Main Technical Parameters

  The main technical parameters of air shock absorbers include an air pressure range typically between 0.1MPa and 1.5MPa, allowing adaptation to various use environments. Their load-carrying capacity, influenced by size, structural materials, and internal design, can support loads ranging from hundreds of kilograms to several tons. Additionally, the shock absorption frequency impacts their ability to respond to different vibration frequencies, often resulting in broad bandwidth shock absorption performance. Furthermore, these devices can be inflated manually, automatically, or connected to an air source, making them versatile for different applications.

Working Principle

Air suspension system: By adjusting the air pressure to change the height and hardness of the shock absorber, so as to adapt to different road conditions and load conditions. Drivers can choose different suspension modes according to their needs.

Inductive sensors: Installed in or around the shock absorber to monitor the vehicle's motion status and suspension height in real time. These sensors can sense vibration, tilt, and other dynamic changes.

Control system: According to the inductance sensor data, the control system will automatically adjust the air pressure to maintain the best shock absorption effect and vehicle attitude to ensure the stability and safety of the driving.

Shock Absorption Series Products