YB26CKW01-5D24-JD

Pushbutton switches are widely used in the automation industry and other fields to open, close, start and stop circuit. YB26CKW01-5D24-JD is a kind of pushbutton switch. This article mainly discusses the application field and working principle of YB26CKW01-5D24-JD.

YB26CKW01-5D24-JD is mainly used for high current applications such as automotive, HVAC/Appliance and lighting. This switch is a single-pole double-throw (SPDT) switch that can be used to control the direction of current flow in a circuit. The switch can also be used to disconnect an electrical circuit to protect electrical devices from overload. The switch has a mechanical spring force self-locking function and will stay in the current state even after the operating force is removed.

In terms of structure and material, YB26CKW01-5D24-JD is a switch with four terminals, two button heads and a body made of plastic. It has a good pressure resistance, impact resistance, heat resistance and can work stably in the temperature range of -40 to 85 degrees Celsius. It is suitable for normal business level or high-end automation level applications.

In terms of operating principle, YB26CKW01-5D24-JD mainly uses a spring-loaded mechanism to press the two metal plates onto the two terminals of the switch. When the two metal plates press onto the two terminals, the current can pass through the switch. When the metal plates are not touching the terminals, current cannot pass through the switch. In order to ensure the stability of the switch, the switch is added with a self-locking mechanism, so that the switch will stay in the current state even after the operating force is removed.

In summary, YB26CKW01-5D24-JD is mainly used for high current applications such as automotive, HVAC/Appliance and lighting. It has a good pressure resistance, impact resistance and heat resistance. The switch uses a spring-loaded mechanism to press the two metal plates onto the two terminals and add a self-locking mechanism, so that the switch can stay in the current state even after the operating force is removed. This switch can be widely applied in the automation industry and other fields.