CA1-B0-34-615-121-D

Circuit Breakers are an integral part of electrical safety in the home and on commercial properties. They are designed to protect wiring from overcurrent and short circuits, as well as to protect sensitive electrical components from damage by shutting off the power supply to the problem area.

CA1-B0-34-615-121-D is a type of circuit breaker which provides an individual solution for a variety of applications. This particular circuit breaker is designed for use in 230V/50Hz areas, and has a rated voltage of 250V AC and a rated current of 6A.

Applications

The CA1-B0-34-615-121-D can be used in a wide range of applications, including the protection of domestic and commercial wiring, equipment and components. It can also be used in automotive applications, where it offers excellent protection against overvoltages and fluctuations in current.

The circuit breaker also offers superb protection against overloads, thanks to its highly reliable thermal-magnetic protection mechanism. This mechanism has been designed to allow a quick response to changes in current, meaning it will trip much faster than other types of circuit breakers.

Working Principle

The circuit breaker works by using an internal thermostat and a magnetic switch, which will trip the circuit breaker when an overcurrent is detected. The thermostat works by detecting an increase in the temperature of the circuit breaker, which is usually caused by an overload or a short circuit.

Once the thermostat detects an overload, it will send a signal to the magnetic switch, which in turn will trip the circuit breaker. This will immediately shut off the power supply, protecting the equipment and wiring from further damage. The circuit breaker can then be easily reset by pressing the reset button.

Advantages

The CA1-B0-34-615-121-D circuit breaker comes with several advantages, making it an excellent choice for a wide range of applications. Firstly, the fast trip time ensures that valuable components and wiring are quickly protected from damage. Secondly, the thermal-magnetic design ensures a reliable and effective method of protection.

Finally, the circuit breaker is designed for repeated use and so can withstand multiple trips before needing to be replaced. This makes it a great option for areas where frequent trips are expected, such as in industrial environments.