3-phase choke INF detuning 50Hz, 440V, 7% (Cu), INF 7-25-440

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 the reliability and extends the life of the entire installation.

Construction and application

This reactor is primarily used for filtering harmonics generated in power factor correction systems. The elimination of higher harmonics is particularly important, as they can lead to overheating and damage to capacitors. The reactor's construction, based on a copper core (7% Cu), ensures effective harmonic suppression and stable system operation.

• Capacitor protection: The reactor protects capacitor banks from the harmful effects of harmonics, which translates to a longer lifespan and reduced risk of failure.
• Work optimization: By eliminating harmonics, the reactor contributes to improved energy quality and optimized operation of the entire compensation installation.
• Application in power factor correction systems: This is an ideal solution for installations requiring harmonic filtering and capacitor protection.
• Durable construction: The copper core provides high damping efficiency and stable operating parameters.

This reactor is particularly useful in situations where harmonic disturbances occur that can negatively affect the operation of capacitors. Its installation allows for reliable and efficient power factor correction, which translates to energy savings and improved power quality.