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Overview:
The Soil Moisture Sensor Module is an all-in-one solution for maintaining optimal soil moisture levels for plants, making it an excellent choice for indoor gardening, small greenhouses, or agricultural experiments. It includes soil moisture sensors with a hygrometer module to monitor soil dryness and an automatic watering mechanism that activates based on sensor feedback. This kit is designed to simplify plant care by ensuring plants are watered only when needed, helping to conserve water and promote healthy growth.
With easy setup and compatibility with microcontroller platforms like Arduino, it is ideal for DIY smart gardening projects or automation enthusiasts.

            Soil Moisture Sensor Module

            SKU: SENS45-SOIL
            $999.00Price

            • Key Features

              • Automatic watering functionality based on sensor readings.

               

               

              • Hygrometer module to measure soil moisture levels accurately.

               

               

              • Simple and quick setup for beginners and experts alike.

               

               

              • Durable ABS plastic construction for long-term use.

               

               

              • Compatible with Arduino and other microcontroller platforms for customization.

               

               

              • Water-saving mechanism ensures efficient irrigation.

               

               

               

               

              Specifications

              • Sensor Type: Soil moisture sensors with a hygrometer module.

               

               

              • Material: ABS plastic for durability and resistance to moisture.

               

               

              • Power Supply: 3.3V–5V (compatible with Arduino and other microcontrollers).

               

               

              • Control Mechanism: Activates water pump or valve based on soil dryness.

               

               

              • Application Range: Indoor gardening, small greenhouses, and agricultural setups.

               

               

              • Size: Compact and lightweight components for easy integration.

               

               

               

               

              Applications

              • Automatic Irrigation Systems:

                • Ideal for automating watering schedules for houseplants or garden plants.
                • Suitable for potted plants, vegetable gardens, or herb boxes.

               

               

               

              • Smart Gardening Projects:

                • Enables the creation of IoT-based plant care systems with microcontrollers.

               

               

               

              • Water Conservation:

                • Reduces water waste by ensuring plants are watered only when necessary.

               

               

               

              • Educational Use:

                • Excellent for teaching students about soil moisture monitoring and automation.

               

               

               

              • Small Greenhouse Automation:

                • Maintains optimal soil conditions for delicate plants in controlled environments.

               

               

               

              • Agricultural Research:

                • Useful for studying soil moisture levels and optimizing irrigation strategies.

               

               

               

               

              Libraries

              • Arduino Soil Moisture Libraries:

                • Libraries like MoistureSensor.h can be used to read sensor data and trigger watering mechanisms.
                • Example Functions:
                  • analogRead(sensorPin): Reads moisture level from the sensor.
                  • digitalWrite(pumpPin, HIGH/LOW): Activates or deactivates the watering pump.

               

               

               

              • Custom Code:

                • Easily integrate sensor readings with your microcontroller’s GPIO pins for custom automation logic.
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