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GE IS215UCVFH2A｜VME Controller Card｜
Processor & Memory
CPU: Intel® Pentium® III, 850 MHz
Main memory: 32 MB DRAM
Flash storage: 16 MB / 128 MB (model dependent)
Static RAM: 32 MB SRAM with battery backup
Operating system: QNX real-time operating system (RTOS)
Supports online program download and upgrades
Communication Interfaces
2 × Ethernet ports (10Base-T / 100Base-TX)
2 × RS-232C serial ports
PROFIBUS-DP protocol support
Supports dual IP subnet configuration
Enables cross-system and cross-network data exchange
Mechanical & Power Characteristics
Form factor: VME dual-slot module
Dimensions (approx.): 16.5 × 10.2 × 3.3 cm
Weight: ~0.9 kg
Power supply: 24 V DC
Power consumption: ~5 W
Compatible with standard VME control racks
Environmental & Protection Specifications
Operating temperature: –30 °C to +65 °C
Storage temperature: –40 °C to +85 °C
Relative humidity: 5%–95% (non-condensing)
Conformal-coated PCB for enhanced resistance to dust, moisture, and corrosive environments
Protection rating: IP20 (cabinet installation)
GE IS215UCVFH2A｜VME Controller Card｜
Key Features
High Computing Performance for Complex Control
The 850 MHz Pentium III processor delivers significantly enhanced processing capability, making it well suited for multivariable control, advanced regulation algorithms, and complex logic execution in large turbine and rotating machinery applications.
Dual-Slot Architecture & Enhanced Reliability
The dual-slot VME design improves thermal performance and expansion capability. It supports communication redundancy and increases overall system reliability in mission-critical control environments.
Comprehensive Communication & Protocol Support
Native support for PROFIBUS-DP and dual Ethernet subnets enables seamless integration across multiple control systems, ideal for power generation and oil & gas multi-system architectures.
Fault Self-Diagnosis & Easy Maintenance
Integrated hardware and software diagnostic functions allow rapid fault localization, reduce troubleshooting time, and help minimize system downtime.
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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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