![]() This will give you the frequency in Hz (30 Hz). An easy way to calculate that would be to take the RPM you are running at (let's say 1800) and divide that by 60. If you would like to find the degree of isolation that this anti-vibration mount (M 100 A) will provide, first calculate what frequency your air compressor is running at. This chart is nice because the first slanted line you come to will typically be the mount that provides the best isolation for your desired weight range. We find about where 46 kg would fall on the right hand side and we move horizontally across the diagram to the right until we meet a slanted line. Look for the weight you are trying to isolate on the left hand side. The second page of this pdf can look a little confusing: We start with Diagram 1. We are thus looking for a vibration isolator that will handle 100 lbs. This will give us the load range we should look for on the specifications page. To find the anti vibration mount that will support the weight that we are trying to isolate, we take the total weight of our air compressor (400 lbs.), and divide that by the number of mounting positions (for this example we will assume there are 4). Click on this link to show the product specification page for the Novibra M. Above the table with the current stock information, you will find a link that says view information on selecting the correct vibration isolator. That page will show you the mounts that are in stock as well as the price for each one. ![]() If you click on the image of this anti-vibration mount, it will take you to the product information page for this vibration isolator. Under the Stationary Installation section, we see that these mounts work well with compressors. Here you can look for the appropriate category for the air compressor we are working with. To determine the correct isolator to choose, I would start by visiting their Trelleborg Anti Vibration Mounts Index page. Mission Sales and Supply is a great source for a wide variety of vibration isolators. A better solution would be to fasten the air compressor to the floor or frame of your vehicle with the use of anti vibration mounts. You could mount this directly to the floor or vehicle that it is riding on, but that would transfer the vibration and noise of the air compressor through the floor and vehicle that it is mounted to. Suppose you have an air compressor that weighs 400 lbs. Let's look at a made-up situation for a demonstration. All of these devices create significant vibrations and need to be correctly secured using appropriate anti-vibration mounts. One thing that is often overlooked in dealing with generators (gen-sets), air compressors, and industrial fans is how they will be mounted. ![]() Buyer receives 3 anti vibration pads.How to stop generators, fans, and air compressors from vibrating These anti vibration pads are proudly made in the U.S.A. ![]() These anti vibration pads work well with all sorts of heavy duty equipment, and using them will reduce operating stress, equipment wear, and noise with your machinery. The center of the anti vibration pads contains a pre-drilled 5/8" hole for easy anchoring or securing. Featuring an 8,000 PSI tensile strength, these anti vibration pads are highly tear and abrasion resistant and not only exceed industry standards but the standards of competing anti vibration pads as well. The 1" depth is made from a multi-ply rubber with reinforced nylon webbing, and is designed to withstand some of the harshest agricultural and industrial applications imaginable. These anti vibration pads are the perfect choice for home or commercial use! Created out of high tensile recycled aircraft tire rubber, these anti vibration pads measure 4" in width, 4" in length, with a total depth of 1". ![]()
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