Fanuc Corporation | GE FANUC Current Sensing Interface Card - DS200FCSAG2A
The DS200FCSAG2A is a Current Sensing Feedback Board manufactured by General Electric as part of the LS2100 Series. Specifically designed for integration within gas turbine generator prime movers' AC drive systems, this board is installed in the static starter power conversion cabinet associated with the LS2100 Series.
The DS200FCSAG2A is a Current Sensing Feedback Board manufactured by General Electric as part of the LS2100 Series. It is specifically integrated into the AC drive system designed for gas turbine generator prime movers. Positioned within the static starter power conversion cabinet of the LS2100 Series, this board plays a crucial role alongside other components.
Key to its functionality are its connectors, which include two types of sub-D pin connectors: a three-pin LEMPS connector and a twelve-pin CSPL connector. These connectors facilitate essential connections within the system, enabling proper feedback and control mechanisms.
The DS200FCSAG2A operates in conjunction with a Control Power Supply (CPS), which provides necessary voltage outputs directly to the board. Typical voltage outputs from the CPS for the FCSA model include twenty-four, fifteen, twelve, and five volts. To ensure correct operation and prevent interference from auxiliary power, it is recommended to disconnect the LEMPS connector on the DS200FCSAG2A prior to voltage checks.
GE FANUC, now part of Emerson Automation Solutions, was a leading provider of industrial automation and control systems. Known for innovative solutions, GE FANUC played a key role in advancing manufacturing, offering a range of products including PLCs, CNCs, and HMI solutions.
Specifications
Catalog Number |
DS200FCSAG2A |
Board Type |
Current Sensing Feedback Board |
Manufacturer |
General Electric Company USA, GE Industrial Systems |
Series |
LS2100 |
Instruction Guide |
GEH-6678 |
Parts Manual |
GEI-100222 |
Functional Acronym/Abbreviation |
FCSA |
What Our Experts Think
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Accurate Current Monitoring: Provides real-time current sensing for precise system diagnostics and control.
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Optimized for Drive Systems: Enhances performance and protection in GE FANUC motor and drive applications.
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Reliable Signal Processing: Converts analog signals efficiently for system feedback and regulation.
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Industrial-Grade Durability: Designed to perform in high-stress, high-demand environments.
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Easy Integration: Seamlessly fits into existing GE FANUC configurations.
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Engineered by GE: Ensures high quality, low maintenance, and long-term reliability.
Q&A
Q: What is the DS200FCSAG2A Current Sensing Interface Card?
A: It’s a GE Fanuc interface card designed to monitor and transmit current measurements in industrial drive and control systems.
Q: What systems is it compatible with?
A: This card is typically used in GE Fanuc Mark V control systems and compatible drive applications for motors and turbines.
Q: What does the current sensing interface card do?
A: It detects current levels in the system and relays the data to control modules, enabling accurate protection, diagnostics, and performance optimization.
Q: Why choose the DS200FCSAG2A?
A: It offers precise current monitoring, reliable integration, and enhanced protection for critical industrial processes.
Q: Is this an OEM product?
A: Yes, it’s a genuine GE Fanuc part, ensuring high compatibility, dependable operation, and long service life.
Maintenance Tips
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Visual Inspection: Routinely inspect the card for signs of overheating, burnt components, or cracked solder joints, especially near sensing circuits.
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Clean the Board: Use dry compressed air or an anti-static brush to remove dust buildup; avoid using liquid cleaners.
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Check Sensor Accuracy: Periodically verify current sensing accuracy using calibrated test equipment to ensure proper system feedback.
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Inspect Connectors and Terminals: Confirm that all wiring and connectors are tight, clean, and corrosion-free for reliable signal transmission.
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Monitor Temperature: Ensure proper airflow and temperature control; overheating may affect sensing accuracy and board longevity.
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Verify Power Supply: Ensure the board is receiving the correct and stable voltage input as per specifications.
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Run Diagnostic Tests: Use system diagnostics to monitor sensor feedback and detect any signal anomalies.
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Use ESD Precautions: Always handle the card with electrostatic discharge protection to prevent component damage.
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Secure Mounting: Make sure the card is firmly mounted and isolated from vibration to prevent stress on solder joints and components.
