一、拉油现象的产生及其危害 乳化液泵的传动装置腔内的润滑油经曲轴旋传飞溅,飞溅到滑道上部盛油池的油液经小孔进入滑道(给滑块导向的孔道),保证滑块的润滑。滑块在滑道内以每分种517次往复运动,在经过3个月的运转后,滑道被滑块磨大,滑块上的油环被磨小,滑块和滑道之间的间隙超过规定范围,这样进入滑道里的润滑油在滑块高速往复运动作用下被推拉到观察室,经观察小孔流到泵外。我们把传动装置腔内的润滑油被滑块推拉至泵外这种现象称为拉油现象。乳化液泵产生拉油现象,使装置腔内的润滑油不断地被拉出到泵外,油面不断地降低,当油面低于曲轴的旋传半径时油不能被曲轴飞溅到滑道上部的盛油 First, the phenomenon of pulling oil and its damage Emulsification pump drive chamber cavity of the lubricating oil splashed by the crankshaft rotation, splashed to the top of the slide Sheng oil pool through the orifice into the slide (to the slider-oriented Hole), to ensure the slider lubrication. Slider in the slide with 517 times per minute reciprocating motion, after 3 months of operation, the slide is large slider, slide the oil ring is small grinding, the gap between the slider and the slide Exceeds the stipulated range, so the lubricating oil entering the slideway is pushed and pulled to the observation room under the action of the reciprocating movement of the slider at high speed, and the small hole flows to the outside of the pump through the observation hole. We put the actuator cavity lubricant is pushed to the slider by the slider outside of this phenomenon known as the phenomenon of pulling oil. The emulsion pump generates a pulling phenomenon, so that the lubricating oil in the cavity of the device is continuously pulled out of the pump, and the oil level is continuously reduced. When the oil level is lower than the rotational transmission radius of the crankshaft, the oil can not be splashed on the upper part of the slide by the crankshaft Sheng oil