1、需要做好軸承使用及損壞數據統計，找出軸承損壞的規律共性的問題，以便準確具體提出軸承降耗措施。嚴格檢查軸承裝配零配件精度、裝拆條件等現場情況。
Lift manufacturers introduced need to make bearings and damage statistics, identify common law bearing damage problem, in order to accurately propose concrete bearing saving measures. Strict checks bearing assembly precision parts, assembly and disassembly conditions scene.
2、軸承各零件強度要相匹配 在保證軸承箱強度情況下，盡量選用載荷能力大的軸承。另外還應根據應用工況條件優化設計軸承各零件尺寸，以確保軸承各零件強度相當，使軸承使用壽命最大化。例如，軸承箱磨損變形大、軸承外圈碎裂多的現場，就可以將軸承外圈壁厚加厚滾子直徑減小，增強外圈強度，以達到軸承壽命最長。
Lift manufacturers analysts said bearing strength of the parts to be matched in ensuring the strength of the bearing housing situation, try to use the load bearing capacity. It should also be designed to optimize the size of each part
bearing working conditions depending on the application, in order to ensure that all parts of the bearing strength equivalent to maximize the life of the bearing. For example, the bearing housing wear deformation, fragmentation and more scene bearing outer ring, the bearing outer ring wall thickness can be thickened to reduce the diameter of the roller, to enhance the strength of the outer ring, in order to achieve maximum bearing life.
3、建議采用高質量軸承材料，可采用真空脫氣或電渣重熔軸承鋼，雖說軸承單價高了，但軸承損壞少了，綜合成本應該是降低了。
Lift manufacturer recommends using high-quality bearing material can be vacuum degassing or remelting bearing steel, although bearing unit price is high, but less bearing damage, the overall cost should be reduced.
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