LB15SKG01-5D12-JD

Pushbutton Switches

LB15SKG01-5D12-JD is a type of pushbutton switch used in a wide range of applications. It\'s a type of momentary switch that corresponds to off-moment when it\'s released and on-moment when it\'s pressed.

Application Field

The LB15SKG01-5D12-JD switch is ideal for applications where a quick action or a quick closing of the circuit is required. This type of switch is mostly used in automotive, home appliances, communication equipment, security systems, healthcare devices and industrial control.

In automotive applications, LB15SKG01-5D12-JD is typically used for accessories like power window regulators, headlamp switches, and indicators. In home appliances, it is often used in washing machines and refrigerators. Communication equipment use it for hanging up the telephone after use. The LB15SKG01-5D12-JD is also popularly used in remote security systems. It is a small, inexpensive and preassembled unit that can be easily mounted.

Working Principle

The LB15SKG01-5D12-JD pushbutton switch works on a simple electrical principle. When the switch is pressed down, the contact surfaces make contact, allowing electricity to flow through the circuit. When the switch is released, the contact surfaces separate, breaking the circuit and stopping the electrical flow.

The main components of the LB15SKG01-5D12-JD are its body, actuator and contacts. The body acts as a base to house the other components. The actuator is the part that is pressed down to activate the switch, and it is usually made of plastic. The contacts are the part that makes the electrical connection when the switch is activated and are usually made of metal.

In conclusion, the LB15SKG01-5D12-JD switch is a reliable and economical pushbutton switch used in a wide range of applications. It is a small, inexpensive and preassembled unit that can be easily mounted. The LB15SKG01-5D12-JD works on the electrical principle that when the switch is pressed down, the contact surfaces make contact and allow electricity to flow through the circuit, and when the switch is released, the contact surfaces separate and stop the electrical flow.