193X532ADG04 on-site control board
Product Details Introduction
Introduction to GE 193X532ADG04 Field Control Board
GE 193X532ADG04 is one of the on-site control modules in the 193X series control system launched by General Electric, mainly used in early GE industrial drive systems and process automation control systems. This module is commonly used in regulating and feedback control circuits, suitable for DC/AC motor control, power generation excitation, and automatic operation control of large equipment.
Technical specifications and functional features
Control type: Analog signal processing control board with certain logical control capability
Input signals: voltage input, analog feedback signal, digital control signal, etc
Output signal: an analog signal or logic control quantity used to control power modules, execution units, and drive boards
Installation method: Standard GE plug-in card structure, inserted into the motherboard backplane
Power requirement: Typically ± 15V DC (supplied uniformly through the system)
Onboard components: including multiple potentiometers, discrete circuit components, operational amplifiers, etc
Status feedback: Some versions may be equipped with status indicator lights for running status judgment or debugging support
Adjustable parameters: such as gain (GAIN), offset (OFFSET), response time, etc., can be adjusted through potentiometers
application area
GE Mark series industrial automation systems (such as Mark I, II, IV, etc.)
DC motor excitation control and speed regulation system
Industrial furnace control, metallurgical continuous casting, rolling line drive system
Excitation device and frequency conversion control circuit of power plant
Replacement parts requirements in maintenance and renovation projects for old industrial equipment
Key points for use and maintenance
Before installation, the power must be turned off to avoid arcing or damage to the interface during plugging and unplugging operations.
Anti static operation standards require wearing an electrostatic ring when in contact with the board to avoid electrostatic breakdown of the device.
Signal inspection: Use a multimeter or oscilloscope to check if the input and output voltage/waveform are normal.
Regular maintenance: Focus on checking whether the electrolytic capacitor is swollen, whether the connectors are oxidized, and whether there are cracks in the solder joints.
Parameter adjustment: If you need to adjust the control effect, it is recommended to fine tune the onboard potentiometer under the guidance of the original equipment manual.
Product imag
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