HJ2-L-T-AC100V

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HJ2-L-T-AC100V Application Field and Working Principle

The HJ2-L-T-AC100V is a type of power relay which is designed for use in applications requiring more than 2 amps of current to be transferred. It is a combination of both an electro-mechanical and solid-state relay, and this makes it ideal for use in situations where higher currents are required.

This type of relay works through the use of an electrical signal which actuates a set of contacts which open or close in response to the signal. The electrical pulse can be generated by either an AC or DC input source, and the contacts can be either normally open (NO) or normally closed (NC).

The main advantage of using this type of relay is the ability to transfer high currents without the need for an additional power supply. This is because the current is only controlled by the electrical signal, and no external power source is required. Furthermore, the high current is transferred without the use of a soft start or overcurrent management.

In terms of its applications, the HJ2-L-T-AC100V is suitable for use in circuits where large currents need to be switched on and off quickly. This could include items such as heavy electrical systems, motor start, lighting control, industrial control, HVAC, and DC metering. Due to its suitable size and power rating, this type of relay is also suitable for use in places which need to be either switched on or off rapidly.

In terms of its working principle, the HJ2-L-T-AC100V works by having an input signal activate and deactivate a set of contacts which are connected to the high current circuit. The contacts then open and close as necessary, allowing the current to be transferred across the relay. This is done without the need for any additional power supply, as the electrical signal itself is sufficient to actuate the contacts.

Overall, the HJ2-L-T-AC100V is an excellent type of relay for use in applications requiring more than 2 amps of current to be transferred. Its combination of both electro-mechanical and solid-state technologies make it suitable for use in a variety of applications, while its small size and power rating make it ideal for places which need to be switched on or off rapidly.

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