GE IS200TVIBH2B Vibration Terminal Board from Mark VIe Series Control System Guide Volume II

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The module is equipped with multiple input channels, offering connectivity options for monitoring vibrations from multiple equipment or locations simultaneously. It can monitor vibrations from different sources concurrently, providing comprehensive data for effective condition monitoring and analysis.

The module provides real-time monitoring and analysis of vibration signals. It continuously captures and processes vibration data, enabling immediate detection of anomalies or changes in equipment condition, and facilitating timely maintenance interventions.

The module offers communication interfaces for seamless integration with supervisory control and data acquisition (SCADA) systems or other control networks. It supports industry-standard protocols, enabling easy data exchange and remote monitoring or control of connected equipment.

The Mark* VIe control system is a flexible platform used in multiple applications. It features high-speed, networked input/output (I/O) for simplex, dual, and triple redundant systems. Industry-standard Ethernet communications are used for I/O, controllers, and supervisory interface to operator and maintenance stations, as well as third-party systems.

The ControlST* software suite, which contains the ToolboxST* toolset, is used with Mark VIe controls and related systems for programming, configuration, trending, and analyzing diagnostics. It provides quality, time-coherent data in the controllers and at the plant level for effectively managing control system equipment.

The Mark VIe I/O modules consist of three basic parts: the terminal board, the terminal block, and an I/O pack. Barrier or box-type terminal blocks are mounted on a terminal board, which mounts on a DIN rail or base in the control cabinet. The I/O pack contains two Ethernet ports, a power supply, a local processor, and a data acquisition board. I/O capability grows as I/O packs are added to the control system, enabling use in a simplex, dual, or triple redundant configuration. Some process sub-systems require even more throughput; therefore, the local processors in each I/O pack run algorithms at higher rates as required for the application.