35-406-BU

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Pushbutton switches, such as the 35-406-BU, are the backbone of many commercial and residential electrical systems. By providing the user with a way to direct the flow of electricity through a circuit, they are invaluable in the world of electrical engineering. But what exactly is a push button and how does it work? The following will explain in detail both the application field as well as the working principle of the 35-406-BU pushbutton switch.

The 35-406-BU Pushbutton Switch, also known as a “pushbutton switch”, is a light-weight type of switch that can be easily installed in a variety of electrical circuits. This type of switch is typically used to maintain control the on/off activation of an electrical device within an optimized circuit. This type of switch features two separate contact points and is available in either a momentary contact closure (one movement) or latching contact closure (two movements) configuration. A momentary closure requires a simple timeline push action on the button which then closes the contacts and allows current to flow through the circuit when the button is released. In contrast, a latching closure requires a double push timeline push action to close the contacts, where one push opens the contacts and the other push causes the contacts to remain closed. There is also the option of using an external switch to bypass thetwo-push timeline activation required with a latching closure.

The application field of the 35-406-BU Switch is vast as it can be used in a wide range of circuit designs. Typically, they are used in automotive, medical, retail, and consumer electronics to activate various components such as power toggle switches, lights, motors, or even a sequence control device. Each application requires the consideration of the physical environment, what type of switch is appropriate, and the electrical requirements when selecting the 35-406-BU model.

The working principle of the 35-406-BU involves the switching of electrical levels such as voltage or current to produce a desired result. To describe this, we need to understand that the switch contains two contacts; one, which is the controlling contact, which when is touched begins the action or electrical circuit and the other is the main contact which completes the circuit and allows current to flow. When an electrical current flows through the controlling contact, it keeps the switch in the off state. When the controlling contact is touched, the switch flips and the current is directed to the main contact which completes the circuit allowing the desired result to occur.

By utilizing the most efficient technology possible, the 35-406-BU Pushbutton Switch is designed for up to 250V/2A of input, giving it a stable power handling capacity and rugged construction which ensures a long life. It features an aesthetically pleasing design with smooth body and low profile appearances, making them a popular choice for a wide range of applications. In addition, its low profile design offers improved vibration resistance and better surface contact on the projecting button.

The 35-406-BU Pushbutton Switch is an invaluable tool and is becoming increasingly popular due to its versatile design, and low profile aesthetics. By providing the user with an easy way to direct the flow of electricity, the switch presents a wide range of opportunities in both commercial and residential electrical applications.

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