 different varieties of kiln bricks," said Kautenburger GmbH ...
|
|
KUKA faulty robot start-up check steps
Step 1: View the environment
1. Recognize the ambient temperature: the ambient temperature of the KUKA control cabinet is required to be between 5°C-45°C, the operating environment temperature of the robot body is 10°C-55°C, and the operating temperature of some new models is 0°C-55°C (see the robot skills manual for details).
|
|
Technical parameters for cobot selection - KUKA robot
A lightweight cobot is an industrial robot with a flat, small touchscreen user interface that allows the user to control the robotic arm by instructing the movements on the screen. Perhaps, by holding the robotic arm easily, the desired path of movement is displayed. The interface fits most industrial sensors and ...
|
|
Classification of vision systems for mobile robots – KUKA KUKA
The vision system of mobile robot refers to the vision system of mobile robot, including two parts: obtaining pictures through sensors and processing pictures through computer processors. According to the number and characteristics of vision sensors, the mainstream mobile robot vision system includes monocular vision, binocular vision, etc.
|
|