IS215WEPAH2BA Product datasheet   

IS215WEPAH2BA Functional Description 

The IS215WEPAH2BA General Electric Printed Circuit Board is a specialized printed circuit board designed as part of the Mark VIe Wind Series for wind turbine control applications. This sophisticated component functions as a Wind Pitch Axis Control module, playing a critical role in managing blade pitch systems to optimize power generation and ensure operational safety. The technical architecture of the module incorporates advanced features that distinguish it within GE's wind control portfolio, specifically engineered for reliable performance in demanding environmental conditions.

This board features multiple communication interfaces including three COM ports and 10BaseT Ethernet connectivity, enabling seamless integration within the broader turbine control network. The IS215WEPAH2BA GE Boards  operates with a 125 VDC power supply and supports configurable software frame rates of 10, 20, and 40 milliseconds, providing the necessary responsiveness for precise pitch control. Unlike some comparable modules, the General Electric IS215WEPAH2BA does not utilize CANbus communication, representing a key design distinction that influences its application within wind farm control architectures.

Built to withstand challenging operating conditions, the Printed Circuit Board General Electric IS215WEPAH2BA maintains functionality across a wide temperature range and up to 95% non-condensing humidity. Its construction includes protective elements such as four metal oxide varistors and a conformal PCB coating that provides a thin, chemically-applied protective layer against environmental contaminants. These robust engineering characteristics ensure the General Electric IS215WEPAH2BA delivers consistent performance in the vibration-prone, variable climate conditions typical of wind power generation facilities.

As an integral component in wind turbine control systems, the IS215WEPAH2BA GE Module Mark VLE SERIES represents GE's commitment to renewable energy technology through reliable, specialized automation solutions. Its design focuses on maintaining optimal blade pitch positioning while providing comprehensive system monitoring capabilities. The continued deployment of the GENERAL ELECTRIC Machine Control IS215WEPAH2BA in wind farms worldwide underscores its importance in enabling efficient, safe wind power generation as part of modern energy infrastructure.