Examining the heat removal characteristics of energy-saving Stand Fans

You can keep it running at high speed for a long time, and then use your hands or other tools to recognize the heat value of the front shell of the Stand Fans. If you feel very hot when you touch it, it means that the heat dissipation performance of the energy-saving Stand Fans is not ideal. On the contrary, it means that the heat dissipation performance of the motor of the Industrial Fans is better. When the Industrial Fans is to be used in specific applications, there is no need to worry about the situation where the motor temperature rises too high and the energy-saving Stand Fans stops rotating.

Exhibition Large Floor Fan

According to various safety precautions, Industrial Fans prevent the accidental fall of cooling fans or leaves.
1. After the cooling fan bracket of the Industrial Fans and the flat roof of the steel frame structure are tightened according to the anchor bolts, a galvanized steel wire rope is additionally coiled between the H-shaped steel of the flat roof and the bracket.
2. Four galvanized steel wire ropes are extended from the sound card frame of the Stand Fans and reducer to connect to the roof, which can not only limit the vibration of the cooling fan during operation, but also provide two-way protection.
3. The connecting part of the impeller shaft of the Industrial Fans and the reducer is connected with the external thread in the opposite direction and the tapered aluminum bushing.
4. The Y-shaped connecting arm of the patented design is equipped with a two-way positioning device to prevent the leaves from falling.
5. The safety ring of the special design is double-connected through the anchor bolts and the leaf roots.
A brief introduction to Industrial Fans The car noise sounds like a simple sound, but the abnormal sound is different. When the super-large Industrial Fans is running, if there are other sounds besides the sound, it can be judged that the Industrial Fans has abnormal sound. The abnormal noise may be caused by dirt or deformation in the bearing, or impact due to poor assembly, or uneven winding of the motor winding, resulting in looseness, which may cause abnormal noise.