The operation of inductive shock absorbers relies on Faraday's law of electromagnetic induction. Central to this system are electromagnetic coils that move within a magnetic field when a vehicle or device experiences vibrations, cutting through magnetic inductance lines and generating an induced current. By adjusting the current strength in the coil, the electromagnetic force can be modified, leading to varying damping effects that help mitigate vibrations.
Intelligent adjustment damping: Inductive shock absorber can intelligently adjust damping force according to different working conditions and adapt to a variety of road conditions or load conditions.
Energy recovery: In some inductive shock absorbers, the induced current can be recovered and converted into electrical energy, thereby improving the energy efficiency of the system.
Reduced maintenance requirements: Because inductive shock absorbers do not have a complex hydraulic system, maintenance requirements are lower than traditional shock absorbers, reducing maintenance costs.
Extended equipment life: By effectively suppressing vibration, inductive shock absorbers can extend the overall service life of a vehicle or equipment.