FG Wilson P65-5 Diesel Power Generator – 48 kW to 60 kW, Open Set

The FG Wilson P65-5 Diesel Power Generator offers a robust and reliable power solution with a power output range of 48 kW to 60 kW. Tailored for today's demanding environments, this generator provides exceptional performance across a multitude of sectors, including industry, retail, finance, and healthcare. With a focus on quality and efficiency, the P65-5 is designed without housing, suitable for installations where a protective enclosure is not required.

Key Benefits

• Fuel Efficiency: Engineered for optimal fuel economy, the P65-5 reduces running costs while ensuring reliable power output.
• Versatile Options: A range of enhancements and options are available, allowing you to customize the generator to meet specific application requirements.

Product Specifications for P65-5

Generator Set Specifications

• Minimum Rating: 60 kVA / 48 kW
• Maximum Rating: 75 kVA / 60 kW
• Emissions/Fuel Strategy: Fuel Optimised
• Frequency: 50 / 60 Hz
• Speed: 1500 or 1800 RPM
• Voltage: 110-480 Volts
• 50 Hz Prime: 60 kVA / 48 kW
• 50 Hz Standby: 65 kVA / 52 kW
• 60 Hz Prime: 68.8 kVA / 55 kW
• 60 Hz Standby: 75 kVA / 60 kW

50 Hz Prime Rating: Ideal for continuous electrical power supply at variable load, with no annual operation limit and a 10% overload capacity for 1 hour in every 12 hours.

60 Hz Prime Rating: Suitable for continuous power during utility failures, with peak continuous rating as per ISO 8528-3.

50 Hz Standby Rating: Designed for standard conditions (25°C, 100m A.S.L., 30% humidity) with fuel conforming to BS2869: 1998, Class A2.

Engine Specifications

• Engine Model: Perkins® 1103A-33TG2
• Bore: 105 mm (4.1 in)
• Stroke: 127 mm (5 in)
• Governor Type: Mechanical
• Displacement: 3.3 liters (201.4 cu. in)
• Compression Ratio: 17.25:1

The FG Wilson P65-5 Diesel Power Generator is a dependable choice for those seeking a high-performance generator without the need for a housing, providing versatile power solutions across a variety of applications and environments.