Description
*Additional ICs are available upon request. Please contact us for lead time and if you have specific IC requirements or questions.
Vulcan RFID Custom Universal Micro Asset Tag
Measuring at 47.6 x 15.9 mm (1.875 x 0.625 in), the Vulcan RFID Custom Universal Micro Asset Tag is a great solution to your identification projects that require a small RFID tag with great read range. With a tiny footprint and low profile (57 mils.), the Universal Micro RFID Asset Tag easily fits where other tags are too big and obtrusive. Supplying up to 2.7 m (9 ft) of read range on metal and 1.2-1.5 m (4-5 ft) on plastic, wood and glass, the Micro provides incredible read ranges compared to other tags in its class. Its non-rigid, durable, foam core and polyester construction sets the Micro apart from molded RFID tags allowing for greater flexibility in tag placement.
Specialty RFID labels take advantage of sub-surface printing wherein the printed media has a protective covering. In order to remove the copy from a label, one would have to destroy the label itself.
NOTE: Due to market demands, this product is transitioning away from the Alien Higgs-EC IC to the NXP UCODE 8 and Impinj Monza R6-P IC. Sample stock may still contain the Alien Higgs EC while re-orders and higher volumes will contain the NXP UCODE 8 or Impinj Monza R6-P chip. Additional ICs are available upon request. Please contact us for more details.
Data Sheet — Vulcan RFID Custom Universal Micro Asset Tag
Need help selecting the right tag? Check out our tag guide.
What's included?
- A choice of up to four standard or custom colors is included
- Due to contrast needed for the barcode scanner, all barcodes will be printed in black
- Custom printing included in price (custom barcode and full-color, one-sided printing of logos or other graphics)
- Custom encoding included in price - Upon order completion, you will be contacted for printing/encoding specifics
Why buy this tag?
The Vulcan RFID Custom Universal Micro Asset Tag has an incredibly small form factor and a low profile making it extremely versatile, ideal for many different applications. With a read range of up to 9 feet on metal and 4-5 feet on plastic, this tag is truly unique as well as customizable.
If you need a quantity that is not listed above, please contact us for a custom quote.
Features
- Patented inlay design obtains excellent read range regardless of surface- metal, plastic, glass, even wood.
- Extremely small footprint and thin profile while still achieving excellent read range.
- Custom engineered foam core designed specifically to obtain optimum read distances.
- Subsurface printing on durable polyester protects printed copy against moderate solvents and caustics/acids.
- Digital printing process provides for greater print capability with detailed logos or special designs.
- Choice of up to four standard or custom colors.
| Product Type: | Tag |
|---|---|
| ELECTRICAL: | |
| Air Interface Protocol: | EPCglobal UHF Class 1 Gen 2 (ISO 18000-6C) |
| Operating Frequency: | FCC (902-928 MHz) |
| IC Type: | Alien Higgs EC, NXP UCODE 8, or Impinj Monza R6-P (See details above) |
| Memory: | Alien Higgs EC: EPC 128 bits, User 128 bits, TID 32 bits NXP UCODE 8: EPC 128 bits, User 0 bits, TID 96 bits Impinj Monza R6-P: EPC 128/96 bits, User 32/64 bits, TID 48 bits |
| EPC Memory Content: | Dependent on desired encoding |
| Max Read Distance (On Metal): | Up to 2.7 m (9 ft) |
| Max Read Distance (Plastic, Wood, and Glass): | Up to 1.2-1.5 m (4-5 ft) |
| Applicable Surface Materials: | Plastic, metal, cardboard, glass, wood |
| MECHANICAL: | |
| Tag Form Factor: | Label tag |
| Tag Materials: | Inlay wrapped around 39 mils custom engineered foam |
| Attachment Method: | Pressure-sensitive acrylic adhesive |
| Dimensions: | 47.6 x 15.9 mm (1.875 x 0.625 in) |
| Weight: | 1 g |
| ENVIRONMENT: | |
| Operating Temperature: | -50° to +85°C (-58° to +185°F) |
| fbt-product: | 2432 |
| fbt-product: | 3572 |
| fbt-product: | 1665 |
| atc-product: | 1313 |
| atc-product: | 1349 |
| atc-product: | 2958 |
| atc-product: | 1764 |
