Model Number:EASYGEN-1500-55B
Brand:WOODWARD
Input Voltage Range:220V ± 10%
Output Frequency:30kHz
Start-Stop Logic:Intuitive and customizable
Breaker Configuration:Flexible and adaptable
Operating Temperature:-40°C to +70°C
Material:High-grade, corrosion-resistant metals
Dimensions (WxDxH):100mm x 100mm x 50mm
Weight:1.5kg
Certification:ISO 9001:2015, CE
Introducing the Woodward EASYGEN-1500-55B, a cutting-edge generator control system that delivers unparalleled performance and reliability in a wide range of industrial applications. Engineered with advanced start-stop logic and a modular design, this system ensures seamless integration into existing infrastructure, maximizing operational efficiency and minimizing maintenance needs.
Featuring a robust power rating of 1500 kW and an operating voltage of 220 V, the EASYGEN-1500-55B is designed to handle the most demanding power demands with ease. Its output frequency of 30 kHz ensures precise and stable power delivery, critical for maintaining optimal performance in sensitive operations.
The system’s control logic automates the start and stop processes, significantly reducing manual intervention and enhancing safety standards. With flexible breaker configuration options, users can customize their setup to meet specific site requirements, ensuring maximum compatibility and adaptability.
Built with industrial-grade durability, the EASYGEN-1500-55B withstands harsh environmental conditions, guaranteeing continuous operation even under extreme circumstances. This feature, combined with its extended maintenance interval, results in reduced downtime and minimized costs associated with frequent servicing.
At the heart of the EASYGEN-1500-55B lies a commitment to innovation and reliability, making it the preferred choice for industries seeking to optimize their power management solutions. With its user-friendly interface and comprehensive diagnostic capabilities, the system offers real-time monitoring and troubleshooting support, empowering operators to maintain peak performance and minimize potential disruptions.
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