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Beijing BKC Technology Co., Ltd.

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  • Precision Inspection and Remote Diagnosis System
Precision Inspection and Remote Diagnosis System
The "Precision Inspection and Remote Diagnosis System" of BKC takes the health maintenance concept of "preventing disease before it occurs" of ancient Chinese sages as the guiding realm of equipment management. Taking the "Reliability-centered Equipment Maintenance Strategy" (RCM) of the United States and the concept of "continuous improvement" of Japan as the methodology; Taking software and hardware products with independent intellectual property rights as the carrier; Using mature testing instruments at home and abroad as tools; Based on the newly established "Work Standards", "Technical Standards" and "Management Standards"; Take the remote intelligent diagnosis software platform as the starting point. It comprehensively covers advanced applications such as equipment reliability management, equipment life extension management, spare parts procurement management, operation and maintenance budget management, as well as decision support for optimized maintenance and optimized operation.
  • Product Details

Key technologies

By applying technologies such as "vibration, infrared, ultrasonic, oil, and current", comprehensive tests and investigations are conducted on the equipment throughout its entire cycle, collecting data such as vibration, temperature, insulation, and temperature rise of the equipment. Extract the fault information of the equipment through the data comprehensive processing software; Combining the fault mechanism with the actual situation, conducting comprehensive analysis and diagnosis can accurately understand and grasp the health status of the equipment during operation, discover the early fault signs and their causes of the equipment, and ultimately predict the development trend of equipment faults.

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Expected effect

All auxiliary machines are fully under condition-based maintenance. Reduce98%Non-shutdown and load reduction accidents; Eliminate emission accidents; The major overhaul time of the mainframe has been extended 2~8 Year; The operation and maintenance costs have decreased 30%; A digital, networked and intelligent control platform has been established, with unified dispatching of human resources within the region and sharing of fault information and solution resources.

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