In today's world, monitoring running and open water bodies is essential for flood prevention, environmental protection, and water resource management. Water levels and quality can change rapidly due to weather, seasonal effects, or human activity. Our IoT sensors provide real time insight into water level and water quality, enabling early warnings and informed decision making.
Our IoT sensors continuously monitor critical parameters for reliable water level and quality assessment.
Ultrasonic Distance Level
Ultrasonic level sensors provide non contact measurement of water level in rivers, canals, reservoirs, and open water bodies. This enables accurate tracking of rising or falling water levels and supports early flood detection.
Pressure and Liquid Level
Pressure based level measurements provide precise insight into water depth and level changes. This data is essential for continuous monitoring, even in challenging environmental conditions.
Temperature
Water temperature affects biological activity, water quality, and ecosystem health. Continuous temperature monitoring supports environmental analysis and early detection of abnormal conditions.
Electrical Conductivity
Electrical conductivity indicates the concentration of dissolved salts and minerals in water. Monitoring conductivity supports early detection of pollution, salinity changes, or inflow of contaminated water.
By combining level and water quality measurements, operators gain a complete view of changing conditions in running and open water environments. This enables faster response, improved safety, and more sustainable water management.
Based on ultrasonic time of flight measurements Accuracy: 1% or better (factory calibrated) LoRaWAN® class A 2 C alkaline batteries Resolution: 1mm Distance: 0.5-10m Target Detection: First detecable target Application: General Purpose
Based on ultrasonic time of flight measurements Accuracy: 1% or better (factory calibrated) LoRaWAN® class A 2 C alkaline batteries Resolition: 1mm Distance: 0.3-5m Target Detection: Largest adetecable target Application: Tank level, sewer system
Based on ultrasonic time of flight measurements Accuracy: 1% or better (factory calibrated) LoRaWAN® class A 2 C alkaline batteries Resolition: 1mm Distance: 0.3-5m Target Detection: Largest adetecable target Application: General purpose, Detached sensor head incl. 10m cable
Pressure Piezoresistive transducer Range: From 0 to bar, relative (other ranges on request) Linearity / precision: max. ±0.02% of full scale Total error band: max. ±0.1% of full scale Temperature Range: From -40 ro +125 °C Accuracy: max. ±0.1 °C Electrical Conductivity Range: From 0 to 20 mS/cm (other ranges on request) Accuracy: max. ±2.5% of full-scale Length Cable: 10m LoRaWAN® class A 2 C alkaline batteries
Pressure sensor Piezoresistive transducer Range: From 0 to 1 bar, relative (other ranges on request) Linearity / precision: max. ±0.02% of full scale T otal error band: max. ±0.1% of full scale Temperature Range: From -40 to +125 °C Accuracy: max. ±0.1 °C Length cable: 10m LoRaWAN® class A 2 C alkaline batteries
Early Flood Warning
Real time water level data enables timely alerts and proactive flood management.
Improved Water Quality Monitoring
Continuous insight into conductivity and temperature helps identify pollution events and quality changes early.
Reliable Remote Monitoring
Sensors provide continuous data from remote or hard to access locations without the need for frequent site visits.
Environmental Protection
Accurate monitoring supports protection of ecosystems and compliance with environmental regulations.
Data Driven Water Management
Reliable measurements support informed decisions for water control, infrastructure planning, and long term resource management.
Operational Efficiency
Automated monitoring reduces manual inspections and lowers operational costs.
Effective water management starts with accurate measurement. Monitor water level and quality in real time and respond with confidence.
