Industrial Shock Absorbers
MC64-HT
Extreme temperature and high cycle applications
Self-Compensating, use at 32 °F to 302 °C
Energy capacity 16,550 in-lbs/Cycle to 33,000 in-lbs/Cycle
Stroke 1.91 in to 5.91 in
Greater application range: just like all MAGNUM types from the product family MC33 to MC64, the HT (high temperature) industrial shock absorbers are also made from one solid piece. They use special seals and fluids. This means that these versions can even be used at extreme temperatures of 32 °F to 302 °F in order to safely and reliably damp masses and absorb 100 % of the kinetic energy.
These ready-to-install machine elements are recommended even under the most unfavorable conditions. Additional benefits are their robust, innovative sealing technology, high energy absorption in a compact design, fixed positive stop and a wide damping range. Self-compensating shock absorbers react to changing energy conditions, without adjustment.
Designed for use in extreme temperature ranges, these self-compensating industrial shock absorbers are suitable almost anywhere in plant, industrial, automation and machine engineering.
These ready-to-install machine elements are recommended even under the most unfavorable conditions. Additional benefits are their robust, innovative sealing technology, high energy absorption in a compact design, fixed positive stop and a wide damping range. Self-compensating shock absorbers react to changing energy conditions, without adjustment.
Designed for use in extreme temperature ranges, these self-compensating industrial shock absorbers are suitable almost anywhere in plant, industrial, automation and machine engineering.
Configurator
Configure your individual shock absorber with the right accessories
Calculation Tool
Calculate the right shock absorber for your application
_FA_IMG_Single-01-cut-Labels_RGB-L_EN.jpg)
_FA_IMG_Single-01-cut_RGB-L.jpg)
Industrial Shock Absorbers
MC64-HT
Extreme temperature and high cycle applications
Self-Compensating, use at 32 °F to 302 °C
Energy capacity 16,550 in-lbs/Cycle to 33,000 in-lbs/Cycle
Stroke 1.91 in to 5.91 in
Energy capacity 16,550 in-lbs/Cycle to 33,000 in-lbs/Cycle
Stroke 1.91 in to 5.91 in
