Neoprene Floor Mount Vibration Isolator - 3-3/16"L x 1-5/8"W x 1-1/2"H Red

Neoprene Mounting is a better isolator than isolation pads because they are thicker (taller) and provide more deflection. Top bolts and washers are provided for bolting to the equipment. The neoprene friction covering on the bottom generally eliminates bolting to the structure. This excellent all-purpose oil resistant mounting is used under compressors, blowers, air conditioning equipment, pumps, machine tools, transformers, etc. Used in compression only. Max Load 300-600 LBS. 3-7/8"L x 2-5/16"W x 1-7/8"H Overall Dimensions.

Stud type leveling mount fills a need for a greater leveling range and are recommended for as much as 1" of lift. A thick neoprene base resists oil, provides friction and isolates impact and vibration. Max Load 50-250 LBS. 2-3/8"L x 2-3/8"W x 3/4"H Overall Dimensions.

Steel springs reduce vibration transmission most efficiently as performance improves with larger deflections. Minimum deflection is 0.75" which increases with heavier loadings. Spring deflections are 2 - 6 times higher than the rubber products. IMF Unhoused Simple Spring Mount works best for indoor applications on lightweight equipment that does not have to be completely level and does not need to be bolted down. Max Load 230-310 LBS. 5-3/4"L x 2-1/8"W x 4-1/2"H Overall Dimensions.

SMSR-B / BF / BT spring mounts are designed to provide efficient isolation from critical vibrations and all-directional restraint from vertical and horizontal forces, as well as from forces due to seismic activities and high wind loads. There are three available configurations: SMSR-B: Top with a bracket and inside levelling adjustment feature SMSR-BF: Flat top with an inside levelling adjustment feature SMSR-BT: Bolted top with levelling adjustment feature Recommended for: HVAC equipment, fan air circulation systems, compressors, pumps, chillers, AC units, cooling towers, inertia bases, ...

FMD Double deflection - compression mounts have great elasticity in axial-radial direction and provide excellent isolation from vibration and noise. This model is designed for compression loads and is not recommended for shear or tension load. Maximum recommended shock loads should not exceed 50% of maximum vertical load. Recommended Use: Motors, fans, pumps, compressors, transformers, electrical, lab-testing equipment, and cabinet enclosures, as well as HVAC and other industrial appliances.