Product Introduction

General Electric IS200TBAIH1CEDGE The IS200TBAIH1CED is an analog I/O terminal board developed by General Electric for the Mark VIe control system. It is designed to process analog signals and integrate up to 10 channels. The IS200TBAIH1CED is primarily used in industrial control systems, especially those that employ the GE Speedtronic Mark VI platform. It is suitable for applications that require high-speed network I/O in various configurations.

General Electric IS200TBAIH1CEDGE The IS200TBAIH1CED is an analog I/O terminal board developed by General Electric for the Mark VIe control system. It is designed to process analog signals and integrate up to 10 channels. The IS200TBAIH1CED is primarily used in industrial control systems, especially those that employ the GE Speedtronic Mark VI platform. It is suitable for applications that require high-speed network I/O in various configurations.

Main Features:
Analog I/O Function:
Processes analog signals
Integrates up to 10 channels

Compatibility:
Designed for GE Speedtronic Mark VI Series Systems
Provides high-speed network I/O for simplex, duplex and triplex redundant systems.

Connectivity:
Terminates to external I/O connections
A removable connector on one section of the terminal block.

Product Features:
Isolated analog inputs
Digital inputs and outputs
Compatibility with a wide range of transmitters
Versatility in control systems.

Main Features:
Analog I/O Function: Processes analog signals
Integrates up to 10 channels
Compatibility:
Designed for GE Speedtronic Mark VI Series Systems
Provides high-speed network I/O for simplex, duplex and triplex redundant systems.

Connectivity:
Terminates to external I/O connections
A removable connector on one section of the terminal block.

IS200TBAIH1CED is an analog I/O terminal board developed by GE. It is part of the Mark VIe control system. The Analog Input/Output (TBAI) Terminal Board is a component within a control system that provides a variety of functions and powerful analog signal processing capabilities. It facilitates the integration of analog inputs and supports up to 10 channels. These inputs are designed to accommodate various types of transmitters, including two-wire, three-wire, four-wire, or externally powered sensors. This flexibility allows for seamless integration with different types of sensors and measurement devices.

Features
Analog Output Capability: In addition to analog inputs, it provides two output channels that can be configured to output 0-20 mA or 0-200 mA current signals. This versatility enables precise control and modulation of the output signal to meet specific system requirements.
Noise Suppression Circuitry: To ensure signal integrity and reliability, both input and output channels are equipped with noise suppression circuitry. This feature protects against surges and high-frequency noise, maintaining signal quality and stability even in challenging operating environments.
Connection Options: Designed with three DC-37 pin connectors specifically for connecting to VAICs. For simplex applications, a single connector (JR1) is used, while TMR (Triple Modular Redundancy) applications utilize all three connectors. This setup allows for seamless integration and communication between the TBAI and VAIC, ensuring optimal performance and reliability.
Operation in TMR Applications: In a TMR configuration, the input signals are distributed across three connectors dedicated to R, S, and T control. The board intelligently combines the current outputs from the three connected drives and determines the total current using a measurement shunt. This total current signal is then provided to the VAIC for regulation based on the commanded set point, enabling precise control and synchronization in a redundant system architecture.
Diagnostics
Voltage Drop Monitoring: To monitor output current, the terminal board measures the voltage drop in the circuit using a series resistor. This voltage drop serves as an indicator of the output current level. If the current level is abnormal, the voltage analog input/output card (VAIC) triggers a diagnostic alarm or fault, signaling that there may be a problem with the output.
Connector ID Device: Each cable connector on the terminal board is equipped with an ID device that serves as a unique identifier for the board. This ID device contains critical information, including the serial number, type, revision number, and connector position (JR, JS, JT) of the terminal board. When the VAIC interrogates these ID devices, any discrepancy or mismatch triggers a hardware incompatibility fault.
Fault Detection Mechanism: When an output current anomaly is detected or a hardware incompatibility issue is encountered, the VAIC generates a diagnostic alarm or fault. These fault notifications provide real-time feedback on the health and integrity of the terminal board, enabling the prompt identification and resolution of potential problems.
Integration with Control Systems: Diagnostic information generated by the terminal board is seamlessly integrated into the wider control system. This integration enables operators and maintenance personnel to monitor the status of the terminal board and effectively resolve any detected faults.
Benefits of Powerful Diagnostics: By leveraging advanced diagnostics, the terminal board improves system reliability, minimizes downtime, and simplifies maintenance. Early detection of problems enables proactive troubleshooting and corrective actions, ensuring uninterrupted operation of the control system.
GE Fanuc IS200TBAIH1CED Mark VI The IS200 Analog Terminal Board is an essential component of the Mark VI distributed control system. It provides a reliable interface for connecting analog input signals, enabling accurate measurement and monitoring of process variables.
Wide Input Range: Handles a wide range of analog input signals, including voltage and current, to meet different measurement needs.
High Accuracy: Provides precise and reliable analog measurements for accurate process control and monitoring.
Modular Design: Easily integrates into the Mark VI control system, providing flexible configuration and expansion options.
Applications
Process Control: Monitor and control process variables such as temperature, pressure, flow and level in industries such as chemical, pharmaceutical and power generation.
Data Acquisition: Collect analog data from sensors and field devices for detailed analysis and reporting.

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