What is a network-side filtering reactor?

They are used to filter the high-frequency ripple caused by the inverter’s PWM, smoothing the voltage wave at its output. We manufacture a wide range of network-side filtering reactors designed to filter the high-frequency ripple caused by the inverter’s PWM, smoothing the voltage wave at its output. What benefits do our reactors offer?

What is a single phase DC reactor?

The single-phase DC reactor is mainly used between the DC link and the inverter link of the frequency conversion system. The main purpose is to limit the AC component superimposed on the DC current to a certain value.

What is the main function of the output reactor?

The main function of the output reactor is to compensate for the influence of long-line (50-200m) distributed capacitance, suppress output harmonic currents, increase output high-frequency impedance, effectively suppress DV/DT and reduce high-frequency leakage current, thereby protecting the inverter and reducing The effect of equipment noise.

What types of reactors do we design and manufacture?

We have spent decades designing and manufacturing: line reactors for filtering, reactors for PWM systems, reactors for smoothing, reactors for damping and reactors for static reactive energy compensation. Over the years we have acquired great experience in designing and manufacturing reactors with: iron cores, air cores and split cores.

What is a RZ reactor?

RZ are three-phase reactors for band-stop filters and can be built on request, tailored to any power value, p%, voltage and frequency. Designed for use in low-power networks, they are built with a low-loss plate and wound with a copper conductor.

What is the main function of a three-phase output reactor?

The main function of the three-phase output reactor is to compensate for the influence of long-line distributed capacitance and to suppress the output harmonic current, increase the output high-frequency impedance, and play a role in protecting the inverter.