旋转供料器的优良性能，以及现在的普遍应用，让市场上更多客户对供料器青睐有加，而探讨该设备在环保行业力度突出作用的问题无疑利于我们更好的去生产。供料器的结构设计合理科学，因此日常维护也很便利。但随着使用时间也会出现一些问题，比如说维护时加油后漏油这是什么原因呢，让我们了解一下：

　　The excellent performance of rotary feeders, coupled with their widespread application nowadays, has garnered the favor of more customers in the market. Discussing the prominent role of this equipment in the environmental protection industry will undoubtedly benefit our production. The structural design of the feeder is reasonable and scientific, making daily maintenance convenient. However, some issues may arise over time. For example, why does oil leak after being added during maintenance? Let's take a look:

　　因为润滑脂，加多了的话，会从输出轴部位渗漏，这是不影响使用的，而减速机出厂时油就已经加注，如果漏的不多，轻微渗漏是不影响使用的，不用担心油会漏光，损伤设备。当然漏油有可能是铸件本身有气孔沙眼，当然这种情况基本不会存在，或者密封胶圈有损坏。

　　If too much lubricating grease is added, it may leak from the output shaft, but this does not affect its use. The reducer has already been filled with oil when it leaves the factory. If the leakage is minor, slight leakage does not affect its use. There is no need to worry that the oil will leak out and damage the equipment. Of course, oil leakage may be caused by air holes or sand holes in the casting itself, but this situation is unlikely to occur, or by damage to the sealing rubber ring.

　　旋转供料器工作时，有时候会出现供料器轴承发热的情况，原因如下：旋转供料器旋转不畅的各项原因均能导致发热，应分别处理：内有杂质，要及时清理。轴的装配间隙过小，也会造成轴承发热，重新加以调整修配。工作环境温度过高、油箱容积小、散热不良，都会使轴承发热。直连式供料器与电动机联轴器的同轴度差，同轴度应保证在0.1mm以内，现供料器大都采用链条式传动。旋转供料器内零件没有消磁。装配前所有零件必须消磁处理。还有就是装配有误都会造成。

　　When the rotary feeder is operating, the bearing of the feeder may sometimes become heated. The reasons for this are as follows: Various factors that cause the rotary feeder to rotate unsmoothly can lead to heating, and they should be addressed separately: Impurities inside should be cleaned out in a timely manner. If the assembly clearance of the shaft is too small, it can also cause the bearing to heat up, and adjustments and repairs should be made. High working environment temperature, small oil tank capacity, and poor heat dissipation can all cause the bearing to heat up. The coaxiality of the direct-connected feeder and the motor coupling is poor, and the coaxiality should be ensured to be within 0.1mm. Most current feeders use chain-type transmission. The parts inside the rotary feeder have not been demagnetized. All parts must be demagnetized before assembly. Additionally, incorrect assembly can also cause problems.

　　旋转供料器的优势让各应用企业非常满意，就像我们选择一种除尘设备除了要清楚其除尘效果之外，更应知晓和其他设备其相比所具有的优势，比如对于旋转供料器而言，现如今不少企业纷纷选择该设备，就是因为在灰的输送方面该设备独特的性能优势。而人们对该设备未来的市场发展前景很看好。随着技术不断提升，旋转供料器的设计不断优化，避免了传统的卸料器出现的反气，不耐磨现象；非常的简单快捷，增加衬套而且还能延长使用的寿命；结构设计上可按不同工况需求有多种结构型式供客户选择。旋转供料器应用中各种卸料输送效果好，就很容易理解为何那么多生产企业，尤其是那些矿山，冶金企业对于旋转供料器是特别看好了，对于未来的市场而言，只有不断的优化其性能特点才会让卸料输送设备市场一直处于有序发展状态中。希望以上所介绍的内容能够为大家日后使用过程中提供一些参考。

　　The advantages of rotary feeders have greatly satisfied various application enterprises. Just as when we choose a dust removal device, apart from understanding its dust removal effect, we should also be aware of its advantages compared to other devices. For example, many enterprises are now choosing rotary feeders due to their unique performance advantages in ash conveying. People are optimistic about the future market development prospects of this equipment. With continuous technological advancements, the design of rotary feeders is being optimized, avoiding the issues of backflow and wear resistance that occur with traditional unloaders. They are very simple and fast, with the addition of bushings extending their service life. The structural design allows for multiple structural types to be chosen by customers according to different working conditions. The good performance of rotary feeders in various unloading and conveying applications makes it easy to understand why so many production enterprises, especially those in mining and metallurgical industries, are particularly optimistic about rotary feeders. For the future market, only by continuously optimizing its performance characteristics can the unloading and conveying equipment market maintain orderly development. It is hoped that the content introduced above can provide some reference for everyone in their future use.

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