CPP11S-52-7.00A-OC-H-T

Circuit breakers are designed to prevent short-circuits and overloads from damaging electrical circuits. The CP-P11S-52-7.00A-OC-H-T is a high-temperature circuit-breaker designed to operate at temperatures of up to 300℃. It is used in applications where temperatures could reach high levels, such as furnaces and engine compartments. This circuit breaker is available in three different switch configurations: on-off, open-close, or high temperature.

The CP-P11S-52-7.00A-OC-H-T is designed to be resistant to both over-loads and high temperatures. It is constructed with a high temperature plastic housing, which is capable of withstanding temperatures up to 300℃. The contacts are gold-plated and can be easily replaced. The breaker is triggered by an adjustable thermistor, which will activate the breaker at the desired temperature.

The design of the CP-P11S-52-7.00A-OC-H-T has several advantages over traditional circuit breakers, such as its ability to operate in higher temperatures and its high current rating. It also has a smaller form factor and is relatively easy to install. Additionally, it is designed to be more reliable than traditional circuit breakers due to its thermistor trigger, which is more precise than those found in conventional circuit breakers.

The CP-P11S-52-7.00A-OC-H-T circuit breaker is most commonly used in high temperature applications, such as furnaces, engine compartments, or high voltage electrical systems. It is also ideal for use in cars, trucks and buses, as it is approved for road traffic by both the Ministry of Transportation and Ministry of Environment.

The working principle of the CP-P11S-52-7.00A-OC-H-T is quite simple. When the temperature rises or the current exceeds the specified limit, the embedded thermistor triggers the circuit breaker, cutting off the power supply. The breaker can then be manually reset either by using the reset button or by replacing the contacts.

In conclusion, the CP-P11S-52-7.00A-OC-H-T is a high-temperature circuit breaker designed to operate in temperatures up to 300℃. It is an ideal choice for any application that involves high temperatures or high current levels, such as vehicles, furnaces, and engine compartments. Its thermistor triggering system makes it a more reliable option than traditional circuit breakers and it is also easier to install and maintain.