63A Three Phase Over and Under Voltage

When abnormal voltage conditions such as overvoltage or undervoltage occur in the circuit, the YRO three phase over and under voltage protector can respond quickly and cut off the circuit in a timely manner to prevent the equipment from being damaged by the abnormal voltage. Meanwhile, its user friendly design, such as the LED display panel and the manual voltage adjustment function, facilitates the user's operation and understanding of the real time voltage situation of the circuit. The flame retardant housing further enhances the safety level of the device during use.

Voltage Monitoring and Protection Function: It can accurately monitor the three phase voltage, sensitively detect overvoltage and undervoltage situations and act promptly, effectively protecting the connected electrical equipment.
LED Display Panel: It intuitively and clearly shows the current voltage value, enabling the user to master the circuit voltage state at any time without the need for other tools, facilitating the timely discovery of potential problems.
Manual Voltage Adjustment: The upper and lower limits of the voltage and other parameters can be flexibly adjusted manually according to the actual power consumption needs and on site conditions, enhancing the adaptability of the device to different application scenarios.
Flame Retardant Housing: The housing has flame retardant characteristics. In the event of unexpected situations such as high temperature and open fire caused by short circuits, it can effectively prevent the spread of fire, reduce the risk of fire, and ensure the safety of the use environment.

Display Aspect: The LED display panel adopts high definition display technology, with accurate and clear digital display, which can be easily read under different lighting environments.
Details of the Adjustment Function: The manual voltage adjustment operation is convenient, equipped with special adjustment buttons, and the adjustment accuracy can meet the requirements of common industrial and civil three phase power application scenarios.