60GHz NSR60W Area/Perimeter Protection Radar for Farm, Plantation, Gas station, Residential and Commercial

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Product Overview

Description



60GHz NSR60W Affordable Surveillance Radar for Farm, Plantation,
Gas Station, Residential and Commercial Area/Perimeter Protection


Why to use the radar in perimeter surveillance?
Comparing with the traditional security technologies like video analytics, passive infrared, and thermal etc, the radar is not affected by bad weather, and no false alarms by insects, shadows etc. It will save video record greatly, and guide the camera to monitor the surroundings.




Advantages of radar detection
* High Efficiency
It works in 60GHz-ISM-Band for the detection of moving targets, adopts low power consumption FMCW modulation technology. It can penetrate rain, fog, haze with strong adaptability to various environment.
* High Reliability
With advanced asynchronous signal filtering technology , the system is able to detect & identify human targets in any posture such as slow crawling, fast running, squat-walking, etc.
* Easy Operation
A variety of interfaces for you to choose, RJ45/RS232/RS485/Wi-Fi with 30 minutes deployment.




Radar Features
* Work in 24GHz-ISM-Band for the detection of moving targets
* Able to detect the moving targets in extremely slow speed and filter the interference of plants and trees
* Able to detect azimuth/range information about object
* Protection class: IP67
* With Ethernet interface and PoE
* CE, FCC, ROHS compliant


Specification


Parameter
Conditions
Min
Typ
Max
Units
System characteristics
Transmit frequency

61.2

61.5
GHz
Output power (EIRP)


22

dBm
Modulation type

FMCW



Update rate
10


Hz
Communication interface
RJ45/RS232/RS485/Wi-Fi
Range-measurement and velocity-measurement characteristics
Distance-measurement range
@0 dBsm
1

60
m
Velocity-measurement range

-8.9

8.9
m/s
Antenna performances

Beam width/Tx
azimuth(-6dB)

120

deg
elevation(-6dB)

21

deg

Detection area
azimuth(FoV)

120

deg
elevation(FoV)

21

deg
Other characteristics
Supply voltage


12V DC

/
Current


0.2

A
Outline dimensions
LxWxH
149.4×125.5×45.2
mm


Radar test and use
1. We are providing following tools for radar test


No.
Device name
Qty
1
NSR60W radar
1
2
PC
1
3
12V DC power supply
1
4
PC test software
1


2. Radar Installation
In order to ensure the accuracy of radar detection, radar detection plane is generally perpendicular to the perimeter region for the installation, and requires a certain installation height of 2~3meters (recommended installation height).




3. NSM Software Tool Interface




Perimeter radar makes easy and comfort to security
We are providing radar SDK and Web API for your VMS or PSIM integration.
The system can be compatible to ONVIF NVRs from the market, Alarm Notification by CCTV Alert.
Radar supports integration to general alarm system by I/O or RS485 interface output.
The radar comes with relay for on-site strobe siren alarming connection.


Perimeter Radar Video Surveillance


Solution 1 We are providing you RVS system.
Solution 2 We are providing you only the radar
sensor/ module, and radar protocol/
API for your 2nd development.




Perimeter radar application
For fense protection, livestock protection, residential perimeter etc.




Professional Nanoradar team produce professional radar products!


With over 10 years experience radar manufacturer, meanwhile collaborate with car company provide high quality Millimeter Wave Radar.










FAQ


1. Q: Why there is no response when the radar sensor is powered up?
A: There will be two buzzer beeps when the radar is powered on. If you do not hear the sound, check whether the power
line is connected well, and whether the polarity of power cord is correct. The radar power supply voltage should be 12V DC and the operating current should be about 400mA.

2. Q: Why it couldn't normally detect targets even if the radar is correctly powered on?
A: Please check whether the radar installation direction is correct. Kindly refer to "The definition of structure direction"
to check. And with a special FMCW simulator to check whether the radar output is normal.

3. Q: Why there is target signal output when there is actually no target?
A: Please check whether the radar installation is aimed at the target area, and whether there is vibration for the radar installation pole. Check whether the ground connection is correct.


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