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The A7V107 is a compact piston pump designed for medium-pressure applications.
It offers a maximum operating pressure of up to 450 barra y un rango de desplazamiento de 71 cm³/rev. This model incorporates a swashplate design, permitiendo un control preciso del flujo y la presión del fluido. The A7V107 pump is suitable for a wide range of applications, incluyendo máquinas herramientas, máquinas de moldeo por inyección, y equipos de construcción.
Con un rango de desplazamiento de 117 cm³/rev, the A7V117 is another member of the A7V series. It provides a maximum operating pressure of 400 bar, making it ideal for applications where higher pressure is required. This pump is known for its compact design and high efficiency, asegurando un rendimiento confiable incluso en condiciones exigentes. Industries such as material handling, agricultura, and forestry can benefit from the A7V117’s capabilities.
The A7V160 is a larger capacity axial variable displacement piston pump, designed for heavy-duty applications. Ofrece un rango de desplazamiento de 160 cm³/rev y una presión máxima de funcionamiento de 350 bar. This model features a robust construction, capable of withstanding high loads and harsh environments. The A7V160 pump finds applications in industries such as mining, marina, y petróleo y gas, where reliability and durability are critical.
For applications that require even higher capacity, the A7V250 is the optimal choice.
Con un rango de desplazamiento de 250 cm³/rev y una presión máxima de funcionamiento de 350 bar, this pump delivers substantial hydraulic power. Its design incorporates advanced technologies to ensure efficient performance and extended service life. The A7V250 pump is commonly used in large-scale industrial applications, such as steel manufacturing, generación de energía, y maquinaria pesada.
All these pumps are equipped with axial piston units that provide variable displacement capability. This means that the flow rate and pressure output can be adjusted according to the specific requirements of the application. The swashplate design enables precise control, allowing operators to regulate the hydraulic system with accuracy.
En términos de instalación, these pumps are typically mounted to the power take-off of the prime mover, como un motor eléctrico o un motor de combustión interna. They are designed to work seamlessly with hydraulic systems, connecting to the system’s reservoir, válvulas de control, y actuadores.
