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The A11VLO190 is a powerful axial piston pump with a displacement of 190 CC/rev.
It features a robust construction and is capable of delivering high pressure and flow rates. This pump is commonly used in heavy-duty applications such as mining, Konstruktion, und Meeresindustrie, where large volumes of hydraulic power are required.
Ähnlich, the A11VLO260 is another variant of the axial piston pump, mit einer Verschiebung von 260 CC/rev. It offers similar performance characteristics as the A11VLO190 but with an increased displacement capacity. This makes it suitable for applications that demand even higher flow rates and pressures, such as material handling equipment, offshore drilling rigs, and power generation plants.
The A11VLO260LRCS/11R-NZD12K67 is a specialized version of the A11VLO260 pump, equipped with additional features to enhance its performance and efficiency.
Der “LRCS” in its model name stands for “Large Ratio Control System,” which enables precise control of the pump’s displacement ratio. This feature is particularly beneficial in applications that require variable speed and flow control, wie Spritzgießmaschinen, hydraulische Pressen, und mobile Maschinen.
All three pumps are based on the axial piston principle, Dabei bewegt sich eine Reihe von Kolben innerhalb eines Zylinderblocks hin und her, driven by a rotating swashplate. Wenn sich der Taumelscheibenwinkel ändert, the piston stroke and displacement vary, allowing the pump to regulate the flow and pressure output. This design ensures a smooth and consistent hydraulic power supply, enabling precise control of the machinery being operated.
The A11VLO series pumps are known for their high efficiency and durability. They incorporate advanced engineering techniques, such as optimized flow paths, precision manufacturing tolerances, und hochwertige Materialien, to minimize energy losses and ensure long-lasting performance. These pumps are also designed for easy maintenance, with replaceable wear components and accessible service points, Reduzierung von Ausfallzeiten und Steigerung der Gesamtproduktivität.
