Operating Characteristics
Deflection 25 mm at maximum load
Natural Frequency: 3 Hz at maximum load
Operating temperature: -70 0 C to 200 0 C (upon request)
Theoretical Vibration Attenuation up to 95%
Vibro-MSR.wm
Vibro- MSR.wm is an anti-vibration spring mount with multi directional restraint with relative limit stops and internal stainless steel wire mesh cushion
Vibro- MSR.wm is an anti-vibration spring mount with multi directional restraint with relative limit stops and internal stainless steel wire mesh cushion.The metal plates are protected from oxidation with polyester powder paint. On the bottom it can be fixed with the use of M8 pass -through bolts.
On the upper part of the wire mesh vibration dampers Vibro-MSR.wm there is an M8 threaded rivet in order to be fixed to the machinery. Within the inside diameter of the coil spring there is a resilient cushion knitted stainless steel wire mesh which increases the damping factor and limits the amplification at the natural frequency .
Vibro-MSR.wm can be used for low frequency vibration control (low speed rotation 400 rpm upwards) that also require lateral and vertical restrain and protection from earthquakes and excess wind pressure, such as air compressors, two-cycle engines, chillers, water coolers, air handling units. It can be used for vibration isolation of mechanical equipment in military marine and avionics applications. Performs well in tough environments, and it is also resistant in normal liquids and dust .
Furthermore it is a non creeping or hardening element with resistant to age. It is recommended to be used for mechanical Noise & Vibration isolation for vibrating equipment is likely to be subjected to seismic events. When the vibrating equipment is likely to significant center of mass alternations. When high wind loads or other external forces are applied. Therefore the wire mesh vibration dampers Vibro-MSR.wm offer the increased vibration isolation of a 25mm deflection spring mount with the increased protection of a restrained system that utilised the wire mesh technology to isolate vibrations.