B32522C3474K189

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Film capacitors, which are also known as plastic film capacitors, are electronic components that store energy and are composed of a dielectric plastic film, two electrodes and a metal or plastic housing. The B32522C3474K189 is one such film capacitor.

The B32522C3474K189 is a polyethylene-plastic film capacitor that is typically used in motor drives, welding machines, and industrial equipment. It has a rated voltage of 250 VAC, with capacitance values typically ranging from 47 to 470nF. The capacitor offers superior self-healing properties, and offers high temperature stability, high insulation resistance and low leakage.

The B32522C3474K189 helps to improve the performance of motors, welders and other industrial equipment. It is superior for providing energy for motors and other inductive loads. Its superior dielectric strength allows the capacitor to handle larger voltage and charge/discharge surges. Using this capacitor helps to improve motor performance and efficiency, reduce power and harmonic losses, and extend motor life.

The main working principle of the B32522C3474K189 is to store energy and use it to help reduce power losses. When the capacitor is connected to an AC power source, it will draw energy from the power line and store it in its capacitance. This energy is then released back into the power line when needed. This will allow for smoother current, fewer power losses and improved power quality.

Overall, the B32522C3474K189 is an ideal choice for a wide range of industrial applications. It offers high temperature stability, high insulation resistance and low leakage, as well as superior self-healing properties. The capacitor is utilized in motor drives, welding machines, and industrial equipment in order to improve performance and reduce losses. The main working principle of the B32522C3474K189 is to provide energy storage and to reduce power losses by releasing stored energy back into the power line.

The specific data is subject to PDF, and the above content is for reference