Robot protective clothing is mainly used as a protective device to protect various industrial robots, mainly applied to automation equipment in industries such as automobile manufacturing, metal products, and chemical plants.
What are the scope of use for robot protective clothing?
Robot protective clothing is a customized product that can be used for the protection of industrial automation equipment in various working environments, including but not limited to industrial robots with functions such as welding, palletizing, loading and unloading, spraying, casting, sandblasting, shot peening, polishing, arc welding, cleaning, etc. It involves various industries such as automotive manufacturing, metal manufacturing, home appliance shell manufacturing, chemical plants, smelting, food processing, etc.
3、 What precautions should be taken for robot protective clothing?
1. Do not install by human foot
2. Do not come into contact with objects with hooks and thorns to avoid puncturing protective clothing
3. When disassembling, slowly pull along the opening direction and do not operate roughly
4. Improper maintenance can shorten the service life and should not be placed with corrosive items such as acid, alkali, oil, and organic solvents. Prevent dampness and direct sunlight. When storing, pay attention to placing it in a dry and ventilated warehouse, which is not prone to high temperature and cold. This will cause the protective clothing to expand and shrink, reduce the protection level, and shorten its service life.
What are the functions of robot protective clothing?
1. Anti corrosion. To prevent harmful chemical components from corroding the surface paint and spare parts of robots, it has a good anti-corrosion effect.
2. Anti static electricity. The material itself has good electrostatic discharge function, avoiding fire, explosion and other phenomena caused by static electricity.
3. Waterproof mist and oil stains. To prevent water mist and oil stains from entering the robot shaft joints and inside the motor, which can cause malfunction and facilitate maintenance and repair.
4. Dust proof. Protective clothing isolates dust from robots for easy cleaning.
5. Insulation. Protective clothing has a good insulation effect, but the instantaneous temperature in high temperature environments decreases by 100-200 degrees.
6. Flame retardant. The materials of protective clothing can all reach V0 level.
What are the materials for robot protective clothing?
There are many types of industrial robots, and they are also suitable for different workshops. Therefore, robot protective clothing belongs to customized products, and materials will be selected according to actual application conditions. The materials for robot protective clothing include:
1. Dust proof fabric
2. Anti static fabric
3. Waterproof fabric
4. Oil resistant fabric
5. Flame retardant fabric
6. High toughness fabric
7. High temperature resistant fabric
8. Wear resistant fabric
9. Composite fabrics with multiple characteristics
Robot protective clothing can be used in different working conditions, and multiple composite fabrics can be selected according to actual applications to achieve the required protective purposes
6、 What is the structure of robot protective clothing?
According to the model and operating range of industrial robots, robot protective clothing can be designed in one body and multiple segments.
1. One body: commonly used for robots that require sealed protection.
2. Segmented: Generally divided into three sections, with axes 4, 5, and 6 as one section, axes 1, 2, and 3 as one section, and the base as one section. Due to the differences in the range and size of each shutdown operation of the robot, the manufacturing process used is also different. The 2, 3, and 5 axes swing up and down, and are generally treated with an organ structure and an elastic contraction structure. 1. 4. 6-axis rotation, which can rotate up to 360 degrees. For protective clothing with high appearance requirements, it needs to be processed in sections, using a knotting method to meet the multi angle rotation operation of robots.
Post time: Apr-19-2024
