1.11040.2113520

A Pushbutton switch is an electrical switch that operates when pushed by hand. It is a kind of input device which is widely used for signaling, interlocking, feedback and controlling circuit when simple on/off function is required. In this article, 1.11040.2113520 application field and working principle will be explained in detail.

1.11040.2113520 is a type of Pushbutton Switch, with the features of quick action and special construction. The pushbutton switch with the product properties of 1.11040.2113520 has extensive application fields such as mechanical and electrical power system, computer and automation system, communication industry and so on.

The physical structure of 1.11040.2113520 Pushbutton Switch is composed of a frame, a panel, and a plunger. The flexible frame provides support for the device. The panel is the part being pressed when a user actuates the switch, by pushing the plunger. The plunger transmits the pressure from the users finger to mechanical device parts of the switch, like the armature and contact.

The working principle of 1.11040.2113520 Pushbutton Switch is based on its mechanical structure and contact design. Pushing the plunger or pressing the panel of the switch will cause the contact armature to push the contact element and make the switch, going from its normally open or closed state. By pressing the plunger or the panel of the switch, the electrical connection between the input and output terminals will be connected or disconnected.

The working performance of 1.11040.2113520 Pushbutton Switch is closely related to its contact design. Spring contact is a common type of contact which is used in 1.11040.2113520 Pushbutton Switch. The contact will open or close dependent on the pushing force applied from the user. Generally, the contact force should be relatively large in order to maintain a good connection between the contact element and the armature.

The working reliability and safety of 1.11040.2113520 Pushbutton Switch also depends on its mechanical and structural design. The moving contact elements will wear over time and become less efficient. Therefore, in order to increase its durability and working performance, the device frame and contact armature should be robust enough to withstand continuous stressing from the pushing forces. The button plunger should also be designed to prevent accidental contact closure.

In summary, 1.11040.2113520 Pushbutton Switch is an essential part of many application systems. It has various features, such as extensive application field and adjustable contact force. As long as its reliable and robust structure and design have been properly evaluated, it can provide excellent performance in controlling and signaling systems.