扬州NSK轴承的温度可以通过轴承外部的温度来预测。如果油孔能够直接测量外圈的温度，则更为合适。ThetemperatureofNSKbearinginYangzhoucanbepredictedbythetemperatureoutsidethebearing.Iftheoilholecandirectlymeasurethetemperatureoftheouterring,itismoreappropriate.通常，轴承的温度随着轴承的开始而增加，在1-2小时后达到稳定状态。轴承的正常温度不同于机器的热容、散热、速度和负载。如果光滑部分合适，扬州NSK轴承温度将迅速上升，这将显示异常高温。此时，必须停止***，并采取必要的预防措施。Normally,thetemperatureofthebearingincreaseswiththestartofthebearing,andreachesasteadystateafter1-2hours.Thenormaltemperatureofthebearingisdifferentfromtheheatcapacity,heatdissipation,speedandloadofthemachine.Ifthe***oothpartissuitable,thebearingtemperatureofYangzhouNSKwillriserapidly,whichwillshowabnormalhightemperature.Atthispoint,surgerymustbestoppedandnecessaryprecauti***shouldbetaken.热传感器可随时监测轴承的工作温度，当温度超过正常值时自动报警或停止。Thethermalsensorcanmonitortheworkingtemperatureofthebearingatanytime,andautomaticallyalarmorstopwhenthetemperatureexceedsthenormalvalue.业内***指出，如果高温经常表明扬州NSK轴承处于异常状态。高温也会损坏轴承的光滑剂。有时轴承的过热可以归因于轴承的平滑剂。如果轴承温度超过125度，长期转移将降低轴承寿命。IndustryexpertspointedoutthatifthehightemperatureoftenindicatesthatYangzhouNSKbearingisinanabnormalstate.Hightemperaturecanalsodamagethe***oothagentofthebearing.Sometimestheoverheatofthebearingcanbeattributedtothe***oothingagentofthebearing.Ifthebearingtemperatureexceeds125degrees,thelongtermtransferwillreducethebearinglife.高温扬州NSK轴承的原因是光滑、光滑、光滑。它含有杂质、过载、轴承损耗环、间隙不足和油封引起的高摩擦。ThereasonforhightemperatureYangzhouNSKbearingsis***ooth,***oothand***ooth.Itcontainsimpurities,overload,bearinglossring,insufficientclearanceandhighfrictioncausedbyoilseal.因此，需要在不测量轴承本身或其它重要部件的情况下连续监测轴承温度。如果操作条件是恒定的，温度的任何变化都可以表明它已经受到攻击。Therefore,itisnecessarytocontinuouslymonitorthebearingtemperaturewithoutmeasuringthebearingitselforotherimportantparts.Iftheoperatingconditi***arec***tant,anychangeintemperaturecanindicatethatithasbeenattacked.轴承温度的周期性测量可应用于NSK数字温度计等温度计，它能***测量轴承温度并在单位温度或华氏温度下显示轴承温度。Theperiodicmeasurementofthebearingtemperaturecanbeappliedtoathermometer,suchastheNSKdigitalthermometer,whichcanaccuratelymeasurethebearingtemperatureanddisplaythebearingtemperatureattheunittemperatureorFahrenheittemperature.滚动轴承的修复条件良好。应根据扬州NSK轴承损坏的规律和特点进行判断。***常用的中小型轴承通常因疲劳和环或滚子的过度磨损而损坏。当轴承滚动面进入第三磨损阶段或发生点蚀时，轴承迅速失效，滚道表面严重损坏。修理或丢失修理的价值是困难的。Therepairingconditionoftherollingbearingisgood.ItshouldbejudgedaccordingtothelawandcharacteristicsofNSKbearingdamageinYangzhou.Themostcommonlyused***allandmediumbearingsareusuallydamagedbyfatigueandexcessivewearofringsorrollers.Whentherollingsurfaceofthebearingentersthethirdwearstageorpittingcorrosion,thebearingisrapidlyfailedandtheracewaysurfaceisseriouslydamaged.Itisdifficulttorepairorlosethevalueofrepair.在上述阶段之前，扬州NSK轴承在滚子外表面上的深度仅为几微米到几十微米，这更为微妙和疲劳。因此，在这样的机会下，轴承将得到修复，并且可以以非常小的成本获得更好的修复效果。综上所述，滚动轴承的修复周期在轴承中得到了广泛的应用，***适合于修复损坏的电路。Beforetheabovestage,thedepthofYangzhouNSKbearingsontheoutersurfaceoftherollerisonlyafewmicr***totensofmicr***,whichismoresubtleandfatigue.Therefore,undersuchanopportunity,thebearingwillberepaired,andabetterrepaireffectcanbeobtainedatavery***allcost.Tosumup,therepairperiodofrollingbearingshasbeenwidelyusedinbearings,andismostsuitableforrepairingdamagedcircuits.)