D602J11S206PQF

Rocker Switches

Rocker switches are one of the most common switches used in industrial and commercial settings, providing control in a variety of applications. The rocker switch is the term used to describe a family of switches that have a rocker-type actuator on their surface, usually operated by a finger or thumb. These switches are easily identified due to the typical “rocking” movement of the actuator that is required for operate them. The D602J11S206PQF series of rocker switches is one of the most popular, offering a variety of features and available in a variety of configurations.

Application Field of D602J11S206PQF

The D602J11S206PQF series of rocker switches are designed primarily for industrial and commercial applications. They can be used for a variety of purposes, including switching on and off motors, lights, or other devices. The D602J11S206PQF series is available in a variety of contact ratings, including 12A, 16A, 25A, and 32A, so it can be used in both low-voltage and high voltage applications. Additionally, the D602J11S206PQF series has a high IP rating, making it suitable for use in demanding environments.

Working Principle of D602J11S206PQF

Like many other rocker switches, the D602J11S206PQF series works according to the “make and break” principle. This means that when the actuator is pressed down, it makes contact with two metal contacts, allowing the electrical current to flow through. When the actuator is released, the metal contacts break, which interrupts the flow of electricity. This simple mechanism is what allows the rocker switch to control devices by switching them on and off.

Conclusion

The D602J11S206PQF series of rocker switches is one of the most common types used in commercial and industrial applications due to its ease of use, wide range of configurations, and high IP rating. The switch operates using the “make and break” principle, meaning that when the actuator is pressed down the two metal contacts join, allowing electricity to flow. When the actuator is released, the two contacts break, interrupting the flow of electricity.