It can be said that soil temperature and moisture play a decisive role in the growth of crops. An appropriate soil temperature can promote the germination of crop seeds, improve the absorption efficiency of the root system for nutrients and water, and provide a favorable environment for crop growth. Sufficient and appropriate soil moisture maintains physiological activities of crops such as transpiration and photosynthesis. Excessive moisture is likely to cause root rot, while insufficient moisture will lead to crop drought and reduced yield.
Traditional methods for detecting soil temperature and moisture, such as the oven-drying and weighing method and the mercury thermometer measurement method, have problems such as cumbersome operation, long time consumption, and poor timeliness. With the development of technology, the Soil Temperature and Moisture Meter has brought a lot of convenience to detection work.
The FT-WSYP1 Soil Temperature and Moisture Meter has three practical functions.
First, when sensors with different parameters are inserted, the main unit can automatically identify them to ensure the consistency among various sensors and guarantee the measurement accuracy. According to their own needs, users can flexibly select different sensor combinations. The sensor interfaces with different parameters can be used interchangeably to meet diversified measurement requirements.
Second, it supports the simultaneous access and synchronous detection of multiple sensors, enabling efficient measurement of the soil at multiple locations or different depths, which improves work efficiency and is especially suitable for complex scenarios requiring multi-point measurement.
Third, users can export the recorded data to a computer through the USB interface, and it supports output in EXCEL format. At the same time, a data curve is generated, which is convenient for users to conduct subsequent analysis and processing using professional software. The device also has an over-limit warning function. Users can set the over-limit area to be colored. When the measured data exceeds the preset range, a color-changing warning will be triggered, providing an important reference for environmental evaluation and helping users quickly detect abnormal data.
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