General Electric IS200VCMIH1BCD VME Bus Master Control Board

The GE IS200VCMIH1BCD VME Bus Master Control Board is a key component in GE’s Speedtronic series of turbine control systems. This advanced VME (Versatile Multibus Expansion) bus master controller is designed to manage and interface with various field devices in industrial automation systems, especially in turbine control applications. The IS200VCMIH1BCD offers robust performance, ensuring stable communication and reliable control of critical processes.

It provides high-speed data transfer capabilities and can handle multiple tasks simultaneously, making it a vital part of control systems in industries where real-time monitoring and control are crucial. This VME board is equipped with features that enhance system reliability and minimize downtime, ensuring continuous and efficient operation in demanding environments.

With its 178 x 330.2 mm compact design and 0.49 kg weight, the IS200VCMIH1BCD is ideal for installations in space-constrained systems while maintaining high performance.

Product Parameters

Product Applications

The GE IS200VCMIH1BCD VME Bus Master Control Board is used in a variety of industrial control systems, particularly in applications where precise, real-time control and data transfer are necessary. Its robust design and high-performance capabilities make it suitable for the following applications:

• Turbine Control Systems: As part of the Speedtronic series, this board is integral to turbine monitoring and control systems, ensuring that turbines operate efficiently and safely.

• Power Generation: The IS200VCMIH1BCD plays a crucial role in the real-time control of power generation equipment, helping to optimize performance and reduce risks of failure.

• Industrial Automation: This VME bus master controller is used in various industrial automation systems, allowing for efficient data transfer and control between different modules and systems.

• Oil & Gas Industry: In oil and gas applications, where precise and reliable equipment control is essential, this board ensures optimal functioning of machinery and prevents downtime.

• Chemical Processing: Used in chemical plants where automated control of machinery is necessary, the IS200VCMIH1BCD ensures that control systems remain stable, providing constant data flow.

• Process Control: The board is also used in systems for process control, where real-time monitoring of system parameters is crucial for maintaining efficiency and product quality.

Product Advantages

• High-Speed Data Transfer: The VME bus architecture allows for efficient data transfer between the master control board and field devices, ensuring real-time control of critical systems.

• Compact Design: With its dimensions of 178 x 330.2 mm, the board is compact, fitting easily into VME chassis and optimizing space usage in industrial control systems.

• Reliable Operation: The IS200VCMIH1BCD ensures minimal downtime with reliable communication, making it ideal for systems where uptime is critical.

• Wide Temperature Range: The board operates within a wide temperature range of -40°C to 70°C, making it suitable for harsh environments where high ambient temperatures may be a concern.

• Flexible I/O Configuration: The board supports multiple input/output ports, enabling easy integration with other modules and systems, thus offering flexibility in various control configurations.

• Versatile Use: This controller is versatile and can be used in a range of applications from power generation to oil and gas, providing solutions to complex automation needs.

• High Compatibility: It is highly compatible with other components in the GE Speedtronic series, offering seamless integration and efficient control system management.

FAQ (Frequently Asked Questions)

1. What is the function of the GE IS200VCMIH1BCD VME Bus Master Control Board?

The IS200VCMIH1BCD is a bus master control board used to interface with field devices in automation systems, providing high-speed data transfer and real-time control in applications like turbine monitoring and power generation.

2. What is the VME bus system?

The VME (Versatile Multibus Expansion) system is a standardized bus architecture that allows multiple devices to communicate with each other in industrial control systems. It is widely used in embedded control systems due to its scalability and flexibility.

3. What industries use the IS200VCMIH1BCD?

The board is commonly used in industries such as power generation, oil & gas, chemical processing, and industrial automation, particularly in turbine control and process control systems.

4. What are the dimensions of the IS200VCMIH1BCD?

The dimensions of the IS200VCMIH1BCD are 178 x 330.2 mm, making it compact enough to fit into standard VME chassis while offering robust performance.

5. What is the weight of the GE IS200VCMIH1BCD?

The board weighs 0.49 kg, making it lightweight and easy to handle during installation and maintenance.

6. Can the IS200VCMIH1BCD operate in extreme environments?

Yes, the board operates within a temperature range of -40°C to 70°C, making it suitable for use in harsh industrial environments with high or low ambient temperatures.

7. How does the IS200VCMIH1BCD contribute to system reliability?

The board ensures stable communication with field devices and reduces the chances of system failure, offering real-time data transfer for continuous operation, minimizing downtime in critical applications.

8. What voltage does the IS200VCMIH1BCD require?

The IS200VCMIH1BCD requires 5V DC and 3.3V DC to operate, making it suitable for modern automation systems that rely on these standard power supplies.

9. What types of field devices can the IS200VCMIH1BCD interface with?

The board is compatible with a variety of field devices, depending on the configuration, including sensors, actuators, and other modules in automation systems.

10. Is the IS200VCMIH1BCD compatible with other GE components?

Yes, the IS200VCMIH1BCD is designed to integrate seamlessly with other GE Speedtronic components, offering a cohesive solution for turbine control and other automation applications.