G8ND-2 DC12 SK Relays

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Automotive relays are devices used in automotive electrical systems. They are used to control the flow of current between two connected components. In particular, car relays are used to control the flow of current from a power source, such as a battery, to a device, such as a motor, that either needs to be turned on or off, or where the current needs to be switched from one state to another. The G8ND-2 DC12 SK relay is a specific type of automotive relay, used mainly in controlling circuits.

System Overview

G8ND-2 DC12 SK relay is an electronically controlled relay that is capable of controlling multiple sources of power input (such as battery, AC, DC, etc.). The relay consists of several parts, such as microcontroller, electrical relays, and switches. It also has various inputs, such as a signal control device, a switch, and multiple external signals. When the input signals are sent, a microcontroller processes them and then sends the output signals to the relay. Then, the relay sends the output signals to the required device, either turning it on or off, or switching the current from one state to another. The main advantage of using G8ND-2 DC12 SK relays is that they are very efficient and reliable. They also require less power than traditional relays, which makes them suitable for applications where low-power consumption is a necessity.

Application Field

G8ND-2 DC12 SK relays are used in a number of automotive applications. These include controlling the fuel injection or ignition system, controlling the lights, and controlling the air conditioning system. They are also used in controlling the suspension, door locks, and power windows. In addition, G8ND-2 DC12 SK relays are commonly used in engine control units (ECUs).

Working Principle

G8ND-2 DC12 SK relays use a simple but reliable design in order to control multiple power sources. The relays work on a principle that is known as "make-and-break" operation. First, a contact break takes place, which allows the input signals to be processed by the microcontroller. Then, the microcontroller sends the output signals to the relay. Finally, the make function occurs, which turns on the required device. In other words, when the make action occurs, a magnetic coil inside the relay causes the contacts to be closed and the output voltage is then supplied to the device.

G8ND-2 DC12 SK relays are reliable and efficient, and have a wide range of automotive applications. They are capable of controlling multiple sources, including battery, AC, DC, and external signals. They can also be used to control the fuel injection or ignition system, lights, air conditioning, suspension, door locks, and power windows. Finally, their simple but reliable design makes them ideal for controlling power sources in automotive electrical systems.

The specific data is subject to PDF, and the above content is for reference