MPI001/TE/BL/24

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A pushbutton switch (MPI001/TE/BL/24) is an electronic switch that triggers an electrical circuit when it is pushed. It is an essential component in the control panels of many industrial systems, allowing users to control equipment or machinery with a simple, momentary single press of the switch. Pushbutton switches are available in many varieties with numerous features, including multiple contacts, adjustable switches, lighting elements, mounting options, and construction materials. The features of a pushbutton switch determine its application and working principle.

Application Field

Pushbutton switches are widely used in a variety of industrial and commercial applications. They can be used for simple functions such as turning on and off a light or machine, or more complex tasks such as controlling multiple functions in a single press. Some popular applications include:

• Industrial manufacturing – Pushbutton switches are used in the control panels of industrial machineries, allowing users to start, stop, and control the speed of the machines. They are also used in equipment with multiple functions, allowing users to control the position, direction, or speed of the equipment with individual button presses.
• Electrical devices – Pushbutton switches are commonly found in everyday electrical appliances and gadgets, such as TVs, microwaves, and gaming consoles. For example, in a TV’s remote control, pushbutton switches are used to select channels and adjust the volume of the sound.
• Automatic doors and windows – Pushbutton switches can be used in automatic doors, windows, and garage doors, allowing users to open and close them with one press. They are also used in automatic access control systems to unlock entry points.
• Emergency equipment – Pushbutton switches help reduce the time needed to control the emergency systems such as fire alarm systems, elevators, and alarm systems. They are built to be rugged, reliable, and easy to use.
• Automatic system control – Pushbutton switches are used to control the operation of an automatic system. For example, they are used in automatic paper towel dispensers, automatic faucets, and vending machines. These switches trigger an action when they are pushed.

Working Principle

The working principle of a pushbutton switch varies depending on its type and design. However, in general, the switch is either momentary or maintained. In a momentary switch, the circuit is open when the switch is not engaged and closed when the switch is pressed. In a maintained switch, the circuit is open until the switch is pushed and it remains closed until it is released. Depending on the design, a pushbutton switch may be a single-pole, double-pole, or triple-pole switch.

In some switches, the contacts are made of metal and open when the button is pressed to create an electrical path. In other switches, the contacts are made of silicone and a plunger is used to push the contacts together to close the circuit. Some pushbutton switches are also equipped with a reset button that resets the switch when it is pressed. Pushbutton switches are typically rated to handle voltages up to 250VAC, but they may be designed to handle higher or lower voltage requirements.

Pushbutton switches also come in different sizes and shapes to meet different customer needs. They may be round, rectangular, or custom-shaped, and their body may be made of plastic, aluminum, or stainless steel. They are also available in various colors, such as black, white, red, blue, yellow, or green.

In conclusion, the MPI001/TE/BL/24 is a type of pushbutton switch that is often found in industrial, commercial, and domestic applications. It is typically a momentary or maintained switch and can be used to turn on and off electrical circuits. It is available in different sizes, shapes, materials, and colors.

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