DS3800NVBC | General Electric Mark Iv Speedtronic Turbine Control Circuit Board

Description 

The General Electric DS3800NVBC is a circuit board designed for use within the Mark IV Speedtronic turbine control system. It supports reliable signal handling and control functions for industrial gas and steam turbine management applications.

Technical Specifications 

Information About DS3800NVBC

The DS3800NVBC is an integral component of General Electric’s Speedtronic Mark IV turbine control platform, which was developed for controlling and monitoring industrial gas and steam turbines. The Mark IV system is known for its modular architecture, allowing customized control configurations through interchangeable boards and a centralized control interface. This circuit board interfaces directly with the system backplane and supports internal signal processing and power-handling functions critical to turbine operation. Its design reflects the durability and serviceability required for long-term industrial use in power generation environments.

Key Features:

• Mark IV Speedtronic Compatibility: Designed specifically for integration with GE Mark IV turbine control systems.
• Backplane-Based Architecture: Features a large rear-edge connector for secure installation into the Mark IV control rack.
• Ribbon Cable Interface: Includes a right-angled front-edge connector labeled 218A4637P3 for ribbon cable connectivity.
• High-Power Component Support: Equipped with high-powered transistors and heat sinks for handling demanding electrical loads.
• Industrial-Grade Construction: Built with through-hole mounted components for durability, serviceability, and long-term reliability.
• Clear Identification And Labeling: Includes GE branding and reference designations to support correct installation and maintenance.
• Modular System Integration: Supports flexible system design and replacement within modular Speedtronic control architectures.

The DS3800NVBC delivers the reliability and precision required for circuit-level control and signal handling in GE Mark IV Speedtronic turbine management systems.