Model Number:DS3800HMHA1E1F

Category:GE Boards & Turbine Control / Mark IV DS3800

Dimensions:Specific dimensions

Weight:Approximately 0.6kg

Test Points:Four under LED indicators for status alerts

Connector Port:Long black jack connector on the left edge

Diodes:Silver diodes on the left half, for additional functionality

Product Number:DS3800HHTB1D1D

Type Designation:MH Control Board

Compatibility:For use with GE Mark IV DS3800 systems

Electrostatic Protection:Professional packaging to eliminate static electricity upon opening

    The GE DS3800HMHA1 Control Card is a critical upgrade for turbine control systems, engineered to enhance operational efficiency and reliability. It offers an array of features including diagnostic tools for immediate issue identification, real-time monitoring capabilities, and precise control mechanisms tailored for complex industrial applications.

    Located at the edge of the card are four test points beneath the three light-emitting diodes (LEDs), designed to notify operators of any potential problems or anomalies in the system. This proactive monitoring ensures swift response times to maintain system integrity.

    Adjacent to the left edge, a robust black jack connector port facilitates secure data transmission, while silver diodes on the left half of the board serve dual purposes, enhancing both functionality and system stability. These features collectively contribute to the overall reliability and longevity of the turbine control system.

    The full product number, DS3800HHTB, is prominently marked on the lower border of the circuit card, providing clear identification and easy reference for maintenance and replacement processes. This attention to detail ensures seamless integration and management within the industrial environment.

    To safeguard against the risks associated with static electricity during operation, AX Control meticulously packages the DS3800HMHA1 Control Card. This ensures that the product arrives in pristine condition, ready to perform its critical functions without interruption, thus maintaining operational efficiency and minimizing downtime.