Microbrain Intelligent Technology ITS-AX2 Manuale utente
ITS-AX2 Barrier Gate Control Radar
(Collision Avoidance Type)
User Manual
Changsha MicroBrain Intelligent Technology Co., Ltd.
Copyright Notice
Thank you for purchasing Barrier Gate Control Radar
with collision avoidance for smart access radar products.
To ensure the best performance of the radar product,
you are kindly invited to read this user manual carefully,
then you are strongly suggested to install and debug it
strictly following the instructions provided in this
manual.
The copyright of the hardware and software design
about this product belongs to Changsha MicroBrain
Intelligent Technology Co., Ltd., and is protected by law.
No units or individuals shall infringe the lawful rights.
In order to further improve the quality and performance,
the specifications and designs of this product may be
changed without notifications. All rights reserve belongs
to Changsha MicroBrain Intelligent Technology Co., Ltd.
Content
1.Introduction.................................................................... 4
2.Technical Specifications................................................. 6
3.Features...........................................................................8
4.Installation Instructions................................................ 11
5.Interface Definition.......................................................15
6.Configuration Instructions........................................... 18
7.Remarks.........................................................................28
1.Introduction
ITS-AX2 barrier gate control radar is
developed for the entrance and exit
management of parking lots or underground
garages. It can precisely control the rising and
falling of the gate rod by cooperating with the
main control board of the gate control system,
which could effectively avoid the "accidental
injury" of the gate rod to the passing vehicles or
pedestrians in the radar field of view,and realize
intelligent anti smashing.
ITS-AX2 radar adopts the highly integrated
RF chip SOC scheme, which has the
characteristics of small size, low cost, all-weather
working capability, high detection sensitivity,
high precision, easy to debug&installation, very
good stability and reliability.
The working frequency of the radar is 79GHz,
with Linear Frequency Modulation and
Continous Waveform, which makes the available
bandwidth up to 4GHz. The range resolution is
up to 4cm, and ranging accuracy is better than
2cm. The radar antenna adopts multiple
transmitting and multiple receiving design that
enables the radar good angular resolution and
high angle measuring accuracy. The onboard
signal processing and control unit apply the
DSP&arm dual core architecture. Through the
joint optimization design of software and
hardware, this product can accurately identify
and distinguish the pedestrian, vehicle and other
targets passing through the brake lever area,
and avoid the phenomena of "smashing the
vehicle", "smashing the person" and "not
dropping the lever".
2.Technical Specifications
Terms
Parameter
Value
Working
Condition
Input Voltage(Volts)
10~16
Temperature Range(℃)
-40~85
Power(W)
< 2.5
Water Rissistance Level
IP67
Connection Interface
RS485/Bluetooth
Size(mm)
107.5*73.2*18
Detection Zone
Along Road Width
Default ± 0.5m
(configurable
within ±1.5m)
Cross Road Range
Default 3 m
(configurable
The appearance of radar is shown in Figure 1.
The main features are:
LED indicators：
There are two LED indicators on the surface of the
front of radar.
The red LED is the power state lamp which will stay on
when the power supply is turned on. The green LED is
the operating status lamp which will be automatically
trigger on when objects detected in the access area and
it goes off when there is no objects.
Detection Zone configuration:
The default detection Zone of the radar is 3 meters
forward times 0.5 meters on the left and right sides.
Different detection areas can be configured via mobile
APP or debugging software running on uphost
computer.
3.Features
Configuration parameters saving and reload:
Configuration such as detection area could be
automatically saved, and the latest configuration
parameters after power failure and restart will be
reloaded.
Firmware upgrade:
The firmware can be upgraded online through RS-485
or APP interface with host computer without taking off
the cover board and the new firmware can take effect
just by restarting the power of radar.
Stable performance:
Millimeter wave radar sensing capablity stay nearly the
same under different light illuminations, climates such
as rain, fog or snow and dust.
Figure 1. Appearance and Size
Indice
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