3-phase choke INF detuning 50Hz, 440V, 7% (Cu), INF 7-7.5-440 INF 7-7,5-440

Detuning Reactors – Protection and Optimization of Installations

This three-phase detuning reactor, designed to operate in 50Hz networks at 440V, is a key element in power factor correction systems. Its task is to eliminate harmonics that can negatively affect the operation of capacitors in compensating batteries. This ensures a more reliable and efficient installation.

• Capacitor Protection: The reactor effectively suppresses harmonics, extending the life of capacitors and minimizing the risk of failure.
• Optimized Operation: By reducing harmonic distortion, the reactor contributes to a more stable and efficient operation of the entire reactive power compensation system.
• Copper (Cu) Construction: The use of copper ensures high conductivity and reliable operation.

Application and Characteristics

These types of reactors are widely used in harmonic filtering systems, especially where protection of capacitor banks is required. A damping factor of 7% means the reactor effectively reduces higher harmonics that can cause capacitors to overheat and fail. This is an ideal solution for industrial and energy installations where stability and reliability are a priority.

It operates in networks with a frequency of 50 Hz and a voltage of 440 V, and its winding is made of copper (Cu), which ensures high conductivity. The harmonic damping factor is 7%. Thanks to its design and parameters, this reactor provides reliable protection for capacitors, ensuring long-term and trouble-free operation of the reactive power compensation system. Installers will appreciate its simple installation and efficient operation, and end-users will benefit from stable and reliable power supply.