Product Description:
The GE DS200FHVAG1ABA is a Current Sensing Feedback Board belonging to GE’s Drive Control series, specifically engineered for integration into the Static Starter Power Conversion Cabinet. Its core purpose is to enable current sensing feedback within adjustable speed AC drive systems paired with gas turbine generators—playing a pivotal role in precisely monitoring and controlling current levels to ensure stable, efficient operation of both the drive systems and the associated gas turbine generators.
Designed for seamless integration with other components in the Static Starter Power Conversion Cabinet, the board delivers accurate real-time current feedback, which enhances the performance and operational stability of the AC drive systems. It also boasts versatility, with compatibility across various adjustable speed AC drive configurations, making it suitable for diverse industrial scenarios where precise current control is critical for safety and reliability. Hardware-wise, it features two sub-D pin connectors: a 3-pin LEMPS connector and a 12-pin CPSL connector. When paired with a Control Power Supply (CPS), the CPS directly provides 5–24 V voltage outputs for the board. To prevent power-related errors, precautions include unplugging the LEMPS connector if power issues are suspected and disconnecting it before conducting voltage checks.
Key Features:
Targeted Static Starter Cabinet Integration: Purpose-built for the Static Starter Power Conversion Cabinet, ensuring seamless compatibility with the cabinet’s subsystems and supporting the core operation of gas turbine generator-associated AC drive systems.
Precise Current Feedback for Stability: Delivers accurate real-time current level feedback, enabling tight monitoring and control of critical parameters in adjustable speed AC drives—directly enhancing system performance and operational stability, which is vital for gas turbine generator efficiency.
Versatile AC Drive Compatibility: Works with various adjustable speed AC drive systems, adapting to different industrial configurations and making it a flexible solution for applications requiring reliable current sensing.
Dedicated Power Control Connectors: Equipped with a 3-pin LEMPS connector and a 12-pin CPSL connector for specialized power control, with clear pairing with Control Power Supplies (CPS) that supply 5–24 V outputs.
Error-Prevention Design: Includes practical safeguards against power errors, such as recommending LEMPS connector disconnection during voltage checks or if power issues are suspected—reducing the risk of component damage or system malfunctions.
