 |
The air-cooled vibration shaker is a test equipment used to simulate the vibration environment. It consists of shaker, control system and air cooling system. Its main function is to simulate the vibration environment of products during transportation, use or storage by controlling the amplitude, frequency, acceleration and other parameters of the shaker, so as to test and evaluate the vibration resistance of products.
The equipment adopts an air cooling system, which can be cooled by forced ventilation. It has the characteristics of fast cooling, low noise, easy maintenance, etc. The control system adopts microcomputer control, which is simple to operate, and can realize automatic and manual working modes. It can also set and adjust parameters such as amplitude, frequency and acceleration to meet different test requirements.
The equipment is widely used in aerospace, electronics, communications, automotive and other fields, and is suitable for various types of products, such as electronic components, precision machinery, automotive parts, aviation instruments, etc. It can effectively evaluate the reliability and stability of products, improve the quality and reliability of products, and provide strong support for enterprise research and development, production and quality control.
The air-cooled vibration shaker is a test equipment used to simulate the vibration environment. It consists of shaker, control system and air cooling system. Its main function is to simulate the vibration environment of products during transportation, use or storage by controlling the amplitude, frequency, acceleration and other parameters of the shaker, so as to test and evaluate the vibration resistance of products.
The equipment adopts an air cooling system, which can be cooled by forced ventilation. It has the characteristics of fast cooling, low noise, easy maintenance, etc. The control system adopts microcomputer control, which is simple to operate, and can realize automatic and manual working modes. It can also set and adjust parameters such as amplitude, frequency and acceleration to meet different test requirements.
The equipment is widely used in aerospace, electronics, communications, automotive and other fields, and is suitable for various types of products, such as electronic components, precision machinery, automotive parts, aviation instruments, etc. It can effectively evaluate the reliability and stability of products, improve the quality and reliability of products, and provide strong support for enterprise research and development, production and quality control.
