The Soil Conductivity Meter is a highly integrated multifunctional environmental monitoring device with an all-in-one structural design, capable of quickly and accurately measuring soil conductivity and salt content. It is suitable for both instant detection of soil parameters at multiple locations and different depths, as well as long-term continuous monitoring, widely used in agriculture, forestry, geological exploration, and other industries.
Featuring a compact and portable design, it is easy to carry to field sites for measurement. The user-friendly operation interface requires no complex training to use. After connecting the sensor to the main unit, it can manually store records or automatically store data at any set sampling interval, efficiently recording soil conductivity and salt content data. The instrument's large-color LCD screen real-time tracks and records measurement values, group numbers, and low-voltage status. The built-in large-capacity memory supports up to 10 million data records, with automatic data protection during power outages to ensure data security and integrity. This enables scientific formulation of fertilization plans, avoiding resource waste and soil pollution caused by blind fertilization, while timely monitoring soil salinization and adopting reasonable irrigation measures to ensure crop growth.
It supports simultaneous access and synchronous detection of multiple sensors, meeting the need to measure soil at multiple locations or depths. The system automatically identifies sensor characteristics—after inserting different parameter sensors, the main unit quickly recognizes them without affecting measurement accuracy. Users can also flexibly combine sensors according to actual needs to adapt to diverse measurement scenarios. When soil conductivity or salt content exceeds the preset range, the instrument's over-limit warning function uses color-coding in the over-limit area for visual alerting, helping staff quickly identify anomalies and providing critical data support for formulating land protection and restoration policies.
Measurement data can be exported to a computer via a USB interface at any time, output in Excel format, and generated into data curves for in-depth analysis by researchers. With the optional 4G networking function, data can be wirelessly uploaded to an intelligent cloud agriculture platform for remote data management and long-term trend analysis. Researchers can access the cloud platform via the network to view and manage data anytime, anywhere, greatly improving data utilization efficiency. This provides reliable data support for soil physics research, crop physiology studies, and other projects, facilitating scientific research such as salt-tolerant crop variety cultivation.
From agricultural production to environmental monitoring and scientific research, the soil conductivity meter, with its rich functions and practical design, provides scientific data for various fields.
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