360-Degree rotating forklift gripper, key points of hydraulic pipeline modification for BYD models

In the forklift operation scenario, the 360-degree rotary clamp can greatly improve the flexibility and efficiency of cargo handling, and the hydraulic pipeline modification for specific models is a key link to ensure its stable operation. The following will introduce the core points of the hydraulic pipeline modification of the 360-degree rotary forklift clamp suitable for BYD models in detail.

Before the modification, a comprehensive evaluation and preparation work need to be completed. First, the parameters of the original car hydraulic system of the target model should be tested, including the rated pressure of the system, the output range of the flow, etc., to confirm that it can meet the operating requirements of the gripper. At the same time, it is necessary to prepare the hydraulic pipes, seals, joints and other accessories that match the specifications. The material and size of the accessories need to be adapted to the technical parameters of the original car system interface and the gripper at the same time to avoid subsequent failures due to non-compliance with specifications.

Scientific planning of pipeline layout is the basic link of refitting. Pipeline layout needs to take into account both operating efficiency and safety, minimize pipeline length and reduce unnecessary bending, so as to reduce hydraulic resistance and improve system response speed. Pipelines need to avoid moving areas such as lift mechanisms and steering components of forklifts, and at the same time stay away from high temperature components such as engines to prevent damage and leakage of pipelines due to scratches or high temperature aging. Special pipe clamps are required when fixing pipelines to ensure that pipelines remain stable during forklift operation and avoid loose displacement affecting operation.

Sealing performance guarantee is the core of the normal operation of the hydraulic system. It is necessary to choose the appropriate seal according to the medium in the pipeline and the working pressure. When installing, pay attention to the installation direction of the seal to avoid distortion and extrusion. Special sealing grease should be applied to the joint connection part to ensure that the connection is tight and there is no gap. After the installation is completed, the initial leakage test should be carried out to observe whether there is oil leakage at the joint and pipeline interface. If there is any abnormality, the installation status of the sealing parts should be adjusted in time.

Pressure matching and system adaptation cannot be ignored. The working pressure of the 360-degree rotary clamp needs to match the output pressure of the original vehicle hydraulic system, and must not exceed the upper limit of the rated pressure of the original vehicle system to avoid damage to the core components such as the hydraulic pump and valve group. During the modification process, the system pressure can be calibrated by adjusting the parameters of the overflow valve to ensure that the clamp can smoothly complete the rotation and clamping action without increasing the operating load of the original vehicle system.

Finally, comprehensive debugging and performance testing need to be completed. After the modification is completed, no-load debugging is carried out first to test the 360-degree rotation flexibility of the clamp, the smoothness of the clamp action, and check whether there is any abnormality such as vibration and abnormal noise in the hydraulic pipeline. Then load testing is carried out to simulate the actual operation scenario, observe the running stability of the clamp under the bearing state, and confirm again whether the pipeline sealing performance and system pressure meet the requirements. Follow-up inspections of the hydraulic pipeline and clamp are required regularly to check potential faults in time to ensure long-term stable operation.