Product Introduction：
This product is used in conjunction with the basic experimental platform of heat transfer to conduct research on the comprehensive heat transfer problems of convection and radiation heat transfer in “Heat Transfer”. The product is based on classic application models of extended surface comprehensive heat transfer such as plates, needle ribs, and fins. Through experimental analysis and calculation, the heat transfer efficiency of natural convection and forced convection is compared and analyzed as a teaching experimental equipment. The main body of the equipment is a variable speed wind tunnel, with a centrifugal fan installed in the inlet section and a wind speed sensor installed in the middle of the wind tunnel. The flat plate, fin, and needle rib samples can be replaced, and the data is collected and recorded on the heat transfer basic experimental platform; The sample supports expansion and has scientific research experimental functions.
detailed information
| PRODUCT MODEL | TH110 | product name | Flat Plate, Pin Fin, and Finned Heat Transfer Experiment Module |
| Product specifications | Length 300mm/Width 430mm/Height 1100mm | product material | Acrylic plate |
| Usage environment | Room temperature, relative humidity ≤ 85% | Input power supply | 220V±5%，50Hz |
| Belonging series | Heat Transfer | Cooperate with modules | TH100 |
| Experimental function： |
| 1、Can be used to study the variation curve of surface temperature with heating power on flat plates, needle ribs, and fins under natural convection conditions (real experimental data and steps need to be provided when bidding); 2、Can be used to study the variation curve of surface temperature with heating power on flat plates, circular tubes, and fins under forced convection conditions (real experimental data and steps need to be provided when bidding); 3、Can be used to study the effect of diffusion of specimen surface area on heat transfer; (Real experimental data and steps must be provided during bidding); 4、Can be used to measure the temperature distribution of time extended surfaces (real experimental data and steps need to be provided during bidding); 5、Can be used to conduct comparative analysis and comparison of heat dissipation efficiency for different shapes of heat dissipation fins, fins, straight ribs, needle ribs, cone ribs, etc; |