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The thermal relay e.pro.ukh.3.65.3-4 is designed to protect three-phase asynchronous electric motors with a short-circuited rotor from overload, load asymmetry and phase failure. The relay has a range of adjustment of the operating current 48–65 A and is designed for installation directly on contactors of the e.pro.ukc series - size 3 and 4. The device is three-pole and has additional contacts 1NO+1NC for signaling/control in command circuits. It is suitable for applications in industrial panels, pumping stations, compressors, fan systems and other electric drives.

The thermal relay e.pro.ukh.3.50 is designed to protect electric motors from overload. It allows setting the tripping current in the range of 37–50 A and is mounted on UKC series contactors, size 3–4.

The thermal relay e.pro.ukh.3.40 is designed to protect electric motors from overload. It allows current adjustment in the range of 30–40 A and is mounted on UKC contactors of size 3–4.

The modular circuit breaker e.MCB STAND 100.2.C125 is designed to protect low-voltage electrical networks from overload and short-circuit currents, as well as for partial operational switching of electrical circuits. The device is double-pole (2P), with time-delay characteristic C and rated current 125 A. The rated limit breaking capacity is 10 kA, which makes it suitable for panels and electrical installations requiring reliable protection of double-pole circuits. The circuit breaker is mounted on a 35 mm DIN rail and complies with the applicable standards for low-voltage equipment.

The e.tool.pliers.ts.5in1 electrical installation pliers are designed to facilitate the process of making electrical connections by combining several functions in one tool. This reduces the need to use separate tools when working and allows for faster and more efficient installation operations. The tool is suitable for professional electrical installation work, when precision and safety are required when processing cables and wires.

Single-phase voltage control relay 40A with indication e.control.v17 is designed for continuous control of supply voltage in single-phase alternating current circuits and protection of electrical energy consumers from overvoltage or undervoltage by switching off the supply voltage when it exceeds a setting of limits with a certain time delay and automatic power-on with a certain time delay when the normal (nominal) voltage level is restored. The voltage measurement method is True RMS (Tru RMS).