GE DS3800NMEC1C1B Motor Exciter Control Board, Triple-Redundant Design for Enhanced Reliability

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The DS3800NMEC1C1B is a robust motor exciter control board designed for the efficient management of gas and steam turbine systems. It integrates advanced features to minimize electronic failures, ensuring reliable performance and extended operational life.

Manufacturer:General Electric

Model:DS3800NMEC1C1B

Compatibility:Mark IV Series

Features:Triple-redundant microcomputer-based control, temperature and voltage monitoring

Size:Larger PCB with multiple nylon vertical pins

Connectors:Five PCB mating connectors including two vertical (male) pin connectors

Interfaces:Direct interface with TTL and CMOS, quad 2-input NAND buffers and quad voltage comparators

The DS3800NMEC1C1B is an essential component in the Mark IV series designed to manage and optimize the performance of gas and steam turbines. This motor exciter control board is part of a triple-redundant microcomputer-based system that significantly reduces downtime caused by electronic failures. With its advanced design features, it supports the automation of critical processes like cooling and shutdown sequences, ensuring smooth operation and enhanced efficiency.

The board comes equipped with quad voltage comparators and direct interfaces with TTL and CMOS standards, making it compatible with a wide range of applications. It also features five PCB mating connectors, including two vertical pin connectors labeled DA and DB, facilitating seamless integration with other boards within the system.

Its robust design, capable of operating within a temperature range of -40°C to 85°C, makes it suitable for harsh industrial environments. By utilizing the DS3800NMEC1C1B, users can benefit from increased reliability and performance in their turbine control systems.

GE DS3800NMEC1C1B