Settle fault is an effective change to ball mill

Settle fault is an effective change to ball mill

Modernize quarry machinery can have a real impact on margins, from fitting machines with the most sophisticated and efficient engines available to simply making basic, but effective changes to sand making processes. The experts of Zhengzhou Hongxing say that the operation of grinding process of belongs to practical experience and skill in the production, but many engineering technicians do not completely understand it and the technical experience on this aspect cannot be found from the relavent books. For this reason, Based on many years’ produciton and debugging guiding experience of the experts and combination of theory and technology, we are here to give a detailed explanation to the operation of the grinding process. As such, they should make tempting used equipment purchases for many potential owners outside Europe, Japan and the US.
It would be a shame if these regulatory and technical issues can't be resolved to allow contractors around the world to benefit from the strides that have been made.
There are many reasons that may lead to the malfuntion of ball mill: 1. The ball mill bearing becomes hot, at this time, the workers should examine whether there is enough oil in the machine.
2. Add grease on the bearing of the ball mill main engine and the pinion shaft for lubrication and add engine oil on the reduction box for lubrication.
3. If there is enough oil on the machine, the workers should examine the concentricity of all parts and respectively chech the main engine and the driving part of ball mill. If the big bearing pedestal of ball mill is not coaxial with quill shaft, it will cause the quill shaft and bearing gland to rub and produce heat.
An obvious driver behind new machinery launches has been the US Interim Tier 4 regulations on exhaust emissions, and the equivalent European legislation, Stage IIIB - which now apply to diesel engines from 56 kW to 560 kW. If the driving pinion shaft and the bearing pedestal is not coaxial with the bearing pedestal, it will cause the driving bearing and the bearing gland to rub and produce heat. If the reduction box of ball mill is not coaxial with the pinion shft nor with the motor, it will cause the bearing of ball mill to run with overload and produce heat. If the quill shaft and big bearing pedestal is seriously uncoaxial with the big bearing pedestal, it will lead to difficult start, motive power waste in operation and motor warm.