GE DS200FCSAG2A Current Sensing Feedback Board

• Performance Characteristics
  • High-precision current measurement: Adopting advanced technology, it can achieve accurate monitoring of the current in the static starter power conversion cabinet, providing high-precision current data for the system.
  • Wide range of compatibility: It supports various adjustable-speed AC drive systems and can be used with different types of gas turbine generators, having a wide range of applications.
  • Real-time monitoring and feedback: Equipped with high-resolution sensing capability and an efficient feedback mechanism, it can monitor the current situation in real-time and promptly feed back the current information to the system, enabling the system to make rapid adjustments.
• Advantages and Features
  • Reliable and durable: Manufactured by General Electric, it has guaranteed quality. Its design can adapt to industrial environments, resist interference such as temperature fluctuations and electrical noise to a certain extent, and has high reliability and stability.
  • Easy to install and maintain: With a compact and robust design, it is easy to integrate into GE’s advanced drive systems. The circuit board is marked for easy installation alignment, and later maintenance and overhaul are also relatively convenient.
  • Energy and cost saving: Through real-time and accurate current monitoring and control, it can help the system optimize operation, reduce unnecessary energy loss, thereby achieving energy conservation, and also help reduce downtime and maintenance costs caused by faults.
• Working Principle: This current sensing feedback board is likely to work based on the principle of electromagnetic induction. Similar to a current transformer, when current passes through the monitored line, a magnetic field is generated around it. The inductive components (such as coils) on the feedback board will sense the change of the magnetic field and generate induced electromotive force or induced current according to Faraday’s law of electromagnetic induction. By processing and converting the induced signal into an electrical signal recognizable by the system, it realizes the measurement and feedback of current, providing a basis for system control.
• Application Fields
  • Power industry: It is mainly used in gas turbine generator systems and is an important part of the LS2100 series static starters. It can help monitor and control the current during the start-up process, ensure the stable operation of gas turbine generators, and improve power generation efficiency and reliability.
  • Industrial automation field: In some industrial automation equipment that requires precise current control and monitoring, it can be used with adjustable-speed AC drive systems to ensure the stable operation of the equipment, such as production equipment driven by large motors.
  • Manufacturing industry: It can be applied to various power equipment in the manufacturing industry, helping to realize precise management of equipment current, ensuring the normal operation of equipment, and improving the stability of the production process and product quality.