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SKU: DS200LPPAG1A
GE Fanuc DS200LPPAG1A Line Protection Card
The GE DS200LPPAG1A is a robust Line Protection Card (LPPA) designed for Speedtronic Mark V and GE industrial drive systems. It provides critical AC line surge suppression using high-performance MOVs, high-frequency noise filtering, and onboard fuse protection. This G1-group card ensures the long-term safety and stability of SCR power bridges by clamping voltage transients in demanding power generation environments.
Technical Functionality
The GE Fanuc DS200LPPAG1A functions as a high-reliability Line Protection Card (LPPA) within the Speedtronic Mark V and related GE drive control systems. This module serves as the primary defense mechanism for the power bridge, specifically designed to monitor and protect the AC line input. By utilizing high-speed MOV (Metal Oxide Varistor) surge suppressors and attenuation circuitry, the board clamps transient voltage spikes and filters high-frequency electrical noise. Consequently, it prevents electrical disturbances from reaching and damaging the sensitive SCR (Silicon Controlled Rectifier) power components and downstream control electronics.
Operational Performance
This protection card delivers continuous circuit supervision by interfacing directly with the AC power lines through dedicated high-voltage connectors. Because the DS200LPPAG1A operates at the entry point of the power assembly, it includes onboard fuses that provide instantaneous overcurrent protection in the event of a catastrophic surge or short circuit. Furthermore, the board facilitates diagnostic monitoring through its integration with the PCCA (Power Connect) card, allowing the drive’s central processor to track the status of the protection circuits. Its passive-active design ensures that it provides transient suppression even during initial system power-up sequences.
Key Technical Characteristics
- Surge Suppression:Â Incorporates heavy-duty MOVs to absorb and dissipate high-energy voltage transients.
- HF Filtering:Â Features attenuation strings to eliminate high-frequency noise from the incoming AC supply.
- Circuit Isolation:Â Safeguards the low-voltage control backplane from high-voltage line fluctuations.
- Fuse Integration:Â Includes localized fusing to isolate faults before they propagate through the drive system.
- Modular Interface:Â Connects via specialized ribbon cables and terminal blocks for secure integration into Mark V racks.
- G1 Revision Logic:Â Utilizes the “G1” group configuration for standardized compatibility across a wide range of GE industrial drives.
- Durable Construction:Â Built with industrial-grade substrates to withstand the thermal stresses of power conversion environments.
Primary Industrial Applications
- Gas Turbine Controls:Â Protecting the power bridges of Mark V control systems in utility-scale power plants.
- Industrial DC Drives:Â Providing line-side protection for large motor controllers in mining and metal processing.
- Power Conversion:Â Serving as the first line of defense for SCR-based rectifiers and excitation systems.
- Grid Interface:Â Clamping grid-originated switching transients to maintain drive system uptime.
Technical Specifications
- Manufacturer:Â GE (General Electric / GE Fanuc)
- Model Number:Â DS200LPPAG1A
- Series:Â Speedtronic Mark V / GE Drive
- Card Type:Â Line Protection Card (LPPA)
- Protection Type:Â MOV-based Surge Suppression & HF Filtering
- Operating Temperature: -20°C to +60°C
- Weight:Â 0.35 kg
Tags: GE Mark VIe, Line Protection Card
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The GE DS200TCPDG1BEC operates as a specialized Power Distribution Board (PDB) specifically engineered for the Mark V Speedtronic Turbine Control Series. This board plays a fundamental role in managing and protecting the electrical circuits that drive automated assemblies in steam, gas, and wind turbines. By distributing regulated power across the control architecture, the DS200TCPDG1BEC ensures that critical sensors and actuators receive consistent voltage. Furthermore, because this module belongs to one of the final GE product lines to utilize Speedtronic technology, it remains a vital component for maintaining legacy industrial drive systems.Advanced Circuit Protection and Diagnostic Interface
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