The nano antenna meets the needs of RFID identification and industrial traceability in the most demanding environments. It accelerates, streamlines, and secures asset flows and data collection.
Withstanding challenging conditions in industrial environments
Quick and easy to install
The nano antenna enables multiple installation configurations via its VESA 75 x 75 standard mounting system for wall or pole installation.
The comprehensive range of anchoring accessories (wall-mounting plate or anchoring brackets for under workbench installation) makes the antenna the most versatile on the market.
The various lengths of super-flexible coaxial cables (1.5, 3, 9 and 12 meters) and the possibility of connecting them in series, provides major on-site installation flexibility.
Benefits
Optimized footprint
High reading performance
Multi-applications
Multi-mounting options
Withstanding challenging conditions in industrial environments
Features
High reading performance
With a reading range of up to 6 m (20 ft) , the compact nano antenna offers the best size-to-performance ratio for bulk and on-the-move reading applications. It ensures reliability, speed, and optimal identification accuracy, even for the smallest UHF tags.
Multiple applications
Its slimline design provides optimized footprint for all identification and traceability applications:
Point-of-reading on fixed or mobile stations for picking operations and store in/out management (BE.Weapon, BE.Tools, etc.).
Antenna networks for 2D localization (Zoning) of personnel in sensitive areas.
Traceability applications on gantes and conveyors.
Onboard applications on forklifts (storage zone identification, etc.) and intervention vehicles (automatic inventory of tools, equipment, PPE, etc.).
Easy to integrate and use
which can be configured and controlled via the coaxial cable(2), without additional power supply (patented technology). These audible and visual indicators enhance user interaction during reading and identification processes. These features simplify the integration of the traceability solution and eliminate the need for additional remote equipment (industrial buzzers, warning lights, light towers, etc.).
Readers are compatible with the latest generation of open protocol SSCP® (Secure Smart Communication Protocol). This protocol recommended by ANSSI uses data encryption (AES) and two-way “reader-controller” authentication to ensure security before any communication is allowed between the reader and the management system.
Logistical & industrial traceability applications
Production plant automation
Supervision of production flows
Personnel identification on sensitive area
On-board application for logistics assets identification
Standing the test of time
The nano antenna features a reinforced shock-resistant structure certified IK10, is waterproof (certified IP65), and resistant to vibrations (MIL-STD-810G and EN 60068-2-64 standards).
It is designed for all industrial traceability applications in challenging environments such as production workshops, factories, assembly lines, logistics warehouses, and loading docks…
Our range of compatible readers
The nano antenna is compatible with all readers on the market, and offers the best performance with SPECTRE Industry and Extrem readers.
The performance of the nano antenna offers optimized identification of the IronTag® range of passive, hardened metal tags, enabling you to trace all types of critical assets even in the harshest environments.
Resistance: IP65 certified - Protected against water and dust / Humidity: 5% - 95%
*Warning : information on communication distances: measured at the center of the antenna, depending on vehicle positioning, antenna configuration, reader installation environment, temperature and supply voltage. External disturbances may reduce reading distances. Reading performance depends on tag positioning and windshield type. Athermic windscreens may impair reading performance. It is imperative to place the tag in the savings zones.
*Warning: information on speeds, performance and reading distances: measured at the center of the antenna, depending on type of tag, type of support and its positioning, number and configuration of antennas, temperature, power supply voltage and allowable local regulations. Installation and environmental conditions also affect speeds, performances and reading distances.