In today's world, accurate temperature profiling in glaciers, lakes, and oceans is essential for understanding climate change, ecosystem health, and water dynamics. Temperature variations across different depths and locations provide critical insight into melting processes, thermal stratification, and long term environmental trends. Our IoT sensors for temperature profiling deliver reliable real time and long term temperature data in extreme and remote environments.
Our IoT sensors focus on precise and continuous temperature measurement across multiple depths and locations.
Temperature
Temperature profiling captures thermal changes in ice and water over time. In glaciers, it provides insight into melting behavior and structural stability. In lakes and oceans, it supports analysis of stratification, circulation patterns, and ecosystem dynamics.
By continuously measuring temperature across glaciers, lakes, and oceans, temperature profiling systems deliver critical insight into environmental processes. This enables better understanding of climate dynamics and supports long term protection of natural systems.
Temperature Range: From -40 to +85 °C Resolution: 0.01°C Accuracy: ±0.1 °C from -5 to +50 °C, ±0.5 °C from -40 to +85 °C Temperature sensor levels: max 16 elements, freely configurable along the cable. Cable length up to 250 m Sensor element: ultra stable silicium sensor Sensor housing: stainless steel, DIN 1.4571 Cable Length: 19 meter LoRaWAN® class A 2 C alkaline batteries
Climate Change Monitoring
Long term temperature data supports research into global warming, glacier retreat, and ocean warming trends.
Ecosystem Protection
Accurate temperature profiles help assess habitat conditions for aquatic and polar ecosystems.
Improved Scientific Insight
High resolution temperature data supports research, modeling, and environmental forecasting.
Reliable Monitoring in Extreme Environments
Sensors are designed to operate in cold, deep, and remote conditions with minimal maintenance.
Data Driven Environmental Management
Continuous measurements support informed decisions for conservation and resource management.
Support for Research and Policy
Reliable temperature data provides a strong foundation for scientific studies and climate policy development.
Understanding our planet starts with accurate temperature measurement. Monitor thermal changes in ice and water with confidence.
