PS11-100B

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Pushbutton Switches are one of the most versatile and useful products in electrical and electronics applications. The PS11-100B is a type of pushbutton switch that is most commonly used in industrial applications for controlling signal circuits. This pushbutton switch is classified as a single break open alphameric pushbutton switch and provides excellent reliability and precision when used in signal circuits.

Construction of PS11-100B Pushbutton Switches

The PS11-100B pushbutton switch consists of a printed circuit board (PCB) with two contact points that open when pressed. These contact points are made from two flat aluminum pieces that are soldered together and have a circular shape with a flat top and a flat bottom. The contact points are connected to and powered by an 8-30VDC voltage supply. The contact points are placed in a housing that is made of plastic, and the top of the housing contains a button that can be pressed to activate the switch. The housing also serves to protect the contact points from dust and moisture. The housing has an LED that lights up when the switch is activated.

Types of Applications For PS11-100B Pushbutton Switches

The PS11-100B pushbutton switch is primarily used for applications in HVAC, elevator, elevator equipment, automotive, and other industrial controls. In all these applications, the switch is used to signal the activation or deactivation of a circuit. For example, in the automotive industry, the switch is used to control the start/stop of a vehicle, or the activation/deactivation of an air conditioner. In the elevator industry, the switch is used to control the opening and closing of elevator doors. In HVAC applications, the switch is used to control the operation of fans and other components.

Working Principle of PS11-100B Pushbutton Switches

The PS11-100B pushbutton switch works by using electromechanical principles and using an electric current to close the contacts when the button is pressed. When the button is pressed, it sends a signal to an electronic circuit, allowing electricity to flow through it. This activates the switch and causes the contact points to close. The electricity then flows through the contact points, allowing the circuit to remain closed until the button is released. This process can be reversed by pressing the same button again. The switch can also be set up to open the contact points when the button is pressed, allowing the current to flow in the opposite direction.

The PS11-100B pushbutton switch is an extremely reliable product, as it is able to withstand both high and low temperatures, as well as moisture and dust. The switch is also resistant to shock and vibration, making it an excellent choice for industrial applications. Furthermore, it is also relatively easy to install and maintain.

Conclusion

The PS11-100B pushbutton switch is a reliable and versatile product that can be used in a range of industrial applications. It is constructed using a printed circuit board and two contact points that open when pressed, and is powered by an 8-30VDC voltage supply. The switch can be used in HVAC, elevator, elevator equipment, automotive, and other industrial applications to control the start/stop of a vehicle, or the activation/deactivation of an air conditioner, among other functions. The switch works by using electromechanical principles and an electric current to close the contacts when the button is pressed. The PS11-100B is a reliable and efficient product, and can be an effective tool for industrial applications.

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