219-3-4884-6

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Circuit breakers are an essential component in all electrical systems. They are designed to protect the system from overloads and to keep them from tripping or failing while maintaining a steady flow of power. The 219-3-4884-6 is a specific type of circuit breaker, and it is commonly used in electrical applications.

The 219-3-4884-6 circuit breaker is a single-pole, two-wire, two-pole, thermal-magnetic, adjustable type breaker. It is designed for residential and light commercial applications. It offers a wide range of rated interrupting capacity from ten to thirty-five amps. It has a wide operating temperature range from -20°C to +40°C. It also has a certified UL mark and RoHS compliance.

This type of circuit breaker is typically used in residential and light commercial applications such as home electrical systems, small businesses, and hot tubs. It provides reliable protection from overheating and short circuits. It also helps to keep the system running efficiently by preventing power interruptions when on/off switches are triggered.

The working principle of the 219-3-4884-6 circuit breaker is based on thermal-magnetic technology. This technology uses a combination of two separate mechanisms to detect and respond to overloads and short circuits. The thermal part of the mechanism is a small piece of material that expands when heated. The expanding material opens a contact that interrupts further current. The magnetic part of the mechanism is made up of two oppositely magnetized contact plates. When the current flow through the breaker is above the rated value, the magnetic field of the plates interacts and releases the contact spring to open the contacts.

The 219-3-4884-6 circuit breaker is a reliable, well-designed product for residential and light commercial applications. Its thermal-magnetic technology ensures reliable protection against overloads and short circuits. Its wide range of rated interrupting capacity and its wide operating temperature range make it the ideal choice for many applications.

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