The membrane gas bullet vibration isolation device consists of a cast aluminum body, and its air chamber is surrounded by a thin-walled flexible diaphragm. The plunger is mounted on the diaphragm and pushed into the air chamber. This design has high vibration isolation effect. In order to obtain the highest possible damping effect, the air position is divided into two air chambers (load/damping chambers) connected by an air pipe, and the damping can be easily adjusted from the outside through a regulating valve.
Due to friction caused by air flow through the bypass valve, up to 25% damping can be created and may be affected. The additional safety valve will protect the roller diaphragm. Avoid being damaged by excessive inflation.
Product features:
Effective mechanism, sound insulation
Chemical resistance: Very good for oil, resistance to industrial, grease, acid and other cooling emulsions, thus allowing the machine to install complete resistance in the oil tank
Stable: Almost unlimited service life. While maintaining the load value. There is no permanent shape change
Damping characteristics: up to 30% very high attenuation
Temperature resistance: + 120℃ to-20℃
Application Fan Gu:
Excellent vibration isolation for precision measuring and testing machines, precision machining machines, and optical and electronic equipment. Another important application area is vibration isolation for automobile engines and other performance testing machines. The gas bomb vibration isolation device is very suitable for vibration isolation of the base equivalent to the load of the machine.
Control loop
The control loop consists of at least three air springs. If more air springs are required for structural or load-bearing reasons, the system must include three position sensing points, i.e. controlled components, to ensure static height limitation. This can be achieved by connecting the components of bullets in parallel.
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