Sangari's thermodynamics and heat-transfer apparatus cover the core phenomena of an undergraduate heat-transfer course: thermal conduction through metals, combined free and forced convection, radiation heat exchange, and steady-state and transient conduction. A heat-exchanger family provides the three classical geometries - concentric tube, plate, and shell-and-tube - mounted on a common supply unit so that LMTD, effectiveness and NTU analyses can be compared directly across configurations. For thermodynamic cycles, the heat-pump trainer demonstrates the vapour-compression cycle with log-P–h plotting software. Every apparatus is instrumented with digital temperature, heater-power and flow transducers, and streams data to a PC for real-time evaluation and LAN/WLAN remote observation. At the fundamentals end, a temperature-measurement trainer combines the seven classical measuring methods - from liquid and bimetallic thermometers to thermocouples, Pt100 and NTC sensors - on a single panel, including sensor calibration with precision resistors.
A ventilation system built from industrial ventilation components, with a control unit for room temperature control. Students measure the pressures along the air duct, draw the pressure curve of the whole system, measure the electric power of the fan and work out the air flow rate. With the control unit and a hot water supply they control the temperature of the air.
OpenPackage
Aquire a solid understanding of thermodynamics with this complete set of experimental equipment covering the core topics in heat transfer - conduction and convection.
Package
Explore the world of heat exchangers with this comprehensive set of experimental setups covering various types of heat exchangers, including shell-and-tube, plate, and compact designs, along with performance analysis and optimization techniques.