Goat Orange 2.9g Sheep Ear Tags Practical Livestock Identification Tags Designed

Product Description:

The device functions within the 920MHz to 925MHz range of the UHF frequency spectrum. This specific frequency band is ideal for applications that demand efficient wireless communication.

It is particularly well-suited for RFID-based livestock identification systems. By operating in this frequency range, the system enables rapid and contactless recognition of animals, facilitating seamless management and tracking.

Thanks to its capability to quickly identify livestock without physical contact, this technology enhances the overall efficiency of animal monitoring processes in agricultural settings.

Features:

Our technology enables long-range reading capabilities, allowing identification from a considerable distance without the need for direct contact. This contactless feature ensures seamless and efficient recognition processes.

Equipped with high sensitivity RFID, the system provides reliable and accurate detection. It is designed for long-term use on animals, ensuring comfort and minimal interference during wear.

Built to withstand harsh environments, the solution boasts strong weather resistance, making it ideal for outdoor livestock applications. Its stable identification performance guarantees consistent results in various conditions.

With long-term data retention, the system supports extensive livestock management efforts. It facilitates automated data collection on a large scale, optimizing operational efficiency and reducing manual labor.

Technical Parameters:

The RFID frequency operates within the range of 920MHz to 925MHz, making it a UHF RFID 920-925MHz ear tag. It incorporates the Impinj M4QT chip, which can be customized according to requirements. This chip type is associated with Impinj RFID animal tags or UHF livestock tags.

The data validity period of the tag exceeds 10 years, highlighting its long lifespan for livestock applications. Additionally, the tag supports more than 100,000 rewrite cycles, making it a highly durable and rewritable RFID solution. Its sensitivity ranges from -10dBm to -75dBm, enhancing its reading reliability and accuracy.

The reading distance varies between 0 to 1.5 meters, depending on reader power and environmental conditions, emphasizing the adaptability of the UHF RFID reading distance for various settings.

Manufacturing of the ear tag utilizes double injection molding and chip soldering technology for increased durability. The main tag features a compact circular shape with a diameter of 26mm and height of 23mm, while the auxiliary tag is designed as a semi-circular rectangle measuring 45×17×13.5mm, demonstrating thoughtful ergonomic design.

The material used is TPU-based polyether polyurethane which provides UV resistance, contributing to outdoor durability. The standard color is orange, but customizable color options are available to meet specific needs.

In terms of strength and environmental resilience, the tag can withstand a pulling force greater than 250N, offers an operating temperature range from -40°C to 50°C, and a storage temperature range from -40°C to 80°C. It is also suitable for humidity levels from 5% RH to 95% RH, proving its capability for outdoor livestock environments.

The expected service life of the tag is over 4 years, ensuring long-term animal identification. Customizable laser coding options, including numbers and QR codes, are available to enhance traceability and data encoding.

All these parameters are supported by evidence from various PDF datasheets and user-provided information, ensuring reliability and consistency of the product specifications.

Applications:

In the field of animal husbandry, the use of advanced identification technology has become increasingly important. One such technology is the livestock RFID ear tag, which plays a crucial role in managing and monitoring animals.

RFID ear tags are designed to provide a reliable and efficient means of identifying individual animals. These tags help farmers and ranchers keep accurate records, track health and breeding information, and improve overall herd management.

Animal identification tags not only enhance productivity but also contribute to better disease control and traceability. By utilizing RFID technology, the agricultural industry can ensure the safety and quality of livestock throughout their lifecycle.