Understanding what happens beneath the surface is the key to making better irrigation decisions. With the launch of the new GERBIL HTC, we expand our soil monitoring technology by adding Apparent Electrical Conductivity (ECa) measurement to the existing soil moisture and temperature sensors.
This new parameter provides growers and irrigation professionals with a deeper understanding of soil conditions, helping optimize irrigation and fertigation while detecting potential salt accumulation before it affects crop performance.
Three Measurements. One Smarter Decision.
GERBIL HTC combines three essential soil parameters in a single probe:
Soil Moisture – Know the water available in the soil and irrigate only when needed.
Soil Temperature – Monitor soil conditions in real time.
Apparent Electrical Conductivity (ECa) – Improve fertigation management and identify soil variability and salinity.
By combining this information, GERBIL HTC helps users make more accurate irrigation decisions, improve water-use efficiency and maximize crop performance.
Built for Precision Agriculture
Designed for modern agriculture, GERBIL HTC incorporates:
SDI-12 communication.
Robust industrial-grade electronics.
An optimized probe design that maximizes the volume of soil monitored.
Simple installation and reliable long-term performance.
The new model is easily identified by its distinctive blue label, while maintaining the same robust design and ease of use as the rest of the GERBIL range.
More Data. Better Decisions.
GERBIL HTC has been developed with one clear objective: providing irrigation professionals with more valuable information to improve decision-making.
More precise data means smarter irrigation, more efficient water use, healthier soils, stronger crops and, ultimately, greater profitability.
We are also proud that the launch of GERBIL HTC has been featured by Interempresas, helping us bring this innovation to an even wider agricultural audience as we continue advancing smarter and more sustainable irrigation solutions.
