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KUKA Industrial Soldering Robot Circuit Board Repair Method
In the repair of circuit boards of industrial KUKA welding robots, it is necessary to be familiar with the damage characteristics of commonly used components and component detection methods
1. The resistor with small resistance value and the resistor with high power in the circuit board are easy to be damaged
Small resistance values in the circuit board ...
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Cartesian coordinates are different from articulated robots
1. Working space and carrying capacity:
1. The standard length of a single root of Cartesian coordinate type is 6m, and it can reach 100m after assembly; Combined into a gantry robot, its working space can be a very three-dimensional space. A single root can carry 10-200 kg, and the special structure can reach 2400 kg.
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KUKA robot oil seal position replacement
In the foreign capital to speed up the layout of China's parallel robot shopping mall, the domestic market is not to be outdone, with the advantage of cost performance and the development of new use areas, domestic parallel robots or will take the lead in opening the game with foreign capital.
Now, most of the world's domestic parallel robots ...
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Robot welding speed and its parameters – KUKA robots
First, the robot welding speed
1. Robot welding can improve production efficiency
The six-axis welding robot has a short response time and fast action. The welding speed is 50-160cm/min, which is much higher than that of manual welding (40-60cm/min). The bot does not abort during operation. Only...
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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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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 ...
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Start the robot after external stop and stop – the KUKA robot
Abort the robot: Cut off the signal $drivers_Off, this abort is to break the robot servo.
Continue to start the robot after abort: Repeat the previous article "KUKA Robot External Active Start Equipment Method 1" process 4 and 5 to start the robot.
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KUKA method for improving the accuracy of robot trajectories
1) In addition to aligning TCP (or using digital analogue), is there a way to improve the orbit accuracy?
2) There are cutting and other processes on site, which require high track accuracy, if the robot track presents the phenomenon formed by jitter such as sawtooth, how to deal with it?
3) ABB robot for ...
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KUKA robots use subroutine technology for work factors
1. Why do KUKA robots use subroutine skills to work?
In programming, subroutines are primarily used to achieve repeated use of the same task part, so as to prevent duplication of program code. In addition, the selection of subroutines can also save storage space. Another ...
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Description of the role and interface of RDC in the KUKA robot arm
(1) Supply voltage and power distribution function
(2) The resolver (SIL2) technology is used to collect the orientation information of the eight motors for the orientation reaction
(3) Obtain the real-time temperature (PTC) of the motor
(4) It also has a self-temperature reaction and adds heat ...
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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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Position, Posture and Posture Description – KUKA Robot
The boundary of robot operation refers to the movement of parts and things in space through a certain organization, which naturally requires the expression of the orientation and posture of parts, things and the organization itself. In order to delimit and use the mathematical quantities that express poses, we must delimit the coordinate system and give the rules of expression.
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Performance characteristics of KUKA industrial robots
1. Degrees of freedom and degrees of freedom are the main goals to measure the level of robotics. The so-called degrees of freedom refer to the independent motion of moving parts relative to a fixed coordinate system. Each degree of freedom requires a servo axis to drive, so the higher the number of degrees of freedom, the more chaotic the robot can complete the actions ...
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The problem of the KUKA robot body and the control cabinet not being matched was solved
First, the problem phenomenon
1. After the robot is powered on, the A5 axis can only move at a scale of -60-+60 degrees, but the teaching pendant is -120-+120 degrees;
2. From the 'Assist' of the Teach Pendant > 'About' a > 'Robot' to view the robot type, and the robot itself.
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Failure of the servo motor of the KUKA welding robot
1. Base check of the servo motor of the KUKA robot
Since the robot servo motor is included in the library card high-resolution detector, in the event of a collision, the impact can cause a problem with the servo motor that the robot library card should provide for a repair check:
(1) Have you ...
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Obstacle avoidance control of the manipulator – KUKA robots
The kinematic redundancy of freedom of the manipulator means that the manipulator has more degrees of freedom than is required at the end of the manipulator. Kinematic manipulators with redundant degrees of freedom have better functions than manipulators with non-redundant degrees of freedom. For example, a manipulator with non-redundant degrees of freedom has obstacles in the external environment.
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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, ...
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Robot maintenance content - KUKA robots
The maintenance content of the robot is mainly to replace the lubricating oil of the six shaft reducers and the lubricating oil of the J4 shaft gear shaft, the replacement of wearing parts, the inspection of the operation status of each module in the control cabinet, and the inspection of the wear status of each cable in the control cabinet.
If the grease is not replaced for a long time, the six axes of the robot will be formed.
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KUKA Robotics & Oktoberfest - Typical Bavaria
When you think of Oktoberfest, the smell of roasted almonds, a Ferris wheel, and a glass of beer immediately comes to mind. But what does KUKA have to do with it?
Tradition and modernity
Tomorrow at 12 noon sharp: as soon as the Tressienwi in Munich sounds "0'zapft i ...
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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...
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