USB3F TV - Reduced Flange Smaller and Lighter Dataspeed 10 x higher than USB2.0 Description Derived from standard USB3F TV, Reduced Flange USB3F TV is ideal for applications where small dimensions and lower weight are critical. With USB field, you can insert a standard USB 3.0 cordset into a metallic plug which will protect it from shocks, dust and fluids. No hazardous on-field cabling and grounding! Main Features *Smaller: 40% footprint surface reduction *Lighter: 15% lighter than standard USB3F TV receptacles * MIL-DTL-38999 coupling mechanism * Mates with standard USB3F TV plugs * 3 platings: Olive Drab Cadmium, Nickel, Black Zn Ni * Reduced Flange Deviation (to be added at the end of your part number): - F312 for standard versions (F311 with safety castle nut*) - F059 for Stand Off versions (F058 with safety castle nut*) Main characteristics Sealed against fluids and dust (IP68) Shock, vibration and traction resistant No cabling operation in field and no tools required Improved EMI protection Tri start thread coupling mechanism (MIl-DTL-38999 series III type) with anti-decoupling device - shell size 15 2 mechanical coding / polarization possibilities (receptacle insert rotation) Mating cycles: 500 minimum Environmental protection USB specification 3.0 Data rate: up to 5Gb/s for high speed USB Power supply: up to 4.5 W Markets & Applications Navy Railway Applications : Embedded computers, data acquisition and transmission in harsh environment, battlefied communication www.amphenol-socapex.com Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex * safety castle nut Sealing: IP68 when mated with cap or potted version without cap Salt spray: > 48h with aluminium shell - Nickel > 500h with aluminium shell - Olive drab cadmium plating > 500 h with aluminium shell - Black zinc nickel Fire retardant / low smoke: UL94 V0 and EN45545 Vibrations: 10 - 500 Hz, 10 g, 3 axes: no discontinuity > 1micro s Shocks: IK06: weight of 250 g drop from 40 cm [15.75 in] onto connectors (mated pair) Temperature range: - 40C / +85C Data transmission C4ISR, Battlefield, Ground vehicles standard castle nut USB3F TV - Reduced Flange Smaller Dimensions and 15% lighter Product Length (mm) Standard USB3F TV Reduced Flange USB3F TV Standard USB3F TV Standard stand off USBF TV Reduced Flange USB3F TV (F312) Stand off Reduced Flange USB3F TV (F059) Footprint (mm) Panel dimension Standard USB3F TV Standard USB3F TV Reduced Flange USB3F TV Reduced Flange USB3F TV OK Increase of internal length by 1,37 mm Reduction of internal length by 4mm and increase of external length by 4mm 40% footprint surface reduction Footprint Saving 40% footprint surface reduction: Shell Size USB3F TV standard diameter OA max (mm) USB3F TV Reduced Flange diameter OK max (mm) Footprint surface reduction Reduced Flange vs standard 15 41,6 32,1 40% Panel Dimension USB3F TV Standard Size B 0 - 0,25 15 (mm) 27,56 OC USB3F TV Reduced Flange +0,25 0 (mm) 28,83 OG +0,1 0 27 (mm) H +0,1 0 (mm) 25,5 Tools Need of a specific tool for castle nut: Size Tool Part Number 15 809684 Max torque value: 8.5 N.m Due to technical modifications, all information provided is subject to change without prior notice Designed by Amphenol Socapex Amphenol SOCAPEX USB3F TV - Reduced Flange Receptacle USB3F TV 7 X X F312 Panel Drilling Stand off receptacle USB3F TV 7S X X F059 Panel Drilling PCB Layout Coding A PCB Layout Coding B Due to technical modifications, all information provided is subject to change without prior notice Designed by Amphenol Socapex Amphenol SOCAPEX USB3F TV - Reduced Flange Coding To be specified in the part number: A or B. Coding A Coding B Metallic cap for reduced flange receptacle USBF TVC 7 MR / BMR XX F057 With S.S rope Due to technical modifications, all information provided is subject to change without prior notice Designed by Amphenol Socapex USBF TVC 7 XX F057 With nylon rope USBF TVC 7 M F057 With metallic chain Amphenol SOCAPEX USB3F TV - Reduced Flange How to order reduced flange receptacle USB3F TV Series 7 A ZN F312 M ZN F057 Shell type 7: Jam nut receptacle 7S: Transversally sealed jam nut receptacle Coding A or B Shells material & Finish N: Aluminium shell - nickel plating G: Aluminium shell - olive drab cadmium plating ZN: Aluminium shell - black zinc nickel plating Deviation F312: Reduced Flange F059: Stand off Reduced Flange (only in transversally sealed version) F311: Reduced Flange with safety castle nut F058: Stand off Reduced Flange with safety castle nut (only in transversally sealed version) Examples: USB3FTV7AZNF312 ; USB3FTV7SBGF059 : RoHS compliant How to order metallic cap for reduced flange receptacle USBF TVC Series 7 Connector type 7: Jam nut receptacle Wire type: Blank: Nylon cord M: Metallic chain MR: S.S rope - Transparant (white) teflon jacket BMR: S.S rope - Black teflon jacket Finish N: Nickel G: Olive drab cadmium ZN: Black zinc nickel Deviation F057: Protective cap for reduced flange "TV07" connectors (F058, F059, F311, F312) Examples: USBFTVC7NF057 ; USBFTVC7MRZNF057 : RoHS compliant Watch our video Rugged USB Plug Assembly Scan & discover ! http://opn.to/a/Azd09 Due to technical modifications, all information provided is subject to change without prior notice Designed by Amphenol Socapex Amphenol SOCAPEX notes Due to technical modifications, all information provided is subject to change without prior notice Designed by Amphenol Socapex Amphenol SOCAPEX notes Due to technical modifications, all information provided is subject to change without prior notice Designed by Amphenol Socapex Amphenol SOCAPEX notes Amphenol Socapex 948, promenade de l'Arve BP29 74311 Thyez Cedex - France Phone: +33 (0)4 50 89 28 00 contact@amphenol-socapex.fr Amphenol PCD (Contact in North America) 72 Cherry Hill Drive Beverly, MA 01915 978-624-34000 www.amphenol-pcd.com We reserve the right to modify our products in any way we deem necessary. Any duplication is prohibited, unless approved in writing. www.amphenol-socapex.com Follow Amphenol Socapex on social media : Designed by Amphenol Socapex DOC-001012-ANG - July 2019