The GE DS3800NHVK1A1A is a critical component in high-voltage drive systems, designed for seamless integration into GE’s Speedtronic turbine control systems, ensuring efficient operation and precise control in power generation applications.
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The GE DS3800NHVK1A1A is a critical component in high-voltage drive systems, designed for seamless integration into GE’s Speedtronic turbine control systems, ensuring efficient operation and precise control in power generation applications.
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Part Number:DS3800NHVK1A1A
Brand:General Electric
Application Category:Turbine Control
Series:Mark IV DS3800
Product Type:LCI Drive, High Voltage Board
Module Size:Standard Circuit Board Size
Material:High-Quality Conductive Materials
Operating Temperature Range:-20°C to +70°C
Electrical Rating:High Voltage, High Current
Input/Output Connections:Flexible and Durable Connectors
Power Consumption:Optimized for Energy Efficiency
The GE DS3800NHVK1A1A circuit board is a critical component for ensuring the smooth operation of turbine-based industrial systems. Designed with precision and durability, it integrates seamlessly into various control architectures, enhancing system efficiency and reliability.
Featuring a robust design and high-speed processing capabilities, this circuit board is engineered to withstand the harsh conditions typical of industrial environments, ensuring uninterrupted operation even under extreme temperatures.
With its extensive memory and efficient communication interface, the DS3800NHVK1A1A facilitates real-time data processing and seamless integration with other components within the system, making it an indispensable asset for complex industrial control setups.
Manufactured by General Electric, a global leader in industrial automation, this circuit board adheres to the highest standards of quality and reliability, backed by a comprehensive warranty and technical support.
For maintenance and repair, our team of experts is available to provide guidance and replacement parts, ensuring that downtime is minimized and operations continue without interruption.
