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GE IS215UCVEH2A｜VME Bus Controller Card｜
Processor & Operating System
Processor: Intel® Celeron® 300 MHz
Operating system: QNX real-time operating system
Memory & Storage
System memory: 32 MB DRAM
Flash storage: 16 MB (standard), 128 MB (optional)
Bus & Form Factor
Bus type: Single-slot VME, compliant with VME64 standard
Form factor: Standard VME board
Communication Interfaces
Ethernet:
1 × 10/100Base-TX Ethernet (RJ45), Unit Data Highway (UDH) interface
Serial interface:
1 × RS-232C (configuration and debugging)
Power Supply
Input voltage: +5 VDC
Current consumption:
Typical: 6 A
Maximum: 8 A
Environmental Specifications
Operating temperature: 0 °C to +60 °C (industrial grade)
Storage temperature: –40 °C to +85 °C
Relative humidity: 5%–95% (non-condensing)
Mechanical Specifications
Dimensions (approx.): 366 mm × 160 mm × 40 mm
Documentation
Manual numbers: GEH-6421M, GEH-6371
Product Status
Lifecycle status: Discontinued (EOL)
Support: Third-party vendors can provide spare parts and maintenance services
GE IS215UCVEH2A｜VME Bus Controller Card｜
Core Features
Single-slot VME architecture, fully compatible with Mark VI system VME racks, enabling easy installation, hot-swappable maintenance, and simplified system expansion
Balanced computing performance, with a 300 MHz processor optimized for real-time control tasks such as turbine speed regulation, combustion control, and emergency shutdown
Basic yet reliable communication architecture, featuring a dedicated UDH Ethernet interface and a serial port for local configuration and fault diagnostics
Enhanced system reliability, with built-in hardware watchdog and voltage/temperature monitoring to prevent software anomalies and hardware failures
Configuration compatibility, supporting GE Toolbox software with automatic verification of hardware and configuration consistency at power-up, reducing the risk of configuration errors
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By structuring the information in this manner, the article provides a clear and organized understanding of input channels, transducer supply, and communication implementations in distributed control systems.
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