In the realm of meteorological data collection, precision and accuracy are paramount. We are excited to unveil Adolf Thies GmbH & Co. KG – Thies Clima‘s latest innovation in this field: the 3D-Disdrometer. This cutting-edge device represents a significant leap forward in capturing and understanding precipitation patterns with unparalleled detail and reliability.
Unlike traditional disdrometers that provide precipitation analysis on a single plane, the Thies Clima 3D-Disdrometer utilizes advanced technology to capture data in three dimensions with enhanced speed and precision. This device allows meteorologists and researchers to analyze the size, shape, and fall velocity of raindrops more comprehensively.
Key Features and Benefits:
- Vectorial particle velocity for precise motion tracking.
- Improved particle detection, including identification of snow drift
- Accurate identification of precipitation type (e.g., rain vs. insects).
- High accuracy with minimal wind interference.
- Eliminates erroneous readings from environmental debris.
- Configurable size and velocity distribution classes.
- Easy and robust mechanical setup with no maintenance required.
Measurement Principles and Specifications:
- Utilizes image capture and position evaluation to calculate particle velocities.
- Measures particle sizez from 0.16mm to 40mm, Speed from 0.2 m/s to 20m/s.
- Single drop accuracy with scatter of mass for raindrops < 5-15%.
- Correction for position-correlated errors.
Industry Applications
From meteorology and climatology to hydrology and research, the applications of our 3D-Disdrometer are vast. It plays a crucial role in enhancing weather observation systems at airports by accurately measuring precipitation type, intensity, and particle dynamics, improving runway safety and flight operations. Integrated with weather radar, it boosts forecasting accuracy, enabling proactive weather management and optimized decision-making in aviation operations.
Sky Power International & Thies Clima are committed to pushing the boundaries of meteorological innovation. Learn more about our 3D-Disdrometer and how it can elevate your meteorological research or operational capabilities.
