The external environment of medium plays a significant role in probes. Yet the liquid level pressure sensor only outputs the actual pressure value. So it's particularly important that those interference factors (like the non-linear data from the sensor and medium temperature) will also influence the dealing process. The microprocessor responsible for this can deal with the data from these deviations, thus ensuring a clear and unambiguous output of the required measurement data.
Usually, this process is finished by so-called mathematical model, which can come out a precise approximate value based on mathematics. As a fluid level sensor used for liquid level measurement, every liquid level probe in our series can realize the highest accuracy by accurate sensors and optimal programs of microprocessor, which means necessary data can be specified at any moment and forwards to variety of systems and output devices at absolute accuracy. Meanwhile our liquid level probe can be used in different system environment without any problem because of the different connection ways.
Thanks to its design and usability, liquid level probe provides customers with many advantages. There is no need to change the position after the liquid level probe is installed at the measurement location. The liquid level measuring data can be received through different bus system. Furthermore, liquid level probe is very popular because it is designed as a liquid level sensor and is durable. Once inserted into required mediums, high quality liquid level probe can cover wide temperature range, so it can be used throughout the year and used in a variety of media.
This fluid level sensor also has other advantages due to its use of modern microprocessors to dertermine pressure. On the one hand, modern mathematical model can realize high precision which also improves the efficiency of liquid level measurement. On the other hand, data from liquid level probe and fluid level sensor can be acquired in digital form, and be transmitted and processed accordingly. By integrating data into various communication modules, for example, data can be transmitted from a horizontal sensor over a long distance to realize nationwide monitoring. Based on the high accuracy of fluid level sensor, we can also monitor very small fluctuation and deviations, which greatly shortens the response time in many areas, thereby ensuring the safety of factories and production process.