3.13005.0110000

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Pushbutton Switches are devices used in various applications to control the on/off states of electrical circuits. The 3.13005.0110000 Pushbutton Switches consist of a mechanical button, contact block, actuator, and contact assembly, collectively referred to as the "pushbutton switch system".

The mechanical button is the actual switch that is pressed by a user to control the on/off states of an electrical circuit. It is typically made from plastic, metal, and/or rubber materials and can be fabricated into a variety of shapes in order to physically fit onto the switch system. It is also available in a variety of colors depending on the design and application of the switch system. The mechanical button also contains electrical contacts that complete a circuit when pressed down.

The contact block is a component of the Pushbutton Switch System that houses the actuator and contact assembly. The contact block is made from polyester resin, polyethylene, polypropylene, and other plastics, and is typically mounted onto DIN Rail in the control panel of an electrical device. The contact block is designed to provide a secure and reliable method of connecting wires to the electrical contacts of the mechanical button.

The actuator is the component of the Pushbutton Switch System that physically links the mechanical button to the contact assembly. It typically consists of an enclosed cylinder or pin that runs between the mechanical button and contact assembly. When the mechanical button is pressed, the actuator moves, pushing the contact assembly to make the electrical circuit.

The contact assembly of the Pushbutton Switch System consists of a pair of contact plates that are made from brass, silver or aluminum. The contact plates are typically housed within the contact block and are connected to the actuator. When the actuator is pushed, one contact plate makes contact with the other, closing the electrical circuit.

The Pushbutton Switch System can be used in a variety of applications, ranging from residential and commercial to industrial. It is often used to control the on/off states of electrical circuits. In commercial and industrial applications, it is typically used to control the on/off states of electronic circuits, such as those found in lighting and motor control systems. In residential applications, it is commonly used to control lighting, appliance circuits, and for security purposes. Additionally, the Pushbutton Switch System can also be used for emergency stops on machines and equipment.

The Pushbutton Switch System is relatively easy to install and maintain. Its components are typically easy to access and replace, making it a popular choice among engineers and technicians. It is also a cost-effective solution for controlling on/off states of electrical circuits, and its reliability and durability make it a popular choice for many applications.

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