GE DS200TCCAG2A (C) ANALOG I/O BOARDF

الوصف

The GE DS200TCCAG2A is a TC2000 Common Analog I/O board for the Mark V control system. This board is a crucial interface that handles a variety of analog signals, allowing the control system to receive and process data from a wide range of field devices. The “(C)” in the part number likely indicates that the board has a conformal coating for added environmental protection.

Key Features and Applications

The DS200TCCAG2A is a versatile board that plays a significant role in monitoring and controlling industrial processes.

• Common Analog I/O: This board is designed to handle both analog inputs (AI) and analog outputs (AO). It can receive signals from sensors like pressure transducers, temperature transmitters, and flow meters, converting them into a format the Mark V controller can understand. It can also send analog signals to control devices like valve actuators or motor speed controllers.
• Conformal Coating: The (C) at the end of the part number indicates a protective conformal coating. This thin, polymeric film shields the board’s electronic components from environmental contaminants like moisture, dust, and corrosive chemicals, which are common in heavy industrial environments. This coating extends the board’s lifespan and improves its reliability.
• Mark V Control System: The Mark V is a well-established control system used primarily for managing large, critical machinery like gas and steam turbines. The DS200TCCAG2A is an essential component within this system, providing the necessary link between the field devices and the main controller.

Common Applications

The DS200TCCAG2A is commonly used in:

• Power Generation: To monitor and control continuous variables such as temperature, pressure, and flow in turbine and generator systems.
• Oil and Gas: In refineries and pipelines to manage process variables and control valve positions.
• Industrial Plants: In various processes where precise analog signal management is necessary for safe and efficient operation, especially in harsh or corrosive environments.