59630-1-T-05-D

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Introduction to Float Level Sensors

A float level sensor is a device that measures liquid levels by using a hollow cylindrical float floating on the surface of the liquid. This type of sensor allows you to measure the levels of water, chemicals, oils, and other liquids accurately and reliably. Float level sensors are widely used in various industries, such as water and wastewater treatment, as well as chemical and oil industries. In this article, we will explore the application field and working principle of the float level sensor 59630-1-T-05-D.

Application Field of 59630-1-T-05-D Float Sensors

The 59630-1-T-05-D float level sensors are most commonly used in all types of aquatic applications, such as swimming pools, rivers, lakes, fish farms, and industrial tanks. The device has a wide range of detection range from 0.5m to 20m and it is also able to accurately measure the levels of both fresh and seawater. They are also suitable for use in other applications such as monitoring and control of ground water, fuel tanks, liquid storage, process control, and HVAC.

Working Principle of 59630-1-T-05-D Float Level Sensors

The 59630-1-T-05-D float level sensors use a buoyancy principle. The device is composed of a float, which is usually connected to a magnetic snap, and a system of reed switches. The float is placed directly on the surface of the liquid and is operated by the magnetic field created by the reed switches. When the liquid level rises or falls, the buoyancy force, exerted on the float, causes it to move up or down. As the float moves, it triggers the reed switches, creating a voltage output, which can be used to measure the level of the liquid. This device can also be connected to a control system, allowing it to be programmed to automatically regulate liquid levels.

Conclusion

In conclusion, the 59630-1-T-05-D float level sensors are highly accurate and reliable devices, designed for measuring a variety of liquid levels. They are suitable for use in a wide range of applications, such as swimming pools, rivers, lakes, fish farms, industrial tanks, and process control. The device works by using a buoyancy principle and a magnetic snap, connected to the float, which triggers the reed switches, creating a voltage output. This data can then be used to accurately measure the liquid level.

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