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CSR-IM Multi-Target Radar 

Quick Installation and Debugging Procedure 

Introduction

 

The installation and debugging introduction contains the following functions

:(

1

the project installation 

personnel can finish the installation of CSR-IM multi-target radar quickly and exactly according to this 

introduction.

2

debugging radar by upper computer software, and setting up the basic installation and 

function parameters of radar.

3

installing and adjusting the deflection angle and declination angle of 

radar according to the value suggested by upper computer.

4

calibrating the installation deflection angle 

of radar by the function of one key calibration of upper computer.

5

estimating whether the radar is 

running well and calibrated correctly through observing the simulation display of monitoring vehicle by 

upper computer software.

6

In the end, assure to achieve the exact lane judgment ,vehicle snapshot and 

vehicle speed information of the vehicles in the monitoring lanes, when the radar triggers the snapshot of 

camera in normal scene. 

 

Specification

 

  Antenna

Planar-type microstrip patch array antenna 

  Operation frequency

24.15GHz 

  Frequency deviation error

:≤

  ±45 MHz 

  Emission power

about    10mW 

  Operating temperature

:-

40

℃~+

70

 

  Operating humidity

5%RH

  95%RH 

  Speed measurement range

  280

km/h 

  Speed measurement accuracy

:±

2 km/h 

  Response time

26ms 

  Rated voltage

12V DC 

  Rated current

  0.5A 

 

Main installation and debugging procedure   

1.

 

Connection of radar and upper computer: achieve the connection of radar and upper computer                 

correctly, and assure the communication running well. 

2.

 

Project installation: install the radar on the portal frame correctly, with proper height, pivoting angle             

and declination angle. 

3.

 

Radar debugging: set installation parameter of the radar, set function parameter of the radar and make 

the calibration and installation debugging of radar.

 

4.

 

Connecting radar to camera and snapshot: connect radar to camera, then snapshot after the debugging 

of the radar. 

Summary of Contents for CSR-IM

Page 1: ...CSR IM Multi Target High Precision Positioning and Speed Measurement Radar User Manual...

Page 2: ...gment vehicle snapshot and vehicle speed information of the vehicles in the monitoring lanes when the radar triggers the snapshot of camera in normal scene Specification Antenna Planar type microstrip...

Page 3: ...r computer software As shown in figure1 1 open document folder Upper Computer Bundled Installation Software and find out document dotNetFramework then release it You will see installation package net...

Page 4: ...Finish Prompt 1 2 Usage of Upper Computer Software Usage of upper computer software and the function of wireless connection please refer to CSR IM multi target radar scene monitoring software user man...

Page 5: ...beam covered is around 10m while the beam center of typical radar is at 24m Figure 2 3 CSR IM Multi Target Radar Installation Position Side View The installation declination angle under different inst...

Page 6: ...le according to the installation height and triggering distance at once In addition in order to enlarge the application scopes of monitoring and lower the standards of installation the actual installa...

Page 7: ...The connection of hardware is to assure that the radar could communicate with the upper computer well in the case of normal power supply The hardware connection mainly consists of two parts power inte...

Page 8: ...A Red 12V Connect to the Laptop Internet Access Black GND White B White B Black GND 3 2 Before connected to upper computer software Connect the radar to WIFI power on the radar and connect radar to ca...

Page 9: ...ar IM exe 2 One dialog box is displayed to choose the monitoring direction choose the direction according to the actual monitoring direction then click ok button as shown in figure 3 4 Figure3 4 Choos...

Page 10: ...the local IP address then click the ok button As shown in figure3 8 Figure 3 8 The dialog box is displayed Confirm and click IP 7 Click button Listening in the communication setting area as shown in...

Page 11: ...depends on the actual situation for example the height value should be set to 7 5m when the radar needs to be installed on portal frame with the height of 7 5m d Horizontal offset For example the valu...

Page 12: ...the installation error Take figure 3 16 as example the suggested radar deflection angle is 16 3 declination angle is 14 5 Assuming the triggering distance is 24m the installation height is 7 5m the h...

Page 13: ...ange and other technical parameters as shown in figure 3 20 When you have set relevant parameters successfully it will display in status display column as shown in figure 3 21 Figure 3 20 check cart m...

Page 14: ...gging finish connect to camera will be changed to return to debugging the mode at this moment the setting of the radar cannot be modified if the camera snapshot result is not perfect click button retu...

Page 15: ...triggering camera to snapshot Modifying the pitching angle and pivoting angle of radar will affect the region the radar can cover As shown in figure 4 1 the radar radiate position will be changed as...

Page 16: ...ns radar send data to upper computer only if target pass through the trigger line just like number counting of vehicle In detail performance standard for 3 lanes monitoring if no display omission afte...

Page 17: ...ngles up and down in the vertical direction are too large or too small in consequence the radar beam radiating region will be not nearby the triggering distance region and the radar signal of vehicle...

Page 18: ...rameter Modify the offset of the radar properly the position that the radar installed on the portal frame radar 2 If the radar installation parameter input is correct then the result might be caused b...

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