K12ABK12.5N1R

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Introduction: As a type of switch, Pushbutton switches are commonly used in many industrial control applications. They are capable of operating in extreme environments, and can be used to control relays and motors, as well as providing signals. In this article, we will examine the application field and working principle of K12ABK12.5N1R Pushbutton Switches.

Design: K12ABK12.5N1R Pushbutton Switches are designed and manufactured to meet the highest industry standards, using an approved and tested combination of materials and components. They have an operating temperature range of -40°C to +65°C, and a mechanical life of more than one million operations. The assembly consists of an actuator, a base, a keycap, and a switch contact.

Application Field: K12ABK12.5N1R Pushbutton Switches are designed for use in industrial control applications where switching functions need to be reliable and dependable. These switches can be used for various applications such as the control of relays and motors, and for monitoring the function of an associated device. The switches are also suitable for application in many different areas of industry, including lighting control panels, food processing machines, and medical equipment.

Working Principle: K12ABK12.5N1R Pushbutton Switches operate on a simple electro-mechanical principle, in which the actuator is depressed against an internal spring to operate the switch. When the actuator is depressed, the actuator shaft moves and activates the switch contact. This results in the contacts opening or closing, depending on the wiring configuration of the switch, to allow electricity to flow in the desired direction.

Conclusion: In conclusion, K12ABK12.5N1R Pushbutton Switches are designed and manufactured to meet the highest industry standards. They are suitable for a variety of industrial applications, providing dependable, accurate switching performance. Their simple working principle makes them an ideal choice for many industrial control applications.

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