Manufacturer:General Electric

Model:DS200TCERG2BTF

Series:Mark VI

Product Type:Emergency Overspeed Board

Application:Turbine Control Systems

Board Type:Type C

Function:Detects overspeed conditions

Communication Interface:RS-485

Power Supply:24VDC

Dimensions:170mm x 110mm

Weight:0.46kg

Operating Temperature:-20°C to +60°C

Storage Temperature:-40°C to +85°C

    This emergency overspeed board is a state-of-the-art solution specifically engineered for critical power generation applications where the safety of the system is paramount. It is part of the renowned GE Mark VI series, known for its reliability and efficiency in managing complex industrial processes.

    With its robust design, the DS200TCERG2BTF is built to withstand harsh environmental conditions, offering unparalleled durability and longevity in even the most demanding settings. Its compact yet powerful architecture ensures seamless integration into existing turbine control systems, enhancing overall operational safety without compromising performance.

    Featuring advanced over-speed detection technology, this board provides immediate and precise responses to prevent machinery from reaching dangerous speeds, thereby preventing potential catastrophic failures. Its relay contacts enable the system to shut down safely and efficiently, minimizing downtime and reducing the risk of extensive damage.

    Crafted with high-quality materials, including a ruggedized industrial-grade plastic enclosure, this board is designed for maximum resistance to wear and tear, ensuring minimal maintenance requirements throughout its lifecycle. This makes it an ideal choice for long-term reliability in power generation environments.

    Installation and maintenance are streamlined with straightforward guidelines provided by General Electric, ensuring that users can easily integrate and manage this critical component within their operations. Backed by extensive support and documentation, operators can rest assured knowing they have access to comprehensive resources for optimal use and maintenance.