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

Detuning reactor for reactive power compensation

This three-phase detuning reactor, with a voltage of 440V and a damping factor of 7%, is a key element in reactive power compensation systems. Its function is to eliminate harmonics that can negatively affect the operation of capacitors in compensating batteries. This reactor is used both in new installations and in modernized power factor correction systems.

Construction and application

The reactor is constructed with a three-phase core, on which a winding made of copper wire is wound. The whole is protected by impregnation with thermosetting resin, which ensures durability and resistance to environmental conditions. Mounting is done with angle brackets, allowing installation in vertical or horizontal position.

• Harmonic filtering: The main function of the reactor is to suppress higher harmonics, which can cause overheating and damage to capacitors.
• Capacitor battery protection: Protects capacitors from the negative effects of harmonics, extending their lifespan and ensuring stable operation of the reactive power compensation system.
• Resonant circuits: Used in resonant circuits for reactive power compensation, optimizing the operating parameters of the installation.
• Versatile mounting: The possibility of mounting in vertical or horizontal position facilitates integration with various installation configurations.

Thanks to its construction and properties, this reactor is a reliable solution for installers and users looking for effective protection of capacitor batteries and improvement of energy quality in the grid. This is particularly important in industrial applications, where the presence of harmonics is a common problem.