Entes RGP-15SR 144x144 85V-300V Ac/Dc Reactive Power Controller with Lcd M4077 RGSR and RGA Series new generation reactive power control relays are user-friendly with Entes' "plug-and-play" and easy-to-use feature, have sensitive measurement capability. are environmentally friendly reactive power control relays with low energy consumption. Reactive power control relay is an electronic device that performs the task of switching capacitors on and off in order to reach the automatically adjusted power factor. It consists of display, comparison unit and output relay circuit stages.

Entes RGSR-20S 144x144 85V-300V Reactive Power Controller with Ac/Dc Graphic LCD M3773 RGSR series reactive power control relays are designed to meet the need for driver compensation with their innovative structure and superior features. ENTES SVC Compensation solution is ENTES Driver Compensation System, which provides the most ideal solution in systems with rapidly changing unbalanced loads. This system, which responds quickly to load changes in less than 20ms; It provides a precise compensation solution in applications such as companies using spot welding, rolling mills, cranes, elevators, automotive industry and hospitals. In ENTES SVC solution, inductive load drivers connected to RGSR series reactive power control relays are designed to drive 3 single-phase shunt reactors at full load.

Entes RGA-15S 144x144 85V-300V Reactive Power Controller with Ac/Dc Graphic LCD M3772 RGA series reactive power control relays are designed to meet all kinds of compensation needs with their innovative structure and superior features. With the support of the newly developed Intelligent Compensation Algorithm, the unbalance removal capability, the steps are managed easily and quickly, and with the serial and intelligent step management, it can detect and display the problems in the elements in the compensation panel or give an alarm. Undesirable situations such as capacitor derating measurements and contactor sticking can be detected instantly by the RGA. The RGA Series also supports the use of shunt reactors and capacitors together to respond to the load created by capacitive devices.

Entes RGSR-24S 144x144 85V-300V Ac/Dc T/I Power Factor Controller with Graphic LCD M3942 RGSR series reactive power control relays are designed to meet the need for driver compensation with their innovative structure and superior features. ENTES SVC Compensation solution is ENTES Driver Compensation System, which provides the most ideal solution in systems with rapidly changing unbalanced loads. This system, which responds quickly to load changes in less than 20ms; It provides a precise compensation solution in applications such as companies using spot welding, rolling mills, cranes, elevators, automotive industry and hospitals. In ENTES SVC solution, inductive load drivers connected to RGSR series reactive power control relays are designed to drive 3 single-phase shunt reactors at full load. In this way, shunt reactors, Powers can be triggered at certain angles by means of thyristors and activated in an adjustable manner. ENTES's 5 kVAr, 10 KVAr, 20 kVAr, 30 kVAr inductive load drivers respond very quickly to even the lowest loads by activating the shunt reactors connected to the phases as needed. It can achieve perfect solution for capacitive loads by using 1.66 kVAr, 3.33 kVAr, 6.66 kVAr and 10 kVAr single-phase shunt reactors specially produced for ENTES's SVC solution.

Entes RGP-12SR 144X14485V-300V AC/DC RGB 9+SVC Reactive Power Control Relay with LCD M3988 Reactive power control relay is an electronic device that activates and deactivates the capacitors in order to reach the automatically adjusted power coefficient. It consists of display, comparison unit and output relay circuit stages. Inductive loads such as transformers and electric motors bring reactive loads to the grid due to magnetizing currents. These reactive loads are reduced or eliminated by connecting capacitors to the circuit they are in. Reactive power control relays try to bring the power coefficient value to the power coefficient set by the user by activating or removing the batteries of the selected capacitor groups in central compensation.