PBW-12323ZQ

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Pushbutton Switches are among the most commonly used equipment in the world and are popular because of their reliability, flexibility and ease of use. They are typically used for industrial applications, automotive, aviation and marine applications, as well as for domestic, commercial and recreational uses. The PBW-12323ZQ is an example of a pushbutton switch and its application and workings can be broken down into a few key points.

General Construction

The PBW-12323ZQ pushbutton switch is constructed from a die-cast zinc alloy body, a stainless steel bezel, and a nickel plated external switch. Together, these parts form an enclosed switch with an internal snap action mechanism. This type of pushbutton switch is usually referred to as a “letter box” switch because of its boxy shape. The nickel-plated external switch is recessed into the internal mechanism and requires a key to activate.

Actuation Speed

The PBW-12323ZQ is designed with an actuation speed of 0.2 seconds. This ensures that the switch operates efficiently and quickly. The fast actuation speed reduces the risk of accidental activation and can be used to ensure a specific action is taken at a certain time. This is especially useful in industrial applications, where efficiency is key.

Applications

The PBW-12323ZQ pushbutton switch is typically used for the operation of various machines and equipment, including in automobiles, machinery, food processing systems and production lines. Its high-speed actuation, resistance to dust and debris, and other features make it suitable for use in a variety of circumstances. The PBW-12323ZQ is also used in on-off applications, such as lighting and heating control systems. It can also be used for emergency stop and manual reset operations.

Working Principle

When a key is inserted into the die-cast zinc alloy body of the PBW-12323ZQ, the internal snap-action mechanism is activated. As the key is turned, an internal cam is pushed against an angled spring, activating the switch impedance element. This causes the contact surfaces to touch, creating an electrical connection that is quickly broken as the key is released. The PBW-12323ZQ is designed to keep the contact surfaces from sticking together, allowing for the consistent operation of the switch.

Conclusion

The PBW-12323ZQ pushbutton switch is designed to provide reliable and efficient performance in a wide range of applications. Its die-cast zinc alloy body, stainless steel bezel, and nickel-plated external switch provide a robust and robustly operational switch. Its fast actuation speed makes it suitable for industrial applications, where quick action is essential. Additionally, its resistance to dust and debris make it suitable for applications that involve a lot of exposure to the elements.

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