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The SH200 gear pump is designed to provide a consistent and smooth flow of hydraulic fluid.
Il se compose de deux engrenages engrenés, un mécanisme d'entraînement, et un engrenage mené. Ces engrenages tournent dans des directions opposées, creating a suction effect that draws hydraulic fluid into the pump. As the gears mesh together, the fluid is trapped and forced out through the outlet port.
One of the notable features of the SH200 gear pump is its high volumetric efficiency. Il est conçu pour minimiser les fuites internes, ensuring that the maximum amount of fluid is delivered per rotation. This efficiency results in improved overall system performance and reduced energy consumption.
The SH200 gear pump is capable of delivering a wide range of flow rates and pressures. Its flow capacity can reach up to 200 litres par minute (L/min), making it suitable for applications that require high fluid flow. The pump is also capable of generating pressures of up to 250 bar, lui permettant de gérer des systèmes hydrauliques exigeants.
Another important specification of the SH200 gear pump is its compact size and lightweight design. This makes it easier to install and integrate into different hydraulic systems, même dans des espaces restreints. The pump’s small footprint also helps to reduce overall system weight, making it ideal for mobile equipment and machinery.
In terms of materials, the SH200 gear pump is constructed using high-quality components that ensure durability and reliability.
The gears are typically made from hardened steel, which enhances their resistance to wear and extends the pump’s lifespan. The pump housing is often made from cast iron or aluminum alloy, providing excellent structural strength and corrosion resistance.
The SH200 gear pump is designed for easy maintenance and serviceability. It features a modular design that allows for quick and straightforward disassembly, enabling easy access to internal components for inspection and repair. Cela réduit les temps d’arrêt et les coûts de maintenance, contributing to the overall efficiency of hydraulic systems.
