Heat Transfer In a Tubular Heat Exchanger Equipment Educational Technology Teaching Workbench Thermal Training Equipment

TB220607S01 Heat Transfer In a Tubular Heat Exchanger Equipment Educational Technology Teaching Workbench Thermal Training Equipment
I.Product Overview
1.1 Overview
The tube-type heat transfer test bench is a practical training and teaching device used in the laboratory to study the heat conduction between fluids in the process of pipeline flow. The core part of the test bench is a casing, hot water flows in the inner tube, and cold water flows in the outer tube. When flowing, the hot water transfers part of the heat energy to the cold water. The flow direction of water can be adjusted to study the heat transfer process in different arrangements such as forward flow and reverse flow. Temperature sensors are arranged at the inlet and outlet and in the middle of the pipe wall to measure the water temperature and wall temperature. The hot water circuit consists of a water tank with an electric heater and a water pump, and the flow of hot and cold water can be adjusted through valves. The temperature and flow of each point in the circuit can be read directly on the digital display, and can also be directly transmitted to the PC via USB for further processing. Through related experiments, students can become familiar with the basic knowledge of heat transfer during pipeline flow.
1.2 Features
The flow direction of water in the loop circulation of the test bench can be adjusted, which is used to test different heat transfer processes such as forward flow and countercurrent flow;
The circulating water temperature and circulating water flow in the loop can be adjusted smoothly;
Transient data in the process of changing the workbench is directly displayed on the display in digital form;
III. The experimental content can be completed
Experiment 1: Influence of Temperature on Heat Exchange Process in Pipeline Heat Transfer with Downstream Arrangement
Experiment 2 Influence of Flow Rate on Heat Exchange Process in Pipeline Heat Transfer with Downstream Arrangement
Experiment 3 Influence of initial value of temperature in heat transfer of double-pipe heat exchanger with countercurrent arrangement
Experiment 4 Influence of Flow Rate on Heat Exchange Process in Heat Transfer of Pipelines with Counter-current Arrangement
Experiment 5 Software usage
Experiment 6 Software data export