Entes MKC-03 Pk28 220Vac T/İ Cap. Motor Protection Relay M1667 MKS-MKC motor protection relays are designed to prevent 3-phase motors from overheating and being damaged due to phase failure or imbalance in industrial facilities. Motor protection relay, also known as phase protection relay, prevents motors from operating under 2 phases. It provides protection against overheating of motors by operating under 2 phases, phase sequence, phase unbalance and low supply voltage.

Entes MKC-03P Pk28 220Vac T/İ Motor Protection Relay M2710 MKS-MKC motor protection relays are designed to prevent 3-phase motors from overheating and being damaged due to phase failure or imbalance in industrial facilities. Motor protection relay, also known as phase protection relay, prevents motors from operating under 2 phases. It provides protection against overheating of motors by operating under 2 phases, phase sequence, phase unbalance and low supply voltage.

Entes MKC-06 Pk28 400V T/İ 3 Cap. Motor Protection Relay M1909 MKS-MKC motor protection relays are designed to prevent 3-phase motors from overheating and being damaged due to phase failure or imbalance in industrial facilities. Overheating and burning of electric motors, which are widely used in industrial facilities, is a common situation. It is designed to protect the equipment that is required to be protected in 3-phase systems against various faults and in cases such as phase failure, voltage unbalance.

Entes MK-01 220Vac T/İ Motor Protection Relay M0143 MKS-MKC motor protection relays are designed to prevent 3-phase motors from overheating and being damaged due to phase failure or imbalance in industrial facilities. Motor protection relay, also known as phase protection relay, prevents motors from operating under 2 phases. It provides protection against overheating of motors by operating under 2 phases, phase sequence, phase unbalance and low supply voltage.

Entes FG-4 Pk28 220Vac T/İ Photocell Relay M1454 FG series photocell relays control the lighting systems according to the ambient light level with the lux setting on them. If the light intensity is lower than the set lux value, it turns on the system after a short waiting period, and turns off the system if it is high. This short dwell time is to protect the circuit against momentary light changes.