G1/2 "threaded connection tuning fork level switch

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Technical Parameter

Product Introduction:

Liquid level sensors or liquid level gauges are devices that are used to determine the precise levels of liquids in various reservoirs such as tanks, pipelines, and containers. These sensors are critical components in industries that involve the production, transportation, and storage of various liquids such as petroleum, chemicals, and water.

The accuracy of measuring liquid levels is crucial in many industries for several reasons. First, accuracy ensures the safety and security of workers, the environment, and the materials being stored. Second, precise measurements enable efficient production processes, minimizing production costs, and enhancing the quality of products. Third, accuracy eases the management of inventories, ensuring that materials are available when needed and reducing the likelihood of overstocking or understocking.

There are different types of liquid level sensors, with each one designed to provide accurate measurements in specific conditions. Some of the common types include capacitive, ultrasonic, magnetic, and radar level sensors.

Capacitive level sensors, for instance, measure the changes in electrical capacitance that occur when a liquid contacts the electrodes placed in a vessel. These changes are used to determine the liquid level. Capacitive sensors are suitable for measuring conductive and non-conductive fluids and offer high accuracy in measuring small changes in liquid levels.

Ultrasonic level sensors, on the other hand, use sound waves to determine the distance between the sensor and the liquid surface. The sound waves bounce off the surface of the liquid and return to the sensor, allowing the distance to be calculated. Ultrasonic sensors are suitable for measuring levels in large vessels and tanks and have high accuracy.

Magnetic level sensors use magnetic fields to determine the fluid levels. A magnet is attached to a float that rises and falls with the liquid level. As the float rises or falls, it changes the magnetic field, and this change is detected by a sensor. Magnetic sensors are suitable for measuring levels in hazardous and corrosive environments and offer high accuracy and stability.

Radar level sensors use microwave signals to determine the liquid levels. The signals are emitted from a transmitter and bounce off the liquid surface and return to a receiver. The time taken for the signals to travel is used to determine the distance between the sensor and the liquid surface. Radar sensors are suitable for measuring levels in non-contact conditions and have high accuracy and stability.

In conclusion, liquid level sensors play an essential role in ensuring accurate measurements of liquids in various industrial processes. The accuracy of the sensors determines the efficiency, quality, and safety of operations and materials. Therefore, investing in high-quality and accurate sensors is critical for any liquid processing industry.

Product Features

product details

Product Application

Installation case

The Liquid level sensor is widely used in the petroleum, chemical, light industry, food, water treatment, building materials, and environmental protection industries, providing comprehensive solutions for various industries.

About Packaging

certificate

12 month warranty period; Lifetime maintenance free

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