Calcium Carbonate Making Powder Machine

Calcium Carbonate Making Powder Machine

Calcium Carbonate Making Powder Machine fault diagnosis technology

             

Calcium Carbonate Making Powder Machine Diagnostics is the mastery of the relationship between the current state of a Calcium Carbonate Making Powder Machine and anomalies or faults to predict future technologies.

It contains two aspects: one is to monitor the operation status of the Calcium Carbonate Making Powder Machine; the other is to analyze and diagnose the fault of the Calcium Carbonate Making Powder Machine after abnormal conditions are found.

Calcium Carbonate Making Powder Machine diagnostic technology is developed on the basis of Calcium Carbonate Making Powder Machine management and maintenance. It first appeared in Europe, mainly guided by the comprehensive Zhenzheng of Calcium Carbonate Making Powder Machines advocated by the United Kingdom. In the 1970s, the British Association of Mechanical Health and Condition Monitoring, headed by collacott, began troubleshooting techniques. They are in the position of friction and wear point vehicles and generator monitoring.

The development of the United States is the maintenance of Calcium Carbonate Making Powder Machine service under the guidance of logistics. After the United States began implementing the Apollo program in 1961, a series of accidents caused by the failure of Calcium Carbonate Making Powder Machines occurred. In 1967, under the advocacy of NASA, the US Navy Research Institute hosted Cheng Qing, the American Machinery Failure Prevention Team, and actively engaged in the development of technical diagnostics. They are in a position in the fields of aerospace, military and nuclear energy.

Japan has absorbed the advantages of the United Kingdom and the United States and put forward the idea of ​​full-time maintenance (TPM). Japan’s Nippon Iron & White began developing diagnostic technology in 1971 and became practical in 1976. Japan’s steel, chemical, and railway diagnostic technologies.

China has only initially contacted the development of diagnostic technology since 1979. At present, China has applied well in the chemical, metallurgical and electric power industries.

After more than 30 years of research and development, fault diagnosis technology has been applied to aircraft autopilot, artificial satellite, space shuttle, nuclear reaction push, steam turbine generator set, large power grid system, petrochemical process, aircraft, automobile, metallurgy, mining Calcium Carbonate Making Powder Machine and other fields.

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