A rotary damper is a rotational device to decelerate an objective’s movement, either rotary or linear movment.
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Rotary dampers are capable of generating significant resistance or torque, effectively controlling motion in mechanical systems.
Besides the factors mentioned above influence the damper working.
Also the oil viscosity inside the damper determines its torque, which varies with temperature—higher temperatures lead to lower torque, and vice versa.
The damper’s torque also increases with rotation speed.
That is why Engineers designing a damper need to know the application’s working temperature and required torque to tailor the damper’s performance. This ensures the damper provides the right amount of resistance for its specific use, efficiently dissipating kinetic energy as heat.
Rotary dampers are made from strong plastics or metals, with oil viscosity and precise construction affecting their performance.
They’re chosen for specific uses, like toilet seats, where materials must resist detergents, leading to the selection of PBT and zinc alloy for durability and strength.
Material choice is key, considering the environment, cost, and how long the product is expected to last, ensuring the damper works effectively for everything from electronics to heavy machinery.
FRT-E2 The damping direction of the smallest ACE FRT-E2 rotary dampers with plastic body is rotating on both sides.
FRT-G2 The damping direction of the ACE FRT-G2 product family with plastic body is rotating on both sides.
FRT-C2 and FRN-C2 The damping direction of the simple FRT-C2 and FRN-C2 is either right, left or two-sided rotation.
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FRT-D3 and FRN-D3 The damping direction of the ACE FRT-D3 and FRN-D3 rotary dampers with plastic body is either the right, left or two-sided rotation.
FRT-F2/K2 and FRN-F2/K2 The damping direction of FRT F2/K2 and FRN-F2/K2 is either the right, left or two-sided rotation.
FFD In comparison to other rotary dampers, the ACE FFD product family does not need any fluid to generate the damping torque, but rather works on the principle of friction.
FDT The damping direction of the flat constructive ACE rotary damper FDT with robust steel body is two-sided rotation.
FDN The damping direction of the flat, strong FDN rotary dampers with steel body can be either right or left rotation.
FYN-P1 The damping direction of the rotary damper FYN-P1 can be either right or left rotation.
FYN-N1 The damping direction of the rotary damper FYN-N1 can be either right or left rotation.
FYN-U1 The damping direction of the rotary damper FYN-U1 can be either right or left rotation.
FYN-S1 The self-compensating FYN-S1 rotary damper with zinc die-cast body provides a constant sequence of movement for different masses.
FYT-H1 and FYN-H1 The damping direction of the adjustable FYT-H1 and FYT-H1 can be right, left or two-sided rotation.
FYT-LA3 and FYN-LA3 The damping direction of this adjustable high-performance rotary damper can be right, left or two-sided rotation.