Technical Specifications

1. Model: IS215UCVEH2AE
2. Type: Universal Communications and Verification (UCV) Module
3. Functionality:
   • Provides communication and verification functions within the GE Mark VIe control system.
   • Facilitates connectivity between the control system and field devices or other control system components.
4. Power Requirements:
   • Voltage: Typically operates on 24V DC, but specific details can be found in the technical documentation.
   • Power Consumption: Power consumption details are provided in the module’s datasheet.
5. Physical Specifications:
   • Form Factor: Designed as a standard card for integration into a rack or chassis within the Mark VIe system.
   • Dimensions: Dimensions conform to the Mark VIe standard, typically specified in technical drawings.

Features

1. High-Speed Communication:
   • Supports high-speed data exchange between the control system and connected devices.
   • Ensures efficient and reliable communication in industrial environments.
2. Versatile Protocol Support:
   • Capable of handling various communication protocols depending on system requirements.
   • Supports a range of industrial communication standards for flexible integration.
3. Data Verification:
   • Includes verification mechanisms to ensure data integrity and accuracy.
   • Enhances the reliability of communication within the control system.
4. Integration:
   • Designed to integrate seamlessly with the GE Mark VIe control system.
   • Facilitates easy connection to other system components and external devices.
5. Real-Time Operation:
   • Ensures real-time data handling and control, which is critical for industrial applications.
   • Provides prompt and accurate responses to control signals and data inputs.

Applications

1. Industrial Automation:
   • Used in various industrial automation systems to manage and monitor processes.
   • Essential for communication between the control system and field instrumentation.
2. Power Generation:
   • Commonly employed in power generation plants for control and monitoring of equipment.
   • Supports reliable communication for managing power generation processes.
3. Process Control:
   • Applied in process control environments where accurate and reliable data communication is crucial.
   • Suitable for complex process control systems requiring robust communication solutions.
4. Energy Management:
   • Utilized in energy management systems for efficient communication and data exchange.
   • Plays a role in optimizing energy production and distribution.