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Vibration isolator is a solution for industrial and commercial workplaces where there are plenty of objects and machines which cause unwanted vibrations.
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Understanding The Types Of Vibration Isolation What are Vibration Isolators? Vibration isolator is a solution for industrial and commercial workplaces where there are plenty of objects and machines which cause unwanted vibrations. With vibration isolation techniques the mechanical vibrations are brought in control which could otherwise damage the parts of the machine and cause havoc in everyday operations. The vibration isolators protect the machinery from intermittent shocks and continuous vibrations ensuring the machinery lasts longer and functions better. Impact of uncontrolled vibration If the amplitude and frequency of vibrational waves is not controlled it tends to have serious repercussions such as: ● Loosening of bolts and screws over a period of time ● Damage to smaller, and critical parts of the machinery ● Shorten the operational lifespan of the machinery or the equipment ● Detrimental to the performance of machinery and equipment ● Decrease in production efficiency
Aarnesh Air products helps customers pick out the right solutions with personalized guidance from their team of experts. The help you evaluate the protection needed by your machinery and explain how the vibration isolators will be mounted. Their transparency in helping you understand the severity of conditions the configuration will need to endure makes them a reliable brand having genuine care for their customers. What are the types of Vibration isolation? The vibration isolation technique is classified into two main categories: 1)Passive isolation In passive isolation, the vibration isolator is manufactured as per the requirement of the isolator and the influence of vibration source on vibration isolation object is weakened. 2)Active isolation In active isolation, the vibration isolator is manufactured after interpreting the excitation signal of the source to lower the intensity of the source, instead of the isolation requirements of the isolator. Here the influence of vibration source on vibration isolation object is controlled. Some of the commonly used materials for vibration isolation include spring, rubber, oil, foam and polyurethane. These materials work perfectly at different input frequencies. You can face several challenges if you end up with the wrong vibration isolator. For successful isolation you must understand the machinery and the frequencies well.