LW3122-L4CF-A

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• Introduction
  • LW3122-L4CF-A is a type of rocker switch which is used across various industrial applications.
  • It is designed to provide reliable operation, easy installation and long working life.
  • The various application fields and working principle of LW3122-L4CF-A rocker switch is explained in this article.
• Application Fields
  • LW3122-L4CF-A rocker switch finds its application in various industries such as automotive, medical, aerospace, defence, home appliances, lighting and machinery.
  • It can be used in applications like push buttons and momentary switches.
  • The switch is used to control the power supply, provide appropriate on/off function to the components.
  • It is also used for controlling and operating high voltage circuits, providing durability, reliability and high performance.
• Design and Working Principle
  • LW3122-L4CF-A rocker switch has a rocker-shape body structure which is made of die-casted zinc alloy.
  • The body structure provides strength and makes the switch robust.
  • The switch has two contact pins which are enclosed in insulating plastic frames.
  • The contact pins are designed to provide high electrical conductivity and long life span.
  • The contact pins are connected to the actuator which is held in place by two rivets.
  • The actuator is responsible for moving the contact pins and controlling the operation of the switch.
  • The contact pins are spring-loaded and will remain open when the actuator is not pressed.
  • When the actuator is pressed, it will move the contact pins and close the switch.
  • This will allow the current to pass through the switch and operate the device.
  • The actuator will then return to its original position and the contact pins will remain open again.
• Conclusion
  • LW3122-L4CF-A rocker switch is a reliable and robust switch that finds its application in various industries.
  • The switch has two contact pins which are enclosed in insulating plastic frames.
  • The actuator is responsible for moving the contact pins and controlling the operation of the switch.
  • When the actuator is pressed, it will close the switch, allowing the current to pass through the switch and operate the device.

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