Description
We provide heavy-duty detuned reactors online
detuned Reactors Reduce Harmonic Amplification Induced By Resonance And Avoid The Risk Of Overloading Capacitors, Reducing Voltage And Current Harmonic Distortion In The Network Greatly. Voltage Fluctuations Can Cause Equipment Malfunction Or Failure In Any Connected Equipment, Even Remote Substations. To Prevent This Issue,
detuned Reactor Calculation Is The Usual Practice To Connect Reactors In Series With Capacitor Banks. The Reactor Will Also Protect The Capacitor And Accompanying Switch Gears From Switching Inrush, Which Can Damage Capacitors, Circuit Breakers, And Contactors.
detuned Reactor Eliminates Harmonic Amplification. It Extends Capacitor Life By Minimizing Voltage And Thermal Stress Caused By Harmonics.
detuned Reactor Design Prevents The Persistent Annoyance Of An Input Fuse Blowing Or A Circuit Breaker Tripping. It Lessens The Harmonic Amplification-related Overheating Of The Transformer, Busbars, Wires, Switchgear, And Other Components. It Reduces The Harmonic Current In The Power Supply System. These Reactors Deal With The Harmonic Issues Caused By Non-linear Loads. It Also Enhances Power Factor In A Harmonically Rich Environment.
