Radial Damping, heavy duty version Energy capacity per stroke 7585 in-lbs/cycle Stroke 0.47 inch
Impact and collision protection: The TR-HD profile dampers are stressed in the same way as the basic model TR but offer a higher force and energy absorption with a shorter damping distance thanks to the solid design. Different damping characteristic curves can be achieved with two different co-polyester elastomer hardness levels. The slightly oval (bi-concave) shape also ensures a softer force intake.
"This product family absorbs a lot of energy despite the low height: a range of 405 Nm to 11,840 Nm (3,585 in-lbs to 104,793 in-lbs) is progressively covered by strokes of 12 mm to 44 mm (0.47"" to 1.73""). Delivered with two included screws, the damper can be easily and quickly installed both horizontally or vertically. The drill hole distance can be adapted if required."
These dampers are used in agricultural technology and on shovels or break joints on construction machines as well as on loading and lifting or similar equipment.
Environment Resistant to microbes, seawater or chemical attack. Excellent UV and ozone resistance. Material does not absorb water or swell.
Impact velocity range 16.4 ft/s
Torque max. 61.96 in-lbs
Material
Profile body Co-Polyester Elastomer
Technical Notes
Note
Suitable for emergency stop applications and for continous use. For applications with preloading and increased temperatures please consult ACE.
Safety instruction
Mounting screw should additionally be secured with Loctite.
On request
Special strokes, -characteristics, -spring rates, -sizes and -materials.
Sales Data
Weight 0.494 lbs
F and R Weight -
S Weight -
Custom tariff number 39269097
Country of origin US
Application Areas
loading and lifting equipment
transport roads
shipbuilding
These dampers are used in agricultural technology and on shovels or break joints on construction machines as well as on loading and lifting or similar equipment.
Application Examples
Profile Dampers - TUBUS TR-HD
Safety damping for the loading mechanics of feeding systems
Silicon wafers serve as starting products for solar cells and are produced in special furnaces. Optimum positioning of the wafers is a basic requirement for all manufacturing processes in the furnaces. Loading of the furnaces, some of which are we...