GE Energy IS210AEBIH3B Mark VIe Wind Alternative Energy Bridge Interface Board

Description

The IS210AEBIH3B functions as an Alternative Energy Bridge Interface (AEBI) printed circuit board developed by GE Energy for the Mark VIe Wind turbine control system. This special assembly board acts as a critical hardware link within wind drive architectures, providing system connectivity and grounding flexibility. It features a full layer of chemically-applied conformal coating to safeguard surface components against environmental contaminants typical of wind turbine installations. Designated under the Mark VIe Wind turbine control grouping, the board utilizes its specific hardware layout to accommodate complex system grounding and interface configurations, often enabling the integration of an SCOM grounding output terminal to alter or optimize its basic assembly.

Features

• Serves as a specialized Alternative Energy Bridge Interface (AEBI) within wind drive controls.
• Built with a special assembly designation to allow advanced configuration options like an SCOM grounding output terminal.
• Protected by a standardized layer of thin, high-efficiency conformal insulation covering all hardware components.
• Designed for direct hardware integration into the standard Mark VIe Wind control series cabinet frameworks.
• Fabricated using specific manufacturing standards developed at General Electric's Salem, Virginia facility.

Applications

• Wind turbine control systems
• Alternative energy power bridge conditioning
• Renewable energy utility drive diagnostics

Technical Specifications

Installation Guidelines

• Ensure the target drive cabinet or system is fully powered down before inserting or servicing the interface board.
• Utilize proper electrostatic discharge (ESD) wrist straps during handling to preserve the integrity of the conformal insulation layer.
• Align the board assembly accurately with the dedicated housing slot, paying close attention to any configuration requirements regarding the SCOM grounding output terminal if equipped.
• Confirm all local connections are secure and free from physical tension before re-energizing the system.