The AA4VG125HD1/32L-NSFXXFXX1D-S+AZPF-11 pump has a displacement of 125 cm³ per revolution, which refers to the volume of fluid it can move in a single rotation.
This displacement value determines the flow rate and is crucial for matching the pump to the specific requirements of an application.
The "HD1/32L" designation in the model number indicates that the pump features a swashplate design with an angle control mechanism. Swashplate pumps are known for their compactness and high efficiency. The adjustable angle control allows for variable displacement, enabling the pump to adapt its output to the changing demands of the system.
The "NSFXXFXX1D" part of the model number refers to additional design characteristics and mounting options. These specifications may vary based on the specific requirements of the application and can include features such as through-drive capability, different mounting flange options, and various shaft designs.
The "S+AZPF-11" specification denotes the control type and control device of the pump. The "S+" indicates that the pump is equipped with an electric proportional control, which enables precise control over the pump's output. The "AZPF-11" control device is likely a reference to a specific manufacturer or model of a control device compatible with the pump.
Overall, the AA4VG125HD1/32L-NSFXXFXX1D-S+AZPF-11 pump offers a combination of power, versatility, and efficiency.
It is engineered to meet the demands of modern hydraulic systems and applications. Its variable displacement capability allows for optimal energy usage, as the pump can adjust its output to match the required flow rate. This feature is particularly useful in systems with fluctuating load conditions.
Additionally, the pump's robust construction and high-quality materials ensure durability and reliable operation even in harsh environments. It is designed to withstand demanding industrial conditions, including high pressures and temperatures.
The AA4VG125HD1/32L-NSFXXFXX1D-S+AZPF-11 pump can be integrated into various hydraulic systems, including industrial machinery, construction equipment, and mobile applications. Its adaptability and compatibility with different control devices make it a versatile choice for hydraulic system designers and engineers.