WLGL-TH-N

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Snap action and limit switches are the two main types of electrical switches used to provide reliable and accurate control over the circuit elements that can be found in various applications. WLGL-TH-N, which stands for Wafer Level Glide Lever Thin-Actuator Noryl, is a new type of switch technology that combines the advantages of both technologies to provide superior performance and reliability. In this article, we will take a look at the WLGL-TH-N application field, as well as its working principle.

The WLGL-TH-N switch technology is widely used in telecommunications, industrial automation, automotive and aerospace applications. This type of switch is known for its superior reliability and precision, as the contact points are made of high-grade material that is resistant to corrosion and abrasion. The integrated thin actuator technology also allows for faster switching times, which makes the switch ideal for applications that require a fast response. In addition, the switch has a wide temperature range, providing reliable operation in extreme environmental conditions. The switch can also withstand shocks of up to 50Gs.

The working principle of the WLGL-TH-N switch is based on a wafer-level glide lever actuator. This type of actuator moves the contact points of the switch with a low-friction, low-viscosity motion. The motion is triggered by an electrical current passing through the switch, and the switch is able to close or open the circuit quickly depending on the current. The contact points of the switch are made of metal, and when the switch is in its closed position, the metal is pressed together and provides a highly reliable connection. In addition, the contacts are also designed in such a way that it allows for maximum current flow, enabling the switch to handle large currents without any risk of overheating.

The switch has a number of advantages over other types of switches. The thin-actuator technology allows for faster switching times, which makes the switch ideal for applications that require high response times. In addition, the switch can also withstand shocks of up to 50Gs, making it suitable for rough operating conditions. Furthermore, the contact points are made of high-grade material, making it resistant to corrosion and abrasion, which results in increased durability and reduced maintenance costs. Finally, the switch is designed to be simple to install and use.

In conclusion, WLRL-TH-N is a new type of switch technology that is used for various applications. It combines the advantages of snap action and limit switches to provide superior reliability, precision, and fast switching times. The switch also has a wide temperature range and can withstand shocks of up to 50Gs. Finally, the switch is designed to be simple to install and use, making it an ideal choice for many different applications.

The specific data is subject to PDF, and the above content is for reference