- July 10, 2007
- Woodhead
July 10, 2007 - Lisle, IL USA. Woodhead Industries launched a stainless steel version of the BradConnectivity Ultra-Lock Connection System, which is designed and engineered to meet the stringent sanitary requirements of food, beverage and pharmaceutical manufacturers. The threadless, M12-compatible Ultra-Lock Connection System is comprised of a series of integrated cordsets, distribution boxes and receptacles built on a patented 'push-to-lock' technology that enables fast, easy installation without turning the coupler. This positive locking feature, combined with a unique radial seal, assists in reducing downtime related to failed sensors and other control devices subjected to severe washdown.Woodhead pioneered this unique threadless connection system, which allows faster, easier and more secure connection of sensors and control devices used in plant floor automation systems, such as conveyors and robotic bottling and processing lines. Control system assemblers simply push down to connect and pull up to disconnect, which reduces assembly time and minimizes assembler fatigue. Ultra-Lock connectors stay fully mated, even under the stresses of machine vibration and cable pulls, reducing the risk of intermittent connections. Designed to Meet Plant Sanitation RequirementsAccording to John Sullivan, Senior Product Marketing Manager at Woodhead, "Our specialized stainless steel version of the Ultra-Lock System is specifically designed to withstand the rigors of high pressure sanitary washdown environments. In selecting the Ultra-Lock stainless steel connection system, these manufacturers can gain all of the unique advantages of quick disconnect technology, while still maintaining sanitation best practices."Sanitation in plant operations run by food, beverage, pharmaceutical and personal care product manufacturers are strictly regulated by the Food and Drug Administration (FDA) to ensure the purity and safety of their products. With FDA requirements in mind, Woodhead designed its Ultra-Lock Connection System design to include the following features:
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