Gran oferta bomba de pistón hidráulica Linde HMF serie HMF50 HMF55 HMF75 HMF105 | PartsDic®_Excavator Hydraulics, Motor diesel, SKS hidráulico

The Linde HMF50 is a compact hydraulic piston pump with a displacement range of 15-85 cm³/rev.

Funciona a una presión máxima de 420 barra y tiene una velocidad máxima de 3,000 Rpm. This pump is known for its high efficiency and smooth operation, making it suitable for applications that require precise control and low noise levels.

The HMF55 is another model in the series with a displacement range of 55-280 cm³/rev. Funciona a una presión máxima de 400 bar and can reach a maximum speed of 3,000 Rpm. This pump is designed to provide high performance and reliability in demanding applications such as mobile cranes, maquinaria de construcción, y equipos de manipulación de materiales.

The HMF75 is a larger capacity hydraulic piston pump with a displacement range of 75-500 cm³/rev. Funciona a una presión máxima de 350 barra y tiene una velocidad máxima de 2,600 Rpm. This pump is suitable for heavy-duty applications that require high power output, como equipos de minería, grandes excavadoras, y maquinaria forestal.

The HMF105 is the largest model in the series, ofreciendo un rango de desplazamiento de 105-800 cm³/rev.

Funciona a una presión máxima de 320 barra y tiene una velocidad máxima de 2,200 Rpm. This pump is designed for applications that require high flow rates and robust performance, such as offshore drilling rigs, prensas industriales, y equipos marinos.

All pumps in the Linde HMF Series are designed with advanced hydraulic technology to ensure efficient and reliable operation. They feature a swash plate design that allows for variable displacement, providing precise control of flow and pressure. The pumps are also equipped with a high-pressure relief valve for system protection and a load sensing option for optimizing energy consumption.

These pumps are known for their durability and long service life, thanks to high-quality materials and stringent manufacturing processes. Están diseñados para soportar duras condiciones de funcionamiento., incluyendo altas presiones, variaciones de temperatura, y contaminación.