Power factor correction unit with built-in harmonic filter ASVG 10 kVAR 400V with panel wall-mounted version SM-ASVG-10-0.4-4L-W 106048

Active power factor correction and harmonic filtering – an effective solution for your network

The SM-ASVG-10-0.4-4L-W device is an advanced power factor correction compensator that combines dynamic compensation and harmonic filtering up to the 23rd order. This is a comprehensive solution for improving the quality of electrical energy in installations with a power of up to 10 kVar and a voltage of 400V. Thanks to it, it is possible to effectively eliminate charges for reactive power, both inductive and capacitive, as well as reduce distortions generated by non-linear loads.

The ASVG compensator not only improves the power factor but also actively eliminates phase shifts and eliminates three-phase asymmetry. This ensures a more stable power supply to devices, extends their lifespan and optimizes energy consumption. The device's fast response time allows it to quickly adapt to changing load conditions, which is particularly important in applications with a dynamic power consumption profile.

Versatility and ease of integration

The SM-ASVG-10-0.4-4L-W device is available in a wall-mounted version with an intuitive touch panel, making it easy to configure and monitor operating parameters. Communication is via the RS485 standard, enabling full control over the device and integration with energy quality monitoring systems. Compact dimensions and lightweight construction make installation easy even in limited spaces.

This model is distinguished by its reliability and the lack of need for manual selection of compensation stages – the device automatically adjusts its operation to the current needs of the installation. This is an ideal solution for both professional installers and end-users looking for an effective way to optimize electricity costs and improve power quality. It is worth remembering that improving the quality of energy translates into a longer lifespan of connected devices and minimizing the risk of failure.