Active power factor correction (APFC) unit ASVG with harmonic filtering 5 kVar 400V, with built-in current transformers, protection class IP20, wall mounting SM-ASVG-5-0.4-4L-CW 106065

Active Power Factor Correction ASVG – Effective Energy Quality Improvement

The ASVG active power factor correction device is an advanced unit designed to correct the power factor, reduce harmonics, and stabilize voltage in electrical networks. The SM-ASVG-5-0.4-4L-CW model with a power of 5 kVar and a voltage of 400V, with built-in current transformers, is a compact and efficient solution for both installers and end-users. The device effectively minimizes energy losses, reduces operating costs, and extends the lifespan of connected devices.

Functionality and application

ASVG is not only capacitive and inductive reactive power compensation – it is a comprehensive approach to energy management. The device automatically balances phase asymmetry, which translates into stable installation operation and minimizes the risk of failure. The fast response time of the compensator allows for immediate reaction to load changes, ensuring optimal energy quality in real time. Thanks to the built-in measuring transducers, the device is ready to operate immediately after installation – without the need for additional measuring elements.

ASVG compensators find application in a wide range of facilities:

• Industry – workshops, production halls, factories
• Commercial facilities – offices, shopping centers, warehouses
• Corporate buildings – providing stable power supply for sensitive electronic devices
• Installations with non-linear receivers – switch-mode power supplies, inverters, LED lighting

Construction and mounting

The compact housing with IP20 protection ensures safe operation and easy integration with existing electrical infrastructure. Wall mounting simplifies the installation process and minimizes the space occupied by the device. A simple interface facilitates configuration and monitoring of the compensator's operating parameters. The lack of the need to select steps makes the device universal and adapts to changing network operating conditions. Solid construction guarantees reliability and long life of the device even in demanding operating conditions.