What to do if my Keenon Robotics robot is unable to move properly?
If your Keenon Robotics unit is unable to move properly because its positioning has been lost, move it to the charging pile to charge; it will reset automatically. Also, ensure that the image module is not obscured or defaced and that the LiDAR is not dirty.
Why is my Keenon Robotics robot failing to charge properly?
If your Keenon Robotics unit fails to charge properly, make sure the charging pile is in its original position and connected to the power supply. Also, verify that there are no obstructions within 0.5m in front of the charging pile and on all sides.
How to fix Keenon Robotics failure to boot properly?
If your Keenon Robotics unit fails to boot properly, the battery may be low. Use the charging pile or the charger to charge the robot.
What to do if Keenon Robotics has failure to play the voice?
If your Keenon Robotics unit fails to play voice, the voice of the robot may be turned off or the volume is too low. Please reset the voice or volume.
Explains the importance of reading user instructions before operating the robot and prioritizing safety.
Defines warning, caution, and note symbols and their severity of injury or damage.
Lists critical safety instructions regarding power, battery, laser, environment, and handling.
Provides guidelines on proper operation, environmental conditions, load limits, and emergency responses.
Identifies and illustrates the external components and parts of the robot.
Details the technical specifications and performance capabilities of the robot.
Step-by-step instructions for turning the robot on and off using the main switch.
Explains the process of charging the robot using a standard charger.
Details how to use charging piles for automatic or manual robot charging.
Describes the function, use, and reset procedure for the emergency stop button.
Provides instructions on how to clean the robot's sensors, exterior, trays, and wheels.
Outlines the safe procedures for lifting, moving, and transporting the robot.
Specifies the schedule and methods for routine maintenance of robot components.
General| Model | DINERBOT T9 |
|---|---|
| Category | Robotics |
| Battery Life | 12 hours |
| Charging Time | 4 hours |
| Number of Trays | 3 |
| Obstacle Avoidance | Multi-sensor fusion |
| Application | Food and Beverage Service |
| Navigation | Visual SLAM |
| Speed | 1.0 m/s |
| Communication | Wi-Fi |
| Turning Radius | 50 cm |
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