Features & Benefits 5, 12 19 and 33 contact positions 1 A per contact IP65 sealed when mated EMI/RFI shielding option Push/pull latching design Ideal for disposable applications 6 Keyable positions 5 color options This media type is not supported by your browser.
OverviewDesigned specifically for the medical industry, that is customer keyable for quick and accurate connections on medical equipment. This unique HyperGrip keying system allows customers greater freedom and flexibility to build connectors with six different keying options from a set of common components, thereby reducing cost, lead time and inventory. Unique to HyperGrip is the front or rear panel mount receptacle design which allows the user to mount the harness assembly from inside or outside of the device enclosure. HyperGrip is designed to meet medical industry requirements such as finger-proofing to IEC60601, flammability rated to UL94 V0, and is compatible with most sterilization requirements. HyperGrip is offered in several configurations; including the 5 position HG0, 12 position HG2, 19 position HG3, and 33 position HG4. Also available is a shielded version for the HG2, HG3, and HG4 size for EMI/RFI protection as well as Spring Probe, Fiber Optic (expanded beam and butt joint) and Coaxial contacts.
Documents & Literature CatalogCase StudyUser GuideTest ReportWhite PaperArticleHyperGrip® Series Catalog (A4)1795 kBHypergrip® Series Catalog US1715 kBHyperGrip Case Study323 kBHyperGrip Termination Time Study107 kBHG Cable Receptacle Assembly Instructions1053 kBHG Plug Assembly Instructions1061 kBHG Panel Receptacle Assembly Instructions1836 kBHyperGrip Sterilization Test Report4478 kBQualification of MR contact in HG4 Receptacle Connector736 kBHyperGrip Sterilization White Paper7160 kBChoosing the right interconnect system for medical device applications224 kB
Case Study Electrophysiology Cardiac Mapping Catheters The Smiths Interconnect team was awarded the project as the design was not only highly reliable but also tripled the density of the connector in a small footprint. Learn More