In today's business world, power quality issues have become a challenge that cannot be ignored. According to statistics, nearly half of commercial losses are caused by power quality problems such as voltage sag. These problems not only affect the normal operation of power equipment, but may also lead to serious consequences such as shutdown, equipment damage, and efficiency decline. In the context of carbon neutrality, all walks of life are seeking ways to improve energy efficiency, and the improvement of power quality is undoubtedly an important link.
Introduction of EOCR-DHDB-Y electric relay
Faced with this challenge, the emergence of EOCR-DHDB-Y electric relay provides an effective solution to power quality problems. This product was developed by Schneider's EOCR brand and is designed to solve the problem of power grid fluctuations. It is not only small in size and easy to install, but also has strong anti-interference ability and can intuitively display fault voltage, providing strong support for ensuring the stable operation of the power grid.
In-depth analysis of the working principle of DHDB
The working principle of DHDB is mainly based on rapid changes in voltage or power. When the voltage or power suddenly drops, it can quickly trip the contactor and restart, thereby avoiding motor failure caused by voltage fluctuations. The design of this restart mechanism not only reduces downtime, but also improves the overall reliability of the equipment.
Core advantages of DHDB-Y products
Fast response: The response time of DHDB-Y to instantaneous voltage loss is only milliseconds, which is much faster than the traditional microprocessor-based restart controller and motor protector.
Efficient control: Hard-wiring is used to achieve anti-shock control, which is similar to the traditional electromagnetic relay control method. It also has anti-corrosion, dust-proof, waterproof and fog-proof characteristics.
Wide applicability: Suitable for a variety of circuits, including AC contactors, soft starters, frequency converters, PLC, DCS interlocking control circuits, etc.
Fail-safe design: Equipped with multiple logic judgments and interlocking functions to ensure the normal stopping of the motor and the stable operation of the control loop. Even when the DHDB itself fails, it will not affect the original control loop.
Highly interchangeable: Adaptable to contactor circuits of different brands and types, without replacing contactors or modifying original circuits, improving product flexibility and compatibility.
Conclusion
To sum up, the EOCR-DHDB-Y electric relay is not only technically advanced and efficient, but also shows extremely high reliability and applicability in practical applications. The launch of this product not only solves the problem of power quality, but also effectively improves energy efficiency. It is one of the important tools to achieve the goal of carbon neutrality.