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Mechanical level switches

Here are some features and applications of mechanical level switches:

Simple design: Mechanical level switches generally have a simple design with moving parts, such as float mechanisms or balls, that respond to the level of the fluid.

Robustness: Due to the absence of electronic components, mechanical level switches are often more robust and able to withstand harsh conditions, such as corrosive or explosive environments.

Reliability: They are known for their reliability in various applications because they are less prone to failures caused by such things as dust, dirt or electrical interference.

Easy installation: Mechanical level switches are generally easy to install and maintain, making them suitable for various industrial and domestic applications.

Applications:

Water tanks: Mechanical level switches are often used in water tanks to control water flow or prevent overflow.

Oil and fuel tanks: They are deployed in tanks for oil, diesel, or other fuels to monitor the level and prevent tanks from becoming excessively empty.

Chemical storage: Mechanical level switches are used in the chemical industry to monitor the level of various liquid chemicals.

Wastewater management: For controlling the water level in wastewater tanks and sewage systems.

Industrial Applications: In various industrial processes where fluid levels must be closely monitored to ensure optimal operation.

The choice of a mechanical level switch depends on the specific requirements of the application, such as the type of fluid, environmental conditions and desired switching capacity.