润滑与密封
潤滑與密封
윤활여밀봉
Lubrication Engineering
2015年
10期
122-127
,共6页
葛玉柱%雷雪梅%张跃春%刘平
葛玉柱%雷雪梅%張躍春%劉平
갈옥주%뢰설매%장약춘%류평
齿轮箱%复杂管路%润滑系统
齒輪箱%複雜管路%潤滑繫統
치륜상%복잡관로%윤활계통
gearbox%complex pipeline%lubrication system
针对采用强制喷油润滑的齿轮箱的润滑系统管路复杂、润滑点多、润滑油黏度高的特点,利用Dudley等提出的方法计算该齿轮箱功率损失,提出流量计算与分配原则;综合考虑温度、润滑油黏度、沿程流阻、局部流阻等因素,对系统特性进行仿真分析;对设计的润滑系统进行试验测试和优化,验证设计的润滑系统的有效性。研究表明,利用合适的方法精确计算齿轮箱各润滑点的功率损失,并进行系统总供油量的合理计算与分配,对齿轮箱润滑系统设计和保证齿轮箱可靠运行至关重要;采用高黏度润滑油的复杂管路齿轮箱润滑系统设计,不能忽略管路流阻损失的影响;温度变化对采用高黏度润滑油的复杂管路润滑系统的影响较大,设计时应加以关注。
針對採用彊製噴油潤滑的齒輪箱的潤滑繫統管路複雜、潤滑點多、潤滑油黏度高的特點,利用Dudley等提齣的方法計算該齒輪箱功率損失,提齣流量計算與分配原則;綜閤攷慮溫度、潤滑油黏度、沿程流阻、跼部流阻等因素,對繫統特性進行倣真分析;對設計的潤滑繫統進行試驗測試和優化,驗證設計的潤滑繫統的有效性。研究錶明,利用閤適的方法精確計算齒輪箱各潤滑點的功率損失,併進行繫統總供油量的閤理計算與分配,對齒輪箱潤滑繫統設計和保證齒輪箱可靠運行至關重要;採用高黏度潤滑油的複雜管路齒輪箱潤滑繫統設計,不能忽略管路流阻損失的影響;溫度變化對採用高黏度潤滑油的複雜管路潤滑繫統的影響較大,設計時應加以關註。
침대채용강제분유윤활적치륜상적윤활계통관로복잡、윤활점다、윤활유점도고적특점,이용Dudley등제출적방법계산해치륜상공솔손실,제출류량계산여분배원칙;종합고필온도、윤활유점도、연정류조、국부류조등인소,대계통특성진행방진분석;대설계적윤활계통진행시험측시화우화,험증설계적윤활계통적유효성。연구표명,이용합괄적방법정학계산치륜상각윤활점적공솔손실,병진행계통총공유량적합리계산여분배,대치륜상윤활계통설계화보증치륜상가고운행지관중요;채용고점도윤활유적복잡관로치륜상윤활계통설계,불능홀략관로류조손실적영향;온도변화대채용고점도윤활유적복잡관로윤활계통적영향교대,설계시응가이관주。
Aiming at characteristic of complex pipeline, various lubrication points and high lubricant viscosity of gear?box lubrication system, gearbox power loss was calculated according to the methods proposed by Dudley, and then princi?ple and methods of flowrate calculating and distributing are put forward. The system characteristics were analyzed with sim?ulation in comprehensively considering factors as temperature, lubricant viscosity, pipeline resistance and local resistance, and so on. The experimental test of the lubrication system was carried out and then the design was optimized, which proved the validity of the lubrication system. The research shows that, it is very important for gearbox lubrication system design and its well running to rationally calculate and distribute total flowrate by using suitable accurate gearbox power loss calcu?lation at every lubrication points. The flow resistance loss can not be ignored when design the gearbox lubrication system with high viscosity and complex pipeline. When design the system, it must be noted that the temperature variety have a big effect to the gearbox lubrication system with high viscosity and complex pipeline.