There are many uses of high temperature long axis motor, the following is part of the use of high temperature long axis motor.

Packaging machinery, printing machinery, corrugated machinery, color box machinery, UV machinery, food machinery, chemical, textile, dyeing and finishing equipment, oven, baking, industrial oven, industrial pump, industrial pump, water pump, dust removal equipment, glass machinery, ice maker, blender, paint color matching machine, screen printing oven, heat shrink packaging machine, high temperature aging room motor, laboratory motor, SM T reflow welding machine, wave soldering machine, shoe machine, kitchen equipment, experimental equipment, oven equipment, tunnel furnace, etc

The numerical simulation results show that the temperature fluctuation of the superconducting coil is more severe than that of the copper coil under the given flow rate. Under the condition of constant flow, the increase of load leads to the increase of the temperature of superconducting coil, and the high temperature of coil is linear with the load. Under the condition of constant load, increasing the flow rate will reduce the high temperature of the superconducting coil. When the flow rate increases from 11.5L/min to 13.5L/min, the high temperature of the superconducting coil with load 20W decreases from 74.3K to 73.6K, and the high temperature of the superconducting coil with load 40W decreases from 79.6K to 78.7K. Therefore, the high temperature of the superconducting coil with load 40W decreases from 79.6K to 78.7K. Next, 20W to 40W is selected as the research object. The temperature field of the superconducting coil with the same load under different flow rates is numerically simulated, and the linear relationship between flow rate and high temperature is obtained. In order to ensure that the HTS motor can work normally without loss of superconductivity, the high temperature of the superconducting coil is set to not exceed 77K. When the load is 20W, 25W, 30W, 35W and 40W, the corresponding flow rate of supercooled liquid nitrogen is 5L/min, 9.09L/min, 14.71L/min, 17.24L/min and 23.53L/min, respectively. In order to ensure that the temperature of the superconducting coil does not exceed 77K, the Z is between 20W and 40W, and the load and flow are linear, and the expression is Y=0.9X-13, which provides a basis for the flow regulation during the load loading process.