Changsha Tongchuang Mechanical Co., Ltd.
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Product Description:
The HAWE multi-way valve plate, model PSL 4 G1/370-3, in a concrete boom pump truck serves a critical function in controlling the movement and operation of the boom assembly. It plays a key role in facilitating the precise and efficient deployment of the boom for concrete placement at construction sites.
The functionality of the HAWE PSL 4 G1/370-3 multi-way valve plate includes:
Boom control: The multi-way valve plate controls the hydraulic flow to various boom cylinders, allowing operators to extend, retract, lift, and lower the boom sections. It enables precise and independent control of each boom cylinder, enabling operators to position the boom accurately for concrete placement.
Multi-function capability: The PSL 4 G1/370-3 multi-way valve plate is designed to handle multiple hydraulic functions simultaneously. It can control not only the boom extension and retraction but also other auxiliary functions such as boom folding, unfolding, slewing, and boom tip articulation. This versatility allows for a wide range of boom configurations and movements, providing flexibility in concrete placement.
Flow regulation and pressure control: The multi-way valve plate regulates the hydraulic flow and controls the pressure supplied to the boom cylinders. It ensures smooth and controlled movement of the boom sections, preventing abrupt or uncontrolled motions that could compromise safety or concrete placement precision.
Safety features: The HAWE multi-way valve plate may incorporate safety features such as load-holding valves or overload protection systems. These features help prevent overloading of the boom and provide safety measures in case of hydraulic system failures or emergencies.
Compatibility and integration: The PSL 4 G1/370-3 multi-way valve plate is specifically designed for compatibility with the hydraulic system of the concrete boom pump truck. It is integrated into the overall control system, communicating with other components to ensure synchronized and coordinated boom movements during operation.
