By Alan M. Petrillo
Cleaning turnout gear to rid it of contaminants and toxins has become a regular facet of the firehouse routine.
Some departments have specialized machines in their stations designed to wash turnouts and remove contaminants. Departments that don’t clean their gear in-station send turnouts out to independent service providers who inspect, clean, and repair personal protective equipment (PPE) to National Fire Protection Association (NFPA) 1851, Standard on Selection, Care, and Maintenance of Protective Ensembles for Structural Fire Fighting and Proximity Fire Fighting.
Gear Cleaning Equipment
Gary Gauthier, regional sales manager for Milnor Laundry Systems, Pellerin Milnor Corp., says his company makes industrial-grade washer-extractors that are preprogrammed for washing turnout gear to meet NFPA 1851. “We make 40-pound, 45-pound, 60-pound, and 80-pound Gear Guardian washer-extractors for washing turnout gear,” Gauthier says. “The 80-pound model will wash about six to seven garments at a time, the 60-pound will do four to five, the 45-pound about three, and the 40-pound about two to three.”
Gauthier says the various models have 30 programmable wash formulas, including 10 preprogrammed for decontaminating firefighter gear; have solid industrial bearings inside the machines so the equipment will last a long time if properly maintained; and are easy to use by pressing a couple of buttons to do a wash load. “Most fire stations have solid foundation requirements that allow lower-cost, rigid-mount machines to be used,” he adds, “which is more desirable than a soft-mount washer that can reach high G-force extracts.”
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1 Milnor Laundry Systems makes industrial-grade washer-extractors capable of handling loads from 25 to 160 pounds. Shown is the model 30015 T6X washer-extractor that has a capacity of 40 pounds. (Photo courtesy of Milnor Laundry Systems.) |
Milnor’s washer-extractors use a low agitation speed during the wash process, Gauthier points out, with water temperature not exceeding 100°F. Milnor uses a low extract speed, Gauthier says, “to eliminate the potential of hydro bursting the fabric of the garment. Water can get soaked in the garment after the wash process, and if you spin out the water too fast or use too much G force during extraction, you can damage the garment’s fabric and make it unsafe to use for the next time it needs to be employed to fight a fire.” Milnor also makes a dryer cabinet to dry the garments after extraction. The cabinet hangs a couple of turnouts and uses warm air to dry them, not exceeding 100°F.
Another maker of washer-extractors used in the fire service is UniMac®. Bill Brooks, UniMac’s North American sales manager, says UniMac’s most common model used in the fire service is the UW design, which is an industrial-strength washer. Brooks says the UW has an “overbuilt frame and heavier bearing and shaft design, giving it increased strength.” That’s important, he adds, because “the distribution of weight inside a washer for a load of turnout gear is not perfectly balanced and requires extra strength to assure a very long machine life.”
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