In-line pH-EC Sensor
The in-line pH-EC sensors we offer as Esular are high-technology devices designed to provide a more precise cultivation experience in many areas, especially in soil-based and soilless cultivation environments, parks, gardens, landscape areas, and greenhouses. EC-pH sensors allow you to monitor the electrical conductivity (EC) and pH values of your irrigation water and fertilizer solution in real-time thanks to their remote communication features. Thus, you can perfectly control the balance of nutrients and water. In this article, we will talk about the features and usage of our device. To get more detailed information about the importance of EC and pH values in fertilization, you can take a look at this article.
Features of In-line pH-EC Sensor
- Uninterrupted Performance and Precise Measurement
The pH-EC sensor we developed as Esular offers a perfect solution in soilless agriculture applications, greenhouses, and landscape areas. The sensor provides reliable performance by ensuring continuous energy with a 12V power input.
- Superior Design and Durability
The EC probe and pH probe have the feature of working smoothly for many years under high pressure. In this way, you can perform reliable and precise measurements in long-term use in your line.
- Real-time Monitoring Opportunity
Thanks to our user-friendly application, you can monitor your pH and EC values in real-time wherever you are.
- Automatic Fertilization Task
With the automatic tasks you will define through our application, you can perform precise fertilization processes based on pH and EC information.
How to Use the EC-pH Sensor?
The installation and use of the sensors we offer as Esular are quite simple and user-friendly. The first step for the device connection to work properly is the appropriate placement of the central station where the sensors will communicate. This central station communicates with other sensors via GSM or Wi-Fi and allows for the easy addition of existing sensors. For the system to work correctly with EC (Electrical Conductivity) and pH sensors, the probes must first be calibrated. This process is necessary to ensure precise measurements. After calibration, the necessary probes are connected to the system, ensuring the sensor works in the most suitable position. After the system is connected to the 12V power input, it becomes fully operational. Following the installation, you can easily monitor the pH and EC values of the water or nutrient solution in the line via our mobile application. In this way, irrigation and nutrient management processes are optimized, and efficiency and sustainability in agricultural processes are increased.
In the image, you see how one of our customers monitors and controls EC-pH sensor data through the application. The EC and pH sensors offered by Esular provide real-time data tracking to optimize agriculture and irrigation processes. Thanks to these sensors, users can easily monitor and control the conductivity (EC) and acidity (pH) levels of the water in the irrigation line directly through our mobile application.
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