Pneumatic isolators are one of the best methods of vibration isolation for critical applications. When properly designed and carefully constructed. Ensure low resonant frequency almost independent of load. They have automatic leveling valves and an autonomous air supply reservoir. Body of a support leg conceals the equipment (leveling valves, hoses). Many of the isolation systems designs and builds are subject to unusual requirements. These may include vacuum compatibility, thermal conductivity, or high performance at extremely low frequency. Passive vibration isolators are more common and are usually adequate to meet requirements. In cases where higher performance is required, Scientific Components builds active Vibration Isolation Systems. The active elements extend the isolation performance to lower frequencies or reduce the vibration transmissibility significantly at specific frequencies. Isolation is used to separate high vibration areas of a structure or system from areas where significant vibration is not desired. Vibration Isolation is often a practical solution to Vibration problems in the case where transmission paths for vibration energy can be identified and physically modified. Vibration isolation is almost always more effective at higher frequencies. Examples of the second kind include isolation mounts for noisy machinery, pumps or motors.

• Load Range: 300 – 500 kg. / 700 – 1600 kg.
  
  
• Vertical Adjustment: 11 mm.
  
  
• Pressure Range: 0.5 – 1.9 kg.

The pressure in isolators varies with the load. An air reservoir provides replenishment. When required, it may be refilled with a car pump. Keep the pressure between 1-2 kg/cm².