Automatic Filter Cleaning And Monitoring

24 Ocak 2026 Mesut Soyalan 1 görüntülenme

🇹🇷 Türkçe 🇺🇸 English

Filter Cleaning and Smart Tracking System

Filter Cleaning and Smart Tracking System maximizes your irrigation efficiency thanks to filter tracking and automatic cleaning mechanisms. With continuous pressure tracking, automatic cleaning, and performance monitoring features, this system extends your filter life, optimizes water management, and increases agricultural productivity. Additionally, thanks to continuous tracking over the internet and automatic alarms, it allows you to detect and take precautions against filter clogging and contamination situations in advance.

Challenges of Manual Pressure Controlled Smart Filter Cleaning:

Tracking Filter Inlet and Outlet Pressures: By measuring the inlet and outlet pressures of the filters, it is manually difficult to provide the necessary tracking for maximum irrigation efficiency. This ensures that water passes through the filters at the correct pressure and provides the appropriate amount of water to the plants.
Continuous Tracking of the Pressure Difference Between Filter Inlet and Outlet: As the pressure difference increases, it means the filters are more contaminated and need to be cleaned; manual cleaning is difficult.
Reduction of Malfunction and Maintenance Risks: Continuous pressure monitoring is necessary to detect potential problems early, create system alarms, and inform the customer. Thus, interventions can be made before serious malfunctions occur.
Pressure Monitoring: As the filtration system operates, particles accumulate on the filter. This accumulation increases the pressure inside the filter. Pressure-controlled smart filter cleaning systems continuously monitor this pressure increase.

Conveniences of Remote Automatic Pressure Controlled Smart Filter Cleaning:

Tracking Filter Inlet and Outlet Pressures: With esular smart systems, pressure sensors were installed at filter inlets and outlets, making them continuously monitorable and controllable via the mobile application. In this way, our customer can perform continuous pressure tracking.
Continuous Tracking of the Pressure Difference Between Filter Inlet and Outlet: As the pressure difference increases, it means the filters are more contaminated and need to be cleaned. Thanks to esular smart systems, remote filter cleaning tasks have been activated by adding pressure-controlled remote filter cleaning tasks.
Malfunction Risks: By monitoring pressure continuously, detecting potential problems early and creating system alarms, intervention is made before serious malfunctions occur by sending informative notifications to the customer and instant notifications via telegram.
Pressure Monitoring: 7/24 pressure-controlled smart filter cleaning systems, tasks and the entire system can be continuously monitored via the esular mobile application and web.
Angled Ball Valve: Angled ball valves have been integrated with the esular system, making them remotely controllable. In this way, in line with the automatic tasks given through the system, the system performs filter cleaning by automatically opening and closing the valve according to the min. and max. pressure settings.
AI-Powered Solutions: esular uses artificial intelligence (AI) technologies to optimize water management. These AI solutions analyze water usage and energy consumption data and provide recommendations to make water management more efficient.
Web and Mobile Applications: esular’s web and mobile applications help users monitor and control their water management processes anytime and anywhere. These applications provide users with access to the information needed to make water usage and energy consumption more efficient.
Automatic Alarms in Case of Filter Clogging and Contamination: If a filter becomes clogged or excessively dirty, the system automatically sends an alarm. This is important so that users can resolve a potential problem immediately.