Norbit - Model FZ58058 -Road Side Unit (RSU)

The Road Side Unit operates in the 5.8GHz microwave band. The integrated antenna has an optimized footprint, making the unit ideal for use in gantries, side-pole installations and wide multilane systems.

The Road Side Unit contains both the antenna system and a networkable computer. This results in a powerful system that enables the customer to easily integrate the Road Side Unit into their own systems.

The FZ58058 are delivered in three functional versions:

• Park and Access. Reading OBUs according to pre-defined rules
• Single-lane tolling. Full flexibility interfacing, allowing interactive control of data read and written to OBU
• Multi-lane free flow tolling. Supports any number of RSUs as a single system. Flexible redundancy modes.

• Low weight
• Low voltage, wide operating voltage range
• Low antenna side lobes, well-defined communication zone
• Outdoor all-weather usage
• Low visual impact on driver
• Compact all-in-one solution, separate DSRC controller not needed
• Network interface
• Optional use of USB and RS485 interfaces
• Supports multiple simultaneous DSRC protocols, including EN15509, PISTA, CARDME, A1, AutoPASS, AS4962-A/B, Thailand, Brazil, OGS, CCC, LAC, AVI
• Easy and flexible interfacing with other systems, a range of interface options available
• Easy installation and maintenance
• Integrated web interface allowing software and configuration update
• Redundancy and auto-configuration support
• Speed and direction of travel for detected OBUs
• Estimated OBU position for multi-lane free flow solutions
• Standalone operation or integration into customer computer systems
• Versions with wider antenna lobes available
• Versions suitable for desktop use and vehicle roof-top integration available
• Enclosure made of UV-resistant PP plastic and corrosion resistant aluminium

• Electronic Toll Collection systems
• City Tolling / Congestion Charging
• Enforcement systems
• Single lane and Multi Lane Free Flow systems
• Parking and Access systems
• Traffic monitoring