General Electric IS415UCVHH1A VME Controller Board

The GE Fanuc IS415UCVHH1A is a VME Controller Board designed specifically for the Mark VIe Turbine Control System. Integral to programming, configuration, and diagnostics in automated control systems, this board is crucial for GE-compatible gas, steam, and wind turbines. It represents an upgrade over previous Mark Series iterations, incorporating Speedtronic control technology for improved functionality.

Key Features:

• Supports Simplex, Dual, and Triple-Redundant Systems: Offers flexible configurations for diverse turbine control needs.
• Intel CPU: Powerful processing unit to ensure efficient and reliable system operation.
• DDR2 RAM: Provides fast and stable memory performance for system operations.
• 128MB Compact Flash Disk: Sufficient storage capacity for control system data and logs.

Hardware Features:

• Ports:
  • 2 USB ports for external device connectivity
  • 2 Ethernet ports for network communication
  • 2 COM ports with corresponding LEDs for monitoring
  • Mouse/keyboard connector for easy manual control
  • VGA display port for visual output
• Cooling: Equipped with heatsinks for optimal temperature management
• Power: CMOS battery ensures reliable memory backup and system continuity

Software:

• ControlST Software: Provides real-time analysis and high-quality, time-coherent data for operational needs. Ensures precise control and diagnostics.

Technical Specifications:

Functional Product Number Breakdown:

• IS415: Modular Mark VIe Series designation
• UCVH: Functional product abbreviation indicating conformal PCB coating
• Group One: Mark VIe Series product grouping
• A-rated: Sole primary functional product revision

Applications:

• Turbine Control Systems: Used in GE-compatible gas, steam, and wind turbines for efficient power management.
• Automated Control Systems: Ideal for systems requiring high-speed diagnostics and configuration adjustments.
• Redundant Control Systems: Can support simplex, dual, and triple-redundant setups for enhanced reliability.