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Part Number: DS200FCSAG1A
Manufacturer: General Electric
Series: Drive Control
Product Type: Current Sensing Feedback Board
Number of channels: 12
Common Mode Voltage Range: +5 V dc
Maximum Lead Resistance: 15Ω
Analog output current: 0-20 mA
Operating temperature: -30 to 65 °C
Size: 8.26 cm high x 4.18 cm
Frequency: 50 or 60 Hz
Repair: 3-7 Day
Availability: In Stock
Weight: 2 lbs
Country of Origin: United States
DS200FCSAG1A is a Current Sensing Feedback Board manufactured and designed by General Electric as part of the Drive Control Series used in GE Speedtronic Gas turbine Control Systems. The Board is used in conjunction with the control power supply (CPS). This board accepts the CPS voltage supplies of 5, 12, 15, and 24 volts. This model is installed in the Power Conversion Cabinet for Static Starters. This model is used in conjunction with a Control Power Supply when in operation (CPS). The CPS will produce several voltage levels during the operation of both the CPS and the FCSA, which are five, twelve, fifteen, and twenty-four volts. These voltages are produced specifically for the FCSA board and VME card rack. A current-sensing feedback board is a circuit board designed to measure and provide feedback on the electric current flowing through a circuit. It typically consists of current sensing components, such as shunt resistors or current transformers, along with signal conditioning circuitry and an output interface.
Current Monitoring: By measuring the current, the board can provide real-time data on the amount of current flowing through a specific circuit or component. This information can be used to ensure that the current is within safe operating limits or to detect abnormal current levels that may indicate a fault or malfunction.
Power Management: Current sensing feedback boards are often used in power management systems to optimize energy efficiency. By monitoring the current, the board can provide feedback to control circuits or systems, enabling them to adjust power levels or switch to different power modes based on the actual current requirements.
Fault Detection and Protection: Abnormal current levels can indicate faults or short circuits in a circuit. A current sensing feedback board can detect such anomalies and trigger protective measures, such as circuit breakers or alarms, to prevent further damage to the system.
Closed-Loop Control: In some applications, current sensing feedback boards are used in closed-loop control systems. The measured current is compared with a desired or reference value, and the feedback board adjusts the system parameters to maintain the desired current level. This is commonly employed in motor control systems or power converters.
WOC has the largest stock of GE Speedtronic Gas Turbine Control System Replacement Parts. We can also repair your faulty boards. WORLD OF CONTROLS can also supply unused and rebuilt backed-up with a warranty. Our team of experts is available round the clock to support your OEM needs. Our team of experts at WOC is happy to assist you with any of your automation requirements. For pricing and availability on any parts and repairs, kindly get in touch with our team by phone or email.
FREQUENTLY ASKED QUESTIONS:
What is the purpose of a current sensing feedback board?
A current-sensing feedback board is used to measure and provide feedback on the electric current flowing through a circuit. It helps monitor current levels, optimize power management, detect faults, and enable closed-loop control in various applications.
How does a current sensing feedback board work?
A current sensing feedback board typically includes current sensing components, such as shunt resistors or current transformers, which generate a voltage proportional to the current. The board also consists of signal conditioning circuitry to amplify, filter, and process the voltage signal. The processed signal is then converted into digital or analog output for further analysis or control.
How accurate are current sensing feedback boards?
The accuracy of a current sensing feedback board depends on various factors, including the quality of the current sensing components, the design of the signal conditioning circuitry, and the calibration process. High-precision boards can achieve accuracy within a few percent of the measured current.