JQ1AP-B-24V-F

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Power relays are a type of electrical switching device that functions to regulate the flow of current in a circuit. JQ1AP-B-24V-F is a power relay, more specifically one with a maximum switch rating of over 2 amperes.

The JQ1AP-B-24V-F relays include 5 pins: one for the positive power supply; one for the voltage control; two for the output signal; and one for the anode and the LED indicator light.

The power supply pin is connected to an external positive voltage. The voltage control pin is connected to the desired switch control voltage or adaptive control circuit. The output 1 and 2 pins can be connected to the corresponding load terminals, such as a motor, flashing light, etc. Finally, the anode and the LED indicator light pin should be connected to the negative power.

When the switch control voltage or current reaches the predetermined set value, the power relay changes its on-off state, completing the circuit. The corresponding indicator light on the anode will light up if the relay is in the on-state, and the circuit is closed.

The JQ1AP-B-24V-F relays are mainly used in all kinds of water pumps, electric fans, and robot controls. It is designed to resist the test of time and weather, with superior performance, and an anti-connecting pin structure, making it one of the most reliable power relays on the market.

Working principle:The JQ1AP-B-24V-F power relay uses the basic relay working principle, which can be divided into four parts: input, solid-state switch, output and contact. The input circuit receives the signal from an external source, such as a voltage or current. This signal then passes through the solid-state switch that acts as a gate to control the output.

The output is then directed toward an electromagnet, which moves the contact, either opening or closing the circuit. When the JQ1AP-B-24V-F relay is in the off-state, the circuit is open and the indicator light off. As soon as the voltage or current is applied to the input, the solid-state switch is triggered and the output circuit is closed, thus activating the electromagnet. The contact then closes the circuit, lighting up the indicator light and initiating the connection.

The specific data is subject to PDF, and the above content is for reference