FAW Jiefang J6 8x4 Steering Cylinder Rod End with Clip 3409010-A487E000 Steering System / Hydraulic Steering System Parts

FAW Jiefang Steering System / Hydraulic Steering System Parts J6 8x4 Steering Cylinder Rod End with Clip 3409010-A487E000

The 3409010-A487E000 Steering Cylinder Rod End Assembly is a key connection component in the FAW Jiefang J6 8x4 hydraulic steering system, installed at the end of the steering hydraulic cylinder to transfer the cylinder's linear movement to the steering linkage. During steering operation, hydraulic pressure drives the steering cylinder piston, while the rod end converts this linear cylinder movement into movement of the connected steering mechanism. Its spherical joint design allows the connection to accommodate the changing angle between the hydraulic cylinder and steering linkage as the truck turns and the suspension moves. This makes the component particularly important in multi-axle heavy-duty trucks, where the steering system must coordinate movement between multiple axles. Available parts references identify 3409010-A487E000 as a steering hydraulic cylinder rod end for the second axle of FAW J6 8x4 trucks, with left/right application noted in parts listings. For heavy-duty vehicles operating in freight transportation, construction, logistics, and other demanding road conditions, the steering cylinder rod end is exposed to repeated steering loads, road vibration, and movement of the steering linkage. The 3409010-A487E000 assembly works together with the hydraulic steering cylinder, steering linkage, ball joint, and related steering components to maintain the mechanical connection required for hydraulic steering assistance. During installation, the ball head, retaining clip, mounting position, and steering-cylinder connection should be checked carefully. Buyers should confirm the part number, FAW Jiefang J6 model, 8x4 axle configuration, second-axle steering application, and original joint dimensions before ordering. Since steering components are safety-related parts, the replacement should be matched to the original configuration rather than selected only by external appearance.