Water conductivity
Water conductivity
In our ever-evolving world, ensuring the purity of water has become paramount. One efficient method to gauge the potential contamination of water is by measuring its conductivity. Naturally pure water tends to have a lower conductivity level. In contrast, the presence of pollutants often elevates this level, indicating possible contamination.
How Does It Work?
Telemonitron’s Water Conductivity Monitor employs state-of-the-art remote sensing technology to precisely measure water conductivity. By keeping track of changes in conductivity levels over time, this device offers a reliable indication of water quality. A consistent rise in conductivity can act as an early warning sign, hinting at potential pollutants and contaminants in the water.
Why Choose Our Monitor?
With the data provided by our Water Conductivity Monitor, stakeholders can make informed decisions about the need for comprehensive chemical analysis. By identifying possible contamination early, preventive measures can be taken to ensure the safety and purity of water sources. Choose Telemonitron’s solution for peace of mind and proactive water quality management.
Operating
Displacement accuracy |
0.1mm in X and Y axes (wall) |
Displacement span |
20mm from origin |
Vertical displacement
10mm in Z axis
Temperature range (operating) |
-10°C to 50°C
Temperature range (storage) |
Commications
IoT technology
NB-IoT. Others upon request
Subscription
Annual subscription to Panamonitor required to retrieve dáta
API
Available
Other
Drawings

The Crack Monitor is placed at locations that are difficult to reach but vulnerable to crack gap growth, especially railway bridges, such as shown below
