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    Soil EC Sensor, 0–5000/ 10000/ 20000μS/cm

    SKU: SUCH-SS-ECT
    $135.77
    ● Conductivity range: 0–5000/10000/20000μS/cm ● Moisture accuracy: ±3% ● Communication method: RS485 ● EC accuracy: 0–10000μs/cm: ±3%; 10000–20000μs/cm: ±5%
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    🚚 Free shipping
    🕒 Delivery date: 6-12 days
    🔁 30-day Returns
    Overview

    The high-precision soil conductivity sensor supports three measurement ranges: 0–5000 μS/cm, 10000 μS/cm, or 20000 μS/cm, making it suitable for environments with different concentrations. The sensor is equipped with a built-in temperature compensation module, enabling soil moisture monitoring from 0–100% RH with a moisture accuracy of ±3% and a conductivity accuracy of up to ±3%. Data transmission is achieved via RS485 communication at a baud rate of 9600 bps, making it suitable for hydroponic or agricultural drip irrigation systems.

    Feature

    Soil ec sensor feature

    • One device for multiple measurements, stable RS485 signal output, measurement range 0–5000 μS/cm, 10000 μS/cm, 20000 μS/cm, good linearity.
    • Soil sensors are easy to install, simple to use, and have a long transmission distance.
    • Corrosion-resistant, waterproof, low power consumption, and capable of continuous, uninterrupted detection for extended periods.

    Dimension (unit: mm)

    Soil ec sensor dimension

    Soil EC Sensor Usage Methods

    Soil ec sensor usage methods

    Wiring Instruction

    Soil ec sensor RS485 output wiring

    Specs
    Supply Voltage DC 5–24V
    Power Consumption 15mA @ 12V DC
    Communication Method RS485
    Baud Rate 9600 bps
    Temperature Range -40°C~80°C
    Temperature Accuracy ±0.5°C
    Moisture Range 0%–100% RH
    Moisture Accuracy ±3%
    Conductivity Range 0–5000μS/cm, 10000μS/cm, 20000μS/cm (optional)
    Accuracy 0–10000μs/cm: ±3%; 10000–20000μs/cm: ±5%
    Resolution 0–10000μs/cm: 10μs/cm; 10000–20000μs/cm: 50μs/cm
    Conductivity Temperature Compensation Sensor Built-in temperature compensation sensor, compensation range 0°C–50°C
    Measurement Principle and Measurement Method Soil in-situ insertion or immersion in nutrient solution, direct testing in water-soluble fertilizer nutrient solution
    Working Environment -40°C~80°C
    Protection Rating IP68, suitable for long-term immersion in water
    Sealing Material Black flame-retardant epoxy resin
    Probe Material Corrosion-resistant special electrodes
    Installation Method Fully buried or probe fully inserted into the measured medium
    Standard Cable Length 2 meters, cable length can be customized as required
    Connection Method Pre-installed cold-pressed terminals
    Net Weight 500g
    Application
    Soil ec sensor for floriculture

    Floriculture

    Soil ec sensor for greenhouse

    Greenhouse

    Soil ec sensor for pasture

    Grassland Pastures

    FAQ
    ❯

    This soil sensor offers three selectable ranges: 0–5000 μS/cm, 0–10000 μS/cm, and 0–20000 μS/cm, catering to various conductivity monitoring needs in agriculture, hydroponics, and water-fertilizer integration systems, with measurement accuracy as high as ±3% or ±5%.

    ❯

    Yes, the soil conductivity sensor is equipped with an internal temperature compensation sensor with a compensation range of 0–50°C. It automatically corrects conductivity deviations caused by temperature changes, enhancing data accuracy and stability.

    ❯

    The soil sensor has an IP68 protection rating, featuring corrosion-resistant electrodes and a black flame-retardant epoxy resin encapsulation, making it suitable for long-term burial in soil or continuous use submerged in nutrient solutions. The operating temperature range is -40°C to 80°C.

    5.0 1
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    Jonathan Hughes | 7/9/2026 8:37 AM
    soil ec sensor solid in agricultural testing
    got a soil ec sensor for monitoring conductivity levels in several growing areas. setup was simple enough, though probe placement makes a difference in the readings. the soil ec sensor provides useful data once properly installed and calibrated. it’s been running for a while without major issues, and the output stays steady enough for daily soil analysis work.