What are the operating steps of soil salinity analyzer? Which soil salinity analyzer is worth choosing

Soil salinity is one of the key factors affecting soil quality and crop growth. Excessive salt content can lead to soil compaction and decreased air permeability, affecting the water and fertilizer absorption capacity of crop roots, thereby reducing crop yield and quality; And low salt content may also not meet the growth needs of certain crops. Therefore, accurate determination of soil salinity content is of great significance for rational agricultural production, soil improvement, and ecological environment protection. As a specialized instrument for detecting soil salinity, the standardization of operation and reliability of the soil salinity analyzer directly affect the accuracy of the measurement results. Below, we will provide a detailed introduction to the operation steps of the soil salinity analyzer, with a particular focus on recommending the trustworthy brand, Lanende.

Operation steps of soil salinity analyzer and in-depth analysis of Lanende brand

1、General operating steps for soil salinity analyzer

Device connection and startup

Connect the host and sensor using a hub, ensuring that the interface is aligned and securely plugged in.

Remove the sensor protective cover and insert it vertically into the soil to ensure that the salt sensor is in full contact with the soil. If the soil is dry, it can be mixed with river water or distilled water to moisten it before measurement.

Turn on the instrument power and press the up and down keys to view various data. If set to manual collection mode, the collection needs to be triggered first before viewing the results.

Data collection and storage

Real time detection values will be displayed on the screen. Press the left and right keys to select "Store" or "Return".

When storing, the name can be edited (such as a combination of letters and numbers) for easy differentiation of data; It can also be stored directly and quickly.

Historical data can be queried through the "View Collection History" function on the main interface, which supports flipping pages by pressing the up and down keys or switching records by pressing the left and right keys.

Post use maintenance

Grasp the upper end of the sensor, pull it out, wipe it clean, and then put it back in the protective cover to avoid corrosion or damage.

2、Core advantages of the Lanende brand soil salinity analyzer

Technical parameters and performance

Measurement range: Soil conductivity 0-20mS/cm, salinity 0-50g/Kg, accuracy of ± 1% - ± 5%, resolution of 0.001g/Kg, meeting high-precision requirements.

Multi parameter synchronous detection: supports synchronous measurement of soil moisture, temperature, salinity, and pH values, and integrates electrode design to improve efficiency.

Environmental adaptability: Operating temperature range of -40 ℃ to 85 ℃, IP68 protection level, can be used for long-term immersion, and is suitable for extreme environments.

Intelligent functions

Data management: Built in 5 million data storage capacity, supports Excel table export, curve generation, and color change warning for over limit data.

Cloud platform linkage: equipped with 4G networking function, data can be wirelessly uploaded to the smart cloud agriculture platform for remote monitoring and analysis.

Automatic calibration and compensation: supports automatic temperature compensation, and the reading lock function ensures that the measurement result is the final value without conversion.

Portability and Scalability

Lightweight design: The host size is 204 × 100 × 36mm, with a weight of only 0.3kg, making it easy to carry outdoors.

Multi channel detection: Multiple sensors can be connected to achieve synchronous monitoring at multiple depths and locations, improving data comprehensiveness.

The Lanende soil salinity analyzer, with its core advantages of high precision, multi parameter integration, and intelligent functions, combined with a comprehensive after-sales service system, has become the preferred brand in the fields of agriculture, scientific research, and environmental protection. Users can choose between basic or high-end models based on their budget and needs to achieve efficient and reliable soil salinity detection.