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Product Introduction

The GE terminal board is mainly responsible for signal transmission and interface expansion, ensuring smooth communication between various parts of the control system. It is a key component that manages interaction with various system components (especially electrical trip devices (ETDs)) through complex circuits and interface arrays. It is suitable for industrial process control scenarios that require high reliability and safety, such as petroleum, chemical, steel and other industries.

Description

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  IS200TTURH1CCC Other names:

  Input and output board IS200TTURH1CCC

  IS200TTURH1CCC Communication board

  Interface board IS200TTURH1CCC

  IS200TTURH1CCC Printed board

  IS200TTURH1CCC is a terminal board developed by GE. It is part of the Mark VI series. The TRPG terminal board plays a vital role in the control and interface system, supervised by the I/O controller. It is a key component that manages interaction with various system elements, especially the electrical trip device (ETD), through a complex array of circuits and interfaces.

  Signal transmission and interface expansion:

  The IS200TTURH1CCC, as a terminal board, is mainly responsible for signal transmission and interface expansion to ensure smooth communication between various parts of the control system.

  Supports multiple signal types, including analog and digital signals, to meet the connection requirements of different devices.

  Industrial-grade design:

  Adopting industrial-grade materials and design, it has characteristics such as high temperature resistance and vibration resistance, and adapts to harsh industrial environments.

  It has good electromagnetic compatibility (EMC) to reduce the impact of electromagnetic interference on the system.

  Easy to integrate and maintain:

  The compact design makes it easy to install and integrate into existing control systems.

  Clear identification and wiring terminals are provided to facilitate maintenance and troubleshooting.


  Relay control and interface

  The core of the board is nine magnetic relays, carefully organized into three voting circuits. These relays act as interface points to engage with the trip solenoids, which constitute the key electrical trip device (ETD).

  Through these circuits, TRPG can effectively regulate and coordinate the activation of trip solenoid valves, ensuring prompt and accurate response to system triggers and safety measures.


  Working with TREG

  It has worked closely with TREG to establish a comprehensive main and emergency interface for ETD. Together, TRPG and TREG form an integrated system that coordinates their operations, providing dual-sided control and redundancy to enhance the reliability and resiliency of the ETD interface.


  Flame Detection Integration

  In addition to its role in the trip solenoid valve interface, TRPG can also serve as a multi-functional platform to accommodate inputs from specialized sensor arrays.

  Designed for gas turbine applications, TRPG contains inputs for eight Geiger Mueller flame detectors.

  These detectors play a key role in monitoring and detecting potential flame events, providing an additional layer of safety and protection for the system.


  Operation

  The I/O board plays a key role in executing the main trip function in the control system architecture, coordinating the activation of relays on the terminal board to initiate the tripping of the main protection solenoid valve.

  This critical operation ensures that the system reacts quickly and effectively to potential faults or emergency situations, protecting equipment and personnel.


  TMR Implementation

  In a Triple Modular Redundant (TMR) configuration, the I/O board uses a sophisticated hardware approach to ensure reliability and redundancy when tripping is initiated. The three inputs use a relay ladder logic 3-to-2 voting circuit for a hardware-based voting process.

  This meticulous approach enhances the robustness of the system by reducing the risks associated with single-point failures, thereby enhancing the integrity and reliability of operations.


  Monitoring and Control Mechanisms

  The I/O board integrates advanced monitoring and control mechanisms to evaluate the status and performance of the relay drive functions. By monitoring the current in the relay driver control line, the board can discern the energized or de-energized state of the relay coil, thereby determining the vote/status of the relay coil contacts.

  In addition, the I/O board continuously monitors the supply voltage for diagnostic purposes, ensuring optimal system performance and identifying potential problems or anomalies in advance.


  Diagnostics and Status Verification

  To maintain operational integrity and ensure system reliability, the I/O board carefully monitors the status of each relay on the TRPG board. Specifically, it carefully checks the normally closed contacts of each relay and uses sophisticated diagnostic methods to verify that it is operating properly.

  By evaluating the functionality of these relay contacts, the I/O board can quickly identify any deviations or faults, allowing corrective measures to be implemented in a timely manner to maintain system integrity.


  Application Scenarios

  Gas Turbine Control: As part of a gas turbine control system, the IS200TTURH1CCC module may be used for signal acquisition, processing, or communication with other control modules.

  Power Plant Automation: In a power plant, the module can be used to monitor, protect, or control generator sets to ensure stable operation of the system.

  Industrial Process Control: Applicable to industrial process control scenarios that require high reliability and safety, such as petroleum, chemical, steel and other industries.

  Shipping and Papermaking: In ship power systems and papermaking production lines, it is used to control and monitor key equipment to ensure system reliability and safety.


  Notes

  Certification and Compliance:

  Ensure that the product complies with relevant industry standards (such as CE, UL, etc.) and regulatory requirements of the target market.

  After-sales service:

  After-sales service (such as repair, replacement) of industrial control products is crucial to system stability. When selecting a supplier, you need to pay attention to its service capabilities.


  FAQ

  What is IS200TTURH1CCC?

  It is a terminal board developed by GE under the Mark VI series.

  What diagnostics does the I/O board perform on the TRPG?

  The I/O board diagnoses various aspects of the TRPG, including feedback from the trip solenoid relay driver and contacts, the solenoid power bus, and the excitation voltage of the flame detector. If any of these signals exceed the specified limits, a diagnostic alarm is triggered, indicating a potential problem.

  What role do connectors JR1, JS1, and JT1 play on the board?

  Connectors JR1, JS1, and JT1 are equipped with their own ID devices. These devices contain critical information such as the serial number of the terminal board, board type, revision number, and plug position. The I/O board interrogates these ID devices and signals a hardware incompatibility fault if a mismatch is detected.

  What is the purpose of the on-board ID device?

  The on-board ID device is a read-only chip that has the necessary identification details encoded in it. It enables the I/O board to verify the compatibility and authenticity of the connected terminal board, ensuring proper integration and functionality within the control system architecture.


  All products on this website are special products, and market prices are always fluctuating.

  The specific price is subject to the customer service quotation, because the product is new, the price is not real,

  Please confirm the model and product, price and other details with customer service before placing an order, the website has been used,

  New ones are on sale, please contact customer service for communication.


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Zhangzhou Fengyun Electrical Equipment Co., Ltd