Circulating Wind – Tunnel Drying Experiment Device
Through this device, students can understand the factors affecting the drying rate curve; by using wet-bulb and dry-bulb temperatures to measure the humidity of moist air, they can master the determination methods of drying curves and drying rate curves, and comprehend the significance of the process for determining the drying rate curve; additionally, they can learn the determination method of the convective heat transfer coefficient between the material and air during the constant-rate drying stage.
♥ 1. The device supports constant-pressure cyclic drying;
♥ 2. The device features professionalism, with experimental content designed to meet engineering certification requirements: it can perform real-time plotting of drying curves and drying rate curves;
♥ 3. The airflow rate, temperature, and humidity of the device can be adjusted;
♥ 4. Wet-bulb temperature measurement adopts an external measurement method to reduce interference with the experimental process, and advanced technical documentation for this measurement method is provided;
♥ 5. The device uses an industrial all-in-one computer for control and data display, allowing students to gain early exposure to industrial control-related knowledge. It fully reflects its advanced nature and strengthens students’ ability to use modern tools;
♥ 6. Equipment appearance and dimensions: The device is equipped with a high-quality aluminum alloy frame with casters, with dimensions no larger than 2200mm×580mm×1400mm (length×width×height).
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