YB225CWCKW01

Pushbutton switches form the backbone of any control system or machine. The YB225CWCKW01 is one such type of pushbutton switch that offers some unique features, which make it an ideal choice for various applications. Below we explore the application field and working principle of this particular pushbutton switch.

Application Field:

The YB225CWCKW01 is a ‘rollsnap’ pushbutton switch, meaning it can ‘snap’ and ‘roll’ when operated. This makes it ideal for use in applications where a two-way operation (up and down) is required. Examples of such applications include control panels of elevators, ski lifts, and cable cars. The switch is also designed to be used in harsh environments. It has a stainless steel membrane, which increases its resilience to scratches, bumps, and other wear and tear. This makes it ideal for applications where the switch needs to be frequently operated. Moreover, the IP67 rating ensures that it is dustproof and waterproof, making it suitable for outdoor applications.

Working Principle:

The YB225CWCKW01 is designed to support two-way operation. When the top of the switch is pressed, it snaps up and when the bottom part is pushed, it rolls down. This two-way working principle is made possible due to the use of two separately activated, magnets. When the top part of the switch is pressed, the top magnet is activated, which attracts the switch, pushing it up. When the bottom part is pressed, the bottom magnet is activated and the switch is pushed back down. The switch also has a locking mechanism, which prevents the button from being accidentally activated or misoperating in any way. This is achieved by the use of a locking bar, which limits the movement of the switch when it is not in use.

Conclusion:

The YB225CWCKW01 is a ‘rollsnap’ pushbutton switch, which makes it ideal for applications where two-way operation is required. The stainless steel membrane and IP67 rating give it the durability and reliability needed for usage in tough, outdoor environments. Furthermore, its two-way operation is made possible thanks to the two separately activated magnets, while the locking mechanism ensures no accidental activation or misoperation.