Heavy Industrial Shock Absorbers
CA2 to CA4
Deceleration of heavy loads
Self-Compensating
Energy capacity 21,000 in-lbs/Cycle to 1,120,000 in-lbs/Cycle
Stroke 2 in to 16 in
Powerful: The weight of these high capacity absorbers are between 28.2 lbs and 322 lbs. (12.8 and 146 kg). They complement ACE's product range of self-compensating shock absorbers. All models from this product family are designed for applications where robustness and large energy absorption are important.
ACE uses our proprietary custom calculation program to design each shock absorber for the specific customer application. Customization helps reduce the risk of crashes and incorrect product sizing. The CA models can absorb up to 1,119,620 in-lbs (126,500 Nm) of energy and can be used in the area of effective weights between 1,543 lbs and 718,707 lbs. (700 kg and 326,000 kg). The combination of being extremely solid, absorbing high levels of energy and having a large damping range makes them invaluable. Self-compensating shock absorbers react to changing energy conditions, without adjustment.
These heavy duty self-compensating industrial shock absorbers are primarily used in heavy industrial engineering e.g. on lift bridges and steel structures or for damping sluice systems.
ACE uses our proprietary custom calculation program to design each shock absorber for the specific customer application. Customization helps reduce the risk of crashes and incorrect product sizing. The CA models can absorb up to 1,119,620 in-lbs (126,500 Nm) of energy and can be used in the area of effective weights between 1,543 lbs and 718,707 lbs. (700 kg and 326,000 kg). The combination of being extremely solid, absorbing high levels of energy and having a large damping range makes them invaluable. Self-compensating shock absorbers react to changing energy conditions, without adjustment.
These heavy duty self-compensating industrial shock absorbers are primarily used in heavy industrial engineering e.g. on lift bridges and steel structures or for damping sluice systems.
