General Electric IS200TVIBH2B Vibration Terminal Board

The GE IS200TVIBH2B Vibration Terminal Board is a specialized input interface board designed to handle critical vibration signals from rotating machinery and turbines. It acts as the primary termination point for multiple vibration probes and accelerometers, routing the analog signals into the GE Mark VIe or compatible monitoring systems. This board is engineered to deliver high signal fidelity, ensuring accurate vibration analysis for predictive maintenance and machine protection applications.

Constructed with robust PCB materials and optimized for industrial environments, the IS200TVIBH2B provides low-noise signal processing and reliable performance under demanding operational conditions. It plays a vital role in machinery health monitoring systems, where accurate and consistent vibration data is essential for diagnosing potential mechanical failures before they escalate.

Product Specifications

Product Applications

• Turbine Monitoring Systems: Provides high-fidelity vibration inputs for turbine condition monitoring in power generation plants.

• Rotating Machinery Protection: Ensures accurate vibration data for compressors, pumps, and large industrial motors.

• Predictive Maintenance: Supports data-driven maintenance strategies to reduce unplanned downtime.

• Industrial Automation Networks: Integrates into Mark VIe and other GE systems for real-time monitoring and diagnostics.

• Oil & Gas Operations: Suitable for harsh upstream and downstream environments requiring reliable vibration monitoring.

• Manufacturing Facilities: Protects high-value rotating equipment and ensures smooth operation of production machinery.

Product Advantages

• High Signal Accuracy: Provides low-noise and distortion-free signal routing for precise vibration analysis.

• Multi-Sensor Compatibility: Supports various probe types for flexible system integration.

• Seamless System Integration: Designed to work natively with GE Mark VIe and compatible monitoring platforms.

• Rugged Industrial Design: Built to withstand vibration, temperature variations, and harsh plant conditions.

• Compact and Efficient: Space-saving design optimized for control cabinet installation.

• Enhanced Machinery Protection: Supplies critical data to machine protection and shutdown systems to avoid catastrophic failures.

FAQ

1. What types of vibration sensors can be connected to the IS200TVIBH2B?

   The board supports accelerometers, velocity sensors, and displacement probes for comprehensive vibration measurement.

2. Does the IS200TVIBH2B provide isolated signal grounding?

   Yes, it uses shielded and isolated grounds to maintain clean analog signal transmission with minimal interference.

3. How many channels are typically supported by this terminal board?

   The board commonly supports 8–12 input channels, depending on system configuration.

4. Is the IS200TVIBH2B compatible with the GE Mark VIe system?

   Yes, it is specifically designed to interface directly with the Mark VIe platform for vibration monitoring applications.

5. Can this board handle low-level analog signals from proximity probes?

   Yes, it is engineered for accurate low-level analog signal processing from vibration and proximity sensors.

6. Does the board include built-in signal conditioning features?

   It provides basic filtering and shielding to ensure high-fidelity analog signal transfer to the monitoring system.

7. Is the IS200TVIBH2B suitable for high-frequency vibration analysis?

   Yes, the board supports a wide frequency range, making it ideal for both low and high-frequency vibration diagnostics.

8. Can this board be used in harsh industrial environments?

   Yes, it is built to operate reliably under varying temperatures and in areas with high electrical noise.

9. How does the board maintain signal integrity in electrically noisy environments?

   Through optimized PCB layout, isolated grounds, and full shielding to reduce electromagnetic interference.

10. Is the IS200TVIBH2B designed for critical machine protection systems?

    Yes, it supplies accurate and reliable vibration data required for automated machine protection and shutdown logic.