Soil Conductivity Meter - SunBio IT Solutions

1. Soil Conductivity Meter Precision Measurement for Smarter Soil Management Introduction Soil health is the foundation of productive agriculture and sustainable land management. One of the key indicators of soil quality is its electrical conductivity (EC), which reflects the concentration of soluble salts and moisture content. The Soil Conductivity Meter by SunBio IT is a reliable, accurate, and user-friendly instrument designed to measure soil conductivity in real time, empowering farmers, agronomists, and researchers to make informed decisions for optimizing crop yield and soil conservation. What is Soil Conductivity? Soil conductivity measures the ability of soil to conduct an electrical current. This property depends on the amount of dissolved salts, moisture, and soil texture. High conductivity often indicates high salinity or moisture, which can affect plant growth positively or negatively. Monitoring soil conductivity helps identify soil salinization, nutrient availability, and irrigation needs, making it an essential parameter for precision agriculture. Key Features of SunBio IT Soil Conductivity Meter Wide Measuring Range: Accurately measures conductivity from 0.0 to 19.99 mS/cm, suitable for diverse soil types and conditions. High Resolution and Accuracy: Resolution of 0.01 mS/cm with ±2% accuracy ensures precise readings for critical decision-making. Temperature Compensation: Automatic temperature correction (0-50°C) provides reliable data unaffected by environmental temperature fluctuations. Robust and Portable Design: Built for field use with durable probes and easy handling, allowing measurements directly in soil or soil-water mixtures. Manual Calibration: Simple one-point calibration ensures consistent performance over time. User-Friendly Interface: Clear display and straightforward operation make it accessible for both experts and beginners. • • • • • •

2. How It Works The Soil Conductivity Meter uses electrodes to introduce a small electrical current into the soil sample. The meter then measures how easily the current passes through the soil, which correlates with the soil’s salt and moisture content. For laboratory analysis, soil samples are prepared by mixing soil with distilled water, shaking, and allowing solids to settle before measuring the conductivity of the liquid phase. Field measurements can be taken directly using specialized probes. Benefits of Using the Soil Conductivity Meter Optimizes Fertilizer Application: By understanding soil salinity and nutrient availability, farmers can apply fertilizers more efficiently, reducing waste and cost. Improves Irrigation Management: Real-time soil moisture insights help prevent over- or under-watering, conserving water and enhancing crop health. Detects Soil Salinization Early: Early detection of salt buildup allows timely remediation, protecting long-term soil productivity. Supports Sustainable Farming: Data-driven soil management promotes environmental stewardship and sustainable agricultural practices. Enhances Crop Yield and Quality: Balanced soil conditions lead to healthier plants and improved harvest outcomes. Saves Time and Resources: Quick and accurate measurements reduce the need for extensive lab testing and manual monitoring. • • • • • • Applications •Precision agriculture and farm management •Soil and environmental research •Fertilizer plants and agricultural labs •Irrigation and water quality monitoring •Land reclamation and soil remediation projects

3. Technical Specifications Feature Specification Measuring Range 0.0 to 19.99 mS/cm Resolution 0.01 mS/cm Accuracy ±2% of measuring range Temperature Compensation Automatic, 0 to 50°C Calibration Manual, one-point Power Source Battery-operated / portable Dimensions Compact and lightweight design Operating Environment Field and laboratory use How to Use the Soil Conductivity Meter 1.Sample Preparation (Lab Use): •Collect representative soil samples, remove debris, and mix thoroughly. •Add distilled water to soil in a 1:5 ratio, shake for 10 minutes, and let solids settle. •Measure conductivity of the clear liquid phase. 2.Field Measurement: •Insert the probe directly into the soil at the desired depth. •Wait for the reading to stabilize and record the conductivity value. •Use the data to adjust irrigation, fertilization, or soil treatment plans. Why Choose SunBio IT Soil Conductivity Meter? SunBio IT combines cutting-edge technology with practical design to deliver a soil conductivity meter that meets the demands of modern agriculture. With our device,

4. you gain a trusted partner in soil health monitoring, enabling you to enhance productivity, reduce costs, and promote sustainable farming practices globally. Contact Us For more information, demonstrations, or purchasing inquiries, please visit: www.sunbioit.com Email: info@sunbioit.com Phone: +91-XXXXXXXXXX Empower your soil management with precision and confidence — choose SunBio IT Soil Conductivity Meter.