The SE110 is a remarkable antivibratory product : Better than 90% insulation at 1.500 rpm (25 Hz). Constant height over wide load range. Stabilised characteristics during Service Life.
The design of the SE111 mounting gives the following basic characteristics : Radial elasticity greater than axial elasticity The rubber works in compression (axial), shear (radial), compression/shear according to the fixing method
The SE116 is a revolutionary rubber support. It is formed from two thick conical membranes, joined at their bases to create a highly elastic mounting.
The SE117 mounting comprises one piece elastomer bonded to a top and bottom plate.
The SE131 mountings steel have a mounting plate, cover and swaged teel shaft. This mouting is available with stainless steel or mild steel zinc plated metalwork. The resilient parts are stainless steel wire cushions. The steel parts are zinc plated.
The SE115 mounting comprises a conical rubber section bonded between inner and outer metal parts. Centre axis with threaded hole. Square (4 holes) or diamond base (2 holes) with clearance hole.
Flexible element : Precompressed natural rubber Bonded metal reinforcing mountings Precompression band (to be removed after installation)
Flexible element : Metallic bobbins linked together by rayon fibres The whole unit is potted in natural rubber and is hexagonal
There are two variations of the SE151 coupling : hollow hub and solid hub : Flexible element : Formed of solid natural rubber External steel surround, bonded to the rubber
This range of mountings has one or two steel mounting plates depending on the model, one or several high strength steel springs, 2 light alloy rings and a stainless steel wire cushion in each spring.
The SE126 range has a pressed steel casing and mounting plate and light alloy shaft. The resilient element is a stainless steel wire pad.
The design of the SE111B elastic stops gives the following basic characteristics : Highly deformable, allowing high energies to be absorbed. Progressive absorption of energy due to the carefully designed shape.