3-phase line reactor INF 50Hz, 480V, 14% (Cu), INF 14-40-480

Detuning reactors – optimization of the power supply network parameters

Three-phase detuning reactors, such as the INF 14-40-480 model, are a key element in reactive power compensation systems. They are used to improve the power factor (cos φ) in electrical installations, which translates into reduced energy losses, network load and electricity bills. This particular model, with a rated voltage of 480V and a damping factor of 14%, is designed for effectively reducing inductive reactive power in supply circuits for inductive devices – motors, transformers, or power supplies.

Construction and application

The INF 14-40-480 reactor is characterized by a solid construction based on a copper (Cu) winding, ensuring high conductivity and durability. Vacuum impregnation in class H varnish guarantees resistance to environmental conditions and long-term reliability. The device is protected by a bimetallic trip switch, which protects against overload. This reactor finds application in various industrial and commercial installations where reactive power compensation and improvement of energy efficiency are necessary. It can be used both in new installations and in modernized facilities.

Key features and benefits

• High compensation efficiency: A damping factor of 14% allows for effective reduction of inductive reactive power, which translates into lower electricity costs.
• Durable construction: Made of copper and impregnated with class H varnish, it ensures long-term reliability even in harsh working conditions.
• Safety: Protection with a bimetallic switch protects the reactor from damage caused by overload.
• Versatility: The reactor is designed to operate in 50Hz networks at 480V, making it compatible with most industrial installations.
• Simple installation: Installation is done using angle brackets, which facilitates integration with the existing electrical infrastructure.
• Continuous operation: The reactor is designed for continuous operation (100%), ensuring reliable operation for a long time.
• Compliance with standards: Meets the requirements of EN/IEC 61558-2-20 and EN/IEC 60076-6 standards, guaranteeing safety and quality of operation.