Electromagnetic Eddy Current Damper
subcategory：
Energy Dissipation
Relevant data：
- Product description
-
- Commodity name: Electromagnetic Eddy Current Damper
During an earthquake, the permanent magnets and conductors (such as coils) in the damper undergo relative motion, generating a current damping force that opposes this relative motion. The energy is converted into electrical current and dissipated through heat generation in resistors or other forms of energy conversion, thereby mitigating (earthquake or wind-induced) vibrations and achieving structural energy dissipation. This type of damper offers advantages such as diverse damping directions, low wear, and long lifespan.
This product is developed in a customized manner. Its appearance, performance and various detailed features are all determined according to the specific requirements of each individual project. In view of this, in order to fully demonstrate the cost-performance advantage in the project, it is recommended that for the specifications and parameters of products for specific projects, in-depth communication and confirmation should be carried out in a timely manner with professional engineers from Safetyinside during the initial design stage of the project, so as to accurately match the project requirements and achieve the construction and implementation of the optimal solution.
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