1.10.011.001/0221

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Pushbutton Switches

The 1.10.011.001/0221 Pushbutton Switches are a type of switch used in electronic circuits as an interface for user control. It is usually located on a panel that contains other switches and control buttons, and is used to provide an electrical connection between two or more electrical components. The Pushbutton Switches allow users to control various functions or operations with a simple press of a button.

Application Field and Working Principle

Pushbutton switches can be used in a variety of applications, including industrial, automotive, medical, and consumer applications. They are also used to control lighting fixtures, electronic devices, and other electrical devices. In order to understand the operation of the Pushbutton Switches, let us first consider the principle of operation.

The Pushbutton Switches contain two spring-loaded contacts, usually referred to as the "A" and "B" contacts. When a user press the switch, these contacts open or close depending on the type of switch. For a normally open (N/O) switch, the contacts are normally open when the switch is not pressed, and close when the switch is pressed. On the other hand, a normally closed (N/C) switch has the contacts closed when the switch is not pressed, and open when the switch is pressed.

The Pushbutton Switches use a type of mechanical actuator that is typically a plunger button. When the plunger button is depressed, it moves the contacts of the Pushbutton Switches, thus changing the state of the electrical circuit. The Pushbutton Switches are connected to two or more electrical components. When the switch is pressed, a signal is sent to the electric components, initiating a response by the electric components. For example, if the switch is connected to a light, pressing the switch will cause the light to turn on or off.

The Pushbutton Switches are available in a variety of styles and configurations, including momentary on/off, latching on/off, three-way, and four-way. The momentary on/off switch requires the user to manually press the switch for a certain duration before releasing in order for the switch to remain in the "on" position. On the other hand, the latching on/off switch requires the user to press and release the switch only once in order for the switch to remain in the "on" position. The three-way and four-way switches are used to operate multiple components or features with one switch.

The Pushbutton Switches can provide both momentary and latching contacts, depending on the configuration of the switch. Momentary Pushbutton Switches are used to momentarily turn something on or off while the switch is being held down. Alternatively, latching Pushbutton Switches are used to maintain a specific state (on or off) until the switch is operated in the opposite direction. Momentary switches are generally used in applications where the user needs to activate the switch for a certain period of time, and then release. Latching switches are typically used in applications where the user needs to activate the switch once and have a component remain in that state until the user activates the switch again.

Pushbutton Switches are also available in different contact configurations, including single pole, double pole, and four pole. The single pole switches are typically used for single-circuit applications, and are rated for up to 5A. The double pole switches are typically used for two-circuit applications, and are rated for up to 10A. The four pole switches can be used to control two circuits, and are rated for up to 20A.

The Pushbutton Switches are used in a variety of applications, such as controlling lights, relays, motors, alarms, pumps, and other electrical components. When used correctly, these switches provide reliable control of electric and electronic components and enable users to easily control a variety of functions.

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