IS230TEGSH2B - Trip Emergency Terminal Module

SPECIFICATIONS

Part No.: IS230TEGSH2B
Manufacturer: General Electric
Product Type: Trip Emergency Terminal Module
Mounting: DINrail
Technology: Surface-mount
Availability: In Stock
Country of Manufacture: United States (USA)
Series: Mark VIe

Functional Description

IS230TEGSH2B is an Trip Emergency Terminal Module developed by GE. It is a part of Mark VIe control system. This module is specifically designed to serve as a Trip Emergency Terminal, ensuring the safety and reliability of systems. It continuously monitors critical parameters and inputs from various sensors and actuators. The Trip Emergency Terminal Module provides real-time monitoring and diagnostics, allowing for efficient maintenance and troubleshooting.

System Input Processing

• Configurable Input Selection and Voting: The Mark VIe control system provides flexibility in configuring input selection and voting. Users can customize the selection of input sources and implement voting algorithms based on their specific application requirements. This configurability allows for precise control over the system's behavior, tailoring it to the unique needs of each industrial process.
• Simplified Configuration Process: The implementation of a simple, efficient selection/voting/fault detection algorithm in the Mark VIe control system minimizes the complexity of the configuration process. Users can easily set up voting and reliability options for sensor inputs, saving time and effort during system setup and optimization.
• Comprehensive Reliability Options: The Mark VIe control system offers a comprehensive range of reliability options for sensor inputs. These options include various redundancy schemes such as simplex, dual, and Triple Modular Redundancy (TMR) capabilities. This ensures that users can select the appropriate level of redundancy and fault tolerance for their specific application.
• Per Terminal Board Reliability Options: For any given topology, all applicable subsets of reliability options are available on a per terminal board basis. This granularity allows users to fine-tune reliability settings for each terminal board based on its specific functions and criticality within the control system.
• TMR Controller with Simplicity and Dual Options: In a TMR (Triple Modular Redundancy) controller, users not only have access to TMR capabilities but also benefit from the availability of simplex and dual options. This provides a seamless transition from simpler redundancy configurations to more advanced TMR setups, offering a gradual approach to optimizing system reliability.
• IONet and Data Sharing: Each IONet (Input/Output Network) in the Mark VIe control system is associated with a specific controller responsible for transmitting outputs. However, all controllers in the system can access data from all IONets. This means that data from a simplex input is not only seen by the output owner of the IONet but is also available in parallel to all other controllers.

World of Controls has the most comprehensive collection of GE Mark VIe components. Please contact WOC as soon as possible if you require any extra information.

 

Frequently Asked Questions

 

What is IS230TEGSH2B?
It is an Trip Emergency Terminal Module developed by GE

Can the state information be customized to suit specific control system requirements?
Yes, the Mark VIe control system offers customization options for state information exchange. Users can tailor the state information exchange process based on the specific control logic and requirements of their applications.

Does the synchronization process require additional computing resources?
The Mark VIe control system is designed to efficiently handle the synchronization process without imposing excessive computational overhead. Advanced hardware and optimized communication protocols ensure smooth and timely state information exchange between controllers.

What role does state information exchange play in interlocking logic?
State information exchange is fundamental for implementing interlocking logic, where controllers coordinate to prevent conflicting or unsafe conditions. The timely exchange of state information allows controllers to make informed decisions and enforce interlock sequences effectively.