Machine Panel Restoration
Grinder machine automation panel restoration, modification and operationalization.
When the control panel was first received, it had suffered from water exposure and impact damage. Certain areas of the galvanized coating were deteriorated and had peeled off.
The exterior of the panel was first repaired, and then it was sent for repainting.
The control panel has been fully assembled, tested, and prepared for delivery. All restoration, wiring, and integration processes have been completed, and the system is now ready for customer installation and operation.
When the control panel was first received, it had suffered from water exposure and impact damage. Certain areas of the galvanized coating were deteriorated and had peeled off.
Grinding Plant Main Control Panel Refurbishment and Modernization Project Successfully Completed
The main control panel of a grinding machine, delivered to us by our customer, underwent a comprehensive refurbishment process due to structural damage and the need for system expansion, in addition to many years of service.
As part of the project, the existing panel was completely disassembled and subjected to a detailed inspection. The mounting plate, doors, and all panel components were separated, while deformations identified on the main panel enclosure were repaired, restoring the mechanical structure to its original robustness. Damages on the doors and panel surfaces were also repaired during the same process.
Following the mechanical repair work, the panel components underwent professional surface preparation processes. Through sandblasting and repainting applications, a durable and aesthetically renewed structure was achieved, closely resembling its original appearance.
While the surface refurbishment process was ongoing, six additional motor circuits requested by the customer were designed and integrated into the panel mounting plate. The new power and control equipment were installed, and all electrical modifications were completed to ensure full compatibility with the existing system infrastructure.
After reassembling the refurbished panel components, aged connections that posed potential reliability risks were renewed, cable arrangements were revised, and all equipment was professionally labeled. This ensured maximum traceability and ease of maintenance and service operations.
Upon completion of the hardware modifications, the Siemens S7-300 PLC software was updated, the newly added motor circuits were integrated into the control system, and all required functional tests were performed. Input/output checks, protection circuits, and operating scenarios were thoroughly verified to ensure safe and stable system operation.
Following the successful completion of all final inspections, the panel was shipped back to the customer and delivered ready for recommissioning.
As a result of this project, not only was a damaged control panel restored, but additional capacity was also incorporated to meet the production requirements of the plant. Maintenance accessibility was improved, and a modern control infrastructure capable of providing reliable service for many years was established.