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Troubleshoots chaotic cleaning paths due to environment or system issues.
Explains why DEEBOT X1 might miss rooms due to obstacles or thresholds.
Addresses issues with DEEBOT X1 returning to the docking station, especially in mopping mode.
Troubleshoots common reasons DEEBOT cannot recharge its battery.
Explains why DEEBOT may not start scheduled cleaning, e.g., DND mode.
Guides on selecting DEEBOT X1's suction power via app or voice command.
Addresses DEEBOT not finishing cleaning in Continuous Clean mode after charging.
Explains why DEEBOT might misidentify carpets or fail to detect them properly.
Explains increased noise on carpets due to Auto-Boost Suction feature.
Explains DEEBOT returning to charge before completing cleaning, especially for large areas.
Addresses DEEBOT not returning to wash pads when starting mopping outside the station.
Explains DEEBOT's behavior with multi-floor mopping and returning to dock.
Discusses reasons for DEEBOT X1 sliding during mopping and solutions like water level.
Details limitations and factors affecting DEEBOT X1 crossing thresholds up to 20mm.
Provides steps to resolve issues with stuck driving wheels, like removing debris.
Troubleshoots why furniture may not be recognized on 3D maps, offering manual addition.
Explains discrepancies between the 3D map and actual home layout due to sensors.
Addresses issues with walls not displaying correctly on the 3D map, e.g., non-standard shapes.
Explains limitations on editing walls within the 3D map, e.g., internal walls.
Troubleshoots why sofas are not appearing on the 3D map, suggesting manual addition.
Addresses why beds are not appearing on the 3D map, citing access and shape issues.
Explains why tables and chairs might not appear on the 3D map, needing specific dimensions.
Addresses discrepancies in furniture size representation on the 3D map, allowing manual adjustment.
Provides solutions for incomplete 3D maps, such as opening doors or remapping.
Explains why carpets may not be displayed on the 3D map, suggesting vacuum-only mode.
Troubleshoots connection issues between the robot and the app, checking indicators and Wi-Fi.
Explains YIKO's language response behavior based on app settings.
Addresses inability to edit area names in the current app version for optimization.
Explains the requirement to connect to a Wi-Fi network before adding it in the App.
Guides on adjusting time settings (time zone, DST) within the App.
Addresses privacy concerns regarding the AIVI 3D module camera, assuring privacy.
Troubleshoots issues with the Video Manager not launching or showing images, checking Wi-Fi and camera.
Provides solutions for skewed or overlapping maps in the App using the Restore Map function.
Explains why the AIVI 3D module may fail to avoid obstacles, checking dust and settings.
Guides on disabling DEEBOT X1's obstacle detection function via app settings.
Troubleshoots common reasons for mapping creation failure, like mopping pads or disturbance.
Explains why newly created maps might appear slanted due to items or starting point.
Addresses changes in map areas after quick mapping and full cleaning, recommending manual edits.
Explains why DEEBOT might lose or re-create maps during cleaning, e.g., carpets or movement.
Provides reasons and solutions for incomplete maps, like opening doors or remapping.
Troubleshoots DEEBOT X1 not responding to docking station commands, checking app settings and pairing.
Provides reasons and solutions for incomplete maps, related to station interaction.
Advises on cleaning the dust collection cabin of the docking station and replacing dust bags.
Troubleshoots why auto-emptying function is not working, checking power, dust bag, and settings.
Explains the different auto and manual modes available for the docking station's functions.
Explains the meaning of the white indicator light on the docking station as standby.
Addresses causes for the dust collection cabin turning black or smelling, like moisture or old dust.
Troubleshoots DEEBOT X1's inability to find or recharge at the docking station.
Explains potential odors from the docking station during emptying, especially on first use.
Explains water residue in tanks after removal due to pumping process.
Explains the cause of strange sounds during mopping pad cleaning as normal water pumping.
Provides instructions on how to open the dust collection cabin using the pop-up button.
Guides on setting and using the child lock feature via buttons or the app.
Troubleshoots issues with the child lock activation, suggesting proximity to the robot.
Explains unusual noises during auto-emptying due to possible misalignment with the port.
Explains why the docking station base might get wet from mopping pads with residual water.
Troubleshoots anti-drop sensor errors due to dust, advising to move robot and recall.
Addresses issues with the cleaning tank being full, checking installation and sensors.
Guides on enabling and setting up the YIKO voice assistant via app settings.
Explains how to disable the YIKO voice assistant feature and its impact.
Troubleshoots controlling Area Cleaning via YIKO voice commands, requiring map completion.
Troubleshoots controlling Furniture Area Cleaning via YIKO voice, requiring map and furniture matching.
Explains why the robot turns to face the user when responding to YIKO commands.
Provides guidance on using the 'Follow My Voice' cleaning command, ensuring clear path.
Addresses voice command record saving and deletion policies within the app.
Clarifies privacy policy regarding original voice recordings, stating they are not stored.
The DEEBOT X1 OMNI is a robotic vacuum and mop designed to provide comprehensive floor cleaning with advanced features and intelligent navigation. It is equipped to handle various cleaning scenarios, from routine maintenance to tackling specific dirt levels and different floor types.
The DEEBOT X1 OMNI offers both vacuuming and mopping capabilities, allowing for a thorough cleaning of your home. It employs a high-precision smart-detection system to navigate and identify obstacles, aiming for an efficient cleaning route. The robot is designed to return to its docking station for charging, mop washing, and auto-emptying of dust, ensuring a largely autonomous cleaning experience.
For vacuuming, the DEEBOT X1 OMNI allows users to select different suction power levels: Quiet, Standard, Max, and Max+. Quiet mode offers reduced suction, while Max or Max+ is recommended for dirtier floors, though this may reduce single cleaning time. The robot also features an Auto-Boost Suction function, which automatically increases suction power when it detects carpeted areas, providing a deeper clean.
In mopping mode, the DEEBOT X1 OMNI is designed to avoid wetting carpets or floor mats. If a carpet or floor mat is placed at a room's entrance, the robot will not cross it in vacuum and mopping mode. The robot's reservoir has limited water, so for multi-floor mopping, it will clean for about 15 minutes before automatically seeking the docking station. For multi-floor homes, it is recommended to use Vacuum Mode. The docking station itself supports automatic mop cleaning, emptying, and drying, which can be triggered either automatically at the start of a cleaning task, after a certain period of cleaning, or manually via the app or voice control.
The DEEBOT X1 OMNI utilizes a 3D mapping system to create a detailed layout of your home. This map allows for advanced functions such as area cleaning, virtual boundaries, and manual partitioning. The robot can identify various furniture types, though non-standard shapes or inaccessible furniture may not be automatically recognized. Users can manually add or edit furniture in the 3D map. The 3D map also aims to display carpets after a full cleaning in Vacuum mode.
The robot is integrated with the YIKO Voice Assistant, allowing for voice control of cleaning tasks. Users can wake up the DEEBOT by saying "OK YIKO" and issue commands for specific areas or furniture. The robot will turn towards the sound source to interact, and for "Follow My Voice" cleaning, it will navigate to the user's location for cleaning within a 1.5m x 1.5m range.
The AIVI 3D module, equipped with two cameras, is primarily used for identifying and detecting obstacles to improve cleaning efficiency. This module contributes to the robot's ability to navigate complex environments and avoid collisions.
To ensure optimal performance, DEEBOT should ideally start cleaning from its docking station. If it's not in the station, it can be manually moved in front of it, and the Recall button on the docking station can be tapped for it to return. For scheduled cleaning, the robot will not operate in Do Not Disturb mode and requires sufficient battery power.
The DEEBOT X1 OMNI can overcome obstacles up to 2 cm in height, but it will not attempt to cross thresholds or steps exceeding this maximum height. In complex environments or on uneven floors, the robot's movements might become unstable, leading to a chaotic cleaning route. This can be mitigated by disabling the TrueDetect 3D Smart Detection function in the App settings.
For mapping, it is recommended to open all doors and remove household items to allow the DEEBOT to travel freely and create a complete map. Quick Mapping is a faster way to generate a map for basic functions, but for detailed 3D map information, a full vacuuming or mopping task is beneficial. If the map is incomplete, users can open doors to expand it, and the DEEBOT will automatically update the 3D map.
The YIKO Voice Assistant supports multiple languages, and users should select a supported language in the App for proper functionality. If an unsupported language is chosen, commands will default to English. The robot's voice wake-up function can be disabled via the App settings if desired.
The Video Manager function, which uses the AIVI 3D module's cameras, requires a good Wi-Fi signal to operate normally. Users should ensure the camera is not blocked and keep the firmware updated for best results.
Regular maintenance is crucial for the DEEBOT X1 OMNI's performance. The TrueDetect 3D Smart Detection System and AIVI 3D module may accumulate dust, which should be gently wiped with a dry paper towel.
For the docking station, it is important to ensure it is connected to a power source, the power cord is correctly plugged in, and the dust collection cabin is properly in place with a correctly fitted disposable dust bag. The charging pins on the docking station should be cleaned with a dry paper towel if they become dirty. The docking station should be placed on a hard surface, clear of obstacles and reflective objects (0.5m on either side and 1.5m in front). It should not be placed on deep pile carpets or rugs, as this can hinder the DEEBOT's return to charge.
The dust bag in the docking station should be regularly inspected and replaced, especially if the environment is damp or too much garbage has collected, as this can lead to mold and unpleasant odors. If the waste water tank is full, or if there are issues with water pumping, users should ensure the waste water tank is properly installed, the seals are correct, and check for foreign objects in the suction port or between the waste water tank and the docking station.
The driving wheels of the DEEBOT should be cleaned regularly to prevent pet and human hair entanglement, which can affect its ability to cross thresholds. If the driving wheels get stuck, foreign material should be removed.
The child lock function on the docking station can be activated or deactivated by simultaneously pressing both the left and right buttons for 3 seconds or via the App settings. If the child lock fails to activate, ensure the docking station is in communication with the robot.
If the anti-drop sensor reports being covered with dust, the DEEBOT should be moved out of the docking station, recalled for a charge, and then cleaning restarted.
General| Brand | ECOVACS ROBOTICS |
|---|---|
| Model | DEEBOT X1 OMNI |
| Category | Robotics |
| Suction Power | 5000 Pa |
| Battery Capacity | 5200 mAh |
| Run Time | Up to 260 minutes |
| Dustbin Capacity | 400 ml |
| App Control | Yes |
| Auto-Empty | Yes |
| Auto-Mop Washing | Yes |
| Hot Air Drying | Yes |
| Connectivity | Wi-Fi (2.4 GHz) |
| Auto Carpet Detection | Yes |
| Multi-floor Mapping | Yes |
| Virtual Boundaries | Yes |
| Product Type | Robot Vacuum |
| Voice Control | Yes |
| Mopping System | OZMO Turbo 2.0 Rotating Mopping System |
| Obstacle Avoidance | Yes |
| Noise Level | 67 dB |
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