User-friendly Mse Pro Axial Flow Type Fuel Cell Compressor - 3kw Device [zByUIqbA]

MSE PRO Axial Flow Fuel Cell Compressor

The MSE PRO Axial Flow Fuel Cell Compressor is a cutting-edge solution for enhancing the efficiency and performance of fuel cell systems. This 3kW compressor is a critical component, designed to deliver compressed air to the fuel cell stack, facilitating the electrochemical reaction that powers the system. With its advanced aerodynamic design, the MSE PRO compressor stands out in its category, offering superior air flow and pressure optimization.

Key Product Features

The MSE PRO Axial Flow Fuel Cell Compressor boasts several innovative features that set it apart from traditional radial centrifugal compressors. Its mixed-flow impeller and axial vaned diffuser achieve an impressive aerodynamic efficiency of up to 82%, ensuring optimal air boosting. The compressor's design includes an effective forced air-cooling system, making it easier to integrate into various systems while maintaining a compact package. The MSE PRO also offers enhanced reliability through its unique thrust force balancing design, which extends the life of rolling element bearings to over 15,000 hours with maintenance-free operation. For even greater performance, an air-bearing option is available for the 25kW variant.

Technical Specifications and Benefits

The MSE PRO Axial Flow Fuel Cell Compressor is equipped with a range of technical specifications designed to meet the demanding requirements of modern fuel cell systems. Key specifications include a ball bearing type for durability, a maximum mass flow of 360 g/s, and a maximum rotational speed of 80000 rpm. The compressor delivers up to 3kW of power with a maximum input voltage of 750V and a minimum input voltage of 400V. With an operating efficiency of 77% and a maximum ambient temperature of 65°C, the MSE PRO is designed to perform reliably in various industrial environments. This versatile compressor is perfect for applications in automotive, energy, and industrial sectors, where its exceptional performance and efficiency make it an invaluable addition to any fuel cell system.