IS215UCVDH2AM - Double-slot Board

SPECIFICATIONS

Part No.: IS215UCVDH2AM
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
Size: 10.26 in. x 0.783 in. x 7.3 in.
Microprocessor: AMD-K6 300 MHz
Operating System: QNX
Temperature rating: 0 to 60 oC
Product Type: Double-slot Board
Availability: In Stock
Series: Mark VI

Functional Description

IS215UCVDH2AM is a double-slot board developed by GE. It is a part of Mark VI control system. UCVD board is a double-slot board featuring a 300 MHz AMD K6 processor, equipped with 8 MB of flash memory and 16 MB of DRAM. These hardware components form the core processing unit of the system. The board is furnished with a double column comprising eight status LEDs. These LEDs function as visual indicators, offering critical system status feedback to operators and technicians. During normal operation, these LEDs are sequentially illuminated in a rotating pattern. This visual pattern serves as an indication of the system's normal functioning status. The board, with its hardware specifications and LED indicators, serves as a crucial component within the system, facilitating processing, connectivity, and status monitoring. Its flashing error code feature significantly aids in rapid fault identification, streamlining the troubleshooting process for efficient system maintenance and operation.

Connectivity Features

• Ethernet Connectivity: The 10BaseT Ethernet port, facilitated by an RJ-45 connector, serves as the primary gateway for establishing reliable connections to external networks. It enables the board to access the internet, engage with remote servers, and participate in various online activities.
• Internet Access and Remote Communication: The Ethernet port enables the board to access the internet, facilitating real-time data exchange, remote monitoring, and interaction with cloud-based services. This capability is invaluable for applications requiring continuous connectivity and remote management.
• Local Network Communication: Beyond internet access, the Ethernet port facilitates communication within a local network environment. This functionality enables the board to interact seamlessly with other devices and systems within its immediate vicinity, fostering collaboration, file sharing, and integrated networking solutions.
• Versatile Connectivity Options: In addition to the Ethernet port, the board may incorporate other connectivity options such as USB ports, HDMI, or wireless communication protocols like Wi-Fi and Bluetooth. These additional features enhance the board's versatility, enabling it to connect to a diverse range of peripherals and devices, expanding its capabilities and utility in various applications.
• Enhanced Versatility and Integration: The integration of multiple connectivity options enhances the board's adaptability and integration capabilities. It allows for seamless interaction with a wide array of devices, peripherals, and networked systems, facilitating enhanced functionality and streamlined operations across different applications.

Error Condition Identification

• In the event of an error or fault within the system, the LED display configuration changes.
• The LEDs now present a flashing error code, offering a diagnostic sequence that identifies the specific problem encountered. This flashing error code aids in quick and precise troubleshooting to address the identified issue promptly.

LEDs

• ACTIVE LED: Serves as a real-time indicator of the processor's operational status. When illuminated, it signals that the processor is actively engaged in processing tasks, providing users with a quick visual confirmation of the system's activity.
• SLOT 1 LED: Specialized indicator designed to inform users about the configuration of the controller within the VME (Versa Module Eurocard) rack. Its illumination specifically denotes that the controller functions as the slot 1 controller within the VME rack, offering users a clear identification of the controller's position within the broader system.
• BMAS LED: Plays a vital role in providing feedback on ongoing VME master access. Its illumination signifies that the controller is currently engaged in accessing and controlling the VME bus as a master, facilitating efficient communication with other connected devices and components in the VME system.
• ENET LED: Dedicated to conveying information about Ethernet activity. When illuminated, it indicates that there is active communication or data transfer occurring through the Ethernet port, offering users insight into the network connectivity status of the system.
• BSLV LED: Crucial indicator for ongoing VME slave access. Its illumination communicates that the controller is actively participating as a VME bus slave, responding to commands and data requests from other devices within the VME system.
• STATUS LED: Serves as a versatile indicator, providing different visual cues based on the system's operational state. During normal operation, it displays a rotating LED pattern, assuring users that the system is functioning as intended. However, in the event of a fault or error detection, it shifts to a flashing pattern, signaling the presence of an issue that requires attention.
• FLSH LED: Dedicated to signaling activity related to writing to Flash memory. Its illumination indicates ongoing write operations to the Flash memory, keeping users informed about data storage processes.
• GENX LED: Specific indicator for the active state of the Genius I/O system. When illuminated, it communicates that the Genius I/O system is operational and actively processing input and output signals, providing users with real-time feedback on the status of this particular system component.

Ethernet Interface

Connectivity Specifications

• Twisted Pair 10BaseT: Utilizes a twisted pair cabling system, supporting 10 Mbps transmission speeds, ensuring reliable data transfer.
• RJ-45 Connector: Employed for physical connection, allowing the Ethernet interface to interface with other devices or network components utilizing the same standard connector.

Protocols Used for Communication

• TCP/IP Protocol: Serves as the primary communication protocol between the controller and the toolbox, facilitating reliable and standardized data exchange over the network.
• Serial Request Transfer Protocol (SRTP): Enables communication between the controller and Human Machine Interface (HMI). This protocol ensures a streamlined data transfer process for operational commands and data retrieval.
• EGD Protocol: Dedicated for seamless communication with CIMPLICITY Human Machine Interface (HMI), ensuring efficient and synchronized data exchange between systems.
• Ethernet Modbus Protocol: Supported for communication between the controller and third-party Distributed Control Systems (DCS). This protocol standardizes the data transfer process, enabling interoperability and interaction with diverse third-party systems.

Functionality and Compatibility

• The Ethernet interface of the system plays a pivotal role in providing a versatile and efficient communication channel. Its primary function is to facilitate the exchange of critical operational data and commands seamlessly among different components within the system and with external systems. This functionality is crucial for ensuring the smooth operation and coordination of diverse processes within the system.
• The Ethernet interface's compatibility is a key feature, as it is designed to work seamlessly with Series 90-70 Programmable Logic Controllers (PLCs) and other networked devices. This compatibility extends the system's interoperability, allowing it to integrate effectively with a variety of industrial automation components. By supporting the Series 90-70 PLCs, the system can leverage existing infrastructure and technologies, enabling a streamlined integration process and reducing the complexity of system setup and configuration.
• Furthermore, the compatibility with other networked devices enhances the system's connectivity options. This can include communication with sensors, actuators, HMI (Human Machine Interface) devices, and other industrial equipment. The Ethernet interface's ability to interact with a diverse range of devices fosters a collaborative and interconnected ecosystem, enabling the system to be part of a comprehensive industrial automation network.
• The advantages of compatibility and functionality in the Ethernet interface extend beyond mere data exchange. They contribute to the overall efficiency, reliability, and scalability of the system. The seamless integration with Series 90-70 PLCs and other networked devices ensures that the system can adapt to evolving industrial automation requirements, making it a versatile and future-proof solution for various applications.

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 IS215UCVDH2AM?
It is a double-slot board developed by GE under the Mark VI series.

How does the board enable connectivity?
With a single 10BaseT Ethernet port utilizing an RJ-45 connector, it establishes connectivity to the UDH (Unified Data Hub), enabling seamless data exchange and communication.

What visual indicators are present on the board, and what is their function?
The UCVD board includes a set of eight status LEDs arranged in a double column. These LEDs exhibit a sequential rotating pattern during normal operation and display a flashing error code when an issue occurs, aiding in problem identification.

How does the flashing error code assist in troubleshooting?
The flashing error code displayed by the LEDs serves as a diagnostic indicator during error conditions, efficiently pinpointing specific issues for expedited troubleshooting and resolution.