Difference between revisions of "Pneumatic or air isolators"
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*''' Natural frequency range:''' 1.5 – 3 Hz | *''' Natural frequency range:''' 1.5 – 3 Hz | ||
*'''Examples:''' | *'''Examples:''' | ||
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* '''Limitations:''' | * '''Limitations:''' | ||
** Since the system is inherently soft, precaution must be taken to ensure stability. | ** Since the system is inherently soft, precaution must be taken to ensure stability. | ||
| − | ** The main limitation to the use of these isolators is reliance on elastomers which are prone to wear and tear due to friction. | + | ** The main limitation to the use of these isolators is reliance on elastomers which are prone to wear and tear due to friction. <br \><br \> |
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| − | If you are done reading this page, you can go back to [[Transportation]] | + | If you are done reading this page, you can go back to [[Transportation#Types of PVI Systems | Types of PVI Systems]] |
Latest revision as of 22:06, 20 February 2018
- Natural frequency range: 1.5 – 3 Hz
- Examples:
- Air Springs: Available for maximum 20kN
- Flexible Bellows: Maximum working pressure 7 bar & force 45kN
- Ideal arrangement of air spring: The narrowest distance between the mounting points of satellite over the air spring (top plane of air spring) should be at least twice the height of the centre of gravity above plane of springs.
- Benefits:
- Low Maintenance Cose
- Freedom of fatigue
- Range of temperature operation ( -50 to 110 degree celsius)
- Limitations:
- Since the system is inherently soft, precaution must be taken to ensure stability.
- The main limitation to the use of these isolators is reliance on elastomers which are prone to wear and tear due to friction.
If you are done reading this page, you can go back to Types of PVI Systems
