Kawasaki robot collision detection function resolved

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

In the collision detection function, it is applied to the Kawasaki robot arm or something to detect the collision or impact to sense the collision. These functions are called collision detection and collision detection, respectively.

                               Kawasaki robot collision detection function resolved

In collision detection, the current motor current is monitored, and when the peak current exceeds the set threshold size, the robot considers the collision.

In shock detection, changes in motor current are monitored for each unit of time, and when the change exceeds a set threshold scale, the robot thinks it has been affected. This function is faster than the collision detection speed described above, and can be useful to reduce damage to the robot and its things.

Collision detection and threshold values for collision detection are pre-set at the factory. The thresholds for each axis are set to teach/view and playback formats. It is possible to apply the set threshold, but for conditions that require special attention to prevent resistance, you should change this threshold to adjust its sensitivity.

Thresholds in the form of broadcasts can be logged in under the threshold numbers 1 to 9. These threshold numbers can be used in the program.

Precautions

The threshold for resistance detection is now set to the value that the robot can correctly detect at *high speeds and rated loads. Therefore, this function can be used without setting a threshold. For special actions that require damage to be reduced to *small*, it is possible to adjust the sensitivity of this trait by changing this threshold. Together, as far as spot welding is concerned, when the moving electrode line of welding *** is about to touch the workpiece, the function is automatically closed.

At the time of handover, the threshold is now set along with the load rating, but the data can be set to improve the sensitivity of the resistance detection.

More on that
Composition and parameters of industrial robots - Kawasaki robots Composition and parameters of industrial robots - Kawasaki robots

Industrial robot is a kind of automation equipment that can simulate part of the action of human hands and arms, in accordance with the predetermined procedures, tracks and other requirements, to complete grabbing, handling workpieces or manipulating things.

Factors influencing the performance of industrial robots - Kawasaki Factors influencing the performance of industrial robots - Kawasaki

In recent years, there has been an increasing demand for more industrial robots to be incorporated into the production line in all walks of life, from modern car production to 3C (computer, communication and consumer electronics) product production. Compared with the automatic special equipment on the traditional production line, the robot is sensitive and top-notch, so ...

Kawasaki robot maintenance steps Kawasaki robot maintenance steps

1. When repairing, determine where the problem is, part of the robot fault is the drive damage and machine parts fault, ask the customer who needs to repair the root cause of the problem, and understand the problem. 2. The situation in which the problem arises, e.g. ...

Composition and function of industrial robot system - Kawasaki Robot Composition and function of industrial robot system - Kawasaki Robot

(1) Subject The main machine is the base and the implementation mechanism, including the big arm, the small arm, the wrist and the hand, which is a multi-degree-of-freedom mechanical system. Some robots have other walking mechanisms. Industrial robots have 6 degrees of freedom or more, and the wrist has 1-3 degrees of freedom of movement. ...

Type of industrial automation – Kawasaki Robotics Type of industrial automation – Kawasaki Robotics

Fixed Automation: Fixed automation is used for processes that are always the same. Stationary automated machines are programmed to perform one task over and over again, rather than multiple. For example, a machine will repeatedly create a part or connect two parts together.

What are the Kawasaki Robot Ontology Inspection Items? What are the Kawasaki Robot Ontology Inspection Items?

1. Check whether the power cable, communication cable and each axis cable are damaged or aged; 2. Check whether the movement of each axis is normal; 3. Check the sealing status of each shaft and whether there is oil leakage; 4. Check out the Ka...

Robot ontology components Robot ontology components

The robot ontology refers to the mechanical part of the industrial robot, also known as the manipulator, which is the operating mechanism of the industrial robot, and refers to the original and itself of the industrial robot. The overall robot is also composed of other supporting software and supporting equipment. The basic structure of the robot body is composed of five parts: 1. ...

Restricted method of movement of the robot – Kawasaki robot Restricted method of movement of the robot – Kawasaki robot

There are two main types of limiting the movement of robots: mechanical and non-mechanical limits. (1) Mechanical limit Mechanical hard limits are used to physically restrain the robot beyond specified limits. As a result of this type of ...

Kawasaki's faster, more user-friendly robots have emerged Kawasaki's faster, more user-friendly robots have emerged

Kawasaki Robotics has launched new robots RS013N and KJ155, which have evolved into the RS series to be faster and more convenient to operate. The KJ155 has a longer arm span and is suitable for general-purpose robots for assembly and handling. The specification is IP67 compliant, and the smooth arm knot is suitable for a variety of uses. ...

Elimination of defects in spraying robots Elimination of defects in spraying robots

1. Dripping To prevent dripping, ensure that the spraying angle is correct, the nozzle is clean, the spraying pressure is appropriate, and the correct nozzle size is used. If a drip occurs, it should be removed immediately and the fault corrected in the subsequent spraying process. 2. Smudge To prevent dizziness ...

Advantages of Kawasaki loading and unloading robots Advantages of Kawasaki loading and unloading robots

In the environment of continuous improvement of social production efficiency, it is difficult for traditional manual labor to keep up with the work of rapid mass production, and the loading and unloading robot can automatically carry out the loading and unloading work, so the loading and unloading robot occupies an important position in the industrial field. So what are the advantages of loading and unloading robots?

Industrial robot sensing system, control system - Kawasaki Robot Industrial robot sensing system, control system - Kawasaki Robot

1. Touching part The sensory part is like the five senses of the human being, providing a sense for the robot's operation and helping the robot's operation process to become more accurate. This part can be divided into two systems: (1) Sensory system The sensory system consists of an internal sensor module and an external sensor.

Advantages of automatic welding technology of industrial robots - Kawasaki robots Advantages of automatic welding technology of industrial robots - Kawasaki robots

1. Improve the production power The welding robot has a short response time, fast action, and the welding speed is 60-3000px/min, which is much higher than manual welding, and the robot does not stop or rest during the operation process, but it is impossible for workers to do it without stopping and not resting when they go to work.

The functional point of the intelligent control mode of industrial robots - Kawasaki robots The functional point of the intelligent control mode of industrial robots - Kawasaki robots

The control method of industrial robots is currently the most used robot on the market is the industrial robot, and it is also a mature and perfect robot, and the industrial robot can be widely used, thanks to its multiple control methods, according to the different mission of the operation, it can be mainly divided into point control ...

Applications and advantages of industrial robotic arms – Kawasaki Applications and advantages of industrial robotic arms – Kawasaki

An industrial robotic arm is a mechatronic device that functions as an anthropomorphic arm, wrist, and hand. mechatronic devices for anthropomorphic arms, wrists, and hand functions; It can move any object or thing according to the time-varying requirements of spatial posture (orientation and posture), and then complete the operation of a certain industrial production.

Characteristics of robot automatic welding technology Characteristics of robot automatic welding technology

The use of mechanical automation skills in welding production lines has gone through three stages: imitation, self-research and development, and steady development. The welding machine in the welding production industry will be widely used, and the degree of mechanization and automation will be improved by about 15% in the welding production process, and the degree of welding automation will reach 40 ...

The 2018 Intelligent Robot Development Forum was held in Shenzhen The 2018 Intelligent Robot Development Forum was held in Shenzhen

On November 17, 2018, the 2018 Intelligent Robot Industry Development Forum with the theme of "Opening a New Era of Intelligent Robots" was successfully held in Shenzhen. This forum is tutored by the Robot Summit Operations Committee of China, the robot library and ...

Manual operation of Kawasaki Industrial Manipulator under each plane coordinate Manual operation of Kawasaki Industrial Manipulator under each plane coordinate

(1) Open the power supply and pneumatic valves (total power supply, transformer box power supply, control board power supply, mechanical gas pump). (2) [A] + [Operation] The [RUN] light is on in the upper right corner and press [Abort], and the [RUN]-> [HOLD] light is on. ⑶ ...

The structure and performance of the Kawasaki welding robot The structure and performance of the Kawasaki welding robot

The welding robots produced in countries around the world are basically joint robots, and most of them have 6 axes. Among them, the 1, 2, and 3 axes can send the end things to different spatial positions, while the 4, 5, and 6 axes can solve the different requirements of the east and west postures. There are two main types of mechanical structures of the welding robot body.

Kawasaki takes you to understand the characteristics of stamping robot automation Kawasaki takes you to understand the characteristics of stamping robot automation

First, the working hours are long It can be operated continuously 24 hours a day, and it is necessary for workers to have a break period. Second, it can replace manual dangerous operations In some stamping areas, many processes are very dangerous ...

CATEGORIES BYPASS
Customer Service Center

Online Consultation:QQ


ContactContact

Contact: Manager Huang

Contact QQ: 3271883383

Contact number: 13522565663


Scan the code to add WeChat (please save the picture first on the mobile phone)

working hoursworking hours

Weekdays: 9:00-17:00

Holidays: Only emergencies are handled

Contact us

Contact us

Contact number QQ consultation
QQ consultation

3271883383

Company address
Back to top