1241.3034.M

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Pushbutton Switches

Pushbutton Switches are switches that can be used to open and close electrical circuits. They are a popular choice for applications where manual actuation is required. The 1241.3034.M Pushbutton Switch is a popular choice for many applications, and its field of use and working principle can be seen in detail below.

Field of Use

The 1241.3034.M Pushbutton is designed for use in a variety of applications. It is commonly used as an on/off switch for lighting, alarm systems, heating systems, and other domestic appliances. It can be used in industrial settings for pumps, motors, and other industrial machines. Additionally, it can be used for automatic doors in commercial buildings and for electric gates in residential properties.

The 1241.3034.M is also suitable for use in hazardous environments. It is certified to a “intrinsically safe” standard and is therefore ideal for controlling equipment in potentially explosive atmospheres.

Working Principle

The 1241.3034.M is a traditional “push and release” switch. It has two set positions, one in which the switch is open, and one in which the switch is closed. This is achieved by the spring-loaded mechanism inside the switch. When the switch is pushed fully down, the spring triggers a small electric current which in turn activates the switch, closing the circuit and allowing the power to flow.

The switch is designed to be very resilient and can withstand significant amounts of force without any degradation in performance. Additionally, it is designed to block any electric current from flowing in the opposite direction, ensuring that the switch is always in the correct position.

Conclusion

The 1241.3034.M Pushbutton Switch is a versatile and reliable switch suitable for a variety of applications in both the domestic and industrial sectors. It is certified to an intrinsically safe standard, meaning that it can be used in hazardous environments without any risk of sparking or arcing. Its simple operation and internal spring-loaded mechanism makes it an ideal choice for applications where manual actuation is required.

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