The IS200TVIBH2B is a high-performance Vibration Terminal Board manufactured by General Electric (GE) and designed for integration into the Mark VI turbine control system. This terminal board plays a critical role in acquiring and managing data from proximity probes, seismic sensors, and velocity pickups used in vibration monitoring systems.

As part of turbine protection and condition monitoring architecture, the IS200TVIBH2B ensures accurate transmission of vibration signals to the processor modules for further analysis. This makes it a crucial element in predictive maintenance strategies, helping operators identify potential mechanical issues like imbalance, misalignment, or bearing wear before they result in costly failures.

The board accepts inputs from both single-ended and differential sensors and supports various signal conditioning methods. With robust isolation and noise rejection features, it ensures clean signal transfer for precise diagnostics. This helps in maintaining optimal turbine performance and prolonging equipment life.

The IS200TVIBH2B is often used in industrial steam and gas turbine systems across sectors such as power generation, petrochemicals, and manufacturing. It is built to withstand harsh operating environments and offers dependable long-term service.

At Evaflux Private Limited, we supply both UNUSED and professionally REBUILT IS200TVIBH2B boards, thoroughly tested to meet OEM standards. We ensure same-day shipping, excellent after-sales support, and quality assurance on all components.

If you’re managing GE Mark VI system hardware upgrades or replacements, the IS200TVIBH2B is a trusted solution for advanced vibration input and terminal interface functionality. For technical specifications and OEM documentation, get in touch with our technical experts.

📞 Contact Us: +91 7303573946
📧 Email: support@evaflux.com

⭐ Key Features:

• Designed for GE Mark VI turbine control systems

• Accepts inputs from proximity, seismic, and velocity sensors

• Supports both single-ended and differential input types

• Enhanced noise immunity for clean signal transmission

• Critical for vibration monitoring and predictive maintenance

• OEM-tested UNUSED and REBUILT units available

• Easy plug-in terminal design for simplified installation

• Reliable performance in high-vibration industrial environments