Product Overview

The IS200TVIBH2B is a high-performance Vibration Terminal Board engineered by General Electric for the Mark VIe control platform. This module serves as the primary interface for vibration monitoring, capturing critical mechanical data from rotating machinery to ensure operational safety and longevity. It is specifically designed to facilitate both permanent health monitoring and on-the-spot diagnostic analysis. By integrating with Bently Nevada sensors and the Mark VIe controller, the IS200TVIBH2B provides a reliable pathway for vibration signals, eccentricity measurements, and axial position data.

Technical Specifications

• Manufacturer: General Electric (GE)

• Series: Mark VIe Control System

• Model Identification: IS200TVIBH2B

• Function: Vibration Signal Terminal Interface

• Input Channels: Dual-channel vibration monitoring

• Signal Compatibility: Radial vibration, axial position, and eccentricity

• Hardware Interface: BNC connectors for portable analyzers; terminal blocks for permanent wiring

• Accuracy: Better than 1% Full Scale (FS)

• Communication: Ethernet-based integration via Mark VIe architecture

• Weight: 0.84 kg

• Dimensions: 33 x 17.8 x 4.5 cm

• Mounting: DIN-rail or cabinet rack mount

Operational Capabilities

The IS200TVIBH2B module is distinguished by its dual-purpose connectivity. It features built-in BNC ports that allow maintenance teams to plug in portable vibration analyzers without disrupting the permanent wiring. This feature is essential for deep-dive harmonics analysis and predictive maintenance schedules. Simultaneously, the board maintains a constant data stream to the DCS, enabling real-time protective trips and alarms based on pre-configured thresholds.

Industrial Applications

Primarily utilized in power generation and heavy industrial environments, the IS200TVIBH2B is optimized for:

• Combined-cycle power plant turbine monitoring.

• Protection of critical rotating assets such as compressors and generators.

• Real-time machinery health assessment in harsh electromagnetic environments.

• Seamless integration into existing Mark VIe Distributed Control Systems (DCS).