IS215UCVDH5AA - Controller Module

SPECIFICATIONS

Part No.: IS215UCVDH5AA
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
Flame detectors: 8
Product Type: Controller Module
Availability: In Stock
Series: Mark VI

Functional Description

IS215UCVDH5AA is a Controller Module developed by GE. It is a part of Mark VI control system. The UCVD board is a crucial component within the system architecture, designed to handle various control and display functions efficiently. By providing a reliable and efficient platform for control and display functions, the UCVD board enhances the overall performance and usability of the system.

Features

• Equipped with a single 10BaseT Ethernet port, featuring an RJ-45 connector.
• This Ethernet port serves as the primary interface for connectivity to the UDH (Unified Data Hub) or other networked devices within the system. Through this port, the UCVD board can communicate with external systems, exchange data, and access network resources as needed.
• Performs a wide range of control and display functions essential for system operation. It handles tasks such as data processing, user interface management, and communication with other system components. Additionally, it may support graphical user interfaces (GUIs) for intuitive user interaction and monitoring.
• The Ethernet port facilitates seamless connectivity to the UDH, serving as a communication gateway between the UCVD and the centralized data hub.
• This connection enables the exchange of critical system data, including sensor readings, control commands, and status updates, contributing to the overall functionality and coordination of the system.

Hardware Configuration

• The Controller Module is engineered with a sophisticated hardware configuration that optimizes its performance in industrial control systems. At the heart of this module is the board, configured as a double-slot board to accommodate the extensive components and connections required for its advanced functionalities.
• Central to the board's hardware configuration is a 300 MHz AMD K6 processor. This processor is renowned for its robust computing capabilities, making it well-suited for demanding industrial environments. The AMD K6 processor's architecture is designed to deliver high-performance processing power, ensuring that the board can execute complex control algorithms efficiently. This high processing speed is crucial for real-time control applications where rapid data processing and response times are essential.
• The powerful 300 MHz processor enables the board to handle multiple tasks simultaneously. This multi-tasking capability is vital for modern control systems that require the execution of various operations concurrently. Whether it's monitoring system parameters, adjusting control outputs, or processing diagnostic information, the board can manage these tasks with ease, ensuring seamless and continuous operation. This capability enhances the system's overall efficiency and reliability, reducing the likelihood of delays or interruptions in critical control processes.
• The combination of the double-slot configuration and the high-performance processor contributes to the board's robust performance. The additional slot allows for more components and connections, facilitating enhanced functionality and expandability. This robust hardware setup ensures that the board can support a wide range of control applications, from basic monitoring tasks to complex control strategies that demand high computational power.

Memory Capacity

• The Module boasts a robust memory configuration designed to support its processing capabilities effectively. This memory setup includes 8 MB of flash memory and 16 MB of DRAM (Dynamic Random-Access Memory), providing ample storage capacity for critical system data and software programs.
• The module is equipped with 8 MB of flash memory, which serves as non-volatile storage for essential system data and firmware. Flash memory retains data even when power is removed, making it ideal for storing vital configuration settings, firmware updates, and system logs. This ensures that crucial information is preserved in the event of power loss or system shutdown, contributing to system reliability and stability.
• Complementing the flash memory is 16 MB of DRAM, which provides fast and efficient access to data during system operation. DRAM is volatile memory that is used for temporary storage of program instructions and data while the system is running. Its high-speed access allows the processor to quickly retrieve and manipulate data, enabling smooth and responsive operation of the control system. With 16 MB of DRAM, the board can effectively manage multiple tasks and process large volumes of data without performance degradation.

LEDs

• ACTIVE LED: The ACTIVE LED illuminates to signify that the processor is actively engaged in system operations. Its illumination indicates that the processor is operational and performing its designated tasks.
• SLOT 1 LED: The SLOT 1 LED lights up to indicate that the controller is configured as the slot 1 controller within the VME (Versa Module Eurocard) rack. This LED provides users with information about the controller's position and role within the system architecture.
• BMAS LED: The BMAS LED indicates VME master access activity. When illuminated, it signifies that the system is currently accessing or controlling devices as a VME master, indicating ongoing data transfer or control operations.
• ENET LED: The ENET LED provides status information regarding Ethernet activity. Its illumination indicates that data transmission or communication is occurring over the Ethernet interface, facilitating network connectivity and data exchange.
• BSLV LED: The BSLV LED indicates VME slave access activity. When lit, it indicates that the system is accessing or being controlled by other devices as a VME slave, indicating data exchange or control operations initiated by external devices.
• STATUS LED: The STATUS LED features a rotating LED pattern when the system is operating normally, signifying that all systems are functioning correctly. In the event of a fault or error condition, the LED flashes an error code, providing users with visual feedback about the nature of the fault.
• FLSH LED: The FLSH LED illuminates when the system is writing data to Flash memory. Its illumination indicates ongoing write operations to Flash memory, which may involve storing configuration settings, logging data, or updating firmware.
• GENX LED: The GENX LED indicates the activity of the Genius I/O subsystem. When illuminated, it signifies that the Genius I/O system is active and operational, facilitating input and output operations for connected devices.

The WOC team is always available to help you with your Mark VI requirements. For more information, please contact WOC.

Frequently Asked Questions

What is IS215UCVDH5AA?
It is a controller module developed by GE under the Mark VI series.

What protocol is utilized for communication between the controller and toolbox?
The communication between the controller and toolbox employs the TCP/IP protocol. This protocol facilitates reliable and efficient data exchange between the controller and the toolbox, enabling seamless interaction and control.

How does the controller communicate with the HMI (Human-Machine Interface)?
The controller communicates with the HMI using the Serial Request Transfer Protocol (SRTP) interface. This protocol ensures robust and structured communication between the controller and the HMI, facilitating real-time monitoring and control of system operations.

What protocol is utilized for communication with CIMPLICITY HMI and Series 90-70 PLCs?
The communication with CIMPLICITY HMI and Series 90-70 PLCs utilizes the EGD (Ethernet Global Data) protocol. EGD facilitates high-speed data exchange and synchronization between devices, enabling seamless integration and interoperability within the system.