Xiaomi’s robot vacuum cleaners have proven to be reliable cleaners, but their effectiveness depends on timely maintenance. Many users face difficulties in primary operation, not knowing how to properly remove the garbage compartment so as not to damage fragile latches or spill the contents back onto the floor. Understanding the design is key to a long life of the device.
In this article, we will discuss in detail the process of extracting a dust collector, methods of cleaning it and the nuances of working with the dust collector. HEPA-Whether you own a Roborock model, filters. S5 Or maybe a newer Roborock. S7, The principles of dismantling remain similar, but have their own technological features that must be taken into account to prevent breakdowns.
Regular maintenance ensures not only high-quality cleaning, but also the maintenance of suction power throughout the life of the engine. Ignoring the rules of operation can lead to rapid wear and tear of the engine or the appearance of an unpleasant smell in the apartment. Let's consider the algorithm of actions that will ensure your gadget maximum performance.
Determining the type of waste collection of your model
Before you start to take action, you need to visually inspect the top panel of your robot. Xiaomi uses various engineering solutions depending on the year of release and series of devices. Most modern models use a classic scheme with a top cover that opens with the press of a button or a lock.
There are also models with combined tanks where the water tank and the dry garbage container can be combined or separated. It is important to distinguish between these modifications, since the recovery mechanism may differ. For example, in the Roborock E4 and E5 series, side access is used, which requires a different approach to dismantling.
- 🔍 Classic upper hatch - opens by pressing a button with a logo or fixer.
- 💧 Combined tank - combines the functions of wet and dry cleaning, has a complex system of partitions.
- 📦 Modular compartment - is removed entirely through the rear or side panel (found less often).
Notice the labeling on the bottom of the case or in the Mi Home app, which often lists the exact model of the device, which will help you find specific instructions if standard methods don't work, and knowing exactly what you're doing will save you the effort and risk of damaging the plastic elements.
Algorithm for extracting a garbage container
The process of removing the dust storage device requires carefulness and a certain sequence of actions. First, make sure that the robot is completely stopped and is in a switched-off state to avoid accidental activation of the turbine during manipulation. Place the device on a flat surface for easy access.
Find a lock button on the top panel, which is usually marked with a vacuum cleaner icon or brand logo. Press it before the characteristic click, after which the lid should rise. If the lid does not open, do not use excessive force - perhaps the mechanism has jammed due to overflow or contamination of the latches.
☑️ Proper removal of the container
Once the lid is opened, grab a special handle or protrusion on the container itself and smoothly pull it up and a little on yourself.In some models, such as the Roborock S5 Max, it may be necessary to first disconnect the water tank if it is installed on top of the dust compartment.The movements must be confident, but without jerks, so as not to break the guide sled.
⚠️ Warning: Never force the lid off if it fails. This can cause the plastic latch teeth to break, and the system will be permanently sealed.
Design and disassembly of the internal filter
Inside the main body of the container is a removable filter, which plays a critical role in air purification, which is corrugated paper or synthetic material encased in a plastic frame, and it is this element that traps fine dust, preventing it from being released back into the room atmosphere.
To remove the filter, you need to open the inner lid of the compartment, which is often fixed to additional latches or magnets. In HEPA-filtered models, it is important not to damage the thin structure of the filter material when extracted. Carefully pull the tongue or frame to release the element.
Some users mistakenly believe that the filter can be simply shaken out, but deep cleaning requires a more careful approach. Depending on the type of material, it can be washed underwater or only cleaned with a dry brush. Information about the possibility of washing is usually applied to the filter itself or specified in the instructions for a specific Xiaomi model.
Types of filters in Xiaomi robots
Rules for cleaning and washing the dust collector
The container should be cleaned regularly, especially if there are allergies or pets in the house. The optimal frequency is a full flush every two weeks during daily use. Use warm water and mild detergents to wash, avoiding aggressive chemicals.
First, put the main debris in the bucket by tapping the container on the side, then rinse the insides with water, removing the sticky dust from the walls, pay special attention to the barrier net that protects the turbine from large objects, if the grid is clogged, the suction power drops significantly.
| Element | Cleaning method | Frequency | Features of drying |
|---|---|---|---|
| Plastic case | Washing with sponge water | Once every 2 weeks | Natural, 2-4 hours. |
| HEPA-filter | Washing or replacement | Once a month / 6 months. | Minimum 24 hours. |
| The barrier net | Brushing | Every week. | It doesn't require drying. |
| Level sensors | Dry-washing | Once a month | Dry surface |
After water treatments, all components must be completely dry before assembly. Residual moisture can lead to dust clumps clogging the filters, or corrosion on the metal contacts of the sensors. Use only room temperature for drying, avoiding batteries and hair dryers.
Typical errors in the maintenance of the device
One of the most common mistakes is to put a wet filter back into the robot, which is strictly forbidden, as moisture can get into the engine, causing short circuits or corrosion of the windings. Always check the filter by touch - it should be perfectly dry and light.
Another mistake is using a vacuum cleaner to clean the robot's filter itself, and a powerful jet of air from a conventional vacuum cleaner can damage the microscopic pores. HEPA-It's better to tap the filter gently on the bottom of the sink or use a soft brush.
- 🚫 Ignoring sensors – dirty tank filling level sensors can give false signals.
- 🚫 Using hot water – can deform plastic fasteners and seals.
- 🚫 Application of oil or lubricant - it is absolutely impossible to lubricate the moving parts of the container.
⚠️ Warning: Do not try to lubricate the rubbing parts of the container with oil or silicone. the dust will instantly stick to the lubricant, turning into an abrasive paste that will disable the mechanism.
Assembly and installation back into the robot
Once all the elements are dry and cleaned, start assembling, insert the filter into the socket, making sure it fits tightly around the perimeter and has no gaps, and if the filter is not properly fit, dust will seep past it and the engine compartment will become contaminated.
Close the inner lid of the container before you click. Then take the assembled module and place it in the robot body, focusing on the guides. Smoothly press from top to lock. If the container doesn't stand up, check if you're orienting it correctly - often users confuse the front and the back.
💡
Swipe your finger around the perimeter of the container installed, and if you feel a gap or back cover, it means that it is installed incorrectly or a garbage jam interferes.
The final step is to check the device, turn the robot on and start a short cleaning session, listening to the sound of the motor, and a foreign whistle or hum may indicate that the lid is not sealed or the filter is skewed, and the proper sealing of the system is the key to quiet operation.
💡
The tightness of the container assembly is critically important: any gap passes fine dust into the engine compartment, which is the main reason for the robot failure after 1-2 years of operation.