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Avery Dennison Smartrac Product Data Sheet Inlays and Tags AD-160u7/03/21/DS AD-160u7 Overview Frequency Band UHF 860 - 960 MHz Chip NXP UCODE 7 Antenna Dimensions 60 x 4 mm / 2.36 x 0.16 in International Standard ISO/IEC 18000-63 Type C High performance item tagging Industry Segments Beauty and Personal Care Healthcare AD-160u7 inlays from Avery Dennison are designed for tagging a broad range of retail items, particularly apparel and cosmetics. Applications Apparel and Retail Cosmetic Built for the UHF frequency band, the inlays feature a 60 x 4 mm antenna with a global design ensuring excellent broadband performance (860-930 MHz) that achieves class-leading read distances on a wide array of surfaces and materials. RoHs EU Directive 2011/65/EU and 2015/863 Compliant The slender form factor and rectangular shape further contributes to the versatile use in retail oriented applications to increase inventory accuracy, improve supply chain agility and enhance visibility across all channels. AD-160u7 inlays are equipped with a UCODE 7 ICs from NXP, featuring 128-bits of EPC memory and a 96-bit unique serialized TID Number. Delivery formats include Dry Inlay, Wet Inlay, and Pressure Sensitive Label. Like all RFID products from Avery Dennison, AD-160u7 inlays are manufactured according to the industry’s highest quality standards, as confirmed by the RFID Lab at Auburn University: The inspection body awarded Avery Dennison its first comprehensive and significant ARC accreditation for quality. rfid.averydennison.com Avery Dennison Smartrac Product Data Sheet Inlays and Tags AD-160u7/03/21/DS Technical features Chip NXP UCODE 7 EPC and User Memory 128-bit and n/a TID Memory 96-bit / 48-bit unique serial number Product Code RF600529 RF601078 RF100286 Delivery Format Dry inlay Wet inlay Label / sticker Die-cut Dimension - 64 x 6 mm / 2.52 x 0.24 in 64 x 6 mm / 2.52 x 0.24 in Inlay Substrate PET Face Sheet - - White BOPP Inlay Liner Material - Siliconized paper Siliconized paper Total Thickness 7 - 9 mils / 170 - 221 microns 9 - 12 mils / 234 - 285 microns 10 - 13 mils / 254 - 330 microns Standard Pitch 25.4 mm / 1 in Web Width 82.55 mm / 3.25 in 70.35 mm / 2.77 in 70.35 mm / 2.77 in Core Size 152 mm / 6 in 76 mm / 3 in 76 mm / 3 in Quantity / Reel 30000 pcs/reel 10000 pcs/reel 7008 pcs/reel Operating Temperature -40 °C to 85 °C -40 °F to 185 °F On-Metal Non metal Read Range (m) Orientation Sensitivity Orientation sensitivity Glass Wood 290 Plastic Lip Liner 280 Glass Perfume 260 Glass Makeup 350 0 7 6 5 4 3 10 20 30 16 40 50 60 70 2 80 1 270 90 0 100 250 240 Read range Read distance (m), calculated PU(R) 340 330 320 310 300 Orie 110 120 230 130 220 140 210 150 160 200 190 180 170 AD-160u7 @915 MHz AD-160u7 @865 MHz 14 PU(R) 12 Glass Wood 10 8 6 4 280 Glass Perfume 260 0 830 850 870 890 910 930 290 Plastic Lip Liner Glass Makeup 2 3 320 310 300 950 Frequency (MHz) All graphs are indicative: performance in real life applications may vary. Contact information rfid.averydennison.com/contact North America: +1-866-903-7343 (toll free US) International: +1-678-617-2359 © 2021 Avery Dennison Corp. All rights reserved. 170 Monarch Lane, Miamisburg, OH 45342, USA Third party trademarks and/or trade names used herein are the property of their respective owner(s). Some of the trademarks appear for identification purposes only. Warranty: Please refer to Avery Dennison standard terms and conditions: rfid.averydennison.com/termsandconditions Care and handling: RFID inlays are sensitive to ESD. Observe standard industry practices relating to electronics / RFID to keep environmental impact and static charge to a minimum. Applications: This product should be tested by the customer / user thoroughly under end use conditions to ensure the product meets the particular requirements. Avery Dennison does not represent that this product is fit for any particular purpose or use. Avery Dennison reserves the right to modify, change, supplement or discontinue product offerings at any time without notice. The information contained herein is believed to be reliable but Avery Dennison makes no representation concerning the accuracy or correctness of the data. 270 250 240 230 220 2