Description
Description
The GE Mark V DS200FSAAG1A is a specialized Field Supply Amplifier board designed for the GE Speedtronic Mark V control system. This module is engineered to provide precise excitation current control for motor drives and turbine generators in demanding industrial environments, including power plants and mining operations. It facilitates high-speed signal amplification for stable magnetic field regulation and interfaces with host drive components via a dedicated 10-pin connector.
Features
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High-Capacity Fusing: Integrated with two 30 Amp fuses for primary circuit overcurrent protection, allowing for rapid inspection and maintenance.
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Energy Management: Equipped with four high-voltage electrolytic capacitors to manage energy storage and release, ensuring a consistent field supply.
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Hardware Configuration: Features five onboard jumper sets for manual configuration; critical for matching settings during board replacement.
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Diagnostic Support: Includes multiple onboard test points to facilitate efficient troubleshooting and system verification.
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Robust Mounting: Designed for secure installation using a standoff-and-screw system, providing vibration resistance in heavy-duty applications.
Applications
This amplifier is primarily used within GE Mark V Speedtronic control systems to regulate excitation current for turbine generators and large-scale industrial motor drives. It is a critical component for maintaining stable magnetic fields in power generation and heavy industrial drive systems.
Technical Specifications
| Model |
DS200FSAAG1A |
| Brand |
General Electric (GE) |
| Series |
Mark V |
| Function |
Field Supply Amplifier |
| Connector Type |
10-pin primary interface |
| Fusing |
2 x 30 Amp high-voltage fuses |
| Hardware Config |
5 Configurable jumpers |
| Operating Temp |
0 to 60 deg C |
Installation Guidelines
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Power Down: Always ensure the system is fully de-energized and capacitors are discharged before attempting to remove or install the board.
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Jumper Configuration: Before commissioning, ensure all five jumper settings match the configuration of the original board to maintain system performance.
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Mounting: Secure the board using the four corner mounting holes and appropriate standoffs to ensure proper grounding and vibration resistance.
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Handling: Observe standard ESD (Electrostatic Discharge) precautions when handling the board to prevent damage to sensitive electronic components.
FAQ
How do I ensure the replacement board is configured correctly?
Technicians must manually set the five onboard jumpers to match the exact positions of the existing board being replaced to ensure identical performance characteristics.
What is the primary function of the capacitors on this board?
The four large electrolytic capacitors are responsible for the storage and controlled release of high-voltage energy, which is necessary to maintain a consistent field supply during operation.
