By following these maintenance guidelines and best practices, you can prolong the lifespan of level switches, minimize downtime, and ensure the continued reliability and effectiveness of your monitoring and control systems.

Level switches find applications across various industries and settings where monitoring and controlling the level of substances in tanks, vessels, or containers is necessary.

Each type of level switch has its advantages and limitations, and the choice depends on factors such as the type of substance, environmental conditions, and required accuracy and reliability.

G threads, or tapered pipe threads, belong to non-sealed pipe threads, which generally rely on O-rings or gaskets to achieve ideal sealing effects.

The Protection sheet should be installed above the level switch and maintain an appropriate distance from the sensing area.

Tuning Fork Level Switch with insulation coating is an excellent alternative. The widened fork with larger amplitude promotes a better anti-bridging effect.

Fork-11 Ultra-high Temperature Tuning Fork Level Switch is featured with the function of water cooling (air cooling) and is able to work reliably under ultra-high temperature conditions that up to 400℃.

Rotary paddle switch is developed with a simple and reliable measurement standard and is free to maintain. It has been widely used in chemical, plastic, cement, pharmaceutical, fodder, food and other industries.

Vibrating fork level switches are ideal for pipeline liquid level measurement because of its compact tines. But what are the installation skills for vertical pipeline?

　　After detailed communication with the client, Jiwei engineer recommended Tube-11 Vibrating Level Switch due to the large proportion of alumina particles and the strong magnetic field.