
Passenger counting system.
It quantifies the number of passengers who have gotten on and off at each stop, and those who are on board in real time. In this sense, it allows analyzing the flow of passengers by time slots and route. This data is displayed in graphs that include the last days, weeks or months.
It informs the driver of the number of passengers in the vehicle in real time, counting and discounting simultaneously even in high congestion situations. A predictive system that helps adjust the service offer to the real transport demand and allows the information to be sent in real time to the data center.
The system detects when the doors are opened and closed, and allows you to set alerts when reaching a certain number of passengers and record the images captured by the sensors. In addition, its infrared system means that it does not depend on light conditions.
HIGH PRECISION COUNTER IN EACH DOOR, SCREEN AND MANAGEMENT PLATFORM.
> Simultaneously count and discount
> High accuracy even with high passenger flow
> Real-time fleet management
> Scalable solution with other devices
> All the information of the platform on your devices:
The AZIMUT BUS BRAIN platform allows you to efficiently manage all the information generated by the different safety systems installed in the vehicle, on the routes and throughout the fleet.
The platform is designed to improve service efficiency and improve safety on board, according to the real demands of the service in terms of driver behavior.
CERTIFICATES
EN 55022:2010
Information technology equipment Radio disturbance characteristics Limits and methods of measurement
EN 61000-3-2
Electromagnetic compatibility (EMC) – Part 3-2 & 3-3
EN 55024:2010
Information technology equipment
Immunity characteristics
Limits and methods of measurement
IEC 60529:1989+A1:1999+
A2: 2013; GB 4208-2008
Protection provided by enclosures for electrical equipment
EN 50155: 2007
EN 600-2-1: 2007
Railway applications. Electronic equipment
EN 50121-3-2: 2015
Railway applications. Electromagnetic compatibility