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Hydraulic Valves For Mobile Applications
Electro-Proportional direct-drive multiple valves SPHF15 Balance valves Electro-Proportional control multiple valves SPHB350 Balance Valves Pre-Pressure compensation multiple valves ZCRV pilot handle SPHB/SPHG One-way balance valves Post-Pressure compensation multiple valves XDJY pilot handle SSPHB/SSPHG Two-way balance valves Conventional multiple valves JTF foot-operated brake valve Hydraulic locks Integrated units
- Hydraulic Pumps
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Hydraulic Motors
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Hydraulic Valves For Industrial Industries
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Electronics and Control Systems
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Reducers
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Hydraulic System
SA10VO series 52/53
SA10VO series 53 Half-section diagram
SA10VO series 53 is optimized in terms of its dimensions and structure, making it more compact compared to similar products in the market. It can meet the installation requirements of host machines with limited space. Miniaturization and lightweight design are among the advantages of this series of axial piston pumps. It exhibits excellent suction characteristics and low noise levels.
We have optimized the design of the suction chamber in this series, ensuring smoother oil flow and reducing the occurrence of cavitation. This not only decreases the noise generated by the piston pump during operation but also improves the lifespan of its components. It can meet the flow and variable characteristics required by the host machine under various complex operating conditions.
The SA10VO-53 series features a modular control design that offers various control methods, making it more efficient and energy-saving. The range of control options allows for diverse applications. For example, the ED electric-hydraulic control can adjust the output pressure level of the piston pump smoothly by changing the input current of the electromagnetic valve, delivering hydraulic flow that meets the requirements of the actuator. The control system has been optimized for response time characteristics, making it suitable for fan drive systems.
Suitability for high-speed applications, short response time, and minimal impact.
