EE2-24NUX

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Signal relays are widely used components that are designed to switch electrical signals in a stable manner. EE2-24NUX is one type of signal relay, which can switch signals up to 2 Amps. It has a wide range of applications and the working principle can be understood after reading this article.

The appearance of EE2-24NUX is similar to other general relays, it has a black base shell and a white base with a square hole for easy installation and reliable contact. The coil is a 24V DC relay with a minimum pick-up voltage of 18V DC and a maximum drop-out voltage of 60V DC. The relay contacts are rated for 2 Amps at maximum.

EE2-24NUX has a wide range of applications. It can be used to control different kinds of circuits, such as power supply circuit, motor drive circuit, signal transmission circuit, switching circuit, and so on. In addition, it is also suitable for appliances, audio and video equipment, security equipment, automotive electronic equipment, office automation equipment, etc. It is also often used in safety protection and circuit control for industrial applications.

EE2-24NUX’s working principle is simple. When the power supply voltage is connected to the coil, the coil generates an electromagnetic field. This field interacts with the movable iron core, pushing it to close the contact. The movable iron core can also be pushed back and separated from the contact when the signal voltage is removed.

If the rated voltage of the coil is consistent with the power supply voltage, the contact can open and close stably and the contact durability is good. The contact isolation voltage of the relay can reach more than 2000V DC, it can be used for AC and DC voltage signals, with low power consumption and low heat generation.

The EE2-24NUX signal relay has a wide range of applications and the working principle is simple. It can be connected to a power supply or circuit for stable contact switching. The rated voltage of the coil should be consistent with the actual power supply voltage to ensure the stability and reliability of the operation. In addition, it has good insulation performance, low power consumption, and can control low current up to 2 Amps.

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