Логотип Машины Тонки
The A4VSO355 and A4VSO355OV hydraulic pumps are axial piston pumps, известны своей способностью выдерживать высокое давление и плавностью работы.
В этих насосах используется аксиально-поршневой принцип., где поршни движутся параллельно валу насоса, создавая гидравлическое давление. This design ensures efficient and reliable power transmission, making them ideal for applications that require high-pressure hydraulic systems.
The A4VSO355 model has a nominal pressure of 350 бар, while the A4VSO355OV model has a higher nominal pressure of 450 бар. The “OV” designation in the latter model indicates that it is designed for open circuit systems, where hydraulic fluid is returned to the reservoir after use. This design allows for greater flexibility and adaptability in various hydraulic system configurations.
Both the A4VSO355 and A4VSO355OV pumps offer variable displacement, meaning that the output flow can be adjusted to match the specific requirements of the application. Эта функция позволяет точно контролировать гидравлическую систему., enhancing efficiency and reducing energy consumption. The pumps achieve variable displacement through a swashplate mechanism, where the angle of the swashplate is adjusted to regulate the piston stroke and, следовательно, выходной расход насоса.
The A4VSO355 and A4VSO355OV pumps are designed for high-speed operation, making them suitable for demanding applications that require rapid response and high productivity.
They feature a compact and robust construction, ensuring durability and reliability even under harsh operating conditions. Насосы также спроектированы так, чтобы обеспечить простоту установки и обслуживания., with accessible components and clear service instructions.
To further enhance performance and operational efficiency, these pumps incorporate advanced control technologies. They can be equipped with electronic control modules that enable precise control and monitoring of pump parameters. This allows for optimized performance, fault detection, and real-time adjustments to meet specific operational requirements.
