Tension 250N Sheep Identification Tags Tags with Reading Distance 0 to 15 Meters Designed to Withstand Harsh Environments

Product Description:

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

Designed primarily for RFID-based livestock identification systems, it enables quick and efficient recognition of animals. The technology supports contactless operation, making the process seamless and non-intrusive.

By utilizing this frequency range, the system ensures effective performance in environments where rapid and accurate animal identification is crucial.

Features:

Our RFID system supports long-distance reading capabilities, allowing for efficient data retrieval without the need for physical contact. This contactless identification technology ensures seamless and quick recognition from afar.

Equipped with high sensitivity, the RFID tags provide reliable performance even in challenging environments. They are designed for extended wear on animals, ensuring durability over long periods without compromising comfort.

These tags exhibit strong resistance to various weather conditions, making them ideal for outdoor use in livestock applications. Their robust design ensures stable identification and consistent performance regardless of environmental factors.

The system guarantees long-term data retention, enabling effective management of large-scale livestock operations. Automated data collection further streamlines the process, reducing manual labor and increasing accuracy in tracking and monitoring.

Technical Parameters:

Operating within the RFID frequency range of 920MHz to 925MHz, it supports UHF RFID functions specifically within this spectrum. The ear tag is equipped with the Impinj M4QT chip, which is customizable according to requirements. This makes it a reliable UHF livestock tag solution.

The data life of the tag exceeds 10 years, ensuring long-term usage for livestock management. The tag supports over 100,000 write cycles, allowing for extensive rewritability throughout its lifespan. Its high sensitivity, ranging from -10dBm to -75dBm, guarantees reliable reading performance.

Reading distance varies from 0 to 1.5 meters depending on reader power and environmental conditions, categorizing it as a UHF RFID tag with practical range for livestock tracking. Manufactured using double injection molding with the chip soldered securely, it is built for durability.

The main tag is circular with a diameter of 26mm and a height of 23mm, providing a compact and ergonomic design. The auxiliary tag features a semi-arc rectangular shape measuring 45×17×13.5mm, which complements the overall structure. Both parts are made from TPU polyurethane material with UV resistance, ensuring longevity in outdoor environments.

Color options include standard orange, with customization available to meet specific customer preferences. The ear tag withstands tensile forces above 250N, reflecting its robust construction and resilience. It operates effectively within temperature ranges from -40°C to 50°C and can be stored between -40°C and 80°C, suitable for diverse climatic conditions.

The tag is also resistant to humidity ranging from 5%RH to 95%RH, making it ideal for outdoor use in varying environmental conditions. It comes with a typical service life exceeding 4 years, supporting extended-term livestock identification projects.

Laser coding options include numeric digits and QR codes, which can be customized as per client requirements. This feature enhances traceability and data management for individual animals, providing a modern solution for livestock RFID tagging.

Applications:

The application of animal identification technology has become increasingly important in modern livestock management. One of the most commonly used tools in this area is the RFID ear tag, specifically designed for livestock.

RFID ear tags serve as an efficient means of identifying and tracking animals. These tags are attached to the ears of livestock and use radio-frequency identification to store and transmit data about each individual animal.

This technology enhances the ability of farmers and ranchers to monitor their animals' health, breeding, and movement. By utilizing RFID ear tags, animal identification becomes more accurate and reliable, leading to improved livestock management and overall productivity.