Soil Multi-Parameter Sensor in Pakistan

The Soil Multi-Parameter Sensor 7-in-1 is an all-in-one smart agriculture sensor that measures pH, EC (Electrical Conductivity), moisture, temperature, and NPK nutrients. Ideal for precision farming, hydroponics, IoT agriculture projects, and Arduino-based smart gardening.

Soil Multi-Parameter Sensor

The Soil Multi-Parameter Sensor (7-in-1) is designed for precision agriculture, smart farming, hydroponics, and greenhouse automation. This versatile sensor monitors multiple soil parameters simultaneously, including pH, EC (salinity), soil moisture, temperature, and NPK levels, enabling farmers, researchers, and hobbyists to optimize soil health and plant growth.

With real-time readings, this module helps maintain the perfect environment for crops, prevent over-fertilization, and improve yield. Its compatibility with Arduino, ESP32, NodeMcu, and Raspberry Pi allows integration into IoT and smart farming dashboards for automatic irrigation, fertilization, and environmental monitoring.


✨ Key Features

  • Measures 7 soil parameters: pH, EC, moisture, temperature, N, P, K

  • Accurate and reliable readings for precision agriculture

  • Suitable for hydroponics, greenhouse, and open-field crops

  • Analog and digital interface for microcontrollers

  • Supports Arduino, NodeMcu, ESP32, Raspberry Pi

  • Easy-to-install probe design

  • Ideal for IoT-based smart agriculture systems


🔧 Technical Specifications

Parameter Details
Model 7-in-1 Soil Multi-Parameter Sensor
Measured Parameters pH, EC, Soil Moisture, Temperature, N, P, K
Output Analog + Digital
Voltage 3.3V – 5V DC
Compatibility Arduino, NodeMcu, ESP32, Raspberry Pi (ADC required)
Temperature Range -10°C to 60°C
pH Range 0–14
EC Range 0–20 mS/cm (typical)
Soil Moisture 0–100%
NPK Detection Low, Medium, High (digital threshold adjustable)
Probe Material Corrosion-resistant stainless steel & PCB

🛠 Applications & Use Cases

Smart Farming & Precision Agriculture

  • Monitor soil health for crops

  • Optimize irrigation and fertilization

  • Prevent nutrient deficiency or over-fertilization

Hydroponics & Greenhouse Systems

  • Maintain optimal pH and nutrient levels

  • Automatic irrigation & fertigation control

  • Environmental monitoring dashboards

DIY & Educational Projects

  • Arduino smart agriculture projects

  • IoT-connected soil monitoring stations

  • Research on plant growth and soil science


⚙ Usage & Wiring Guide

  1. Insert the probe into the soil ensuring proper contact.

  2. Connect VCC to 3.3–5V and GND to ground.

  3. Connect the analog/digital outputs to your microcontroller’s ADC pins.

  4. Read and log pH, EC, moisture, temperature, and NPK levels.

  5. Adjust thresholds for digital outputs to trigger irrigation or alerts.

Recommended integrations:


⚠ Precautions

  • Avoid immersing the sensor probe in water for long periods.

  • Keep the probe clean for accurate readings.

  • Do not use corrosive chemicals directly on the sensor.

  • Calibrate pH and EC readings before use for precision.

  • Avoid exposing electronics module to extreme weather or moisture.


🎥 YouTube Tutorial

Watch Video:https://www.youtube.com/shorts/4fEjr3nW-w4


4. Product Summary

The Soil Multi-Parameter Sensor 7-in-1 is an advanced sensor for smart agriculture, hydroponics, and precision farming. It measures pH, EC, moisture, temperature, and NPK nutrient levels in real time, offering compatibility with Arduino, ESP32, NodeMcu, and Raspberry Pi. Ideal for IoT-based monitoring, automation, and research.

Reviews

There are no reviews yet.

Be the first to review “Soil Multi-Parameter Sensor in Pakistan”

Your email address will not be published. Required fields are marked *

17
    17
    Your Cart
    Laser Diode 3V 5mW
    Laser Diode 3V 5mW 650mm
    1 X  70 =  70
    ATtiny 85 IC
    ATtiny 85 IC
    1 X  550 =  550
    ULN2003 IC DIP Stepper Motor Drive
    ULN2003 IC DIP Stepper Motor Drive
    1 X  25 =  25
    Voltage Regulator 78m05 5v DC SMD
    Voltage Regulator 78m05 5v DC SMD
    1 X  20 =  20
    PIC16F887 Microcontroller
    PIC16F887 Microcontroller
    1 X  750 =  750
    DHT22 Humidity and Temperature Sensor:
    DHT22 Humidity and Temperature Sensor
    1 X  650 =  650
    Microcontroller PIC18F452 18F452 452
    Microcontroller PIC18F452 18F452 452
    1 X  2,250 =  2,250
    Temperature Sensor
    LM35DZ Temperature Sensors
    1 X  180 =  180
    Ultrasonic Sensor
    JSN-SR04t Ultrasonic Sensor
    1 X  1,200 =  1,200
    MAX31865 RTD Temperature Sensor
    MAX31865 RTD Sensor
    1 X  1,500 =  1,500
    DS18B20 Temperature Sensor
    DS18B20 Waterproof Temperature Sensor
    1 X  250 =  250