What are some common issues when using air suspension fans?
Release date:
2021-12-19
We’ve already shared quite a bit of basic information about air-bearing fans with you earlier. If you’re still not familiar with them, feel free to check out our website. Today, we’ll focus on some common issues encountered when using air-bearing fans. If you’re curious, keep reading—hopefully, this will be helpful for you.
About Air suspension fan We’ve already shared quite a bit of basic information with you earlier. If you’re not yet familiar with it, feel free to check out our website. Today, we’ll focus on some common issues encountered when using air-bearing fans. If you’re curious, keep reading—hopefully, this will be helpful for you.
There’s quite a bit of information you need to be aware of when using an air-bearing fan. Although it has many advantages, it often experiences malfunctions during operation. First, you should know that air-bearing fans are cast, and after they leave the factory, they undergo a stress-relief aging process to completely eliminate any internal stresses generated during the casting process. As a user, you need to understand this crucial point: if the aging time is too short, the machined air-bearing fan may still deform during subsequent operation. Therefore, it’s essential to grasp these details in order to reduce the failure rate. Of course, proper maintenance is also critical during use—this step is extremely important. Only by performing regular maintenance can you extend the service life of the fan. Moreover, during operation, the forces acting on the fan are quite complex. In addition to static loads such as the pressure difference between internal and external gases and the weight of the components installed inside, this product must also withstand the reaction force exerted by the steam flowing out onto the stationary parts when the blades rotate. Sometimes, these forces can even cause deformation, leading to leaks.
These are all in use. Air suspension fan Some common issues that often arise during operation—many users still aren't fully clear about them. Now that we've discussed them here today, you should have a better understanding. Additionally, when operating an air-bearing fan, if the load increases or decreases too rapidly—especially during quick starts, stops, or when process conditions change—the temperature fluctuations can be significant, and the air-bearing fan may be operated incorrectly. In such cases, what you need to do is avoid prematurely opening the insulation layer during shutdowns and inspections; otherwise, substantial thermal stress and thermal deformation could develop at the flange of this product. As long as you pay attention to these points, you won't run into any problems. Staff should also be aware that during mechanical processing or after repair welding, stresses may be generated but not relieved by tempering the air-bearing fan. This can result in considerable residual stresses, which, once the fan is put into operation, may cause permanent deformation. Over the years of practice, we’ve established a relatively complete production and management assurance system, and we boast a team of highly qualified R&D technicians and experienced production workers, along with prompt and attentive after-sales service. If you’re interested, feel free to come and take a look!
In summary, as you’ve seen, there are quite a few things to keep in mind when using air-bearing fans. I hope this information will be of great help to you. Well then, that’s all for today’s knowledge point—hopefully it has been useful to you.
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