1. Working Principle:

   • The core component of a magnetic level gauge is a magnetic flipper containing a magnet. As the liquid level rises, the float moves upward, carrying the magnet with it. When the magnet approaches the top of the magnetic flipper, the flipper flips due to magnetic force. The flipping status of the magnetic flipper can be detected by an external sensor to determine the liquid level.

2. Structural Features:

   • Magnetic level gauges are typically made of materials like stainless steel to withstand corrosive environments.
   • They have a simple structure, easy maintenance, and long service life.
   • Magnetic level gauges exhibit strong adaptability, capable of operating under harsh conditions such as high temperature and pressure.

3. Ensuring Production Safety:

   • Real-time Level Monitoring: Magnetic level gauges provide real-time monitoring of the liquid level, promptly detecting any abnormal levels to ensure safe and stable production processes.
   • Prevention of Overfilling or Emptying: Abnormal liquid levels often lead to equipment failures or production accidents. Magnetic level gauges can issue timely alarms or take measures to prevent dangers associated with overfilling or emptying.
   • Leakage and Contamination Prevention: Accurate level monitoring helps prevent liquid leaks or foreign substances from entering the production system, ensuring a clean and safe production environment.
   • Enhanced Production Efficiency: Magnetic level gauges assist production managers in understanding level variations during production processes, optimizing production scheduling, and improving efficiency and capacity utilization.

In summary, reliable and stable magnetic level gauges play a crucial role in ensuring production safety by providing real-time level monitoring, preventing abnormal level conditions, and maintaining a safe and clean production environment.