crane Installations, Optimized Characteristic Energy capacity per stroke 4248000 in-lbs/cycle Stroke 31.5 inch
Reduced return forces: the ACE safety shock absorbers from the EB-Family offer internal system seals, large sized piston rod bearings and the maximum energy absorption for emergency stop applications. However, an integrated spring package in the robust shock absorber body makes sure that the return forces are reduced to a fraction of those in the CB-Family.
The damping characteristics of the maintenance-free and ready-to-install EB models is individually designed specific to the customer application, just like all ACE safety shock absorbers.
These safety shock absorbers reliably perform their services in crane systems and in numerous heavy duty applications, even if the power fails, because these hydraulic machine elements are independent braking systems.
Reacting force at max. capacity rating = 158,000 lbs (700 kN)
Return Force 535 to 4,380 lbs
Side load angle max. 2 °
Impact velocity range 1.6 to 15 ft/s
Operating temperature range 10 to 150 °F
Mounting In any position
Positive stop Integrated
Damping medium Automatic Transmission Fluid (ATF)
Filling pressure Approx. 8 psi to 16 psi. Rod return by integrated nitogen accumulator combined with additional return spring.
Material
Outer body Steel corrosion-resistant coating
Piston tube Hard chrome plated steel
Rod Button Steel corrosion-resistant coating
Technical Notes
Note
These slimline, high-performance safety shock absorbers are only designed for emergency stop situations. They can be used for a number of tasks in gantries and conveyor systems, processing centres or assembly machines.
On request
Special oils, special flanges, additional corrosion protection etc.
Sales Data
Weight 490.08761 lbs
F and R Weight -
S Weight -
Custom tariff number 84879059
Country of origin US
Application Areas
portal systems
conveyor systems
heavy load applications
heavy load applications
These safety shock absorbers reliably perform their services in crane systems and in numerous heavy duty applications, even if the power fails, because these hydraulic machine elements are independent braking systems.