1393815-5

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Signal relays are a type of electromechanical switching device that is used to electrically control other circuits. They are often used as an intermediary between two circuits, allowing one circuit to be switched off or on without physically disconnecting the two circuits. Signal relays can also be used to control a circuit that needs to be powered for a certain amount of time, and then switched off again. The 1393815-5 is one such signal relay, and it has its own unique application field and working principle.

The 1393815-5 signal relay is constructed from high-grade plastic and can be used in a variety of systems, and its rated power consumption is up to 2 Amps. It can be used to control signal switching in many low-voltage circuits with up to at least 12VDC, and is suitable for applications such as domestic and commercial relays, telephone relays, alarm relays, and emergency signaling devices.

In terms of its working principle, the 1393815-5 signal relay is an open-frame type design and can be operated by both an AC and DC current. It is a single-pole, single-throw relay, meaning that it can disconnect and reconnect a single circuit without physically disconnecting the two circuits. When current is sent to the relay, an electromagnet within it will cause a switch to close, completing the circuit and allowing the signal to pass through. When the current is switched off, the magnet will become inactive, causing the switch to open and disconnecting the circuit.

Furthermore, the relay is designed with a maximum voltage drop of 0.15V, and a maximum static current of 0.01A. This enables the relay to be used in most circuit applications where minimum voltage drops and low currents are required. Additionally, the contact resistance of the relay is rated for up to 100mΩ, providing a reliable and low contact resistance rating.

Overall, the 1393815-5 signal relay is a reliable and trustworthy device that can be used for a variety of low voltage/current applications. Its high-grade construction and lower contact resistance makes it ideal for use in circuits that require limited voltage drops, low currents, and improved reliability.

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