![]() ![]() It is important to consider that vibration mounts will experience wear over time and require replacement. Sandwiched between two machine components or surfaces, they can effectively stabilize the assembly while also absorbing shock and vibration. ![]() ![]() They are primarily used to connect two parts of a machine together. Mounting a vibration isolation mount is more complicated than a rubber bumper since the user must mount them from either end. There are several different vibration mount configurations to match a variety of application needs. Fortunately, there is no notable performance difference between these two mounting configurations as this is determined by the shore hardness, height, and material of the rubber jacket. If the component only needs to be mounted on one end, a rubber bumper is a better option and the designer must decide if the assembly is better supported by the tapped hole or threaded stud. These shock absorbing mounts are available with a single stud, two studs, a single tapped hole, two tapped holes, or a single stud and a single tapped hole, giving designers options in how they are mounted. How Will The Vibration Mount or Bumper Be Mounted? Rubber bumpers have a wider variety of material and shore hardness options allowing them to be used in a more diverse range of applications.īefore you can select one of these components, however, you must consider all or some of the following factors.ġ. They can also be used as feet to mitigate floor vibrations, elevate an assembly, and protect floors/equipment from damage. They are a better choice for absorbing direct impact loads like machine doors or as safety buffers in automated machinery. Rubber bumpers are similar in design and function, however have either They are designed to prevent damage and noise to equipment and the surfaces they rest on by absorbing the kinetic energy generated during operation, extending life and creating a safer, quieter work environment. Vibration isolation mounts are often sandwiched between two pieces of equipment to isolate their vibration. They attach to machines or surfaces with two tapped holesĭepending on the application needs. Vibration isolation mounts are made from a metal core and rubber jacket that reduce vibration and noise in a variety of machinery through the damping properties of the rubber. Vibration, impact loads, and noise are likely to be important considerations in most environments, and a common way to mitigate these factors is by using vibration isolation mounts Every application is different, but there are common problems that affect all types of machinery and equipment across a variety of industries. ![]()
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