Optimisation of Grease Dispensation for Heavy-duty Mining Excavators

A. Simons, Richard Wireko, C. Addy
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Abstract

This work deals with improvement of the control of lubricant dispensation for automatic centralized lubrication system on heavy-duty mining excavators. The method adopted toachieve this includes analysis of mechanical, electrical and electronic components of the existing system. Subsequently, modifications were made on the system. Mechanical and electrical components were selected to control dispensation of lubricant whilst electronic components were selected to interact via communicating electrical signal to electrical components. Grease manifold block and current regulating solenoid valve were selected to work with a grease control module that communicates with a motion logic control module through a control area network connected to excavator joystick and pedal. Lubricant savings of 60.80 cm3/min (0.0608 litres/min) which amounts to annual savings of $ 62,102.09 per annum, can be made with the proposed modification in a typical mining excavator.
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重型矿用挖掘机润滑脂分配优化
本文对重型矿用挖掘机自动集中润滑系统的润滑控制进行了改进。实现这一目标所采用的方法包括分析现有系统的机械、电气和电子元件。随后,对该系统进行了修改。选择机械和电气元件来控制润滑油的分配,而选择电子元件通过与电气元件通信电信号进行交互。选择润滑脂歧管块和电流调节电磁阀与润滑脂控制模块一起工作,润滑脂控制模块通过连接挖掘机操纵杆和踏板的控制区域网络与运动逻辑控制模块通信。润滑油节省60.80立方厘米/分钟(0.0608升/分钟),相当于每年节省62,102.09美元,可以在一个典型的采矿挖掘机上进行拟议的修改。
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