D16OAR11KYELYEL

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Pushbutton Switches are widely used in many applications due to their relatively low cost and simple operation. Among them the D16OAR11KYELYEL Pushbutton Switch is one type of switch that has seen increased popularity in recent years due to its ease of installation, low cost and high reliability.

This Pushbutton Switch is part of the D16OAR series designed by Johnson Electric. It is a snap action switch with a 16.5mm shock proof actuator. The contact arrangements available are normally open, normally closed with a built in spring return, and normally closed maintained. It also offers an optional illumination feature with LED or incandescent bulbs.

The main application area of the D16OAR11KYELYEL is use in machines and control systems. The device can switch power or signals to start or stop processes, or to control logic or other operations. It is particularly well suited for momentary action. Since the switching element is enclosed in a shock proof actuator, it is suitable for use in harsh environments or on machines subject to shocks and vibration.

The working principle of a Pushbutton Switch is fairly simple. When the actuator is pressed, it pushes the switching system to one side. This motion causes electrical contacts to come together and power is allowed to flow. When the actuator is released, the switching system returns to its original position and the contacts separate, thereby breaking the connection.

The D16OAR11KYELYEL Pushbutton Switch is also designed to be maintenance free and reliable over extended period of use. Its rated life is of 10 million operations, and can resist up to 10A resistive and 35A inductive loads with a maximum voltage of 250V. It is also designed to operate in temperature range from -25℃ to +55℃.

The D16OAR11KYELYEL is an ideal Pushbutton Switch for use in machines or control systems. It is a cost effective, reliable and durable solution that is suitable for use in harsh environments. Because of its simple operation and maintenance free design, it can be easily integrated into a variety of applications.

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