SSG01L23H

Snap Action, Limit Switches

The SSG01L23H is an example of a special type of switch known as a "snap-action" limit switch. It works by sensing an external force, such as a finger or a mechanical arm, and then responding by switching the power to another device. It is typically used for things like door openers, safety systems, and industrial automation.

The SSG01L23H is a reliable, durable, and easy to use switch. It uses a unique contact system that ensures a consistent and reliable operation. Additionally, it has a precision adjusting mechanism that allows it to be tailored to your exact needs. Its robust design makes it very resistant to dirt, dust, moisture, and extreme temperatures.

The SSG01L23H has a durable housing and sturdy construction that can withstand the rigors of extreme environments. It is designed to be rugged and reliable. There is also a wide range of accessories available to make the SSG01L23H even more versatile. The accessories include levers, buttons, and knobs.

The SSG01L23H has two operating modes: single (which is activated by an external force such as finger or mechanical arm) and double (which is activated by two separate external forces). The single mode is used for single functions such as opening and closing doors, activating safety systems, or industrial automation. The double mode is used for multiple tasks such as activating multiple functions or multiple electrical signals.

The SSG01L23H is very easy to use. Simply insert the switch into an appropriate hole and attach the external force to activate the switch. The SSG01L23H works by sensing the external force, then activating the internal switch to complete the circuit. The external force must be of a specific strength and frequency, otherwise the switch will not activate.

The SSG01L23H is a highly versatile switch due to its wide range of applications. It can be used in a variety of industries, including automotive, construction, medical, electronics, and many more. Its versatility also makes it a great choice for controlling multiple functions or multiple electrical signals. Its reliable and consistent operation make it ideal for safety, control, and industrial automation applications.