System Composition:

System Wiring:

Installation Step 1: Insert the SIM and TF cards

Take out the Dashcam (power-off), and use the Allen key in the kit to open the card slot panel on the right of the Dashcam by turning counterclockwise.

Install SIM card and Micro SD card as shown in the figure below (pay attention to the insertion direction of the cards).

Once you hear the click sound when pushing in the cards completely, it indicates that the cards are installed in the correct direction; if there is obvious friction resistance during installation, it indicates that the installation direction is wrong. Take out the cards in time to avoid any damage to the cards and the card holder.

If the Micro SD card and SIM card are too small to be pushed in the card slot completely by hand, you can put the card in the card slot and then push it in with the crowbar included in the package.

Camera Placement & Installation of Dashcam Bracket

• Identify the recommended installation location on the windshield.

• Please refer to the below diagram to ensure correct placement, avoiding obstructions and without blocking driver view

Park the vehicle on the horizontal ground, clean the interior and exterior of the glass in the target installation area with alcohol cotton to ensure that no dirt on the glass in this area will affect the angle of view of the lens for road condition monitoring, and ensure the glass is dry.

Tear off the 3M adhesive tape, install the bracket horizontally on the target installation area of the front windshield (the upper edge of the bracket should be parallel to the upper edge of the windshield) according to the direction indicated by the arrow on the bracket, and press the bracket for 10s to ensure that no air bubbles remain between the bracket and the glass.

Note: When installing the bracket, install the bracket according to the direction indicated on the bracket, so that the toothed side faces to the right.

Recommended installation position of the CA42 wireless camera. Optimal installation height: 2.7 m to 3 m. It cannot be less than 2.1 m.

Camera angle adjustment. Part of the vehicle body is shown at the lower part of the screen, so as to get the best image effect

Installation Step 5: Connect Veyes

Device Login and Logout

1. Turn on the Wi-Fi of the device as AP mode: After powering on the device, the Wi-Fi is in AP mode within 3 minutes, or double press the front panel button to enable the AP mode.

2. Turn on the Wi-Fi of the mobile phone, open Veyes, and tap SEARCH to open the Wi-Fi hotspot search interface to select the corresponding hotspot. For the initial login, the Wi-Fi hotspot is named after the serial number of the device (find SeriaNum on the device label). The license plate number, if not empty, is the hotspot name.

3. On the login screen, enter the corresponding username and password. Tap LOGIN to open the operation interface. Default username/password: admin/admin.

4. Tap Login. The operation screen is displayed, as shown in the figure below.

5. Tapin the upper right corner for help information, app version, and logout operations Tap Logout to log out of the connected device. Tap Help to view Veyes help document. Tap About to view the version information of Veyes on the mobile phone.

Acceptance: The Acceptance mode can be applied to preset a speed for the device when the device without the speed cannot trigger the alarm.

Installation Step 6: Check the Device Status

General Information Viewing

On the General screen, view the real-time device status, version information, import/export parameters, logs, and other files, as well as the software upgrade.

• Basic Info: It shows the server connection status, IO level status and use, OBD data, G-sensor data, ACC status, pulse status, and device status, as well as the calibration status of the algorithm channel.

• Device Module: It shows the status of the Wi-Fi, 3G/4G, and positioning modules of the device.

• Location Info: It is used to check the satellite positioning signal quality of the device, and help the installation, operation and maintenance personnel to evaluate the positioning capability and quality of the device, so as to perform corresponding maintenance actions. On this screen, the top row indicates the number of active satellites and the total number of satellites. PRN in the list below indicates the serial number of the satellite. GNSS indicates the global satellite navigation system (GPS, GLONASS, or GALILEO) that the satellite belongs to. SNR indicates the signal-to-noise ratio, which is a parameter reflecting the quality of satellite positioning signals. The Direction angle represents the satellite azimuth angle, and the Altitude angle represents the satellite altitude angle.

Note: This screen is displayed only when the GPS raw data record command is opened. For specific operations, refer to the description of Preferences > Collection > General > Location

• Storage Device: Check the storage status of the device and support formatting. Tap Formatting and a pop-up appears. Tap to confirm the execution of formatting.

• Version Info: It shows the software version information.

On the Version Info screen, you can locally upgrade the version of the MDVR, IPC, R-Watch, Audible and Visual Alarm, communication module, GPS, or power box. The file to be upgraded should be placed in the U disk root directory Upgrade, and connect the U disk to the device. To upgrade the required item, tap. In the displayed confirmation prompt box, tap OK.

• Other: Import and export of data and configuration, factory reset, device rebooting. For operations of data import and export, the connection of the device to an external U disk is required.

1. Export alarm log, user log, and black box file;

2. Export alarm capture images of specified time moments;

3. Import/Export the Geo-fence information;

4. Import/Export the AI configuration file;

5. Import/Export parameter configuration file;

6. Restore default settings;

7. Export print data within a specified time period;

8. Reboot the device;

Configuration Step 1: Configure the RS232 Serial Port of the Wireless Camera (Wireless Camera ID Synchronization Function)

1. Preferences>Collection>General>Serial Port>232-1 【Wireless Camera】【115200】

• Note: The baud rate must be 115200

Configuration Step 2: Configure IO Usage (Link and Enable Rear Blind Spot Alarm)

1. Preferences>Alarm>Base>IO Alarm>Sensor1 --> Enable【√】Sensor Uses【Astern】

2. Preferences>Alarm>Base>IOAlarm>Sensor1 >Trigger>Setup [Fill in parameters according to actual usage requirements]

Configuration Step 3: Set the Rear Blind Spot Alarm

1. Preferences>Alarm>AI App>Algorithm Calibration>Channel 3 【Rear blind spot】

2. Preferences>Alarm>AI App>BSD>Rear blind spot 【Enable】

3. Preferences>Alarm>AI App>BSD>Rear blind spot>Trigger Setup [Fill in parameters according to actual usage requirements]

Configuration Step 4: Set the Blind Spot Alarm Reminder

1. Preferences>Alarm>AI App>Alarm Notifications>Rear blind spot【R-watch】【MP3 Voice】enable

Configuration Step 5: Calibrate the Rear Blind Spot Alarm Area

1. Preview>AI Calibration

2. Calibration 【BSD】

3. Chose 【Back Blind Spot】

4. Choose channel 3 and click 【Calibration】

5.  Draw 4 points in the screen to form a rectangle, which is the area to trigger the alarm.

• If the calibration box does not meet the requirements, tap Redraw to draw it again.
  

6.  After drawing the alarm area, tap Save. If Save Success is displayed, it indicates that the area is saved successfully.

Configuration Step 6: Link the Rear Blind Spot Alarm Platform

Note: After the configuration and calibration are completed, if the reversing signal is valid and the vehicle speed is within the triggering condition, a rear blind spot alarm will be triggered when a humanoid object appears on the video screen:

If the FT platform is connected at this time,

the rear blind spot alarm will be uploaded to the FT platform through the protocol: FT Vision -> Alarm Management -> Blind spot detection (rear)