Exhaust Shock Mounts

Category:

Rubber Design RDS shock mountings are engineered for marine applications, withstanding linear shock deflections up to 80 mm while meeting BV 043/044, MIL-STD-901D, STANAG 4142, and BR 3021 standards. Ideal for propulsion engines, generators, and auxiliary systems, they ensure low-frequency attenuation and reliable shock resistance. The EPM range (RDS-C165/95, C165/126 & C250/154) extends this protection to smaller equipment up to 10 kN, combining high shock absorption (up to 50 mm deflection) with superior vibration isolation in all directions.

EXHAUST SHOCK MOUNTINGS

Rubber Design developed the RDS shock mountings mainly for marine applications. These type of mountings can stand a linear shock deflection?of 80 mm. The RDS shock mountings meet the requirements of all international shock specifications such as BV 043, BV 044, MIL-STD901D, STANAG 4142 and M.O.D. BR 3021.

The RDS shock mountings?are particularly?suitable for marine applications such as propulsion engines, diesel generator sets and auxiliary equipment where attenuation of low frequencies is required.

RDS ? EPM Mountings
In addition to the existing RDS mounting range, the new EPM mountings (type RDS-C165/95, RDS-C165/126 & RDSC250/154) provide the ideal solution for the protection of small equipment (up to 10 kN per mounting) like water makers, pump sets, generator sets and hydro-packs, while also isolating the vibrations.

The unique?Equipment?Protection?Mounting (EPM) design enables the mounting to absorb large shock displacements while ensuring an excellent vibration isolation. The RDS EPM has a linear stiffness over a wide load range varying from compression to extension which is necessary to maintain the optimum isolation properties. This new mounting range is the ideal solution for small rotary equipment which need a combination of vibration and shock isolation. The maximum deflection of the mounting as result of shock impact is as large as up to 50 mm in all directions. Due to the conical round shape the RDS EPM?s have identical stiffness characteristics in longitudinal and transverse direction.

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Euan Kelso, Technical Director, leads all projects and is here to assist with everything from traditional diesel systems to advanced electric and hybrid drive solutions.

Brand

Rubber Design