Visual acquaintance with household appliances is often limited to the facade, but it is critical for the owner to understand what the Atlant refrigerator looks like inside in order to ensure its proper operation and durability. The Belarusian manufacturer offers various modifications, from classic two-chamber models to modern units with the No Frostsystem, and their internal layout differs significantly. Understanding the location of evaporators, fans and drainage channels helps to avoid common mistakes when placing products and caring for the unit.
The internal space is not just an empty volume, but a complex engineering system, where each shelf and partition performs the function of distributing cold air. If you are planning a purchase or are faced with the need for renovation, knowledge of the internal architecture refrigerator compartment and freezer compartment will be the key to using the equipment effectively. In this article we will analyze in detail all the elements hidden behind the doors of your refrigerator.
Organization of the refrigeration chamber space
Looking inside the refrigeration compartment, the user first of all pays attention to the storage system. Modern Atlant models use tempered glass high strength for shelves that can withstand significant loads. The design often allows for shelves to be rearranged or removed to accommodate large items such as pots or large bottles. It is important to note that glass surfaces do not absorb odors and are easy to clean, which is a standard for modern European standards quality.
The main evaporator is located on the back wall of the refrigerator compartment, which is hidden behind the drip defrost system in models plastic panel. This is where the air cools, which then naturally falls down. There should always be a gap between the shelves and the back wall, otherwise food may freeze or, conversely, spoil due to lack of cold. Some modifications provide a special “freshness zone” - a separate compartment with high humidity or zero temperature. air circulation, otherwise the food may freeze or, conversely, spoil due to lack of cold. Some modifications provide a special “fresh zone” - a separate compartment with high humidity or zero temperature.
The secret of the freshness zone
In some Atlant models, the freshness zone is implemented simply as an insulated box in the lower part of the chamber, where the temperature is naturally lower. In more expensive versions, there may be a separate fan or damper that regulates the flow of cold air from the freezer.
The refrigerator door is also an active part of the storage system. It is equipped with plastic balconies of different depths: the narrow upper ones are for tubes and jars, and the deep lower ones are for bottles and packaged liquids. Particular attention should be paid to the seal, which ensures tightness. The inner part of the door often has a ribbed structure for better thermal insulation and structural rigidity.
Architecture of the freezer compartment
The freezer compartment in Atlant refrigerators can be located both at the top and at the bottom, and its internal structure depends on the type of defrosting. In classic models there are metal lattice shelves and several plastic drawers. The bottom of the chamber is made of aluminum or steel, under which a tubular evaporatoris hidden. When the compressor operates, ice accumulates on the walls and bottom, which requires manual defrosting approximately once every six months.
In models with the system No Frost the picture inside the freezer is radically different. Here you will not see ice on the walls, since the evaporator is hidden behind the rear panel, and the air circulates forcibly. Drawers in such refrigerators often have a special bottom structure for better passage of cold flow from bottom to top. It is important not to seal the ventilation holes on the drawers with food, so as not to disturb heat exchange.
Rubber seal on the door The freezer compartment should fit especially tightly, since this is where the temperatures are lowest. There are usually no shelves inside the freezer door, but there may be a locking mechanism or a button super freezes. If you see frost in only one corner of the freezer, this may indicate a problem with tightness or clogged drainage.
No Frost system: hidden mechanisms
Users often ask why there is blowing inside the refrigerator wind. This is the normal operation of the system, where air is forced through a hidden evaporator by a fan. Inside, behind the back wall of the refrigerator or freezer, there is a block consisting of a heating element, defrost sensors and the fan itself. This unit is responsible for the evaporation of condensate, so water does not leak into the pan from the outside. No Frost the wind is blowing. This is the normal operation of the system, where air is forced through a hidden evaporator by a fan. Inside, behind the back wall of the refrigerator or freezer, there is a block consisting of a heating element, defrost sensors and the fan itself. This unit is responsible for evaporating condensate, so water does not leak into the pan from the outside.
Inside the chamber you can see ventilation holes through which cold air enters the volume. Their location is strictly regulated by Atlant engineers. Covering these holes with food bags causes the temperature sensors to read incorrect data and the compressor to work in overdrive. This is a direct path to breakdown compressor or the defrost system.
⚠️ Attention: Never try to remove the back plastic panel inside the No Frost chamber yourself while the refrigerator is plugged in. You can damage the fragile evaporator tubes or heating element, which will lead to expensive repairs.
The drainage system in such models is also hidden. The melt water is discharged through a chute into the evaporator located above the compressor at the back of the refrigerator, where it safely evaporates. If water or an ice “beard” appears inside the chamber, it means that the drainage hole is clogged or frozen, and cleaning is required with a special brush or cable.
☑️ Checking the No Frost system
Compressor compartment and rear wall
If you look behind the Atlant refrigerator, you can see its “heart” - the compressor. Modern models most often use one or two compressor (depending on the number of cameras). They are located at the bottom of the rear panel and are covered with a metal casing. Inside the casing there are also a starting relay and a capacitor necessary to start the engine.
The rear wall on the outside is a condenser grille (black coil). This is where heat is released into the environment. It is important that this element is clean and not covered with a layer of dust, otherwise the efficiency of the refrigerator decreases and energy consumption increases. The distance from the back wall to the wall of the room must be at least 5-7 cm for normal air convection.
In the lower part, next to the compressor, there is often a plastic tray. Water flows into it during defrosting (in drip models and some No Frost). The water in this tray is heated by the running compressor and evaporates. If you see water on the floor under the refrigerator, the tray may be displaced or cracked, or overfilled due to too high humidity in the room.
Comparison of the internal structure of different series
The Atlant model range is extensive, and the insides of refrigerators of the 40, 45, 60 and XM series differ. To make it easier for you to navigate, we have prepared a comparative table of key features of the internal structure.
| Series / Model | Type of defrosting | Shelf material | Features inside |
|---|---|---|---|
| Atlant 4008 | Drip | Tempered glass | Classic evaporator behind the panel |
| Atlant 4502 | No Frost | Tempered glass | Fan in the freezer, hidden evaporator |
| Atlant 6025 | Combined | Plastic/Glass | No Frost in the freezer, drip in the refrigerator |
| Atlant XM-4208 | Manual/Drip | Metal grille | Old model, deep drawers |
The differences concern not only the materials, but also the location of the controls. In older models, the temperature regulator is located inside the chamber on the lamp frame, while in new ones electronic versions the display is located on the door. This also changes the internal wiring: in electronic models, the wiring harnesses pass through the door hinges, which requires caution when opening them to a wide angle.
⚠️ Attention: The internal wiring in refrigerators with a display on the door is very sensitive. When opening the door more than 90 degrees without a special limiter, you can damage the cable running inside the hinge.
Typical problems and their visual signs
Understanding what a working refrigerator looks like from the inside helps to quickly diagnose a breakdown. For example, if a “coat” of ice has formed on the back wall of the refrigerator compartment, but there should only be drops, it means that the door seal is broken or the thermostat has failed. Ice may block the sensor and the compressor will run continuously.
Extraneous noise, vibration or humming often comes from the compressor compartment. If there is a humming sound inside the chamber, the system fan may be unbalanced No Frost or its blades are touching ice. A visual inspection (with the panel removed) allows you to see frozen ice on the blades, which can be cured by complete defrosting.
Why is it leaking inside?
Most often, water appears inside on the shelves due to a clogged drainage hole. It is located at the bottom of the back wall. You can clean it with a soft wire or a cotton swab dipped in warm water.
You should also pay attention to the condition of the plastic elements. Yellowing of the plastic, cracks on the drawers or crumbled handles indicate aging of the materials, which often happens during long-term use or aggressive cleaning. Replacing these elements returns the refrigerator not only to its aesthetic appearance, but also to its functionality. chemistry for cleaning. Replacing these elements returns the refrigerator not only to its aesthetic appearance, but also to its functionality.
Rules for the operation and care of internal elements
To extend the life of the internal components of the Atlanta, you must follow simple rules. Regularly, at least once a month, wipe the internal surfaces with a damp cloth using special products or a weak soda solution. Do not use abrasive powders, which can scratch the plastic and enamel, making them vulnerable to bacteria.
Once a year, it is recommended to completely defrost (even for No Frost systems, if the manufacturer allows this in the instructions, or simply turn it off for prevention). During this procedure, you can clean the drainage channels and check the tightness of the seals. Cleanliness inside is the key to the absence of unpleasant odors and mold, which likes to settle in hidden cavities and folds of rubber.
⚠️ Attention: Technical characteristics and location of components may vary slightly depending on the year of manufacture and the specific modification. Always check the technical documentation (product data sheet) that comes with your refrigerator model.
FAQ: Frequently Asked Questions
Is it possible to remove the glass shelves in the Atlant refrigerator for washing?
Yes, in most models the shelves are removable. They usually just sit on plastic guides or have clips on the sides. Gently lift the front edge and pull out the shelf. This will make general cleaning inside the chamber easier.
Why does ice appear on the walls inside the freezer if it is No Frost?
This is a sign of a malfunction of the defrosting system. The heating element may have burned out, the sensor or timer may be faulty, or the drain hole may be clogged. Diagnostics are required and, most likely, defrosting the refrigerator for a day to remove the ice plug.
How to replace the light bulb inside the Atlant refrigerator?
Usually the lampshade is located in the upper part of the refrigerator compartment. It is removed by snapping it off (sometimes you need to press the latch or carefully pry it off with a screwdriver). The lamp is replaced with a similar base (most often E14) and power. Do not forget to disconnect the refrigerator from the network before replacing!
What do the numbers on the temperature regulator inside mean?
The numbers from 1 to 7 (or Min/Max) indicate the intensity of the compressor, not degrees. 1 — minimum cooling (warmer), 7 — maximum (colder). The optimal mode for year-round operation is considered to be 3 or 4.