UB16KKW01N-E

Pushbutton Switches are used in many applications throughout the modern control system, and the UB16KKW01N-E is a great example of such a device. This pushbutton switch is a great way to add reliable switching functions to a control system, allowing the user to easily access and control certain functions. Understanding the application field and working principle of the UB16KKW01N-E can help enlighten the user on the potential of such a device, allowing them to get the most out of it.

The UB16KKW01N-E is a 30mm momentary pushbutton switch that can be used in a variety of applications. Its contact rating is 1A at 250VAC, making it suitable for device control and switching functions. The device has an IP65 rating, meaning it is rated for dust ingress and low pressure water jets, making it suitable for many different applications and industrial environments. The device also features a mechanical life of up to five million operations, allowing it to be very reliable over time.

The UB16KKW01N-E\'s application field includes, but is not limited to, device control, machine tools, robotics, and industrial automation. The device can be used in any of these fields to easily provide a reliable switching or control option. The device is also ideal for use in hazardous locations, as its IP65 rating makes it suitable for use in such an environment.

The working principle of the UB16KKW01N-E is quite simple. The device has two primary components, the actuator and the switch body. The actuator is the part that the user interacts with, and can vary in design from simply a round knob to a more complex design. When the actuator is pressed, an internal electrical contact is made, creating a circuit and allowing current to flow. When the actuator is released, the contact is broken, stopping the current. This is the basic principle behind all pushbutton switches.

The UB16KKW01N-E is a great example of a pushbutton switch that has a wide variety of applications and is reliable in hazardous environments. Understanding its application field and working principle can help inform the user of its capabilities and potential, allowing it to be used to its fullest.