MPI002/TE/WH/12

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Pushbutton Switches are a great way to manage your switches and controls. MPI002/TE/WH/12 is a type of pushbutton switch that is designed to operate in extreme temperatures (from -40° to +85° C). It is designed for use in outdoor or indoor applications across a wide range of industries which require reliable and secure control systems. In this article, we will take a look at the application fields of MPI002/TE/WH/12 and its working principle.

Application Fields

MPI002/TE/WH/12 can be applied in a variety of sectors. Its operating temperature range ensures that it can be safely used in any kind of environment, indoors or outdoors. This means that it can be used in places such as airports and oil rigs, which require reliable and secure control systems. Obviously, these applications need special attention, due to their extreme temperatures.

In addition to these industries, MPI002/TE/WH/12 is also used in the transportation sector. This includes trains, buses and other vehicles, as well as marine vessels. The switch has a water-resistance rating of up to IP67, which means it can be used in harsh environments, such as the high seas or beach fronts.

Another sector where the switch is widely used is the medical, scientific and industrial fields. Here, it is used to control, measure and monitor various processes. Its low-profile design and extreme temperatures range make it suitable for these environments.

Working Principle

The working principle of a pushbutton switch is relatively simple. The switch has two states, open or closed. When the switch is in the open state, electrical energy is not allowed to flow across the contacts. When the switch is in the closed state, however, the electrical current is allowed to flow. This is regulated by a push button, which can be pushed in or pulled out to alter the state.

The MPI002/TE/WH/12 is a type of momentary pushbutton switch, which means that it only stays in the closed state as long as the button is kept pressed. As soon as it is released, the switch turns off automatically. This feature makes the switch ideal for applications where short-term control is required, such as in factories and other industrial settings.

The switch offers a variety of features, such as anti-scratch and -vibration protection, as well as an illuminated button to make it easier to use in low light. The switch also has a wide contact gap, ensuring that no accidental occurrences can occur.

Conclusion

The MPI002/TE/WH/12 pushbutton switch is designed for extreme temperatures and can be applied in various sectors, including transportation, medical and industrial. Its low-profile design and special features make it the ideal solution for reliable and secure control systems. Its working principle is simple, with a momentary pushbutton that stays in the closed state as long as the button is kept pressed. This makes it suitable for applications where short-term control is needed.

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