C7001AGBB

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Rocker switches are electrical switches with two or three positions which, when pressed, turn the associated electrical circuit off or on. The C7001AGBB rocker switch is designed for high-current applications up to 20 A and is compliant with high-temperature and heavy vibration standards. In this article, we will discuss the application field and working principle of the C7001AGBB rocker switch.

Application Field

The C7001AGBB rocker switch is designed for loads up to 20 A and is suitable for a wide range of applications including industrial, residential, shipping, and recreational vehicle applications. The switch is suitable for single-pole, double-pole, and triple-pole applications and is available in a variety of configurations. It is widely used in the automotive industry, such as in cars, buses, and trucks, as well as in electrical and electronic devices in the aerospace and defense sectors, buildings, medical equipment, and more.

The C7001AGBB rocker switch is constructed with a robust housing and is rated for higher vibration loads. The switch is often used in harsh environments, such as industrial plants, to provide that extra level of durability and longevity. It also comes with corrosion free terminations and compatibility for a wide range of voltage and current levels.

Working Principle

The working principle of the C7001AGBB rocker switch is simple. As the name implies, it is operated by a lever that rocks back and forth from one side to the other. Depending on which side the lever is set to, the corresponding circuit will be either on or off. In a two position rocker switch, for example, when the lever is positioned on the left side, the circuit is “off”, and when the lever is positioned on the right side, the circuit is “on”. In a three position rocker switch, there are three different contact points, which are labeled differently to indicate the circuits associated with each contact point.

The rocker switch contains internal terminals which connect the contact points to the load circuit. In order for the switch to work effectively, a pin lever mechanism is employed to allow the rocker to make contact with the appropriate terminal. The contact points are gradually moved towards the terminals as the rocker is being pushed in either direction, thus making and breaking contact with the terminals as necessary. Once the switch is released, the contact points will return to their original position, thus breaking the connection. This ensures that the switch retains its original setting when it is released and that the circuit will remain in the same state until the switch is operated again.

Conclusion

The C7001AGBB rocker switch is designed for high-current applications and is suitable for a variety of applications, from industrial to recreational vehicle applications. The switch works by employing a lever which rocks back and forth from one side to the other, depending on which side the lever is set to, to make and break the contact with the respective terminals. The contact points are gradually moved towards the terminals as the rocker is pushed and pulled, thus ensuring that the switch remains in the desired state until the switch is operated again.

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