RFID Tag HID Bin Tag HDX BDE
HID Global’s Unique Bin Tags are battery-free radio frequency identification tags designed to withstand harsh environments, allowing for automated data capture, avoiding errors that occur when collecting data manually. These labels are highly resistant to water, salinity, oil and temperature variations.
These tags have an exclusive four-cavity anchoring system with screws of about 5.5 mm, which reduces the probability of loss or theft. All Bin Tags perform exceptionally well when attached to plastic bins.
HID Bin Tag Unique uses a Low Frequency (LF) frequency of 134.2 kHz and has 128-bit read memory. These tags are made from red polyamide, measure 30mm x 15mm x 30mm and weigh just 6.4g. The read range of the tag will depend on the reader used, the environmental conditions and the surface on which it is placed.
The tag is rated IP67 waterproof and can withstand extreme temperatures ranging from -40 °C to 90 °C. In addition, it has shock (IEC 68.2.29) and vibration (IEC 68.2.6) resistance certifications to ensure optimal performance even in adverse conditions.
Product code:
6B7104-102R
- Technology: LF
- Frequency: LF 134,2 kHz
- Product Type: Hard Tags
- Chip: HDX BDE
- Mounting: Plastic
- Protection degree: IP67
- Operating temperature: -40 °C to 85 °C / -40 °F to 185 °F
- Size: 30mm x 30mm x15mm – 1.18in x 1.18inx0.59in
Related Products
RFID Tag Smartrac Web Impinj M730
RFID Tag Smartrac Web Impinj M730
The RFID Web Impinj M730 tag from Smartrac has been designed for individual identification of garments, electronic products, and applications in the logistics and retail sectors. This tag plays a crucial role in the control and management of products throughout the entire supply chain, providing an efficient and reliable solution.
It features a rectangular shape with antenna dimensions of 50 x 30 mm. Additionally, it is equipped with the Impinj M730 chip, which stands out for its key features: 128 bits of EPC memory and 96 bits of TID memory. Thanks to this configuration, the tag can be read at a distance of up to 16 meters, although this may vary depending on the environment and surface on which it is applied.
NFC Tag Smartrac Midas NXP NTAG 213
NFC Tag Smartrac Midas NXP NTAG 213
The Midas NXP NTAG 213 tag from Smartrac is designed for products with space constraints such as electronics, games, tools, small accessories, etc.
It is designed with a copper antenna, available with the NXP NTAG213 chip, and features the unique ID (UID) mirror functionality, which allows the chip’s serial number to be reflected as part of its encoded URL address. This feature enables each tag to be seen and read as unique from the application perspective, without requiring users to encode inlays with different numbers.
RFID Cards
RFID Cards
Dipole PVC RFID cards are highly versatile, and their effectiveness lies in the possibility of long-range reading they provide. This attribute allows for quick and easy identification of individuals, optimizing processes and saving time in diverse contexts such as event management, access control, or identification in clubs and resorts.
By providing fast, secure, and efficient identification, these cards are ready to be useful in different environments. Whether it’s for remote identification of individuals, event management, or access control, Dipole RFID cards combine robustness, versatility, and technology.
RFID Tag Smartrac AD Squarewave Impinj M730
RFID Tag Smartrac AD Squarewave Impinj M730
This tag has been specifically designed for the industry, automotive, and logistics sectors. Its elongated and narrow design allows for easy use throughout the supply chain, providing convenience and excellent performance in inventory management, logistics efficiency, etc.
The Impinj M730 chip is integrated into this product, which features 128 bits of EPC memory and adaptive RF tuning functions. This provides high performance in all types of environments and materials.
The incredible performance of this tag allows for a higher number of reads and writes compared to other tags in its competition.
