G4Q-212S DC24

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Power relays are specialized electrical devices that can activate or deactivate a load by inverting input and output. G4Q-212S DC24 is one of the most popular relays, designed for medium-level applications and designed for pole switching current. It is characterized by power relays with a current rating of 2 amps and above.

The G4Q-212S DC24 is powered by a DC voltage of 24 volts and is made from metal alloy. Its contact arrangement is characterized by two normally closed contact points and two normally open contact points. It has a temperature rise of 100°C at rated switching capacity. This type of relay is designed for use in medium-sized applications such as motor control, machine tool applications, and process control. It is also suitable for applications operating in higher temperatures, up to 85°C, and can be used in hazardous areas.

The working principle of the G4Q-212S DC24 is based on the theory of electromagnetism. This type of relay has an electromagnetic coil which produces a magnetic field when energized. This magnetic field attracts a set of movable ferrite core contacts, which close or open the relay contacts, depending on the input signal voltage. When the voltage is low, the magnetic field is too weak to push the contact points apart and the relay stays in the default position: closed. When the voltage is high, the magnetic field is strong enough to force the contact points apart and thus the circuit state changes.

The G4Q-212S DC24 is designed for single-tap switching. This means that it can control both on and off cycles of applications and provide a variety of switching functions. It is also shock and vibration-resistant, making it ideal for use in a wide range of industries. The contacts are gold plated and are designed to last for a long time even in high-shock and high-vibration environments.

In conclusion, the G4Q-212S DC24 is an excellent choice for power relays with a current rating of over 2 amps. It is shock and vibration-resistant, making it suitable for a variety of industries and applications. Its contact arrangement is characterized by two normally closed contact points and two normally open contact points, and its operation is based on the theory of electromagnetism.

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