Medium Range 225 – 938 kVA Fg Wilson Generator P438-3

Introducing the FG Wilson Generators – the ultimate solution for your power needs, whether for industrial, residential, or critical applications. With a robust range of diesel generators, these units are designed to deliver exceptional performance and reliability. Available in ratings from 400 kVA to 438 kVA, FG Wilson Generators ensure you have the power you need when you need it most, all while optimizing fuel consumption and minimizing emissions.

The Perkins 2000 Series leverages 6-cylinder in-line diesel engines (13/15/18 litre) derived from a proven heavy-duty industrial base, guaranteeing excellent performance. Its premium engineering prioritizes reliability, economic operation, and durability, alongside low emissions and advanced functionality. Designed to excel in demanding environments, this series delivers consistent, high-quality power for industrial applications worldwide. (

FG Wilson Generators feature a choice of high-quality alternators, including FG Wilson branded and Leroy Somer options. These alternators are engineered for excellence, providing outstanding performance and reliability. The inclusion of advanced features such as the Quadrature Droop Kit (AR6) and AREP/PMG excitation ensures stable voltage output, making these generators ideal for a variety of applications. Additionally, the three-phase sensing capability enhances performance, ensuring that your power supply remains consistent and reliable.

Designed for maximum usability, the DSE4520MKII offers intuitive configuration tools and advanced system monitoring features that simplify both installation and operation. It minimizes battery power consumption when the system is idle and supports true generator and mains sensing for reliable performance. Accurate real-time power measurement enables a true indication of generator energy output. The module provides complete global flexibility while also incorporating engine overload protection to safeguard against excessive load and electrical stress.