RFID Attracts Interest for Magnetic Separators
Industrial Magnetics Inc. is attaching tags to all magnetic separators it makes, easing the process of testing and inspecting the devices at factories.
May 29, 2012—Industrial Magnetics Inc. (IMI) intends to help its customers and its own inspectors collect and store accurate inspection and maintenance data for magnetic separators used by manufacturing plants to extract metal from products. In this effort, the company has been attaching an EPC Gen 2 passive ultrahigh-frequency (UHF) RFID tag to each of its magnetic separators since early this year. Users who wish to service or inspect the separators can read data related to every item via a handheld RFID interrogator. The tags are provided by InfoChip Systems Inc.
IMI, based in Michigan, provides industrial magnets and magnetic products designed to hold, lift, convey or separate metal objects. Magnetic separators are employed at bulk-processing plants, especially those operated by food companies striving to ensure that no stray metal ends up in products. Such companies can position the magnetic separators near vats of processed food, for example, to extract even tiny fragments of metal that might have broken loose from factory equipment during manufacturing.
According to the company, the magnetic separators need to be inspected regularly in order to verify that they function properly, which requires that inspectors conduct a "pull test." The work is performed either by a factory's own staff, or by Industrial Magnetics' inspectors. In fact, IMI offers the service free of charge, inspecting its own separators, as well as those of other providers, and supplying an end user with any recommendations in the event that the inspectors deem the separators in need of adjustment or repair, or decide that additional separators are necessary.
In recent years, IMI reports, the quantity of separators put into operation has increased—primarily to meet food-safety controls—thereby making it difficult to manage all separators on a plant floor, where there may be 30 or more of the devices in place. Tracking the inspections and service history of each item requires that an inspector locate its serial number, which can often be difficult to read. Because the food industry has extremely strict sanitation requirements, the separators are frequently cleaned at high temperatures, and serial numbers can be washed off in the process. With RFID, a visible serial number is no longer necessary, says Peter Friedrich, IMI's distribution manager, and the inspection process is thus made faster, and data much easier to access and input.
The company is presently attaching an InfoChip DuraDisc RFID tag—measuring 0.75 inch in diameter, designed for extreme environments and mounted via an adhesive—to each of the magnetic separators it sells, and plans to apply the tags to a customer's existing separators as a retrofit, upon request. There is no additional charge for the RFID tags, IMI reports. Customers wishing to utilize the tags can acquire their own handheld readers, along with software to manage the read data, or they can use hardware and a hosted software service provided by InfoChip. The company's owner, Tom Bamford, says InfoChip can provide its Bluetooth Easy Reader, which can capture the UHF RFID data and forward it to another device, such as a tablet PC, via a Bluetooth connection. InfoChip software, residing on the firm's hosted server, captures the unique ID number encoded to each RFID tag.
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