3-phase compensating choke INK 3.75-400V INK 3-3,75-400

Detuned reactors – optimizing the operation of electrical installations

INK 3-phase reactors are elements used to compensate for capacitive reactive power in electrical installations. Their application is particularly important in facilities with a large number of loads generating reactive power, such as server rooms with UPS power supplies or facilities with LED lighting. By reducing reactive power, the reactors increase energy efficiency and reduce costs associated with its transmission.

The INK 3-3.75-400 reactor with a power of 3.75 kVar and a voltage of 400V is designed to operate in three-phase networks with a frequency of 50Hz. The construction based on a copper (Cu) winding and vacuum impregnation in class H varnish ensures the reliability and long life of the device. It is equipped with a thermal overload protection bimetallic switch.

Application and benefits:

• Capacitive reactive power compensation: Reduction of energy losses and lowering of operating costs.
• Increased energy efficiency: Improved utilization of electrical energy in the installation.
• Installation protection: Protection against the effects of overvoltages and disturbances in the network.
• Long service life: Construction from high-quality materials guarantees reliability and durability.
• Wide range of applications: Ideal for server rooms, facilities with LED lighting and cable lines with insufficient load.
• Mounting: The reactor is mounted using angle brackets, which facilitates its installation in various configurations.

Thanks to its construction and parameters, the INK 3-3.75-400 reactor is an optimal solution for installers looking for a reliable and effective way to compensate for reactive power in their projects. For end users, this means lower electricity bills and more stable operation of electrical devices. The device meets the PN-EN 60076-6 standard and has a protection degree of IP00.