Wiring diagram

Based on the power consumption load, switch in LC filter capacitor banks to track reactive compensation while filtering harmonics. Widely used in industrial fields such as ceramics, steel, metallurgy, machinery, petroleum, chemicals, light industry, railways, stations, airports, docks, telecommunications, and more.

Design Principles

Each filter compensation LC branch forms a series resonance at the characteristic harmonic frequency, providing a low-impedance path for that harmonic, bypassing the harmonic current while compensating reactive power and improving power factor.

　　Product Features

*Patented design filter inductor, with a new core design offering excellent linearity, enhancing the stability of the filtering circuit.

* Utilizing dry-type, pressure-protected filter capacitors, which are highly beneficial for fire prevention and safe operation.

* Utilizes a 1KV vacuum contactor for switching, featuring excellent arc quenching performance of the static and moving contacts within the vacuum bulb, resulting in minimal electrical erosion and extended lifespan.

* Capacitor assembly features a specially designed rapid discharge coil, capable of releasing residual charge within 5 seconds, ensuring safety,

* Improve power quality, significantly reduce harmonic pollution, lower electrical equipment temperature rise, extend lifespan, and reduce accident rates.

*Reduce harmonic current and reactive current, fully utilize the transmission capacity of power supply and distribution equipment.

Reduce power losses caused by harmonic and reactive currents, saving on electricity bills.