The Soil NPK sensor device is an advanced industrial-grade soil nutrient testing meter engineered to measure primary agricultural macronutrients—Nitrogen (N), Phosphorus (P), and Potassium (K)—with high precision and efficiency. Designed explicitly for modern farming, agronomists, agricultural researchers, and greenhouse consultants, this IoT soil sensor automates fertilizer management, improves crop planning, and enhances soil fertility analysis.
Delivers instantaneous, highly accurate readings of soil Nitrogen, Phosphorus, and Potassium to optimize fertilizer dosing and maximize harvest output.
Simultaneously logs N, P, and K metrics to provide a comprehensive evaluation of soil health and macro-nutrient distribution.
Built with corrosion-resistant electrodes and an IP68-rated housing to withstand rigorous subterranean and open-field environmental conditions.
Equipped with an RS485 communication interface and Modbus RTU protocol for effortless connection to IoT gateways, data loggers, and PLC automation architectures.
The portable SunBio Handheld Soil NPK Sensor brings lab-grade soil testing directly to the field. Ideal for rapid crop consultants and agricultural extension agents, it delivers instant readings of nitrogen, phosphorus, and potassium backed by robust cloud connectivity and automated mobile alerts.
24/7 continuous soil monitoring with instant SMS and push alerts
Interactive mobile and web dashboards for remote agronomy insights
Advanced historical data analytics, trend reporting, and CSV data export
Seamless cloud platform integration with Microsoft Azure and AWS IoT
Rechargeable battery backup ensuring uninterrupted field operation
DC 5-24V
Approx. 15mA @12V DC
RS485 with Modbus RTU
Supports RS485 bus topology for multi-node PLC/Arduino/ESP32 deployment
0°C to 55°C
IP68 Waterproof Rating
Precision agriculture for optimizing fertilizer application schedules and maximizing crop yields
Real-time soil nutrient tracking in commercial greenhouses, horticulture, and floriculture setups
Agronomic research and field trials focused on long-term soil fertility management
Sustainable farming implementations designed to prevent fertilizer runoff and ecological degradation
Data-driven crop planning and rotational farming utilizing live IoT sensor telemetry
Comprehensive soil health assessments across orchards, tea plantations, and landscape gardens
Our cloud-connected web and mobile software platforms display live soil conductivity, temperature, and NPK metrics. Designed for usability, they empower modern farmers, agronomists, and researchers to make informed fertilizer decisions from any device, anywhere.
Access advanced data visualizations, automated trend analysis, and exportable agronomy reports.
Stay updated on the field with instant push alerts, live sensor readings, and historical tracking.