CC1 - ACCESSING THE ANDROID MENU TIME AND DATE SETTINGS
Step-by-step instructions for manually adjusting the Android system's time zone settings by navigating through the debug and system menus, disabling automatic detection, selecting the correct time zone, and confirming the updated setting on the home screen.
CC1 - ENCODER BRUSH ERRORS - UNDULATE; ETC
This process systematically addresses encoder brush faults, beginning with basic debugging and escalating to hardware replacement if necessary.
CC1 - BLACK OR BLANK SCREEN TROUBLESHOOTING
Robot is not turning on its screen. Screen appears to be blank or black, troublshooting steps.
CC1 - ERROR RGBD CAMERA NOT FOUND
Scenario: The CC1 robot displays an RGBD camera fault. Objective: Systematically identify and isolate the source of the RGBD fault using basic tools and interface commands.
MT1 - RIGHTEDGESWIPEERROR - SPEED DEVIATION TOO LARGE
Check side brush installation and swap sides to see if the error follows the brush. If not, test for motor resistance and inspect the installation plate for wear. Finally, check motor current—if over 3.5A, replace the motor—then recheck system functionality.
CC1- OTHER EXCEPTIONS AND CLEANING MOTOR ERROR
If “Other exceptions” and “Cleaning motor error” persist after CT1 replacement, check for physical damage, verify CT1 functionality via voltage and CAN logs (should be >24V), and inspect CT4 for corrosion or voltage issues (24–28V). Replace components as needed.
TEST BLOG - PLEASE IGNORE
How to troubleshoot a CC1 error/malfunction
CC1 - SELF INSPECTION FAILED - OS INIT
When starting up the Robot you encounter a Self Inspection failed error. This article will help deal with specifically the "code - 100, msg is connect can bus fail" error
CC1 - ADDING MANUAL TEACH ROUTES TO A MAP
How to add Teach Routes to a map; routes user pushes and the Robot will follow the path when cleaning
CC1 - INCREASE WATER OUTPUT FOR SCRUBBING
Increasing water output can help address floor cleaning issues on surfaces with heavy dust, significant dirt, or high absorbency. The increased output can also help address clean marks left behind from the Robot.
CC1 - ACTIVATING THE ANTI-FALSE ALARM SETTING
The Anti-false alarm mode prevents incorrect sewage tank full alerts caused by oil, salt water, or foam. Enabling this mode ensures accurate full-tank detection so the robot functions properly, though UI liquid level displays may still be imprecise.
CC1 - REMOVAL OF BRUSH DECK FROM ROBOT
How to remove the Brush Deck from under the Robot
CC1 - CHANGING OUT THE DRAIN VALVE
How to diagnose a broken drain valve
CC1 - INSTALLING ANTI TANGLE RETRO KIT FOR SPINDLES
Depending on the venue being cleaned, buildup can occur under the spindles for the brushes. Retro kits are available to help prevent this buildup during use.
CC1 - BRUSH ENCODER ERROR
Getting a brush encoder error when having the Robot clean
CC1 - SCREEN REPLACEMENT
How to replace screen display of robot
CC1 - CLEANING THE BRUSH DECK
Recommended way of cleaning the brush deck under the CC1 Robot
CC1 - SELF INSPECTION FAILED LIDAR TOF
What to do check when encountering a TOF self inspection error
CC3 - BATTERY WARNING REQUIRING A FULL CHARGE
Getting a warning on the Robot screen requring a full charge
CC1 - NO MAGNETIC ERROR SELF INSEPCTING
Getting a No Magnetic error. How to check status of sensor and bypass if needed
CC3 - TURN OFF BACKFILLING OF DIRTY TANK TO CLEAN
How to turn on/off water filteration of dirty tank into the clean tank
CC1 - CURRENT MAP AND TASK MAPS HAVE UNSATISFACTORY ELEVATOR OR SWITCHING POINT
When sending the Robot to clean, it presents this error saying there are unsatisfactory points
CC1 - SCREEN NOT ROTATING PROPERLY
When lifting the screen of the Robot, the display does not rotate as it should
CC1 - ADJUST DOCKING DISTANCE TO WORKSTATION
Adjust the distance the Robot places itself in front of workstation for docking
CC1 - FRONT SHELL REMOVAL
How to remove front shell of Robot