GE DS3800NEPA1D1B – Industrial Control Module for Advanced Performance
The DS3800NEPA1D1B is an essential component designed for industrial control systems, offering reliable performance and durability. Its primary function is to ensure smooth operation and precise control within complex machinery and processes.
Model:DS3800NEPA1D1B
Manufacturer:General Electric
Compatibility:Designed for use with GE turbine control systems and Mark IV units.
Dimensions:Refer to technical documents for exact dimensions.
Weight:Refer to technical documents for exact weight.
Material:High-quality PCB material for extended lifespan.
Mounting Configuration:Marked for alignment along the top edge (A-L) with male straight-pin connectors in 2-2-2, 2-1-1-3, and 4-2-2 configurations.
Terminal Connector:One multi-pin terminal connector located in the upper left corner.
Jumper Switch:One jumper switch with two settings of ‘rev’ or ‘nr’.
Integrated Circuits:Four integrated circuits.
Potentiometers:Four potentiometers.
Resistors:Sixteen resistors, including two 10w 71Ω 5% resistors and nine large banded metal film resistors.
Capacitors:Nine large capacitors.
The DS3800NEPA1D1B module from General Electric is meticulously crafted to meet the stringent demands of industrial control applications.
This power converter filter is built with precision engineering, ensuring it offers superior performance in critical operations.
With its robust design featuring a multi-pin terminal connector and various jumper settings, the DS3800NEPA1D1B supports flexible configuration and reliable functionality.
Equipped with multiple integrated circuits and potentiometers, this board provides advanced control capabilities essential for turbine control systems.
Its construction includes numerous high-quality resistors and capacitors, further enhancing its operational efficiency and longevity.
The inclusion of a yellow LED near the top right corner allows for easy monitoring of system status, making maintenance and troubleshooting straightforward.
There are no reviews yet.