Water quality monitoring sensor -IRCA- "Aqutest"
What you should know about this product
- Guaranteed pure water
- Real-time remote reporting
- Continuous 24/7 monitoring with no on-site staff
- Automatic alerts for out-of-range variables
- Cloud data analysis and storage
- Solar power compatible for off-grid areas
- Remote valve operation (optional)
- Covers IRCA (Water Consumption Risk Index) variables
- Lower operating cost compared to manual monitoring
- ISO 9001:2015 certified
Product description
Aqutest Physicochemical is a continuous monitoring system that analyzes the most critical drinking water variables after treatment, ensuring the supplied water meets the quality standards required by current regulations.
The system measures variables such as residual chlorine, pH, temperature, and turbidity in real time, and transmits the information to a cloud Control Center accessible from anywhere in the world via the Internet. There, the data is stored in a complete history for analysis, tracking, and decision-making.
Its greatest strength is guaranteeing drinking water quality with minimal on-site human intervention, reducing operating costs compared to traditional manual monitoring and allowing remote access for experts or authorized users at any time.
Technical specifications
- Residual Chlorine — Range: 0 to 5 mg/L — Resolution: 0.01 mg/L
- pH — Range: 0 to 14 — Resolution: 0.01
- Temperature — Range: 0 to 60°C — Resolution: 0.01°C
- Turbidity — Range: 0 to 10 NTU — Resolution: 0.001 NTU
- Tank Level (Optional) — Range: 5 to 70 m — Resolution: 0.1% of scale
- Power Consumption — 8W at 12V without pump
- Communication — WiFi, Cellular 4G, 3G, 2G (others on request)
- Solar Panel (Optional) — 400W at 24V
- Battery (Optional) — 12V 20Ah AGM
- Solar Controller (Optional) — 10A max
Recommended uses
- Municipal and rural aqueducts that must comply with IRCA regulations
- Water treatment plants requiring automated post-treatment control
- Public utility companies (ESP) with multiple distribution points
- Health departments for water quality surveillance and control
- Rural or remote areas where frequent human access is difficult or costly
- Industries that use drinking water in their production processes