TRIME-PICO 64/32 portable soil moisture meter

NegotiableUpdate on 06/16

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Nature of the Manufacturer: Producers

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Overview

The TRIME-PICO 64/32 portable soil moisture meter can conveniently and quickly measure the surface soil moisture content, and when used in conjunction with an extension rod, it can also measure the deep soil moisture content. This product is upgraded from TRIME-EZ/IT and uses wired or wireless communication for data transmission.

Product Details

Details

brand	Wi/Object Instrument	Price range	50000 to 100000
Instrument type	Moisture/Water Potential Tester	Origin category	Import
application area	agriculture

TRIME-PICO 64/32 portable soil moisture meterThe series of probes can now accurately measure soil conductivity values, denoted as ECtrim, and can convert between different types of soil conductivity (ECtrim) and soil salt content (g/L) based on specific calibration curves, thereby achieving simultaneous measurement of soil profile salt content. The conversion between soil conductivity and soil salt content requires the customer to establish their own soil Moisture ECtrime standard curve. For example, the data conversion chart for sandy soil and loam soil in the following figure.
Based on the FAO2006 standard, the TRIME-PICO probe can be used for conducting surveys on high salt soil conditions; It is also possible to indirectly reflect the soil salinity by measuring the soil conductivity, thereby providing guidance for fertilization management.

TRIME-PICO 64/32 portable soil moisture meterOptional accessories:
Pre drilling locator: TRIME-PICO 64/32 probe positioning, pre drilling tool
Probe: TRIME-PICO 64/32 probe for backup use
Calibration kit: used for basic calibration of instruments, such as replacing probes, changing cable lengths, etc

TRIME-PICO Soil Moisture Rapid TesterBased on TDR time-domain reflection technology. Used to directly measure the dielectric constant of soil or other media, which is closely related to the soil moisture content. The soil moisture content can be calculated and displayed by the reading system through analog voltage output. During measurement, metal wave conductors are used to transmit TDR signals, generating a high-frequency electromagnetic wave of 1 GHz during operation. The electromagnetic wave propagates along the wave conductor and generates an electromagnetic field around the probe. The signal is transmitted to the end of the waveguide and then reflected back to the emission source. The transmission time is between 10ps and 2ns. The manufacturer invented this measurement technology, allowing the instrument to detect time signals as small as 3ps. Established a method for time sampling. This makes the measurement of soil moisture more accurate and convenient.