GUNT Temperature measurement is a fundamental process in laboratory and industrial applications. It can be performed using physical changes in materials or through electronic sensors for greater accuracy and data handling. This GUNT experimental unit offers a comprehensive comparison between different temperature measurement techniques, covering both electrical and non-electrical methods in a hands-on environment.
Product Features
- Includes liquid thermometer, bimetallic thermometer for non-electrical measurements
- Provides thermocouple type K, Pt100 resistance thermometer, and NTC thermistor for electronic measurements
- Psychrometer with dual liquid thermometers measures relative humidity
- Height-adjustable device immerses sensors in the experimental tank for real-time readings
- Electronic heater in a second tank provides water temperatures up to approx. 80°C
- Fan ensures stable ambient conditions throughout the experiment
- Thermowells made of copper or stainless steel available to study sensor response times
- Analogue reading for non-electrical sensors; digital reading and USB transmission for electronic sensors
- GUNT software included for data logging, time-based measurement records, and sensor behaviour analysis
- Allows study of defined temperature jumps and transient vs. steady-state behaviour
Benefits
- Enables side-by-side comparison of multiple temperature sensing technologies
- Improves understanding of sensor time response and material influence
- Digital data logging enhances result accuracy and repeatability
- Teaches principles of both analog and electronic signal measurement
- Hands-on, visual approach enhances student engagement and learning outcomes
Why Choose the GUNT Temperature Measurement Setup?
This GUNT temperature trainer is ideal for academic and industrial labs seeking to understand and compare various temperature measurement methods. With full integration of electrical and non-electrical sensors, data acquisition software, and versatile test setups, it provides a thorough education in thermometry and its real-world applications.
