General Electric IS210MACCH2AEG Mark VI Mark VIe Multi Application Converter Controller Board

Description

The IS210MACCH2AEG is a Multi Application Converter Controller (MACC) printed circuit board designed by the GE Energy division. This control card operates as a core control and communication module integrated within GE Mark VI and Mark VIe turbine control systems and Distributed Control Systems (DCS). It is primarily utilized in the inverter and converter control systems of 1.5 megawatt (1.5MW) wind turbines. The board features an onboard high-performance microprocessor configured for high-precision analog and digital signal acquisition, along with integrated signal isolation and filtering circuitry to execute complex control algorithms. It is designed to withstand extreme industrial environments, offering wide temperature tolerance and robust communication capability across multiple standard industrial networks.

Features

• Functions as a Multi Application Converter Controller (MACC) for precision control, signal conversion, and real-time data processing.
• Features integrated signal isolation and filtering circuitry to protect control loops from noise.
• Provides full compatibility with the Mark VIe Triple Modular Redundant (TMR) architecture for data voting and fault detection.
• Supports high-precision digital and analog input/output signal processing.
• Equipped with integrated communication interfaces for broad network connectivity.

Applications

• 1.5MW wind turbine inverter and converter control systems
• Wind turbine power distribution cabinets
• Thermal and hydro power plant control systems
• Distributed Control Systems (DCS) and turbine synchronization

Technical Specifications

Installation Guidelines

• Ensure the system is powered down completely before inserting the controller board into its designated backplane slot.
• Implement standard grounding and shielding procedures for all connected communication lines to mitigate EMI/RFI interference.
• Verify that the physical orientation matches the guide rails of the cabinet enclosure to prevent pin damage during insertion.
• Ensure adequate ventilation within the distribution cabinet to maintain the specified operating temperature range under continuous load.