7301-05-1011

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Reed relays, such as the 7301-05-1011, are electro-mechanical devices used to control the flow of electrical current and signals. They are comprised of a coil, a reed switch, a contact armature, and an enclosure. The coil, when energized, creates a magnetic field that activates the reed switch, which is a type of contact switch. This in turn causes the contact armature to move, and thus control the current going through the relay.

The 7301-05-1011 reed relay is designed for high-current switching applications. It is a sealed hermetically sealed unit with a maximum switching voltage of 250 VAC and a maximum switched current of 0.5 A DC. This relay has an increased coil voltage range, offering improved compensation of full load contact ball burnishing. The application fields of 7301-05-1011, include switching electro-mechanical, motor control, circuit breaker controls and so on.

The working principle of the 7301-05-1011 reed relay is simple. When an electric current is sent through the coil, it creates a magnetic field which pulls the armature and closes the contacts of the reed switch. The contacts then make electrical contact and allow current to flow through the relay. When the electric current is removed from the coil, the magnetic field is no longer present and the armature returns to its original position, de-activating the reed switch and breaking the electrical connection.

The 7301-05-1011 reed relay offers advantages such as high reliability, long life, low cost and low power consumption. Additionally, reed relays are also small, lightweight, and require very little maintenance. As a result, these devices are used in a wide variety of industries including telecommunications, automotive, office automation, medical equipment, and instrumentation.

In conclusion, reed relays, such as the 7301-05-1011, are easy to use, reliable devices that can be used for both switching high-current signals and controlling current in industrial processes. They offer high reliability, long life, low cost and minimal power consumption, making them the preferred choice for applications such as motor control, circuit breaker controls, and electro-mechanical switching.

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