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泰州NSK轴承安装条件是使用中**重要的因素之一。轴承安装不当往往导致轴承组各部件之间应力状态的变化。滑动轴承在异常条件下运行，过早失效。
Installation condition of NSK bearing in Taizhou is one of the important factors in operation. The improper installation of bearings often results in the change of stress state among the components of the bearing group. Sliding bearing runs under abnormal conditions and fails prematurely.
根据滑动泰州NSK轴承的安装、使用、维护和维护的技术要求，对运行中的轴承的负荷、速度、工作温度、振动、噪声和润滑等进行监测和检查。立即发现异常原因并调整以恢复正常操作。轴承失效的第*二个原因是该缺*陷具有两个轴承元件。
According to the technical requirements of installation, use, maintenance and maintenance of sliding Taizhou NSK bearings, the load, speed, working temperature, vibration, noise and lubrication of bearings in operation are monitored and inspected. The abnormal cause is found immediately and adjusted to resume normal operation. The second reason for bearing failure is that the defect has two bearing elements.
当外载荷超过材料强度极限时，零件的断裂称为过载断裂。过载的主要原因是执行机构突然失效或安装拆卸不当。当发生冲击过载或严重振动时，泰州NSK轴承零件的微裂纹、缩孔、气泡、大杂质、过热结构和局部烧*伤等缺*陷也会导致缺*陷的断裂，称为缺*陷断裂。
When the external load exceeds the material strength limit, the fracture of the part is called overload fracture. The main causes of overload are sudden failure of actuator or improper installation and disassembly. When the impact overload or serious vibration occurs, the micro-cracks, shrinkage holes, bubbles, large impurities, superheated structure and local burns of NSK bearing parts in Taizhou will also lead to the fracture of the defect, which is called defect-defect fracture.
指出在滑动轴承的制造过程中，不仅要注意工厂材料的检验、铸件的控制和热处理，还要注意粉末冶金粉末的振动过程。此后，有必要加强控制。但是，一般来说，泰州NSK轴承断裂失效主要是由过载引起的。
It is pointed out that in the manufacturing process of sliding bearings, attention should be paid not only to the inspection of factory materials, the control of tings and heat treatment, but also to the vibration process of powder metallurgy powder. Thereafter, it is necessary to strengthen control. Generally speaking, however, the fracture failure of Taizhou NSK bearings is mainly caused by overload.
轴承工作于外部，由于外部或内部因素的影响，没有共同的间隙变化，精度降低，甚至形成了“块状”，称为“空闲间隙变化无效”。由外界因素如干涉、安装不当、温升、瞬时过载、内部因素如奥氏体断裂、非混沌断裂力等引起的胀缩是间隙变化失效的次要原因。
Bearing works outside, because of the influence of external or internal factors, there is no common gap change, accuracy is reduced, and even a "block" is formed, which is called "idle gap change invalid". Expansion and contraction caused by external factors such as interference, improper installation, temperature rise, instantaneous overload, internal factors such as austenite fracture and non-chaotic fracture force are secondary causes of gap change failure.
文章来自：泰州SKF轴承 www.wh-skf.com
Article from: Taizhou SKF Bearing www.wh-skf.com
文章来自：泰州INA轴承 www.ina-china.cn
Article from: Taizhou INA Bearing www.ina-China.cn
文章来自：泰州NSK轴承 www.klbbearings.com
Article from: Taizhou NSK Bearing www.klbbearings.com
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