Characteristics maintenance of industrial robots

Industrial robot maintenance

1. The operator must check whether the robot is at the starting position avoid starting the robot if it is at the starting position;

2. During the robot teaching operation process, please make sure that there are no strangers in the robot operation area;

3. When the robot needs to stop during operation, you can press the external emergency stop switch, the pause button, the emergency stop switch on the teaching box. If you need to continue running, you can press the reset button to keep the robot running;

4. Before turning off the power of the robot, there is no need to press the external emergency stop switch, the power of the robot can be turned off directly;

5. When a problem alarm occurs, please record the alarm code content to facilitate professional skilled personnel to handle the problem;

6. After the operation is completed, it is necessary to turn off the power, close the gas valve, clean the equipment, tidy up the site.

Features of industrial robots

1. The further development of programmable production intelligence is flexible startup. Industrial robots can be reprogrammed as the operating environment changes. Therefore, they can play a very good role in the flexible production process of small batches multiple varieties with balanced efficient production, are a key component of the flexible production system;

2. The anthropomorphic industrial robot has similar mechanical structures as humans in terms of walking, waist rotation, arms, forearms, wrists, claws, etc., is controlled by computers. In addition, intelligent industrial robots also have many "biosensors" similar to humans, such as skin-type touch sensors, force sensors, load sensors, visual sensors, acoustic sensors, language functions, etc. Sensors enhance the adaptability of industrial robots to the surrounding environment;

3. Versatility In addition to specially designed dedicated industrial robots, general industrial robots have good versatility when performing different operation tasks. For example, different operation tasks can be performed by replacing the end manipulator (grip, tool, etc.) of the industrial robot arm ;

4. Industrial machine skills involve a wide range of disciplines, specifically the integration of mechanics microelectronics - mechanical automation skills. The third generation of intelligent robots only have various sensors to obtain information about external environmental factors, but also have artificial intelligence such as memory, language comprehension, image detection, reasoning judgment, all of which are closely related to the application of microelectronics skills, especially computer skills. Therefore, the development of robot skills will definitely promote the development of other skills, the development application level of robot skills can also test the development level of a country's scientific industrial skills.