How to Prolong the Engine Service Life of Briquette Machine

Desulfurization gypsum pressure ball machine bearing operation is related to briquette making machine production problems, in order to obtain greater profits, first of all to ensure that the desulfurization gypsum pressure ball machine bearings is in good condition, no malfunction during operation. Desulfurization gypsum pressure ball machine bearing clearance must be reasonable designed. No-load test run of the clearance should be close to the assembly clearance, otherwise the desulfurization gypsum pressure ball machine bearings will not be able to work properly. Briquetting machine adopt the method of reinforcing plate and changing point support can change the stress distribution, thus reducing the deformation of mechanical parts.Briquette press machine engine work under unstable load compared with work under the stable load, the cylinder wear will be increased 2 times, work under normal load of the engine, the failure rate is lower, and prolong service life, overloaded pressure ball machine engine, failure rate increased obviously, service life will be decreased than design index, the compressive strength is refers to the biggest pressure when coal briquette be able to bear by pressure fracture. Surface contact pressure is difficult to do, therefore, in many cases with each coal briquette can bear the biggest pressure said in a wide range of load change machinery abrasion quantity is greater than the continuous and stable work, the engine service life of briquette machine is longer than granulator machine engine. As briquette machine management personnel, when specified operators, give the pressure ball machine random data and operation manual to the operator, to normal in mastering mechanical properties and operational procedures, and should not be arbitrarily buckle down the data. Desulfurization gypsum pressure ball machine in mastering mechanical properties and operation procedures, briquette machine technology promotion not only can handle power plant...