PR11-62-13.0A-26693-3

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Circuit breakers are essential components in electrical power distribution. While most people may be familiar with the easy-to-recognize residential circuit breakers found in the house\'s breaker box, there are actually a variety of complex and specialized circuit breakers that serve different purposes and are better suited to industrial or commercial applications. One of these is the PR11-62-13.0A-26693-3 circuit breaker, which is specifically designed for renewable energy applications and can provide renewed energy system protection. Understanding how it works and its applications can help users make informed decisions on the best circuit breaker for their needs.

The PR11-62-13.0A-26693-3 circuit breaker is a two-pole, current-limiting, ground fault-capable circuit breaker with adjustable short circuit ratings. It is designed to meet IEC 60947-2, EN60898-1, GB16916, UL 489, and UL1077 certifications. It has a rated voltage of 600V AC, three terminal screws for line and load, and an 80 Amp trip rating for lugs. Its frame size is also unique, as it is slim and efficient, making it an ideal fit for renewable energy systems.

Though the PR11-62-13.0A-26693-3 is designed primarily for renewable systems including wind turbines and solar panels, the breaker is just as well suited for a variety of other applications. These include but are not limited to solar AC or DC panel boxes, solar energy storage systems, back-up and redundant power systems, power transmission and distribution, airport electrification projects, industrial control systems, and other renewable energy applications.

Beyond its size and design advantages, the PR11-62-13.0A-26693-3 also offers a number of features that enhance its functionality and make it a better choice for certain applications. These include a trip current ranging from 5-80 Amps and adjustable short circuit trip rating from 900 to 20,000 Amps with an extended trip curve. It also includes a LED diagnostic feature with fault indication, adjustable amperage rating, and a ground fault feature that instantly de-energizes a circuit in the event of a ground fault. Finally, the PR11-62-13.0A-26693-3 provides a very high degree of protection with exceptionally fast reaction times.

The PR11-62-13.0A-26693-3 circuit breaker works by sensing an electrical fault or an overload and automatically de-energizing the circuit. This is done through the use of in-built relays, a bimetal strip, or a thermal magnetic tripping system along with a complex network of sensors and circuits. When an excess of current is detected, the circuit breaker will trip and shut off the electrical supply in order to prevent any damage that could be caused. After the offensive current is cut off, the breaker can then be reset and the circuit will be restored as normal.

In addition to its primary function of protection, the PR11-62-13.0A-26693-3 circuit breaker also serves a number of other purposes. For example, it can be used as a safety switch to ensure that critical circuits are automatically switched off in the event of an electrical fault. It can also be used as a main switch to ensure that the power supply is disconnected in an event of a blackout or other emergency. Finally, it can be used as a switch to turn on or off a specific circuit, typically in a home or commercial setting.

The PR11-62-13.0A-26693-3 circuit breaker is an essential component in renewable energy applications, as it provides essential protection for the system and its components. Its unique size and design make it an ideal fit for applications requiring higher than normal amperage ratings, while its adjustable short circuit trip rating and ground fault protection ensure that the system is safe from potential faults. With its versatility and customizable features, the PR11-62-13.0A-26693-3 is a great choice for renewable energy systems and a variety of other applications.

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