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Product Introduction
The GE VMIVME-3230 8 Channel Thermocouple Board is a high-precision industrial measurement module designed for VMEbus-based control and data acquisition systems. It provides accurate thermocouple signal acquisition and conversion, allowing reliable temperature monitoring across multiple points in industrial, laboratory, or power generation environments.
This board supports eight independent thermocouple channels, with signal conditioning, linearization, and cold-junction compensation to ensure precise temperature measurement. Its design incorporates robust electrical isolation, low-noise circuitry, and industrial-grade reliability, making it suitable for demanding applications where accurate thermal monitoring is critical.
The VMIVME-3230 integrates seamlessly into VMEbus systems, offering flexible configuration and easy installation in racks, control cabinets, or test setups.
Product Specifications
| Parameter | Description |
|---|---|
| Product Type | Thermocouple Measurement Board |
| Manufacturer | GE (General Electric) |
| Series | VMIVME |
| Model | VMIVME-3230 |
| Function | 8-channel thermocouple signal acquisition and conversion |
| Input Type | Thermocouple inputs (type J, K, T, or E depending on configuration) |
| Output Type | Conditioned and linearized signals for VMEbus systems |
| Channel Count | 8 independent thermocouple channels |
| Cold-Junction Compensation | Yes, integrated per channel |
| Signal Conditioning | Amplification and filtering for accurate measurement |
| Isolation | Channel-to-channel and channel-to-system isolation |
| Accuracy | High-precision temperature measurement |
| System Integration | Compatible with VMEbus-based controllers and data acquisition systems |
| Mounting | VMEbus rack-mounted board |
| Operating Environment | Industrial control cabinets or laboratories |
| Dimensions | 233 × 160 × 20 mm |
| Weight | 0.91 kg |
Applications
• Industrial temperature monitoring, capturing thermal data from machinery, reactors, or process lines
• Power generation systems, monitoring turbine, generator, or auxiliary component temperatures
• Laboratory and test environments, acquiring precise thermal data for experiments or calibration
• Process control systems, feeding accurate temperature data into PLCs, DCS, or VMEbus controllers
• Retrofit and system upgrades, replacing legacy thermocouple boards in VME-based systems
• Multi-channel temperature acquisition, enabling simultaneous monitoring of up to eight points
Advantages
• Eight independent channels, allowing multiple temperature points to be measured simultaneously
• High accuracy and precision, with integrated cold-junction compensation and linearization
• Electrical isolation, protecting the board and connected systems from noise and cross-talk
• Industrial-grade reliability, designed for continuous operation in harsh environments
• Seamless VMEbus integration, reducing installation and configuration complexity
• Compact design, fitting easily in standard VMEbus racks and cabinets
