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- GE
- IS200VVIBH1C
- Vibration Monitoring Board
- USA
- 240 x 110 x 25 mm
- 0.5 kg
- Xiamen, China
- New & In Stock
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Product Overview
The GE IS200VVIBH1C is a Vibration Monitoring Board designed for GE Mark VI and Mark VIe Speedtronic turbine control systems. It acquires and processes signals from vibration sensors to monitor turbine machinery health, detect abnormal vibration levels, and support both protection and predictive maintenance functions.
This board is essential in gas and steam turbine applications, where continuous vibration monitoring ensures safe, efficient, and reliable turbine operation.
Technical Specifications
| Parameter | Details |
|---|---|
| Manufacturer | GE (General Electric) |
| Model | IS200VVIBH1C |
| Product Type | Vibration Monitoring Board |
| Series | Mark VI / Mark VIe Speedtronic |
| Function | Vibration signal acquisition, monitoring, and protection |
| Input Type | Vibration sensors, proximity probes, accelerometers |
| Output Type | Processed vibration signals for turbine control modules |
| System Interface | VME backplane |
| Architecture | Supports simplex and TMR (Triple Modular Redundant) systems |
| Mounting Type | VME rack module |
| Dimensions | 240 × 110 × 25 mm |
| Weight | 0.5 kg |
Function and Working Principle
The IS200VVIBH1C operates as a vibration monitoring and processing module, providing:
- Real-time acquisition of vibration signals from sensors
- Signal conditioning and processing for turbine control analysis
- Monitoring of turbine shaft and bearing vibrations
- Communication of vibration data to the turbine control system
- Integration with turbine protection logic for abnormal condition response
It continuously ensures that machinery operates within safe vibration limits and helps prevent mechanical failures.
Key Features
- Real-time vibration signal monitoring
- Supports multiple sensor types (accelerometers, proximity probes)
- Compatible with simplex and TMR redundant architectures
- Rugged industrial-grade design for harsh environments
- Provides data for both turbine protection and predictive maintenance
- Seamless integration with GE Mark VI / VIe control systems
Industrial Applications
- Gas turbine vibration monitoring
- Steam turbine machinery protection
- Power generation plants
- Rotating equipment condition monitoring
- Turbine predictive maintenance and diagnostics
- Industrial vibration analysis for large machinery
Role in Industrial Systems
The IS200VVIBH1C functions as the vibration monitoring interface, responsible for:
- Collecting vibration data from sensors
- Supplying processed signals to turbine protection and control logic
- Detecting abnormal vibration conditions
- Supporting predictive maintenance strategies
- Enhancing turbine operational safety and reliability
Installation Notes
- Installed in GE Mark VI / VIe VME rack systems
- Connects to vibration sensors and monitoring devices
- Proper grounding and shielding recommended for signal integrity
- Correct wiring and slot assignment required
- Maintenance should be performed by qualified turbine control personnel
Compatible Equipment
- GE Mark VI / VIe turbine control systems
- Proximity probes and accelerometers
- Turbine protection and monitoring modules
- Industrial rotating machinery monitoring systems
Advantages
- Accurate and reliable vibration monitoring
- Supports predictive maintenance programs
- Enhances turbine safety and protection
- Rugged design suitable for industrial environments
- Fully compatible with GE turbine control architecture
Limitations
- Designed specifically for GE Mark VI / VIe systems
- Requires turbine monitoring expertise for installation and operation
- Not suitable for general-purpose PLC applications
- Primarily used in legacy turbine control systems
Conclusion
The GE IS200VVIBH1C Vibration Monitoring Board is a key component in turbine control systems, providing real-time vibration monitoring, machinery protection, and predictive maintenance capabilities.
It ensures turbine reliability, operational safety, and efficient maintenance planning in industrial power generation environments.