Posted to News on 24th Feb 2011, 11:33
3D CAD models of Nemesis connectors available to download
ITT Interconnect Solutions reports that its innovative new Nemesis connectors are now available as models on its 3D dynamic modelling website. This online resource enables design engineers to utilise a single interface to search for ITT ITC's industrial, commercial, Mil-Spec and Hi-Rel interconnects, select from various output model formats and directly request the generation of a 3D model. Users can choose from a range of industry-standard CAD formats and receive the model as a downloadable zip file to import into their own CAD system for integrating into prototype system designs. This saves time and enables a number of different concepts be tried out to achieve an optimum design more quickly and easily.
The latest Nemesis range of lightweight, compact, mini-circular connectors are now available on the 3D web-modelling system. Providing optimum performance in harsh environments and sealed to IP67 or IP68, Nemesis connectors suit applications where weight and size are critical. These include medical equipment, marine applications and handheld devices. The Nemesis range includes rugged stainless steel Super Clean connectors with a patented draw-back barrel design for cleaning and reconnection in seconds. Features include ITT ICS's patented breakaway Pogo Pin contact technology that is guaranteed for over 10,000 mating cycles and assures easy connector mating and unmating while retaining full 360-degree EMI shielding.
ITT's Nemesis pogo pad receptacle design both eliminates the necessity for dust caps and removes harsh environment fouling, which can be a problem with non-pad receptacles. Further Nemesis design innovations include blind mating for reliable and fast connection without the need for visual or mechanical keying.
ITT ICS's 3D web modelling service is available to registered users of the ITT Cannon website at www.ittcannon.com. Registration is free. Further Nemesis specifications are available from www.ittcannon.com.
