CR15-52-15.0A-B06CV-V

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit Breakers provide effective solutions for different electrical applications and systems. The CR15-52-15.0A-B06CV-V is a special type of circuit breaker that is exceptionally adept at safeguarding against electrical overload and short-circuits.

The CR15-52-15.0A-B06CV-V is particularly suitable for use in residential, commercial, industrial and military applications where medium-level electrical loads and currents require protection. It can be used in high-rise residential buildings, hospitals, malls, industrial plants, telecommunications centers, and the list goes on. The breaker is manufactured to meet UL, CSA, and IEC standards, making it one of the most reliable products of its type on the market.

The CR15-52-15.0A-B06CV-V also features an integral differential rating of 15A permitting it to withstand high levels of dynamic and static overloads, in addition to its primary function of providing short circuit protection. This makes it an ideal choice for circuits exposed to extreme fluctuations in current, as well as those with a high degree of sensitive electronic loads.

The working principle of the CR15-52-15.0A-B06CV-V is quite simple. When the circuit current exceeds its limit, the breaker trips, preventing further destruction of the wiring and components connected to it. It can either be manually reset or reset automatically with the help of a reset button. The reset process is also quite simple: it is triggered when the power has been safely shut off, allowing the breaker to reset without risk of overload.

The CR15-52-15.0A-B06CV-V is designed to provide superior reliability and safety for medium-level applications. It features robust construction and an easy-to-use reset process for maximum protection against short-circuiting and electrical overloads. It is also compliant with UL, CSA, and IEC standards and offers a reliable form of protection for any medium-level circuit.

The specific data is subject to PDF, and the above content is for reference