Model: PCD235A101 3BHE032025R0101
Category: Excitation control module
Brand: ABB
Warranty :365 days
Stock: Yes
Specifications:

Product Name:
Product net depth/length: 142mm
Net height: 373 mm
Net weight: 0.98 kg
Product width: 73.5 mm

series

PCD235A101-3BHE032025R0101 belongs to the PCD235 series of excitation control modules. The series also includes other models such as PCD235A101-3BHE032025R0201.

trait

PCD235A101-3BHE032025R0101 has the following characteristics:

High precision: Advanced control technology is used to ensure the accuracy of the excitation current and improve the voltage stability of the generator.
High reliability: The use of high-quality components to ensure long-term stable operation of products.
Easy to use: provide a clear human-machine interface and operation manual, easy to use.
effect

PCD235A101-3BHE032025R0101 is used to control the excitation current of a synchronous generator, thereby regulating the voltage of the generator. It can ensure the stable operation of the generator under various working conditions and improve the power supply quality of the power grid.

use

PCD235A101-3BHE032025R0101 is widely used in the following fields:

Power system: such as thermal power plants, hydroelectric power plants, nuclear power plants, etc.
Industrial applications: such as steel, metallurgy, chemical industry and other industries.
Transportation: such as railway, aviation and other fields.
Application field

PCD235A101-3BHE032025R0101 Specific application areas include:

Thermal power plant: Control the excitation current of thermal power units to ensure stable operation of generators under various working conditions.
Hydraulic power plant: Control the excitation current of the hydropower unit to ensure the stable operation of the generator under various working conditions.
Nuclear power plant: Control the excitation current of the nuclear power unit to ensure the stable operation of the generator under various working conditions.
Steel industry: Control the generator excitation current in the steel production process to ensure the power supply quality of the grid.
Metallurgical industry: Control the generator excitation current in the metallurgical production process to ensure the power supply quality of the grid.
Chemical industry: Control the generator excitation current in the chemical production process to ensure the power supply quality of the grid.
Railway: Control the generator excitation current of railway locomotives to ensure the power supply quality of the grid.
Aviation: Control the excitation current of the generator on the aircraft to ensure the power supply quality of the grid.