GE IS215VCMIH2CC VME Bus Master Controller Board

Product Introduction

The GE IS215VCMIH2BE VME Bus Master Controller Board is a high-performance control module designed for industrial automation and turbine control applications within GE’s Mark VI and Mark VIe control systems. As a VME bus master controller, it serves as the communication and coordination hub between multiple boards, managing data transfer, synchronization, and execution of real-time tasks.

Built with advanced digital processing capability, the IS215VCMIH2BE ensures deterministic performance, allowing it to handle high-speed communication across the VME backplane. Its design emphasizes reliability, redundancy, and fault tolerance, making it a critical part of mission-critical turbine control and monitoring systems.

This controller board is equipped with integrated communication interfaces, robust error-checking protocols, and a firmware architecture optimized for continuous operation in harsh industrial environments.

Product Specifications

Applications

The IS215VCMIH2BE is widely applied in industries requiring high-speed communication and reliable system coordination:

• Gas and Steam Turbine Control: Centralized control of turbine operation, synchronization, and protection.

• Power Generation Plants: Reliable system coordination for power output stability and efficiency.

• Industrial Automation Systems: Manages communication between distributed control modules.

• Petrochemical Facilities: Ensures stable operation of large rotating equipment.

• Aerospace Test Stands: Provides deterministic control and monitoring for testing high-speed machinery.

• Process Industries: Enhances reliability in mission-critical continuous production systems.

Advantages

• High-Speed Data Processing: Optimized for deterministic performance in real-time control applications.

• VME Bus Master Capability: Serves as the communication hub across the system backplane.

• Robust Reliability: Built with redundant design options to minimize downtime.

• Industrial-Grade Build: Withstands harsh environments with strong mechanical and thermal resilience.

• Scalability: Easily integrates with other GE Mark VI/VIe modules for expanded functionality.

• Fault Tolerance: Advanced error-checking protocols ensure data integrity and communication stability.

• Simplified Maintenance: Modular design allows quick replacement and reduced system downtime.

• Long-Term Support: Backed by GE’s industrial control expertise and lifecycle management.

FAQ

1. What is the primary function of the IS215VCMIH2BE board?
   It operates as a VME bus master controller, managing communication and control tasks across the VME backplane.

2. Which GE control systems support this board?
   It is primarily designed for use within GE Mark VI and Mark VIe control systems.

3. Does this board support redundant configurations?
   Yes, it can be configured in redundant systems for high reliability in turbine applications.

4. What communication standard does it use?
   It uses the VME64 bus standard for data transfer between modules.

5. How does the board handle fault detection?
   It uses hardware-level error checking and firmware diagnostics for fault isolation.

6. Is external cooling required for this module?
   No, it relies on forced-air convection within the chassis for thermal management.

7. What type of memory does it include?
   It includes both SRAM for fast program execution and flash memory for data retention.

8. Can it operate in high-vibration environments?
   Yes, it is designed with industrial-grade mechanical resilience suitable for turbines and rotating machinery.

9. How is firmware updated on this board?
   Firmware updates are loaded via system integration tools provided in the Mark VI/VIe platform.

10. What are the typical power requirements?
    It draws regulated +5 VDC and +12 VDC from the VME backplane.

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FAQ

1. What is the primary function of the IS215VCMIH2BE board?
   It operates as a VME bus master controller, managing communication and control tasks across the VME backplane.

2. Which GE control systems support this board?
   It is primarily designed for use within GE Mark VI and Mark VIe control systems.

3. Does this board support redundant configurations?
   Yes, it can be configured in redundant systems for high reliability in turbine applications.

4. What communication standard does it use?
   It uses the VME64 bus standard for data transfer between modules.

5. How does the board handle fault detection?
   It uses hardware-level error checking and firmware diagnostics for fault isolation.

6. Is external cooling required for this module?
   No, it relies on forced-air convection within the chassis for thermal management.

7. What type of memory does it include?
   It includes both SRAM for fast program execution and flash memory for data retention.

8. Can it operate in high-vibration environments?
   Yes, it is designed with industrial-grade mechanical resilience suitable for turbines and rotating machinery.

9. How is firmware updated on this board?
   Firmware updates are loaded via system integration tools provided in the Mark VI/VIe platform.

10. What are the typical power requirements?
    It draws regulated +5 VDC and +12 VDC from the VME backplane.

Related Models in the Same Series

Popular GE Models

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