
The power steering cylinder assembly, also known as a hydraulic steering ram, is integral to a vehicle’s power steering system, providing hydraulic assistance to facilitate easier and more precise steering.The power steering cylinder is designed for the front-wheel steering of the second axle of the twin front axles. It features low startup pressure, minimal internal leakage, and reliable performance. It assists the driver in adjusting the vehicle’s direction, reducing the effort required to turn the steering wheel. Additionally, it plays a significant role in the safety and efficiency of the vehicle’s operation.
Components of the Automotive Steering Control System:
Material: Constructed using high-quality welded steel to ensure strength and durability, achieving reliable performance and a long service life.
Safety: Manufactured in accordance with IATF 16949 ISO 9001 production standards to ensure safety and reliability.
Design: The cylinder barrel of the power steering cylinder is precision honed to withstand high pressure without leakage. The inner bore has good surface roughness. High precision and high cleanliness reduce internal friction and increase wear resistance, thus extending the lifespan of sealing components. The exterior is coated using an automated paint process, resulting in a uniform paint thickness. It also employs a baking process to prevent rust.
Function: Transmits the steering input from the steering wheel to the steering knuckle, enabling accurate and responsive steering. The tie rod connects the steering rack to the steering knuckle.
Load Capacity: Capable of withstanding high loads and forces, ensuring safe and reliable operation even under demanding driving conditions.
Lubrication: Pre-lubricated with high-quality automotive-specific lubricants or available with lubrication options to achieve smooth and consistent motion, reducing wear, and extending the service life of the lateral tie rod end.
Installation: Easy to install, ensuring a secure and stable connection with the steering system.