Benchtop Thermal Forcing System – QT-ATS005B

The characteristics of the vortex tube of the benchtop thermal forcing system are as follows:

• The vortex tube can generate air flow with temperature from -104 °F (-40 °C) to +250 °F (+230 °C). The cooling power can reach 2800 Btu/H (630 Kcal/H). The air flow can reach 35 SCFM (990 SLPM). The vortex tube of the benchtop thermal forcing system has no moving parts, portable, lightweight and cost effective
• Vortex tube has No electricity, no Freon nor any chemical refrigerants are needed; only filtered industrial compressed air is used. There is no danger of sparks, no wireless/radio frequency interference. Instant on/off, easy to control, refrigeration does not produce any waste.
• Vortex tube has no need to clean up residues, no need to clean parts. It is reliable operation, maintenance-free, durable stainless steel structure. The input compressed air volume is 10, 15, 25, and 35 SCFM (280, 420, 700, 990 SLPM). It can produce up to 2500 Btu/H (630 Kcal/H) cooling capacity.
• Use only manual knob and thermometer to adjust the cooling outlet temperature. If the inlet pressure and temperature of the compressed air remain unchanged, the outlet temperature of the vortex tube will remain constant within the range of ±0.6°C.

Remember that the maximum cooling capacity (also called maximum cooling capacity or cooling capacity) is produced in a vortex tube with a high coefficient of refrigeration. The following table shows the heating and cooling values of the vortex tube under different inlet pressures and cooling efficiency ratios. In the table, the upper area represents the temperature drop of the colder side °F, and the lower area represents the temperature rise of the hot air end °F.

Benchtop thermal forcing system uses the vortex tube to perform high temperature or low temperature test for different test samples. What is the Vortex Tube? The vortex tube is a kind of energy separation device with very simple structure, which is composed of the separation orifice of the nozzle, vortex room and the cold and hot tube at both ends. The compressed gas expands in the nozzle and then enters the vortex tube along the tangential direction at a high speed. When the airflow rotates at high speed in the vortex tube, it is separated into two parts of the airflow with different temperatures after the vortex transformation. The air in the center is cooler, while the air in the outer part is hotter. According to the needs of application examples, the ratio of cold and hot flow can be adjusted to obtain the best cooling effect or heating effect.

Even the benchtop thermal forcing system appearance is similar as MECHANICAL DEVICES thermal forcing system, However, they are completely different in the application scenarios of product testing and the refrigeration principle of the machine. If you read the FLEXTC user manual carefully, pages 43 and 44, You will find that the MECHANICAL DEVICES thermal forcing system uses dry air or nitrogen to achieve rapid temperature heating and cooling in the test area. But you must understand that the cost of using nitrogen is too high, and chagrined at the high cost of purchasing nitrogen each year.

Benchtop thermal forcing system uses a vortex tube heating and cooling method. The gas entering the pipe is reconverted and quickly separated from the hot and cold air. The cold or hot air produced way is constant and cheap. Because the gas is a physical conversion, it is clean and does not cause any pollution to the environment of the test area.

In addition, during chip product testing, The MECHANICAL DEVICES temperature forcing system needs to be screwed or welded together with the chips. We can discover this fact by reading pages 45 and 46 of the FLEXTC user manual. As a result, the efficiency of chips testing is greatly reduced. The benchtop temperature forcing system uses natural and clean air for heat and cooling tests, So you just need to put the test samples in the right place to quickly complete the product inspection task. It is so convenient to use it.