Depin Auto Parts 8R0513025 8R0513026 Automotive Rear Shock Absorber for Audi Q5

Product Specification

Get the Best Performance and Durability with Our Car Shock Absorber for Volkswagen Multivan T5 T6 OEM 7E5413031 7E5413032

About Us

Guangzhou Depin Auto Parts Technology Co., Ltd. was established in 2012. A small group of dedicated professionals embarked on a journey of innovation and growth.

In 2013, we completed the shelving of products in a 1000 square meter warehouse.

In 2014, through effort and determination, it quickly gained recognition for its quality and reliability. As time passed, the company expanded its product line and entered new markets.

In 2016, Guangzhou Depin Auto Parts Technology Co., Ltd. is committed to research and development, and its products are exported to countries and regions such as Europe, America, Southeast Asia, Japan, and South Korea. The company's advanced technology, scientific management, and quality first business philosophy have won widespread praise from domestic and foreign customers, becoming the preferred supplier for many customers at home and abroad.

In 2017, DPATP took part in 2017 Beijing Construction Machinery Exhibition.

In 2020, 100 staff members and 3000 square meters of storage were completed.our sales team and warehousing system became more complete.

In 2023, we launched many new products, including transmission shafts, electric tailgate pillars All vehicle models.

In 2024, Guangzhou Depin Auto Parts Technology Co., Ltd. is a global leader in shock absorber products. Its products and services are trusted by customers around the world. The company's success can be attributed to its steadfast commitment to quality, innovation, and customer satisfaction.

Instructions

1. Preparation
- Check the specifications:
- Ensure that the inductor shock absorber is compatible with your device or system. For example, if it's for a high - precision electronic instrument, verify the voltage and current ratings. The inductor shock absorber should be able to handle the electrical load without overheating.
- Make sure the physical dimensions match. It should fit properly into the designated space in your equipment.
- Inspect the shock absorber:
- Look for any visible damage such as cracks in the casing or loose connections. If you find any defects, do not use it and contact the manufacturer for a replacement.

2. Installation
- Mounting:
- Secure the inductor shock absorber in the correct position. If it's for a mechanical system like a vehicle suspension, it should be mounted between the wheel and the chassis. Use the appropriate mounting hardware such as bolts and brackets that come with the shock absorber. Tighten the bolts to the specified torque to ensure a secure fit.
- For an electronic application, it may be mounted on a circuit board. Make sure it's soldered properly to the correct terminals. The solder joints should be smooth and free of cold solder joints.
- Connecting:
- In an electrical system, connect the leads of the inductor shock absorber to the power source and the load. For example, in a power - supply circuit, one end of the inductor is connected to the output of the power supply and the other end to the input of the load. Ensure that the polarity is correct if it's a polarized connection.

3. Operation
- Initial Testing:
- If it's a mechanical inductor shock absorber, start the vehicle or the mechanical system at a low speed. Check for any unusual vibrations or noises. The shock absorber should dampen the vibrations effectively.
- For an electronic inductor shock absorber, power on the circuit. Use an oscilloscope to monitor the voltage and current waveforms. The inductor should help to stabilize the current and reduce voltage spikes.
- Monitoring:
- During operation, keep an eye on the temperature of the inductor shock absorber. It should not get excessively hot. If it does, it may indicate a problem such as a short circuit or an overload.
- In a mechanical system, regularly check the seals of the shock absorber to ensure that there is no fluid leakage. Fluid leakage can reduce the effectiveness of the damping.

4. Maintenance
- Cleaning:
- For a mechanical inductor shock absorber, clean it periodically to remove dirt and debris. Use a soft brush to clean the exterior. Do not use high - pressure water as it may damage the seals.
- For an electronic one, keep the surrounding area of the circuit board clean to prevent dust accumulation, which can cause short circuits.
- Replacement of parts:
- If the seals of a mechanical inductor shock absorber are worn out, replace them. And if the inductor in an electronic system shows signs of wear such as a decrease in inductance value, it should be replaced to maintain the performance of the circuit.

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