Today’s manufacturing, transportation and logistics operations are under pressure to deliver higher volumes at greater speeds, while struggling with unpredictable supply chains and labor pools. Fast, accurate RFID solutions can make a critical difference—now even in the most demanding environments. Zebra’s RFD90 Ultra-Rugged UHF RFID Sleds are built for harsh conditions, tested for 6-foot (1.8-meter) drops to concrete and sealed to industrial-grade dual IP65 and IP67 ratings. Both the standard-range RFD9030 Sled and long-range RFD9090 Sled provide industry-leading read rates of 1,300 tags per second, an ultra-accurate item-finder mode, a tri-function userprogrammable trigger and Wi-Fi 6 capability for easy device management. Changeable eConnex™ adaptors and charging cradles support rugged Zebra mobile computers, while integrated Bluetooth® 5.3 connectivity supports third-party smartphones.
RFD9030 Standard-Range Ultra-Rugged UHF RFID Sled
- Industry-Leading Performance With a robust read rate of 1,300 tags per second, RFD90 Sleds enable rapid inventory counts and increase workflow accuracy. The RFD9030 Sled offers a standard read range of 22 feet (6.7 meters), while the RFD9090 Sled features an extended range of 75 feet (22.9 meters). The ultra-accurate item-finder mode helps workers locate critical items quickly and easily. The tri-function user-programmable trigger offers easy access to RFID reading, barcode scanning and other features appropriate to fit the demands of your workflows.
- 123RFID Configure your RFD90 Sleds live or offline using 123RFID Mobile and 123RFID Desktop via cable cup or Bluetooth. Use 123RFID Desktop for proofs-of-concepts, demos and performing firmware upgrades.
- Ultra-Rugged Ergonomic Design Zebra’s RFD90 Ultra-Rugged UHF RFID Sleds are engineered to withstand everyday use across a wide variety of harsh conditions, including manufacturing, transportation and logistics environments. These ultra-rugged sleds are dust-proof, sprayproof, water-proof and tested for drops up to 6 feet (1.8 meters) onto concrete surfaces. And superior ergonomics contribute to worker comfort and productivity by reducing strain.
