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Active Inductive Damping 670005455 Front Shock Absorber for Maserati Quattroporte Ghibli

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Guangzhou Depin Auto Parts Technology Co., Ltd.

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Active Inductive Damping 670005455 Front Shock Absorber for Maserati Quattroporte Ghibli

Name: Active Inductive Damping 670005455 Front Shock Absorber for Maserati Quattroporte Ghibli
Brand: Depin
Price: 1 USD

Quality Active Inductive Damping 670005455 Front Shock Absorber for Maserati Quattroporte Ghibli for sale

Place of Origin : China

Brand Name : Depin

MOQ : 2 Pieces

Price : Negotiable

Certification : ISO CE

Packaging Details : Carton Box

Delivery Time : 3-15 Days

Payment Terms : L/C, D/A, D/P, T/T, Western Union, MoneyGram

Supply Ability : 5000 Sets/month

Model Number : 670005455

Product Name : Active Inductive Damping

Model : Maserati Quattroporte

Year : 2017 - 2019

OE NO. : 670005455

Car Fitment : Maserati

Reference NO. : 6700088960

Warranty : 1 Year

Condition : New

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Active Inductive Damping 670005455 Front Shock Absorber for Maserati Quattroporte Ghibli

Function

Absorbing vibration energy: Similar to traditional shock absorbers, the inductive shock absorber can effectively absorb and dissipate the vibration energy generated from uneven road surfaces, mechanical operation, etc. For example, during vehicle driving, it can reduce the up-and-down jolts and shakes of the vehicle caused by road bumps, enhancing the driving comfort. Adjusting damping force: By changing parameters such as the current in the inductor coil, the damping force of the shock absorber can be adjusted in real time. This adjustment function can provide appropriate shock absorption effects according to different working conditions and requirements, such as the vehicle's driving speed, load capacity, etc.

Working Principle

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.

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