3120-F321-H7T1-W14DR3-X3120-U00001-0.5A

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Circuit Breakers are common electrical devices used in many industries. The 3120-F321-H7T1-W14DR3-X3120-U00001-0.5A is simply one type of circuit breaker. This article will cover the application field and working principle of this particular circuit breaker.

The 3120-F321-H7T1-W14DR3-X3120-U00001-0.5A circuit breaker is primarily used in low voltage applications, such as residential and commercial buildings, automobiles, and other similar locations where power is required for operation. This circuit breaker has a range of rated current from 0.1A to 6A and rated voltage from 208V to 480V. It can be used for both direct- and alternating-current applications. It has a variety of configurations and can be used either as a single-pole, two-pole, or three-pole circuit breaker. Additionally, this circuit breaker meets relevant safety regulations and standards, making it a reliable electrical protection device. It also features high durability and low-maintenance, making it an attractive choice for many applications.

The working principle of the 3120-F321-H7T1-W14DR3-X3120-U00001-0.5A circuit breaker is centered around the concept of electrical surge protection. It is designed to detect a sudden increase in electrical current and disconnect the circuit when such an event occurs. This type of circuit breaker features a thermal-magnetic trip unit, which uses both the heat generated by the current and the magnetic field created by the current to detect an overload. When the current reaches a certain threshold, it triggers the circuit breaker and it immediately shuts off the electrical circuit, protecting it from damage.

The 3120-F321-H7T1-W14DR3-X3120-U00001-0.5A circuit breaker is a reliable and secure electrical protection device for various applications. It can be used in residential and commercial buildings, automobiles, and other places where electricity is needed. It is a highly durable and low-maintenance device and it will provide reliable protection against sudden electrical surges. It utilizes a thermal-magnetic trip unit, which is effective in detecting overloads and shutting off the circuit to prevent damage.

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