Overview

The GE DS200FCRLG1AFC is a Field Control Relay Board designed for use in GE Mark V SPEEDTRONIC turbine control systems. This board provides relay interfacing, signal conditioning, and control logic support for gas and steam turbine applications. It is a critical component in turbine protection and monitoring, ensuring safe and reliable operation in mission-critical environments.

With its rugged construction and modular design, the DS200FCRLG1AFC offers high reliability, easy installation, and quick replacement, minimizing downtime during maintenance or system upgrades. It is widely deployed in power generation, petrochemical, and heavy industrial facilities, where precise turbine control is essential for operational success.

Technical Data

Typical Applications

The DS200FCRLG1AFC is ideal for:

• Gas turbine control systems in combined-cycle power plants.

• Steam turbine control systems for industrial and utility generation.

• Relay interfacing and signal conditioning in petrochemical and refining facilities.

• Industrial automation networks requiring reliable relay control.

For example, many operators deploy the DS200FCRLG1AFC to ensure stable relay operation and monitoring in turbine systems, enhancing overall system reliability and performance.

FAQ

Q1: What is the primary role of the DS200FCRLG1AFC board?
It provides relay interfacing, signal conditioning, and control logic support in GE Mark V turbine systems.

Q2: Is it compatible with GE Mark V systems?
Yes, it is specifically designed for integration with GE Mark V SPEEDTRONIC architectures.

Q3: How does it improve system reliability?
By ensuring stable relay operation and signal integrity, it reduces downtime and enhances turbine performance.

Q4: Can it be replaced easily?
Yes, its modular design allows for quick installation and replacement during maintenance or system upgrades.

Q5: Why choose GE control boards for turbine systems?
GE offers proven reliability, global support, and decades of expertise in turbine control and industrial automation.