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Outline requirements:
With the continuous increase of terminal engineering equipment and the pursuit of more efficient engineering operation methods, it is necessary to automatically generate work scheduling instructions and equipment performance reports based on the work experience of the maintenance process.
In addition, the original manual recording of equipment operation status has accuracy and information time gaps, and it is impossible to prepare accurate maintenance and inspection plans and carry out condition-based maintenance to further save maintenance labor and maintenance costs.
On the basis of more than 10 years of experience in port equipment informatization management, Dunn Technology launched the ”
Smart maintenance
With engineering asset management system”, it provides a networked emergency maintenance coordination mechanism, obtains the real-time status of equipment through wireless meter reading, automatically produces maintenance and inspection plans, and gradually realizes status-based maintenance on the basis of data analysis. The data exchange protocol is integrated with other port systems.
application solution:
Install the central server and database in the engineering department, and equip terminal workstations in the engineering management, maintenance, purchasing and finance departments to access the system remotely through a browser;
On-site maintenance staffingPDAReal-time feedback on maintenance progress;
The system obtains detailed equipment operating data through the equipment meter reading system;
According to preset thresholds and analysis methods, obtain early warning information of engineering maintenance work, and generate work orders to relevant personnel;
Managers check the progress of engineering-related work in real time, and obtain the overall status of engineering equipment through inquiries and reports;
This system supports all functions related to the work of the engineering department through a web-based service method, including personnel management, equipment management, meter reading management, key components, maintenance management, parts procurement and warehouse management, related financial management, engineering service management, and engineering contracts Management and other functions.
System functions:
|
functional module |
instruction |
Order code |
|
Asset Ledger |
Basic information management of assets such as equipment and facilities |
DEAM-01 |
|
Remote meter reading |
Collection summary of operating data and working status of equipment settings |
DEAM-02 |
|
Emergency repair |
Networked emergency maintenance coordination management, multi-group linkage, reducing the time-consuming repair |
DEAM-03 |
|
Maintenance management |
Emergency maintenance management, PDA management and planned maintenance management |
DEAM-04 |
|
HR management |
Combination of human resource system, dynamic configuration of engineering maintenance personnel |
DEAM-05 |
|
Warehouse management |
Spare parts management for engineering maintenance: purchase, warehouse storage |
DEAM-06 |
|
Financial Management |
Financial management related to engineering maintenance and asset changes, and financial analysis corresponding to production efficiency |
DEAM-07 |
|
Production management |
Interface with production system, provide equipment status and obtain production data |
DEAM-08 |
|
knowledge base |
Management of various important knowledge related to engineering maintenance and assets |
DEAM-09 |
Performance and parameters:
Manage various types of terminal equipment: QC, RTG, RMG, reach stacker, stacker, truck, etc.;
Manage various types of terminal facilities: water, electricity, storage yard, shore, network, lighting, railway, etc.;
Front-end maintenance is equipped with PDA, providing simple EAM terminal software on PDA;
Support the daily maintenance and management of terminal equipment assets: including personnel management, equipment management, meter reading management, key components, maintenance management parts procurement and warehouse management, related financial management, engineering service management and engineering contract management;
Support a variety of methods and automatic generation of maintenance plans, automatic follow-up and records based on;
Support all kinds of analysis and report output, provide management and decision support;
Support condition-based maintenance mode, provide CBM analysis and decision support;
Support historical records and data mining, and put forward suggestions for improvement of maintenance and management processes;
Provide a simple and compatible operation interface with other systems (TOS, HRMS, RMS, RCMS, etc.).
Applications:
• Shenzhen YICT
• Hong Kong HIT
• Hong Kong COSCO-HIT
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