GE IS200VCMIH1BCC Bus Master Controller

Product Introduction

The GE IS200VCMIH1BCC Bus Master Controller is a key module in the GE Mark VI and Mark VIe control systems. It serves as the primary VME bus master, enabling high-speed communication and coordination between control modules, I/O boards, and system processors. Designed for demanding industrial environments, the IS200VCMIH1BCC ensures deterministic data exchange, redundancy management, and synchronization, making it critical for turbine and process control applications. Its robust design and high-performance architecture make it ideal for mission-critical operations in power generation, oil and gas, and industrial automation.

Product Specifications

Product Applications

• Turbine Control Systems: Acts as the communication hub for gas and steam turbine controllers in Mark VI/VIe systems.

• Industrial Automation: Provides deterministic data routing between multiple control modules in complex process control environments.

• Power Generation: Manages synchronization and redundancy for generator and plant automation systems.

• Oil and Gas: Ensures high-speed, fault-tolerant control for upstream, midstream, and downstream applications.

• Safety and Protection Systems: Supports redundant and fail-safe communication networks.

• Process Control Networks: Integrates distributed I/O and controllers for continuous process operation.

Product Advantages

• Deterministic Communication: Ensures reliable and predictable data transfer across the VME bus.

• Redundancy Support: Capable of seamless switchover between redundant controllers for high availability.

• High-Speed Architecture: Optimized for real-time control and rapid data exchange.

• Scalable Integration: Easily integrates with multiple I/O boards and controllers.

• Robust Industrial Design: Engineered to operate reliably in harsh and high-vibration environments.

• Easy Maintenance: Modular plug-in card simplifies replacement and diagnostics.

FAQ

1. What is the primary function of the IS200VCMIH1BCC?
   It serves as the VME bus master, managing communication between all control and I/O modules within the Mark VI/VIe system.

2. Does the IS200VCMIH1BCC support redundant configurations?
   Yes, it is designed to operate in dual redundant setups, allowing seamless failover for critical control applications.

3. What communication protocols are supported?
   The module supports VMEbus backplane communication, Ethernet, and serial interfaces for flexible system integration.

4. How does the controller handle synchronization between modules?
   It manages timing and data consistency across all VME-based modules to ensure deterministic control.

5. Can this module be used in high-vibration environments?
   Yes, it is built to meet industrial vibration and shock standards, making it suitable for turbine enclosures and harsh settings.

6. Is firmware upgradeable in the field?
   Yes, the IS200VCMIH1BCC supports firmware updates to maintain compatibility and add functionality.

7. What type of processor is used in this module?
   It incorporates an industrial-grade high-speed CPU optimized for control and communication tasks.

8. Does it provide diagnostic information to the control system?
   Yes, it continuously monitors its own operation and provides diagnostic data to the system controller for predictive maintenance.

9. Is the IS200VCMIH1BCC compatible with legacy Mark V systems?
   No, it is specifically designed for Mark VI and Mark VIe systems with VMEbus architecture.

10. How does it ensure data integrity during communication?
    The module uses error-checking protocols and redundant pathways to ensure reliable and accurate data transfer.

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FAQ

1. What is the primary function of the IS200VCMIH1BCC?
   It serves as the VME bus master, managing communication between all control and I/O modules within the Mark VI/VIe system.

2. Does the IS200VCMIH1BCC support redundant configurations?
   Yes, it is designed to operate in dual redundant setups, allowing seamless failover for critical control applications.

3. What communication protocols are supported?
   The module supports VMEbus backplane communication, Ethernet, and serial interfaces for flexible system integration.

4. How does the controller handle synchronization between modules?
   It manages timing and data consistency across all VME-based modules to ensure deterministic control.

5. Can this module be used in high-vibration environments?
   Yes, it is built to meet industrial vibration and shock standards, making it suitable for turbine enclosures and harsh settings.

6. Is firmware upgradeable in the field?
   Yes, the IS200VCMIH1BCC supports firmware updates to maintain compatibility and add functionality.

7. What type of processor is used in this module?
   It incorporates an industrial-grade high-speed CPU optimized for control and communication tasks.

8. Does it provide diagnostic information to the control system?
   Yes, it continuously monitors its own operation and provides diagnostic data to the system controller for predictive maintenance.

9. Is the IS200VCMIH1BCC compatible with legacy Mark V systems?
   No, it is specifically designed for Mark VI and Mark VIe systems with VMEbus architecture.

10. How does it ensure data integrity during communication?
    The module uses error-checking protocols and redundant pathways to ensure reliable and accurate data transfer.

Related Models (Same Series)

Popular GE Models (Same Brand)

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