193X532ACG01 on-site control board

193X532ACG01 on-site control board

Product Details Introduction

Introduction to GE 193X532ACG01 Field Control Board

GE 193X532ACG01 is one of the 193X series industrial control boards produced by General Electric, widely used in early GE drive control systems. It is a plug-in field control board commonly used in DC or AC motor control systems in various heavy industrial environments for signal processing and logic control.

Technical specifications and functions

Control type: Mixed control of analog and digital signals

Installation method: Card insertion installation, connected to the system motherboard through a gold finger

Power requirements: typically ± 15V DC, to be matched with the system power supply

Signal input: voltage, current, relay contact signals, etc

Signal output: control drive signal, analog control quantity, switch quantity output

Component features: Contains multiple sets of adjustable potentiometers (for gain and offset adjustment)

Circuit structure: composed of discrete components, operational amplifiers, filters, etc

Status indicator: Some versions come with LED status indicator lights (for debugging or alarm purposes)

Typical application areas

GE Mark series drive systems (such as Mark I, Mark II, Mark IV)

Metallurgical, electrolytic, and power plant excitation control systems

Industrial DC/AC motor speed control system

Automation transformation and maintenance support for old industrial equipment

Precautions for use

Before installation, it should be confirmed whether the system is powered off to avoid arcing or short circuits caused by plugging and unplugging.

During installation or maintenance, anti-static measures should be taken to prevent component damage.

The parameters of the board must match the original equipment system, including voltage level, interface definition, and logic control mode.

Debugging suggestions include using multimeters, oscilloscopes, and other instruments to monitor the status of input and output signals.

It is recommended to conduct maintenance checks every 6 to 12 months for long-term operation, with a focus on interface contact points, solder joints, and electrolytic capacitor status.

Product imag

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