3-phase line choke INF detuning 50Hz, 480V, 14% (Cu), INF 14-7.5-480 INF 14-7,5-480

Three-phase choke for reactive power compensation

This three-phase detuning choke, with a voltage of 480V and an inductance of 14%, is designed to improve the power factor in electrical installations. Made of copper, it provides effective reactive power compensation, which translates to lower energy costs and reduced network load. It is a key element in power factor correction systems, allowing for optimized device operation and minimized energy losses.

Characteristics and application

The INF 14-7.5-480 choke finds application in various industrial and commercial installations where there is a need for reactive power compensation. It is particularly useful where inductive loads occur, such as electric motors, transformers or fluorescent lamps. By introducing inductance into the circuit, the choke counteracts the phase shift between voltage and current, bringing the power factor closer to unity. This, in turn, allows for more efficient use of electrical energy and reduced losses in the network.

• Reactive power compensation: Reduction of reactive power drawn by inductive loads.
• Power factor improvement: Bringing the power factor closer to 1, minimizing energy losses.
• Installation protection: Reducing network load and extending the service life of devices.
• Cost optimization: Lowering electricity bills through efficient resource utilization.
• Application in 50Hz installations: Adapted to operate in networks with a frequency of 50Hz.

The choke is characterized by a rated voltage of 480V, an inductance of 14% and a copper (Cu) construction. It is designed to operate in 50Hz networks and has a three-phase design.

INF chokes are a solution for installers looking for reliable components for power factor correction systems and for end users who want to optimize energy consumption and reduce the operating costs of their electrical installations. Choosing the right detuning choke allows for improved energy efficiency and ensuring a stable power supply to connected devices.