Wellntel ST
Groundwater monitoring doesn’t need to be complicated or expensive. Wellntel provides essential missing data in real time, collected and integrated cost-effectively, for understanding and management of critical resources.
At the heart of our real-time groundwater monitoring platform is the Wellntel ST, a highly accurate, non-invasive, telemetry-enabled water and groundwater-level monitoring system.
Simple Installation, Powerful Intelligence
Wellntel transforms nearly any submersiblepump well into a real-time monitoring point, by installing the Wellntel sensorinto a standard 1/2” NPT port - either by using the existing port on a wellseal or tapping a new one. Utilizing adigitally controlled acoustic signal, the system captures precise water-leveldata without touching water. This makes installation on existing wells bothsimple and cost-effective, while minimizing operating risk. As a fullyintegrated solution, it arrives with the sensor, telemetry, and cloud platformready to go for true, out-of-the-box connectivity.
Precision Built for the Field
Engineered to thrive in harsh environments,the rugged hardware is rated for temperatures ranging from –40°C to +65°C. Itoffers a versatile depth-to-water range of 5 to 750 feet and is designed foruse in casing of diameters from 2 to 18 inches, ensuring compatibility with awide variety of wells. Once calibrated, the system delivers continuousperformance with no instrument drift, meaning you won’t need to worry aboutrecalibration unless the well undergoes major physical changes.
Reliable Data
Accuracy is at the heart of the system, delivering 0.1 ft precision within its depth-to-water range. The technology has been USGS-tested and meets California BMP standards.Unlike traditional sensors that can drift due to sediment or pressure changes, Wellntel’s acoustic technology maintains 0.1' accuracy without the need for constant field cleaning or cable adjustments.The Wellntel sensor captures water levels on a fixed schedule or in direct response to pumping activity. Users can customize measurement intervals—ranging from every 2 minutes to once every 24 hours—to ensure the data density meets their specific monitoring requirements.