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Ultrasonic level gauges have a wide range of applications and are used in many industries. Their introduction has solved some of the problems associated with traditional level gauges. Ultrasonic level gauges have excellent performance and can be used in many fields. At this point, some people may ask whether high-temperature ultrasonic level gauges can be used. Based on the working principle of ultrasonic level gauges, they rely on ultrasonic waves for reception or transmission. Its transmission speed is fixed, and after reception, it will send the waveform back. The operation of an ultrasonic level gauge is relatively simple, and its measurement accuracy is very high; errors generally do not occur. However, ultrasonic level gauges are generally not used in oil tanks, as there are limitations on their operating temperature, which must not exceed 60 degrees. This is because high temperatures generate water mist, which accumulates on the probe of the ultrasonic level gauge, thereby obscuring its line of sight and affecting the reception and transmission of sound waves, which in turn has a significant impact on the measurement results. Ultrasonic waves are generated by electronic components installed beneath the container; its probe emits pulses at the object to be measured. The presence of water mist on the probe can affect its measurement accuracy. Therefore, the temperature of an ultrasonic level gauge should not be too high; high temperatures not only affect the accuracy of measurements but can also impact the speed of measurement. Temperature has a significant influence on ultrasonic level gauges. For more information, please visit the company’s official website at http://www.yb1518.com/. Please keep this link when reproducing the content! http://www.yb1518.com/UploadFiles/2011118121525564.jpg