G5LE-14-ASI DC12

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G5LE-14-ASI DC12 Power Relays, Over 2 Amps Application Field and Working Principle

G5LE-14-ASI DC12 power relays, over 2 amps are commonly used in many applications. These power relays are made with a robust construction which allows them to withstand shock, vibration, and high temperatures. These relays have a wide range of applications such as controlling AC or DC circuits, measuring current, sensing temperature, providing safety features, and controlling circuits in industrial remote control systems. This article will provide an overview of the application field and working principle of these power relays.

Application Field

G5LE-14-ASI DC12 power relays are mostly used in industrial applications, such as controlling AC or DC circuits, measuring current, sensing temperature, and providing safety features. For example, these power relays can be used to control a motor, or an AC or DC switch. In addition, these power relays can be used in remote control systems to control a circuit from a distance.

G5LE-14-ASI DC12 power relays can also be used in temperature control applications. This type of power relay can be used to detect changes in temperature and then actuate a circuit to respond to the change in temperature. This type of temperature control can be used in industrial applications such as monitoring internal temperatures, external temperatures, or to provide thermal protection for motors and other sensitive components.

G5LE-14-ASI DC12 power relays can also be used to provide safety features. These power relays can be used to detect overloads, shorts, and other potentially hazardous conditions in the circuit. These power relays can then actuate a circuit in order to protect people and equipment from harm.

Working Principle

G5LE-14-ASI DC12 power relays are designed to actuate a circuit or provide a safety feature in response to a change in electrical current or voltage. These power relays detect changes in current or voltage and then actuate a circuit or safety feature to respond to the change. This actuation can be used to control the switching of AC or DC circuits, sensing of temperature, and the actuating of safety features in industrial applications.

G5LE-14-ASI DC12 power relays use an electromagnetic coil to detect changes in current or voltage. This electromagnetic coil will become energized when a change in current or voltage is detected. When the coil is energized, a mechanical armature within the power relay will move and actuate a contact. This contact will then open or close a circuit in order to provide the desired response to the change in current or voltage.

G5LE-14-ASI DC12 power relays are designed to operate over a wide range of temperatures and are highly reliable. They are able to withstand shock and vibration without affecting the performance of the power relays. This makes them an ideal choice for many industrial applications in which reliable operation is essential.

Conclusion

G5LE-14-ASI DC12 power relays, over 2 amps are a popular choice for industrial applications. These power relays are designed to control AC or DC circuits, measure current, sense temperature, and provide safety features. The working principle of these power relays involves the use of an electromagnetic coil which will actuate a circuit in response to a change in current or voltage. G5LE-14-ASI DC12 power relays are highly reliable and can operate over a wide range of temperatures. They are capable of withstanding shock, vibration, and high temperatures, making them a great choice for industrial applications.

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