18-step power factor regulator 3-phase with touchscreen, SVC compliant, Modbus RTU communication SM-RGT-MT18-SVC 116033

Power factor controller – precise compensation and network monitoring&

& SM-RGT-MT18-SVC is an advanced device designed for effective reactive power compensation in three-phase installations. This controller, equipped with an intuitive touch screen, allows control of detuned reactors and capacitors, ensuring smooth and stable network operation. The device not only improves energy efficiency but also allows accurate monitoring of key network parameters, which translates into reliability and optimization of energy consumption.& & Construction and functionality& & The SM-RGT-MT18-SVC controller features 18-step regulation, allowing precise adjustment of compensation to current load requirements. Modbus RTU communication enables integration with automation systems and remote monitoring of operating parameters. The device records the number of activations of individual steps and their operating time, providing valuable data for analysis and optimization of installation operation. The device dimensions – width 147 mm, height 147 mm and depth 65 mm – allow for easy mounting in standard electrical panels. The use of a plug-in connection simplifies installation and servicing.& & Applications and benefits& & The device finds application in a wide range of industrial, commercial and public utility facilities, where power factor stabilization is crucial for reducing energy costs and ensuring reliable power supply. Thanks to precise reactive power compensation, the controller minimizes energy losses in the network, reduces the load on transformers and cables, and improves the quality of power supply to electrical devices. For installers, this means the ability to quickly and efficiently configure a reactive power compensation system, and for end-users – real savings on electricity bills and increased power supply reliability. The device operates in the frequency range of 50-60 Hz, ensuring its versatility and compatibility with various energy systems.