Fg WilsonHigh-power Generator Set, 225-938KVA, Applicable To Various Scenarios P895-1

Introducing the FG Wilson Generator Set, engineered for exceptional performance and dependable energy supply. With a minimum rating of 813 kVA (650 kW) and a maximum rating of 895 kVA (716 kW), this generator operates efficiently at 60 Hz and speeds of 1800 RPM. Designed with a focus on fuel optimization and compliance with emissions standards, it is ideal for both prime and standby applications, ensuring you have access to power when it matters most.

At the heart of this generator set is the Perkins 2000 Series, featuring robust 6-cylinder 13, 15, and 18-litre in-line diesel engines. These engines are developed from a reliable heavy-duty industrial base, offering superior performance and durability. Engineered for economic operation with low emissions, they provide advanced reliability and functionality, making them a trusted choice for rigorous power generation tasks across various applications.

Our generator range stands out with a curated choice of FG Wilson branded alternators as standard, paired with the option of Leroy Somer alternators—two industry-leading names synonymous with excellence. Engineered to deliver the exceptional performance and rock-solid reliability FG Wilson is renowned for, these alternators ensure stable power output, minimal downtime, and consistent operation even in demanding industrial environments. Whether you opt for the trusted FG Wilson core offering or the high-performance Leroy Somer upgrade, you’re investing in a power solution built to exceed expectations.

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.