FZ2ELQ1Q1ONM010

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FZ2ELQ1Q1ONM010, also known as Excessive Load Protection Relay, is a cutting edge technology in the automation industry which is designed to provide extra protection from overload conditions. This relay is designed to automatically detect and respond to an increase in current or voltage beyond the specified limit, then shutting down the system in order to prevent damage caused by excess load. The purpose of this technology is to protect the connected equipment from any potential damage, as well as to provide thermal protection for people and the environment from any dangerous emissions. This type of relay is also used in many different types of industries and applications, such as motors, pumps, heaters, compressors, lifts, and generators.

The main application field of FZ2ELQ1Q1ONM010 is in industrial automation. It is used in a wide range of industrial equipment where overload protection is required. The relay has many advantages compared to other types of overload protection, including increased accuracy, faster response times, higher current ratings, and dependable operation. This type of relay has gained much popularity in recent years due to its usefulness and reliability.

The working principle of FZ2ELQ1Q1ONM010 is relatively simple. It consists of two parts: a supply unit and a control unit. The supply unit provides power to the relay, while the control unit consists of a capacitor, an amplifier, and a comparator. When an overload occurs, the capacitor stores energy and the amplifier amplifies the signal from the comparator. If the signal exceeds the value of the set limit, the relay will trips and will open the circuit, thereby preventing overheating. The relay will then remain off until a reset is applied.

The FZ2ELQ1Q1ONM010 is a great breakthrough in the industry for providing reliable and accurate overload protection. With its accuracy and reliable performance, it is an ideal protection solution in any industry. Furthermore, it also allows for faster and better response times, increasing the safety and efficiency of the connected equipment.

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