ICT International products

Psychrometer

ICT - Psychrometer (Stem & Leaf) for Plant Water Potential

Measuring plant water potential (or plant water stress), the ICT International Psychrometer is a unique, non-destructive, standalone, and in-situ logging device. Applying the research of Dixon and Tyree (1984), the PSY1 Psychrometer is a scientifically validated and widely accepted method for the continuous measurement of plant water potential.

Environment - Weather Stations

ICT - Apogee Cloudburst Weighing Precipitation Gauge

The Apogee Cloudburst weighing precipitation gauge is an SDI-12 all-weather weighing gauge with no moving parts. It collects and measures total precipitation from rain, snow, sleet, and hail and corrects for temperature, evaporation, and vibration. Available as a World Meteorology Organisation (WMO) standard version, the Cloudburst is an ideal solution for developing high quality weather monitoring networks.

ICT - Wind Sonic Sensor for Wind Speed and Direction

The WindSonic sensor is an ultrasonic anemometer with SDI-12 connection for the measurement of wind speed and direction. The WindSonic has no moving parts (allowing for long term maintenance free installations), low power consumption, making it ideal for integration into meteorological and hydrological monitoring systems. Designed for installation in temperatures between -35°C to +70°C and humidity up to 100%, the WindSonic can be installed in many situations. Compatible with any SDI-12 data logger or node, the WindSonic is a versatile sensor in a weather station or risk monitoring station.

ICT - Hailflow Sensor for Hail Monitoring

The HF4 HailFlow sensor for Hail Monitoring is a non-mechanical hail sensor. An acoustic instrument, the HF4 enables the detection of hail, characterisation of hailstone size. The sensor is able to distinguish between 15 classes of hailstone diameter, ranging from 0.5 to 8 cm, with a capability of counting up to 25 solid impacts per second. The HF4 is compatible with any SDI-12 logger or IoT Node (such as the MFR-Node or S-Node).