Medium Range 225–938 kVA FG Wilson Generator Set P688-3
Product Introduction
Introducing the FG Wilson Generator Set, a powerful and efficient solution designed to meet your energy needs. With a minimum rating of 625 kVA (500 kW) and a maximum rating of 688 kVA (550 kW), this generator is engineered for optimal performance in a variety of settings. Operating at a frequency of 60 Hz and a speed of 1800 RPM, it provides reliable power support for both prime and standby applications, all while maintaining a fuel-optimized and environmentally conscious profile.
Advanced Perkins Engine Design
The FG Wilson 350 - 938 kVA range features cutting-edge engineering that combines reliability with innovative design. This generator set is built with an oversized alternator ensuring robust output, coupled with a Quadrature Droop Kit (AR6) to enhance performance. Furthermore, an anti-condensation heater and advanced panel circuitry (AH1) provide added protection, enabling the generator to withstand extreme weather conditions. The AREP / PMG excitation and AVR upgrades ensure smooth handling of varying loads, giving you the confidence of a reliable power source.
Alternator Features
Curated from leading alternator brands, FG Wilson FGL and Leroy Somer alternators are globally trusted for top-tier expertise and durable, low-upkeep solutions. Engineered with excellent performance and robust motor starting capability, they are purpose-built to seamlessly match FG Wilson generator sets, ensuring optimal compatibility and consistent, hassle-free operation across diverse scenarios.
Advanced Panel Design
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.
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