Rubber mounts
Rubber Vibration Isolators
B, BE, E, EA, 6JX, SH, WH and WHG rubber mounts support machinery with model-specific loads, deflections and installation arrangements.
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Series in this family
B Reinforced Rubber Mounts
BReinforced rubber isolators for the shock and vibration protection of instruments, electrical equipment and light balancing mechanisms.
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BE Protected Rubber Mounts
BEA protective mounting structure maintains the equipment connection if the rubber element is damaged.
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E Protected Rubber Mounts
EProtective rubber mounts for machinery support, with direction-specific load ratings.
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EA Protected Rubber Mounts
EAAn alternative protective rubber-mount range with its own stiffness and deflection data.
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6JX Enclosed Rubber Mounts
6JXEnclosed mounts with a protective connection and a nonlinear load–deflection characteristic.
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SH Machinery Rubber Mounts
SHRubber supports for machinery vibration reduction and structure-borne noise isolation.
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WH Rubber Mounts
WHA machinery-mount range with model-specific static deflection and natural-frequency data.
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WHG Rubber Mounts
WHGRubber supports covering the larger load configurations listed in the WH/WHG catalogue tables.
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Continuous vibration or transport shock?
Use a vibration-isolation review for pumps, cabinets and transported equipment. The motion-sizing calculator covers supported end-stop shock absorber cases; it does not calculate isolation performance.
I only know the equipment weight. Can I start?
Yes. Send the weight, support layout, equipment type and any photos or test report. Mark frequency or shock data as unknown; engineering review must establish them before a performance claim can be made.
Can I divide the total weight by four mounts?
Only a symmetric layout with a centered center of gravity and the corresponding static assumptions supports equal sharing. An offset center of gravity, torque or transport acceleration can produce unequal loads. Supply support positions and the center of gravity, or mark it unknown.
Rubber or wire rope isolators?
Compare the required frequency range, load direction, allowable displacement, damping and environment. Neither material is universally better. Directional load and stiffness data, shock conditions and durability requirements determine the candidate.
Unknown data is welcome: say what is measured, estimated or not yet known. Photos, drawings and existing test records help define the next checks.
Send an isolation brief