Stockbridge type vibration damper
What is stockbridge type vibration damper？
Stockbridge type vibration damper is a device designed to reduce and control mechanical vibrations in electrical power transmission lines. These vibrations, caused by factors such as wind, can generate stresses that compromise the integrity of conductors and support structures. The Stockbridge design is one of the most effective and widely used solutions to mitigate this problem..
Features of stockbridge type vibration damper
The Stockbridge damper consists of a flexible steel cable with two masses at each end, usually aluminum or steel. This design allows the shock absorber to absorb oscillations induced by wind or natural movements. The system works as a “energy absorber,” that is to say, transforms vibration energy into a small amount of heat through internal friction of the cable, thus dissipating energy efficiently.
Stockbridge type vibration damper functions
Reduction of wind vibrations: Protects drivers from wind damage.
Extension of driver life: By reducing vibrations, reduces material fatigue and the risk of breakage.
Easy installation: It is usually mounted on the driver at strategic points, optimizing its effectiveness.
Low maintenance: Once installed, requires little additional intervention.
Stockbridge type vibration damper sales price
The selling price of stockbridge type vibration damper varies depending on a variety of factors. At the time of purchase, we indicate the price.
Stockbridge type vibration damper manufacturer
Dosense Cable is a leading manufacturer of column type porcelain insulators, especially the C8 model with a capacity of 25kV. These porcelain insulators are designed for medium and high voltage electrical systems., providing a reliable and durable solution for electrical power transmission and distribution networks.
Dosense Cable's C8 column type insulator is manufactured from high quality porcelain, which guarantees exceptional weather resistance, as well as adverse conditions such as high humidity, pollution and temperature variations. This type of insulator is ideal for maintaining the stability and safety of electrical systems., since its design allows it to withstand both mechanical and electrical loads without affecting its performance.