GUNT Convection is one of the three fundamental modes of heat transfer, involving the movement of fluids and material-bound heat transport. This GUNT experimental setup provides foundational training in both free and forced convection using interchangeable heating elements and a controlled vertical air duct environment.
Product Features
- Vertical air duct structure with interchangeable heating elements for convection studies
- Four heating elements of different geometries included for varied thermal behavior
- Two elements can be operated outside the duct for free convection experiments
- Axial fan positioned on top of the duct enables controlled forced convection airflow
- Heating elements emit heat solely from their surface for precise thermal evaluation
- Rapid heating design supports quick experiment turnaround and classroom efficiency
- Temperature sensors positioned at air duct inlet and outlet for thermal gradient analysis
- Air velocity sensors measure flow rate through the duct
- Heating power and fan speed adjustable via PC-based GUNT software
- Software includes operation controls, data logging, and educational content with visuals and theory
- PC connectivity via USB interface (PC not included); multi-station use via LAN/WLAN with one license
Benefits
- Clear comparison of free and forced convection using identical heating geometries
- Hands-on experiments with direct control over air velocity and heat input
- Ideal for understanding fundamental thermal dynamics in fluids
- Compact and efficient design saves time and enhances learning throughput
- Educational software reinforces theory with visual aids and real-time data capture
Why Choose the GUNT Experimental Setup for Convection?
This GUNT convection trainer bridges theoretical thermal physics with practical lab work. Students and researchers gain insight into the behavior of heat in moving fluids by comparing free and forced convection under controlled conditions. Its modular structure, fast response time, and software integration make it a top choice for academic institutions teaching heat transfer principles.
