229-2-1REC4-31476-60 Circuit Protection

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Circuit breakers are electronic switching devices used to protect electrical circuits and equipment from overloads and short circuits. The 229-2-1REC4-31476-60 circuit breaker is the latest addition to the series and is designed to provide optimal protection for a wide range of applications, from home or office settings to industrial facilities. To better understand the 229-2-1REC4-31476-60 circuit breaker, we must first explore its application fields and working principle.

Application Fields

The 229-2-1REC4-31476-60 circuit breaker can be used in various scenarios, including residential and commercial buildings, grounding and fault detection systems, buses, railways, low-voltage distribution systems, industrial machinery, medical equipment, aerospace, and military telecommunications. Its slim design and small footprint make it ideal for applications where space is at a premium. In addition, its robust construction and high durability ensure reliable protection from power shortages and other dangers.

The 229-2-1REC4-31476-60 circuit breaker meets stringent safety requirements and complies with UL489 and CSA-C22.2 No. 5.05-14 standards, which makes it suitable for installation in industrial and hazardous areas. It also features overload and thermal protections to prevent costly injuries or property damage.

Working Principle

The 229-2-1REC4-31476-60 circuit breaker operates using two main functions; low voltage protection and over current protection. The low voltage function is responsible for disconnecting the electrical circuit when the voltage drops below a certain level, usually about 50 volts. This helps to prevent damage to sensitive equipment and is especially useful for applications that are not grounding-protected. The over current protection function is responsible for detecting over-current conditions and automatically disconnecting the circuit upon detection.

The working of the circuit breaker is based on two distinct mechanisms; magneto-thermal and electromagnetic. The former uses a bimetallic spring disc that is heated by the current flowing through it. When the disc’s temperature reaches a certain point, the spring bends and triggers the circuitry breaker. The electromagnetic mechanism is rely on a magnetic field created by the flowing current, triggering a thrust system while the bimetallic spring is heated.

The 229-2-1REC4-31476-60 circuit breaker is equipped with a built-in voltage-and-frequency monitoring interface module, which allows it to detect power failures, under-voltages, and other unsafe conditions. The module also facilitates remote monitoring, allowing technicians to access real-time data and reconfigure settings from a distance. This makes maintenance and troubleshooting easier and reduces downtime.

The 229-2-1REC4-31476-60 circuit breaker is one of the most reliable circuit breakers available today. With its comprehensive safety features, versatile application fields, and simple yet effective working principle, it’s no wonder that this product is highly sought after by engineers and technicians across the globe.

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