R15-2-25.0A-40412-4-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 are an electric device designed to protect electric circuits from damage. The R15-2-25.0A-40412-4-V circuit breaker is a highly versatile and reliable circuit breaker suitable for a variety of applications. It is designed to provide protection against electrical overload, short circuiting and ground fault conditions. It is UL-listed and certified to meet applicable NEMA and IEC requirements.

The circuit breaker is designed to detect overcurrent conditions in the circuit and automatically interrupt the electrical current flow. The amount of current that the circuit breaker can safely handle is determined by its current rating. This is usually specified in the number of amperes (amps) that the breaker can handle without opening. The standard R15-2-25.0A-40412-4-V circuit breaker has a 25 Amp current rating.

The R15-2-25.0A-40412-4-V circuit breaker can be used in a variety of applications depending on the current rating required. It is suitable for residential, commercial and industrial applications and can be used in a variety of configurations including main AC breaker, main panel distribution and branch circuits. It can also be used in motor control centers and motor control systems. It is also suitable for use in multi-meter panelboxes, lighting control systems and other low voltage circuits. This versatile circuit breaker is also suitable for use in fire alarm and safety systems.

The R15-2-25.0A-40412-4-V circuit breaker has a unique working principle that is based on a thermal-magnetic tripping system. This system is based on two basic concepts: heat dissipation and magnetic force. The heat dissipation occurs when the tripping mechanism detects an abnormally high amount of current. This causes the heat generated by the current to be dissipated through the contacts, which in turn causes the circuit breaker to trip.

The magnetic force is generated when a current passes through a magnetic coil. This produces a force that pushes on the circuit breaker\'s contacts, which results in the switch being tripped. The magnetic coil is preset at a certain level, usually determined by the rating of the circuit breaker, and the force generated must exceed this level before the switch is tripped.

The combination of these two concepts—heat dissipation and magnetic force—allows the R15-2-25.0A-40412-4-V circuit breaker to provide reliable and efficient protection of electrical circuits. It is also designed to prevent nuisance tripping and false alarms, while providing safe and effective protection against electrical overload, short circuiting and ground fault conditions.

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