PIF-02T-005 EAO | Alldatasheet

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Technical content

www.ea o.c om Mechanical characteristics Sof t-touch rubber coated single coil charger Mic ro USB-B power input and output socket Ele ctrical characteristics Pow er consumption 5W–10W, inp ut voltage 5 V +/- 0 .25 V Max imum output current (via Micro USB-B ) 1.0 A Max imum inductive charging current 1.0 A Sta ndards and certifications Qi Certifi ed, CE Marked E N 50121 -3-2 Rail way Appa ratus an d EN 62311 Human exposure E MC compliant, EN 613 73 Rail vehicle vibration tested E N 45545- 2 Fire protection of railway vehicle - Part 2 Dimensions (mm) Specifications and dimensions Round table top single coil charger. Name Par t No. Rou nd ta ble top sing le coil charger PIF-02T-005

UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN MILLIMETERS ANGLES ±X.X° 2 PL ±X.XX 3 PL ±X.XXX Solid Edge TITLE Round Table Top Single Coil C h a r g e r SIZE DWG NO EUK PIF T 005 REV I SCALE: WEIGHT: SHEET OF 13,7 O Mechanical characteristics Makrolon 6485/6555 Polycarbonate. 2 Micro USB‐B sockets polarity fixed. Socket ‘A’ Input >4.75Vdc ‐ <5.25Vdc. Socket ‘B’ Output >4.75Vdc ‐ <5.25Vdc

Electrical characteristics

Input voltage 5.25Volts Max +0/‐ 0.5 V Power consumption 5 W–10 W. Maximum output current (via USB‐A) 1.0 A Maximum Inductive charging current 1.0 A Transference: 3mm non‐conductive material. (Testing advised on materials between 3 and 4mm) 1 : 1 52g Standards and certifications Qi Certified QI ID 6627 C E M a r k e d https://www.wirelesspowerconsortium.com/products/6627 EN50155 (2017), EN 50121‐3‐2 (2016) Railway Apparatus and EN 45545‐2: Fire protection of railway vehicles – Part 2. (See reference EN45545‐2 data sheet 2) EN62479: (2010) EN62311: (2008) EMF Human exposure compliant. EN 61373 Rail vehicle vibration. Micro USB Input A >4.75Vdc - < 5.25Vdc Micro USB Output B. >4.75Vdc - <5.25Vdc Rear View Label Data O Output 'B' H i g h l a n d H o u s e G B R H T N U n i t e d K i n g d o m Input 'A' M o d e l E U K P IF T X X X In p u V A P r o d u c t i o n b a t c h : X X Output 'B' H i g h l a n d H o u s e G B R H T N U n i t e d K i n g d o m Input 'A' M o d e l E U K P I F T X X X I n p u t V A P r o d u c t i o n b a t c h X X X O