EUR 0,00
(Delivery cost: 0,00)
RFD40-M PREM+ LINEAR POLARIZED ANTENNA UHF RFID BT WIFI SE4100
Item no.: [25789137] | Manufacturer: Zebra Technologies | Model no.: RFD4051-G10B700-E8
Remote stock (5-7 days)
The item is in a remote warehouse, delivery time is 5-7 business days. More info
Delivery options - Select at checkout
Shipping @price - GLS
12,00
EUR
1.649,78
Incl. VAT 2.062,23
Total incl. delivery
2.077,23
Add to list
The function requires that you are logged in. Create a user and use our smart list system to keep track of future purchases, regular purchases or wish lists.
Send på mail
The Zebra RFD40-m Premium Plus Sled is a versatile input adapter designed for operational efficiency. This handheld device excels in various environments with an operating temperature range from -10°C to 50°C and operates at humidity levels between 5% and 85% (non-condensing). It features multiple interface types, including IEEE 802.11a/b/g/n/ac/ax, Bluetooth 5.3, and USB-C, making it adaptable to diverse connectivity needs.
Equipped with a robust built-in Li-ion battery (7000 mAh) and an integrated circular polarized antenna, this sled can read up to 1300 tags per second with a read range of 6 m. Ideal for barcode and RFID applications, its capabilities are complemented by compliance with multiple standards, ensuring reliability and safety in various working conditions. With an intuitive user interface marked by an LED indicator and a beeper for notifications, the Zebra RFD40-m Premium Plus Sled is designed to optimize data collection processes.
Equipped with a robust built-in Li-ion battery (7000 mAh) and an integrated circular polarized antenna, this sled can read up to 1300 tags per second with a read range of 6 m. Ideal for barcode and RFID applications, its capabilities are complemented by compliance with multiple standards, ensuring reliability and safety in various working conditions. With an intuitive user interface marked by an LED indicator and a beeper for notifications, the Zebra RFD40-m Premium Plus Sled is designed to optimize data collection processes.