193X643AHG222 controller board

Brand:GE
Model:193X643AHG222
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

193X643AHG222 controller board

Product manual:

GE 193X643AHG222 is a high-performance controller board in the GE 193X series, used for the main control logic control part in industrial drive systems.
This module is designed to coordinate and manage signal processing, logic judgment, and status control in electric drive systems,
It is the key logic and functional processing core in the drive system, suitable for various motor control, variable frequency speed regulation, and automation scenarios.

Technical Parameter
Supply voltage:+5V/± 15V DC (supplied uniformly by the system)

Installation method: Slot style gold finger connection, compatible with 193X rack system

Size specification: Standard 193X board size

Working temperature: -20 ℃~+70 ℃

Storage temperature: -40 ℃ to+85 ℃

Electrical interface: Multi pin gold finger signal interface, supporting parallel processing of multiple signals

Signal type: Analog input/output+digital control signal

major function
Logic control core: As the central control board of the driving system,
193X643AHG222 is responsible for collecting, analyzing, and outputting system operation control logic;

Status monitoring management: Real time monitoring of system operation status and rapid logical response based on sensor/signal input;

Fault self diagnosis function: equipped with basic self checking and error feedback functions, improving system stability and maintenance efficiency;

High speed processing capability: capable of responding to changes in high-speed motors, suitable for high-frequency start/stop scenarios;

application area
Industrial motor control system: used for main control in driving electric motors, synchronous motors, and servo systems;

Automated production line: As the core of equipment logic control in the production line, it handles the collaboration between various modules;

Heavy duty mechanical system: applied in situations where high precision drive control is required for lifting, elevators, mining machinery, etc;

Energy and infrastructure: such as drive logic control units in power plant transmission and distribution systems.