Confidex Silverline Blade On Metal UHF RFID Tag, 2.36" x .98", 500 Labels / Roll
SKU: 3001458
Confidex Silverline Blade On Metal UHF RFID Tag, 2.36" x .98", 500 Labels / Roll
Product Description
The Confidex Silverline Blade is able to stick to any surface, providing an 2.36 "x .98" RFID label that is ideal for securing IT and enterprise assets, valuable items, or tools.
By combining the strong on-metal performance of hard tags and the easiness of the personalization of labels, the Confidex Silverline Blade makes using and applying RFID tags even easier and more efficient than ever. Confidex Silverline Blade is particularly ideal for applications on which the possible label size is limited.
The Confidex Silverline Blade features a high tack adhesive, giving it excellent adhesion to all surfaces and low surface energy plastics. The Silverline Blade also features a 4.5m(15ft) read range on metal, 3m(10ft) read range on liquid containers, and 1.5m(5ft) on plastics. The Silverline Blade is also provided with a water resistance tested up to 5 hours in a 1m(3.2ft) depth of water.
Note: The Confidex Silverline Blade is designed and verified to work with the Custom Zebra ZT410 RFID Silverline printer. Other Zebra printers are not recommended or supported. Contact us for ordering information.
Confidex 3001458 Barcode Terminal Features
- Device Type: Class 1 Generation 2 passive UHF RFID transponder
- IC Type: Impinj Monza R6
- Protocols Supported: EPCGlobal Class1 Gen2 ISO 18000-6C
- EPC Memory: 96 bits
- TID/UID: TID 48 bit; No User memory
- Operating Frequency: FCC 902 � 928 MHz, ETSI 865 � 869 MHz
- Operating Temperature: -35°C to +80°C / -31°F to +176°F
- Finished Label Dimensions: 60 x 25 x 1.4 mm / 2.36 x 0.98 x 0.055"
- Label Material: Printable white specially coated PP for high quality printing, Zebra 5095 resin ribbon recommended
- Read Range (2W ERP)*: On metal up to 4.5 m / 15 ft, On Plastic up to 1.5 m / 5 ft, Liquid containers up to 3 m / 10 ft
- 1 roll of 500 Labels is provided
Full Product Information - PDF
* Read ranges are theoretical values that are calculated for non-reflective environment. Different surface materials may have an effect on performance.