HE2AN-DC110V

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Power Relays, with an amperage rating above 2, are commonly used to switch electrical power. A relay is an electro-mechanical device that uses an input of low voltage supplied by a control circuit to open or close one or more low voltage circuits, in order to switch larger loads such as motors, high voltage lighting and other higher voltage applications. This article discusses the HE2AN-DC110V application field and working principle.

The HE2AN-DC110V is a DC input voltage power relay. It has 12V, 24V, 36V and 48V input ranges and is rated for up to 10A max output. It is a dual-coil latching relay, meaning that when triggered, it can remain in either position without any power input. It works with both DC and AC loads and is ideal for switching between two circuits. The relay also has internal protection devices, such as Surge and Over-temperature protection, that protect the relay from damages due to high voltage or temperature.

The HE2AN-DC110V is a versatile relay that can be used in many applications. It can be used in DC motor control, such as light dimming, speed controlling, start & stop on/off routines, etc. Additionally, the HE2AN-DC110V is suitable for other DC circuits, such as battery power backup systems, and many other applications where reliable DC switching is required.

The working principle of the HE2AN-DC110V relay is based on an internal electromagnet. When the coil is energized by a signal from the control circuit, it activates the internal electromagnet, which then moves the contacts into the desired position. The contacts remain in this position even when the coil is de-energized, until it is triggered again.

In conclusion, the HE2AN-DC110V is a versatile and reliable power relay suitable for switching both DC and AC loads. It is versatile enough to be used for a wide range of applications, especially DC motor control. The inner electromagnet is the heart of the device and is responsible for switching the contacts into the appropriate position and keeping them there even when the coil is de-energized.

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