193X532ABG02 drive control board

Brand:GE
Model:193X532ABG02
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

193X532ABG02 drive control board

Product manual:

193X532ABG02 is a Drive Control Board used in GE industrial control systems,
Commonly used in GE's DC speed controllers or AC frequency converters,
Used to coordinate and manage the driving signals and control logic of power modules, achieving precise control and state adjustment of motors.

Core functions
Output driving signal: Provide gate or gate driving signals for power transistors or thyristors (SCR)

Collecting feedback information: Collecting feedback quantities such as voltage, current, speed, etc. for controlling the circuit

Implement closed-loop control: support closed-loop strategies such as speed control, torque control, position control, etc

Overload/Overvoltage Protection: Built in Basic Protection Logic and Fault Detection Function

Communication with the main control board: exchange data with the main control board, receive adjustment commands or status instructions

Technical parameters (reference values)

Project Description
Working voltage+15V/+24V DC
Control mode: analog/digital hybrid control (depending on the system architecture)
Signal interface multi-channel input/output terminal+onboard pin interface
Card structure plug-in card structure, compatible with GE drive system standard rack
Feedback input signal current, voltage, speed (depending on specific system design)
Working temperature range: 0 ° C to+70 ° C
Typical application scenarios
GE DC Drive Systems

GE SCR Bridge Control System

Industrial motor driver main control unit

Automation electrical control system motherboard or auxiliary control card

Usage and maintenance suggestions
Be sure to check the slot direction and power polarity during installation

To avoid operating in high humidity and high temperature, it is recommended to install a fan for heat dissipation

Before use, check if the signal interface is in good contact

If overheating or abnormal output occurs, the front-end control logic and feedback signal path should be checked