Fg Wilson 938KVA Large Capacity Generator Set Suitable For Large Facilities P938-1

Introducing the FG Wilson Generator Set, an exceptional energy solution designed to deliver robust and efficient performance. With a minimum rating of 850 kVA (680 kW) and a maximum rating of 938 kVA (750 kW), this generator operates seamlessly at 60 Hz and speeds of 1800 RPM. Its fuel-optimized design also focuses on reducing emissions, making it an ideal choice for both prime and standby applications, ensuring reliable power whenever you need it.

At the heart of the FG Wilson Generator Set is the renowned Perkins 2000 Series. This series features dependable 6-cylinder in-line diesel engines with capacities of 13, 15, and 18 litres, built on a heavy-duty industrial foundation. These engines are engineered for outstanding performance and reliability, ensuring long-lasting operation in demanding conditions. The premium design of Perkins engines guarantees economic fuel consumption, low emissions, and advanced durability, making them an ideal choice for any serious power generation project.

Standard-equipped with FG Wilson & Marelli alternators for reliable power output, the range offers Leroy Somer as a high-performance upgrade. These top-tier alternators ensure stable voltage and low maintenance, meeting diverse industrial demands. Built for durability and maneuverability, the units fit seamlessly into any installation environment. Their compact footprint simplifies positioning, even in space-constrained or harsh industrial settings.

The compact module supports multiple installation options and includes a single digital output for auxiliary power control. Users can customize the module to display text rather than standard icon-based indications, enhancing clarity and communication. It supports a wide range of sensors and temperature inputs and features improved coolant temperature handling with early-warning alerts. The DSE4520MKII also includes alternator imbalance protection to prevent potential damage caused by uneven load distribution.