IS200VCMIH2B VME Bus Master Controller Board
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The IS200VCMIH2B Bus Master Controller Board
The IS200VCMIH2B developed by General Electric is a PCB component for the Mark VI system. The Mark VI is one of several systems for gas/steam turbine management. During installation this board is mounted in slot one of the central Control Module and has a primary purpose of using internal communications between I/O cards contained within the card rack or within expansion I/O interface Modules.
It also allows for communication to I/O in Protection Modules, I/O in other Control Modules (in triple redundant configurations,) and communications within the main processor card.
IS200VCMIH2B Design and Components
This board is designed with a narrow front faceplate that includes openings for many components, including three LED indicators, a reset switch, a serial port connector, eight LED indicators labeled ‘Module,’ six LED indicators labeled ‘R/S/T,’ three LED indicators and a DIN connector.
These components are wired in to the surface of the Circuit Board. It features two backplane connectors located along its back edge and a vertical pin connector located near the front faceplate as well as a male vertical pin ribbon connector. The board has a transformer located behind the DIN connector that is mounted into the front faceplate. Additionally this board is populated with many resistors, integrated circuits, capacitors and diodes.
Dimensions:
The board’s width is approximately 0.787 inches, the standard for a 6U high VME board.
Weight:
Its lightweight design, weighing approximately 1.00 lbs, ensures it doesn’t add unnecessary bulk to setups.
Material:
Constructed with a conformally-coated Printed Circuit Board (PCB), the IS200VCMIH2B offers enhanced durability and protection against environmental factors such as moisture, dust, and temperature fluctuations.
Revision Version:
The “B” functional revision version signifies the latest iteration of the board, incorporating improvements and updates for enhanced performance and reliability.
Manufacturer:
It is manufactured by General Electric (GE), a renowned leader in industrial technology, ensuring the highest quality and reliability standards.
Series:
Part of the esteemed Mark VI Speedtronic Series, the IS200VCMIH2B is tailored specifically for turbine control applications, meeting the stringent demands of industrial environments.
Compatibility:
The IS200VCMIH2B is designed to seamlessly integrate into the GE Mark VI control system, ensuring optimal performance and compatibility with existing setups.
Communication Protocol:
Utilizes the IONet communication protocol, enabling seamless communication between interconnected devices for efficient data transfer and processing.
The IS200VCMIH2B is a component within turbine control systems, functioning as a VME bus master controller board. This board facilitates internal communication between various system components, ensuring seamless operation and optimal performance.
The IS200VCMIH2B enables high-speed networked I/O by acting as a master controller for devices connected to the VME bus, essential for real-time data transfer and processing in industrial applications.
Its conformally coated PCB construction enhances durability, making it suitable for deployment in challenging environments.
Installation:
Installing the IS200VCMIH2B is a straightforward process, typically involving mounting it in slot one of the central Control Module within the Mark VI system. This positioning enables seamless internal communication between I/O cards in the card rack, expansion I/O interface Modules, and other system components. The board’s narrow front faceplate features various components, including LED indicators, a reset switch, and a serial port connector, facilitating easy monitoring and maintenance.
Operation:
During operation, the IS200VCMIH2B facilitates communication between different components within the Mark VI system, ensuring efficient turbine control and monitoring. LED indicators provide visual status updates, allowing users to identify issues or anomalies quickly. The board’s robust design and high-speed data transfer capabilities make it ideal for demanding industrial applications where reliability and performance are paramount.
Robust Construction:
The IS200VCMIH2B features a ruggedized design with a conformally coated PCB, ensuring durability and environmental resistance.
High-Speed Data Transfer:
The board, equipped with advanced communication protocols, enables high-speed networked I/O, essential for real-time data transfer and processing.
Plug-and-Play Functionality:
The IS200VCMIH2B is designed for seamless integration into the GE Mark VI control system and offers plug-and-play functionality, minimizing setup time and complexity.
Reliable Performance:
Built to meet the stringent demands of industrial environments, the IS200VCMIH2B delivers dependable performance, ensuring uninterrupted operation in critical applications.
Troubleshooting:
Troubleshooting the IS200VCMIH2B involves a systematic approach to identifying and effectively resolving any issues or malfunctions. This may include:
Testing and Diagnosis:
Conduct comprehensive testing and diagnosis to identify the root cause of the issue.
Expedited Repair Options:
Utilize expedited repair options to address faults or malfunctions, quickly ensuring minimal downtime.
Proper Handling:
The board should be handled carefully to prevent damage, mainly because it is static-sensitive. To avoid potential issues, follow appropriate ESD safety precautions and minimize direct contact with the PCB.
Refurbishing:
Consider refurbishing the IS200VCMIH2B board to extend its lifespan and restore optimal functionality. This may involve replacing aging components, applying modifications, and thoroughly cleaning the board.
Functional Verification Test:
Conduct a functional verification test in an actual OEM system setup to ensure 100% reliability. Verify all inputs and outputs for proper functionality and perform load testing if necessary.
Circuit Board Handling:
The IS200VCMIH2B is a static-sensitive board. To avoid damage, handle it carefully, minimize hands-on contact, and follow proper ESD safety precautions.
Frequently Asked Questions
What is the IS200VCMIH2B used for?
The IS200VCMIH2B is a VME bus master controller board designed explicitly for turbine control systems, particularly within the GE Mark VI Speedtronic Series.
How does the IS200VCMIH2B contribute to turbine control?
As a VME bus master controller board, the IS200VCMIH2B facilitates internal communication within the control system, ensuring efficient data transfer and real-time processing. This is crucial for controlling and monitoring turbines in industrial settings.
Is the IS200VCMIH2B compatible with other control systems besides the GE Mark VI?
The IS200VCMIH2B is designed specifically for compatibility with the GE Mark VI control system, ensuring seamless integration and optimal performance within this particular setup.
What are the key features of the IS200VCMIH2B?
Key features of the IS200VCMIH2B include its conformally-coated PCB construction, compatibility with the Mark VI control system, high-speed data transfer capabilities, and its role as a master controller for devices connected to the VME bus.
Can the IS200VCMIH2B be used in harsh industrial environments?
Yes, the IS200VCMIH2B is designed to withstand harsh industrial environments. Thanks to its ruggedized construction and conformally coated PCB, it ensures reliability and performance in challenging conditions.
How is the IS200VCMIH2B installed within the control system?
The IS200VCMIH2B is typically mounted in slot one of the central Control Module within the Mark VI system, facilitating internal communication between various components.
Does the IS200VCMIH2B require any special handling during installation or maintenance?
While handling the IS200VCMIH2B, proper ESD (Electrostatic Discharge) safety precautions are essential to prevent damage, primarily due to its static-sensitive nature.
Can the IS200VCMIH2B be refurbished or repaired if issues arise?
Yes, the IS200VCMIH2B can be refurbished or repaired in case of issues. Expedited repair options are available to quickly address faults or malfunctions, ensuring minimal downtime and optimal performance within the control system.
