Description
The GE DS200NATOG2A is a voltage feedback scaling board that belongs to the NATO board family’s G2 variant. It is produced by General Electric (GE) and is widely used in industrial automation and control systems.
Parameters and Specifications:
Brand: GE
Model: DS200NATOG2A
Function: Voltage Feedback Scaling Board
Voltage Range: 2200 VLL input and 1270.17 VLG input
Output: Adjustable through attenuator voltage set by connector and jumper settings
Feedback: Provides feedback for voltage scaling
Dimensions and Weight:
The exact dimensions and weight of the DS200NATOG2A may vary, but it is typically a compact board designed for installation in a control cabinet or rack. GE does not provide specific dimensions or weight information for this module.
Series:
The DS200NATOG2A is part of the NATO board family, specifically the G2 variant. It is designed to work with other NATO boards and components within the series.
Features:
Five-String Output: The board has five strings of outputs, connected to a 20-pin ribbon connector, allowing for multiple input signals.
Attenuator Voltage Adjustment: The board features jumper settings to adjust the attenuator voltage.
MOV Protection: Metal Oxide Varistors (MOVs) protect against voltage surges, ensuring safe operation.
Resistor Configuration: Compared to the G1 board, the DS200NATOG2A uses two jumpers instead of two bottom resistors, resulting in a different resistor configuration.
Functions:
Voltage Feedback Scaling: The DS200NATOG2A board is primarily used for scaling and adjusting voltage feedback in industrial systems.
Multiple Inputs: It can receive and process multiple input signals through its five-string output configuration.
Integration with Other Components: The board integrates with other NATO components and systems, providing a comprehensive solution for voltage feedback and scaling.
The GE DS200NATOG2A is a crucial component for voltage feedback scaling in industrial automation and control systems. Its compact design, adjustable attenuator voltage, and multiple input capabilities make it a valuable addition to any system requiring precise voltage feedback control.
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