GE IS200MVRCH1A MKVe, Analog I/O Card

The IS200MVRCH1A is a fundamental part of a larger control system and works in conjunction with several other key components:

  • Processor Modules: These are the core controllers that read data from and send commands to the terminal boards.
  • I/O Packs: Electronic modules that mount directly on the terminal board and contain the signal conditioning and processing circuitry.
  • Power Supply Modules: These modules provide the necessary power to the terminal board and its I/O packs.
  • Field Devices: The module connects to a variety of field devices, such as thermocouples, pressure transmitters, and vibration sensors, which provide the analog signals.
التصنيف:

الوصف

The GE IS200MVRCH1A is an Analog I/O Card for the GE Mark V/Mark VIe (MKVe) turbine control system. It’s a critical component that serves as a high-density, high-speed interface for a wide range of analog sensors and actuators.


 

Function and Purpose 📈

 

The primary function of the IS200MVRCH1A is to manage and process continuous, or analog, signals. Unlike digital signals (which are simple on or off), analog signals represent a range of values, such as temperature, pressure, flow, or vibration. This card is essential for the system to accurately read data from these sensors and send precise commands to actuators. The “expanded” nature of this card indicates its ability to handle more I/O points than standard analog cards, making it ideal for complex turbine control applications. It also features built-in signal conditioning and filtering to ensure the integrity of the data, which is vital for maintaining the stability and performance of the turbine.


 

Related Components

 

The IS200MVRCH1A is a fundamental part of a larger control system and works in conjunction with several other key components:

  • Processor Modules: These are the core controllers that read data from and send commands to the terminal boards.
  • I/O Packs: Electronic modules that mount directly on the terminal board and contain the signal conditioning and processing circuitry.
  • Power Supply Modules: These modules provide the necessary power to the terminal board and its I/O packs.
  • Field Devices: The module connects to a variety of field devices, such as thermocouples, pressure transmitters, and vibration sensors, which provide the analog signals.