HL1-PL-AC200V-F

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The HL1-PL-AC200V-F is a power relay designed for applications requiring switching current of more than 2 amperes. As an electromechanical relay, it uses a coil energized by an electric current which causes a mechanical action to switch the contacts of the relay on and off. The primary applications of this relay include controlling motors, pumps, and other devices with higher current requirements than lower amperage relays.

The HL1-PL-AC200V-F power relay has a voltage rating of AC200V, allowing it to handle higher loads than many low voltage relays. It has one set of three contact points with a 1/10 HP motor rating, allowing it to handle current up to 3 amps. The contacts are rated at 5A and, if used with multiple contact points, can handle up to 10 amperes. The coil can be used with 2, 4, or 8-wire control, depending on the application.

How the HL1-PL-AC200V-F power relay works is relatively simple. When the coil is energized by an electrical current, it creates a magnetic field which causes the contacts of the relay to move, either opening or closing the circuit. Depending on the number of wires connected to the coil, the relay can be used to connect up to seven different points. Additionally, the contacts are rated for multiple voltages and can be used with AC or DC power.

The HL1-PL-AC200V-F power relay offers efficient and reliable switching of circuits at higher currents. Commonly used in industrial applications that require precise control, it is also used in consumer electronic devices and appliances. It is well suited for switching applications that require high currents but low control voltages, such as operating pumps, motors, solenoids, AC and DC motor starters, and other high current loads. Additionally, the contacts are rated for multiple voltages and can be used with AC or DC power.

The HL1-PL-AC200V-F power relay is an efficient, reliable, and cost-effective solution for switching applications that require higher amperage load control. It is also designed to provide superior protection against over current, short circuit, and thermal overload conditions, as well as superior noise suppression. Its versatile design enables it to be used for a variety of applications, ranging from industrial to consumer electronics.

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