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At Canadian Diamond Mine, RFID Shines a Light on Tool Usage
The solution, provided by ToolHound, helps the company to better manage inventory and prevent hoarding by workers.
Dec 17, 2014—
A global diamond mining company has deployed an RFID-based solution to manage the tools it loans to its mechanics as they perform maintenance work at its Canadian mine. The Tool and Equipment Tracking system, supplied by ToolHound, an equipment-tracking solution provider based in Edmonton, consists of a tool crib with an ultrahigh-frequency (UHF) RFID reader portal at the entrance, to record who takes and returns which tools, and when this occurs. The software, according to Dean Perry, ToolHound's president, enables the mining operator, which has asked to remain unnamed, to view which tools have been checked out and when something is overdue for return, as well as who has those assets at any given time.
The mine, which occupies an area measuring nearly two square miles in size, consists primarily of shafts drilled under a lake in the Northwest Territories, though there are also some aboveground operations. The setup includes machinery not only for drilling purposes, but also for collecting and transporting diamond material back to the surface, and the company requires a fleet of mechanics 24 hours a day to provide maintenance for that equipment.
Each mechanic carries a toolbox filled with basic equipment, but some jobs require specialized tools, such as specific-sized wrenches, drills or saws. Until the RFID system was installed, the company used a manual method to track tools. A mechanic, stationed at the tool crib, oversaw what was being removed or returned, and by whom. He or she wrote that information on a piece of paper, Perry says, though occasionally, workers simply forgot to record that data. This manual process did not give mine management much visibility into what was happening with its tools onsite.
Shrinkage is not a problem at the mine, Perry reports, since no one could steal tools or take them offsite in an airplane. However, staff members have had a tendency to hoard specific tools if they think they will need them again in the future. In this way, they can be sure those items are available to them when needed. But hoarding tools leaves the company with the impression that there are not enough of a specific type of tool, resulting in more being ordered than are actually required onsite.
In July of this year, the mining company installed and began testing ToolHound's RFID-based solution in its existing tool crib. The 275-square-foot crib has two locked doorways. The outermost door accesses a vestibule that serves as an RFID portal, and a second door leads from the vestibule to the actual crib of tools. Both doors lock from both sides and require that an employee present an RFID-enabled ID badge before they will open. Each mechanic is equipped with an HID low-frequency (LF) RFID badge, which had already been provided for access control in some areas of the mine. The badge tag's ID number is linked to the mechanic's identity in ToolHound's standalone software, residing on a server onsite. (ToolHound also offers a cloud-based solution, but since the mine has no reliable Internet connection, it must run the ToolHound system on a server operating on its premises.) A badge reader is integrated into the locking mechanism at the exterior door. When a mechanic arrives at the crib, he holds his badge next to the reader, which confirms his identity and his authorization to enter, and releases the lock.
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