Description

The IS200WETAH1AHC functions as a high-density printed circuit board developed by GE Energy for integrated placement within the Mark VIe Wind turbine control system platform. Engineered specifically as a WETA Topbox A PCB, this assembly operates inside wind energy infrastructure to interface vital control signaling with the turbine monitoring system. The IS200WETAH1AHC leverages built-in limit checking diagnostics and system programmable software tools execution paths to support operations, fault evaluation, and signal maintenance capabilities across alternative energy wind networks.

Features

• Integrated Sub-Board Support: Equipped with one auxiliary daughterboard labeled explicitly as the IS210BPPBH2C module for expanded technical sub-processing capability.
• Perimeter Grounding Design: Features an exposed copper strip containing multiple factory-drilled holes along all four board edges to maximize chassis-ground connectivity.
• Built-In Diagnostic Architecture: Works alongside built-in hardware and software limit checking diagnostic functions to process control boundary monitoring without extra network interfaces.

Applications

• Alternative energy wind turbine control setups
• Topbox A interface panels in the Mark VIe Wind series platform
• Main structural system monitoring and diagnostic routing panels

Technical Specifications

Installation Guidelines

• Board Perimeter Grounding: Utilize the bare copper strips along all four board edges and the factory-drilled mounting holes to establish solid functional grounding back to the cabinet enclosure chassis.
• Auxiliary Daughterboard Fitting: Check that the hosted IS210BPPBH2C auxiliary card remains locked onto its dedicated hardware sockets before finalizing external system wiring steps.
• Static Discharge Control: Always handle the assembly inside an ESD-safe workspace, applying a grounded wrist strap to guard surface elements against static paths.