C501104055

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Part Status:	Active

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C501104055 Application Field and Working Principle

C501104055, also known as an ultrasonic liquid level transmitter, is a device used to measure the level of liquid in tanks, containers, wells, sumps, and other locations. It works by means of ultrasonic pulses, which are generated by a piezoelectric transducer, transmitted through the medium (liquid) and reflected back towards the transducer if and when they encounter an obstacle, such as the tank’s surface or the liquid’s surface.The working principle of this device is based on theTime-of-Flight (ToF) principle. ToF measures the amount of time it takes an emitted pulse to travel from a transmitter to a reflector and back to the receiver. This allows the device to detect the distance from the transmitter to the reflector (the liquid level) and provide an output in the form of a 4-20mA signal.The C501104055 ultrasonic level transmitter is used in various industries, including: industrial, chemical, marine, oil/gas, and water treatment. It is also used in applications where high accuracy and/or long measuring distances are required. Additionally, it can be used in areas with hazardous and/or high dust levels due to its dust-proof design.Benefits of using this Ultrasonic Liquid Level Transmitter include low maintenance requirements, ability to measure long distances, no moving parts, and non-contact measurement. Itsdust-proof design ensures no dust can reach the transducer or receiver, thus increasing its accuracy and reliability. Additionally, it can measure levels in both opaque and transparent liquids, enabling users to monitor liquid levels to prevent overflow, cavitation, and pump starvation.In summary, the C501104055 ultrasonic liquid level transmitter is a reliable and accurate device used to measure the level of liquid in tanks, containers, and other locations. It works by emitting ultrasonic pulses which are reflected back towards the transducer once they encounter an obstacle. The device can measure distances up to 20 meters and is used in various industries due to its capability of accurate and long-distance measurements, and its dust-proof design. Its other benefits include low maintenance requirements, no moving parts, and non-contact measurement. As such, it can offer great accuracy and reliability for monitoring a wide variety of liquids.

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