GE IS200EROCH1ABB Mark VI Exciter Regulator Options Card Fanuc PLC

GE IS200EROCH1ABB Mark VI Exciter Regulator Options Card Fanuc PLC

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The IS200EROCH1ABB module is specifically designed for control applications. It provides precise control over connected processes or equipment, allowing for optimal performance and efficiency.

The module incorporates programmable logic controller capabilities, allowing for the creation and execution of customized control logic. It enables the implementation of complex control algorithms and logic sequences tailored to specific industrial requirements.

The module includes real-time monitoring capabilities, allowing operators to track and monitor critical control variables. It can also log data for analysis and troubleshooting, providing valuable insights for process optimization and performance enhancement.

The module is designed for easy installation and configuration, simplifying the integration process into existing control systems. It offers user-friendly interfaces and intuitive configuration options, reducing setup time and effort.

Dynamic pr essur e inputs: The VAMA board monitors two combustion acoustic or pressure wave sensors to monitor vibration in the turbine combustion section. Separate current limited +24 V dc and –24 V dc sources are provided for each charge amplifier, which returns two ac inputs superimposed on a dc bias. The inputs are specifically designed for use on GE5 and GE10 engines built by GE Nuove Pignone and LM2500 and LM6000 engines built by GE Aircraft Engines. The VAMA and matching DDPT support FFT analysis and RMS rectifier circuits for both inputs.

Each circuit board in the control module contains system (software) limit checking, high/low (hardware) limit checking, and comprehensive diagnostics for abnormal hardware conditions. System limit checking consists of two limits for every analog input signal, which can be set in engineering units for high/high, high/low, or low/low with the I/O configurator. In addition, each input limit can be set for latching/non-latching and enable/disable. Logic outputs from system limit checking are generated per frame and are available in the database (signal space) for control sequencing and alarm messages.