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KUKA Robotics Programming Language
1. KUKA's programming language
KUKA'S ROBOT PROGRAMMING LANGUAGE IS KRL, WHICH IS A TEXTUAL LANGUAGE SIMILAR TO C LANGUAGE (PLEASE BAIDU WHAT IS C LANGUAGE), WHICH IS COMPOSED OF .SRC AND . DAT composition.
. SRC stores program logic, instructions, actions, etc. DAT stores azimuth variables in the form of ...
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Industrial robot coordinate system and its characteristics - KUKA robot
1. Cartesian coordinate type
(1) Advantages: This kind of operator has a simple structure, strong intuitive movement, and is convenient to achieve high precision.
(2) Disadvantages: It occupies a large space and has a small working range.
2. Cylindrical coordinate type
(1) Strengths: Same Cartesian coordinate type ...
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Introduction to the button indicator light of the control cabinet of industrial robots - KUKA robots
1. Schematic diagram of button indicator
2. Industrial robot QF1
This button is the power switch of the industrial robot control cabinet.
3. Power supply for industrial robots
The power indicator indicates the power of the industrial robot control cabinet.
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The "four families" of industrial robots - KUKA robots
Industrial robots are the star products of industrial automation, and the 30 billion ontology space is expected to leverage trillions of automation to transform shopping malls. The body space is about 30 billion yuan: the essence of automation is the automation of the process, and the ultimate policy is to improve the total factor yield. Multi-axis industrial robot is an automated ...
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KUKA robot MFC3+DSE card 00-117-336 is faulty
Fault 1: When loading a software component, the control system is stuck.
Cause: The MFC device cannot be initialized, MFC3 is not properly plugged in, and the PCI bus on the motherboard is faulty.
Solution: Remove the PC card, boot the PC, check the MFC3 slot, and replace the control system PC.
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KUKA robot PTP motion command
The TCP of the robot moves to the target point at the fastest speed, and this movement is called the PTP motion of the robot. Since the axis of the robot is rotary, the arc track is faster than the straight track. The specific course of the movement is unpredictable. The first movement in the program must be the PTP ...
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The KUKA robot initiates a timing step
1. In the T1 form, the user program is pierced into cell.src according to the control requirements, the Cell.src program is selected, and the robot operation mode is switched to ExT_ AUTO.
2. Under the condition that there is no error in the robot system, PLC-. Powering on, you have to announce Smove_ enable to the robot (to- ...
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Usefulness of annotations in the KUKA robot programming language
Annotations are the parts that make up/clarify in a programming language. All programming utterances consist of computer instructions (code) and hints (comments) to a text editor.
If the source program (compilation, commentary, etc.) is further processed, the processing software ignores the comments and therefore does not ...
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The outer axis of the welding robot – KUKA
1. Welding positioner. There are many specifications of welding positioners, and the common welding positioners are single-axis welding positioners. Two-axis welding positioner. Triaxial welding positioner, etc. It can be applied to different fields according to different models. The welding robot and the welding positioner move in harmony. Welding Robot ...
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KUKA robot control cabinet maintenance
1. Disconnect all power supply from the control cabinet.
2. View the motherboard, storage board, accounting board, and driver board.
3. Check that there is no debris and dust in the cabinet, check the sealing, and clean the appearance of the robot control cabinet.
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Introduction to the internal structure and system of KUKA industrial robots
KUKA Industrial Robot System Introduction, KUKA Robot Co., Ltd. was founded in 1898 in Augsburg, Bavaria, Germany, and is one of the world's leading industrial robot manufacturers. KUKA Robotics has more than 20 subsidiaries around the world, most of which are sales and service centers, ...
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The difference between KUKA robot inverter and servo manipulator
The servo manipulator controls the manipulator's actions through servo motors and servo drives. The servo manipulator has higher control accuracy than the frequency conversion manipulator and is expensive.
Inverter manipulator is an automatic production equipment that can imitate some functions of the upper limbs of the human body, and can be automatically controlled according to predetermined requirements.
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The difference between collaborative robots and traditional robots is KUKA robots
Collaborative robots are only a very important subcategory in the entire industrial chain of industrial robots, which has its best advantages, but the disadvantages are also obvious: in order to control the force and bump ability, the operation speed of collaborative robots is relatively slow, generally only one-third to one-half of traditional robots. ...
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KUKA Robot Load Test Method
1. Install the Load data determination load test software, change the teach pendant language to English, and only recognize English, German and Japanese during the load test, not Chinese.
2. Place the robot in the right direction ...
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Execution of the CELL.src program of the KUKA robot
1) Run the CELL.src program in T1 or T2 form, perform part (1) in the figure, the KUKA robot performs back to the HOME point, performs the BCO operation, the window displays "BCO has been reached", and the BCO operation makes the KUKA robot run to the track.
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KUKA robots are processed in the form of motion axes
The boundary of robot operation is to move parts and things in space through a certain organization, and the needs naturally represent the position and posture of the parts, things, and the organization itself. In order to delimit and apply the mathematical quantities that represent potentials, it is necessary to delimit the coordinate system and give the rules of representation.
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The Kuka robot sets up a network connection
1. Fulfill X-Start to enter the boot application, in the boot application, click Settings, and the network connection dialog box appears.
2. If you choose not to use the IP address, please click not to use the IP address of the robot drive, if ...
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Analysis of the causes of touch deviation of the teaching pendant of industrial robots - KUKA robots
Phenomenon 1: The direction of the finger does not coincide with the mouse arrow.
Reason 1: After the driver is installed in the industrial robot teach pendant, when correcting the bearing, there is no pen directly touching the square position of the bull's-eye.
Treatment 1: Correct the orientation from the beginning.
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Industrial robot operation technology – KUKA robots
Industrial Robot Motion Programming:
1. Understand the industrial robot, the operating environment setting of the teach pendant, and the use of programmable buttons of the teach pendant;
2. Manually operate the robot, the robot I/O communication interface, standardize the I/O board and equipment;
3. Establishment and storage of program data, ...
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Theory and validity of KUKA robot variables
Theoretical part about variables:
1. When a KUKA robot is programmed with KRL, a variable is a container of calculated values ("values") that are presented during the operation of the robot process in the ordinary sense.
3. Each variable is ...
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