W69-X2Q12-20

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Circuit breakers are specialized types of switches that interrupt the current flow when a fault is detected. The W69-X2Q12-20 is a commonly used model in many industries, from transport and manufacturing to energy and medical. This circuit breaker operates with a modular design, allowing for easy installation and replacement, and features a rated short-time withstand current of 12{e4dad5b5aa64669fe41b7f35d0577d737dbcde5345a9b1a068f073db1c368323} of the uninterrupted current.

The W69-X2Q12-20 has certain qualities and distinctive abilities that separate it from traditional circuit breakers. Its modular design and rated withstand rating make it an ideal solution for surge protection, ensuring that equipment or facilities are not damaged by overloads or sudden power outages. Additionally, the W69-X2Q12-20 has a special trip mechanism that does not require mechanical trips. This lets it control the current in a more precise fashion, making the breaker more effective at protecting the circuit.

In terms of its working principle, the W69-X2Q12-20 operates by responding to the amount of current flowing through the circuit. When the current reaches a predetermined point, the circuit breaker trips and ceases the current flow. This is achieved by the use of a thermal or magnetic mechanism. The thermal mechanism works by sensing the heat generated by the current, while the magnetic mechanism works by sensing the electromagnetic field created by the current.

The W69-X2Q12-20 is suitable for use in applications ranging from 120-600V AC, with a rated current of 125-800A and an interrupting capacity of 18kA. Its modular design allows for easy mounting and removal, and it comes with several features to improve its performance and protect against short circuits, such as an adjustable current setting, a lockout mechanism, and an instantaneous current rating.

The W69-X2Q12-20 is widely used in a variety of industries, from transport and manufacturing to energy and medical. It is ideal for environments where protection against overloads and sudden power outages is required due to its rated withstand rating and modular design. Additionally, its special trip mechanism provides more precise control, making it an effective solution for protecting against faults or surges.

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