The GUNT HM 240.06 - Heat Transfer at a Cylinder in Transverse Flow accessory is designed to determine heat transfer coefficients from cooling curves, showing the temperature exchange between a body and its surroundings over time. Used with HM 240, it enables precise recording of the cooling curve of a cylinder in an air flow.
Product Features
- Records cooling curves to determine heat transfer coefficients
- Includes an oven and a large copper cylinder for heating up to approximately 120°C
- Heated cylinder is placed in HM 240 intake pipe and cooled in controlled air flow
- Temperature sensor fitted inside the cylinder for accurate measurement
- Convective heat transfer determined from the cooling rate
- Experiments can be performed at various flow rates
- Measured values analysed using HM 240 software
- Part of a series for experiments on incompressible air flow principles
- Software allows clear data acquisition, visualisation, and fast, reliable experiment execution
Benefits
- Determines specific heat transfer coefficients for educational and experimental purposes
- Supports experiments at different flow rates for flexible testing
- Accurate and clear measurement using integrated temperature sensor
- Reliable data acquisition and visualization with HM 240 software
Why Choose GUNT HM 240.06 - Heat Transfer at a Cylinder in Transverse Flow?
This accessory provides a reliable solution for studying convective heat transfer, supporting precise experimental results and a thorough understanding of heat exchange principles in transverse air flow.
