说到潜水渣浆泵，置信理解过我们网站资讯的朋友一定不会生疏，但是大家晓得潜水渣浆泵叶轮的调解吗？下面为大家细致引见：
为了保证潜水渣浆泵高效运转，就须及时调整渣浆泵叶轮与前护板的间隙，金属内衬泵叶轮与前护板间隙在0.5-1mm之间，橡胶内衬泵叶轮与前后护套之间的间隙要相等。调解渣浆泵叶轮间隙时首先停泵，松开压紧轴承组件的螺栓，拧调整螺栓上的螺母，使轴承组件向前挪动，同时用手转动轴按泵转动方向旋转，直到渣浆泵叶轮与前护板摩擦为止。
关于金属内衬泵则将前面刚拧紧的螺母放松半圈。再将调整螺栓上前面的螺母拧紧，使轴承组件后移，此时叶轮与前护板间隙在0.5-1mm,关于橡胶内衬泵经过拧调整螺栓上的螺母，使渣浆泵轴承组件先向前挪动，使叶轮与前护套接触，在使轴承组件向后挪动，使叶轮与后护套接触，测出轴承组件总渣浆泵的挪动间隔，取此间隔普通作为叶轮与前后护套的间隙，再用调整螺栓调理轴承组件的位置，保证叶轮与前后护套的正确间隙值。调整后，在再次启动前，须重新检查渣浆泵叶轮转动能否正常，轴承组建压紧螺栓与调整螺栓能否拧紧，然后再启动渣浆泵。
关于潜水渣浆泵的叶轮调解学问理解了之后，置信在以后的运用中会为大家带来更大的协助，关于以上的学问就为大家引见到这了。
Speaking of submersible slurry pump, I believe that friends who have learned about our website will not be unfamiliar, but do you know the mediation of submersible slurry pump impeller? Here is a detailed introduction:
In order to ensure the efficient operation of the submersible slurry pump, the gap between the slurry pump impeller and the front guard plate must be adjusted in time. The gap between the metal lined pump impeller and the front guard plate should be between 0.5-1mm, and the gap between the rubber lined pump impeller and the front and rear sheaths should be equal. When adjusting the clearance between the impeller of the slurry pump, first stop the pump, loosen the bolts that compress the bearing assembly, and screw the nuts on the adjusting bolts to move the bearing assembly forward. At the same time, rotate the shaft by hand according to the rotation direction of the pump until the impeller of the slurry pump rubs with the front guard plate.
For the metal lined pump, loosen the nut just tightened in front by half a turn. Then tighten the front nut on the adjusting bolt to make the bearing assembly move backward. At this time, the clearance between the impeller and the front guard plate is 0.5-1mm. For the rubber lined pump, screw the nut on the adjusting bolt to make the bearing assembly of the slurry pump move forward first to make the impeller contact with the front sheath. After moving the bearing assembly backward to make the impeller contact with the rear sheath, measure the moving distance of the total slurry pump of the bearing assembly, This distance is generally taken as the clearance between the impeller and the front and rear sheaths, and then adjust the position of the bearing assembly with adjusting bolts to ensure the correct clearance between the impeller and the front and rear sheaths. After adjustment, before starting again, it is necessary to recheck whether the impeller of the slurry pump rotates normally, whether the bearing compression bolt and the adjustment bolt are tightened, and then start the slurry pump.
After understanding the impeller mediation knowledge of submersible slurry pump, I believe it will bring you greater help in future use. This is the introduction of the above knowledge.
