Comparison Vestfrost CNF 341 X vs Vestfrost CNF 186 ZW white

A device for neutralizing foreign odours in the refrigerator compartment. The source of such odours can be not only spoiled but also quite usable products, for example, smoked fish. And some types of food, in turn, tend to absorb these odours, which negatively affects their aroma and taste. The deodorizer avoids such troubles by purifying the air inside the refrigerator.

The autonomy time provided by the refrigerator when the power is turned off.

Often, this parameter describes the capabilities of the freezer. In such cases, the autonomy time is indicated as the time during which, at an outside temperature of +25 °C, the temperature in the filled freezer does not rise above -9 °C (this level is considered critical for the storage of frozen foods). Accordingly, the actual autonomy time may differ from the claimed one — depending on the ambient temperature, the frequency of opening the refrigerator, etc. However, this parameter describes the quality of thermal insulation quite accurately, and it is possible to evaluate different models and compare them with each other.

Also, autonomy time can be given for models without freezers: in such cases, we are talking about the time during which the temperature in the refrigerator compartment remains at an acceptable level under approximately the same conditions.

Approximate amount of fresh food that a refrigerator can completely freeze from room temperature to freezer operating temperature in 24 hours. Power up to 10 – 15 kg/day will be quite enough for everyday use, but if you plan to freeze food in large volumes and often — you should pay attention to more performant freezers.

Forced freezing mode, in which the temperature inside the freezer falls below the standard level for a short time. This mode is useful when loading a large amount of unfrozen food into the freezer. The fact is that the heat from these products can lead to an increase in the temperature inside. The fast freeze feature allows you to compensate for this phenomenon and avoid violations of the temperature regime. However, fast freeze, usually, needs to be turned on a few hours before loading new food, and the freezer is usually not designed for permanent operation in this mode, after a while, it needs to be switched to normal mode (in some refrigerators this is done automatically) .
We also emphasize that some units provide separate boxes or zones of “fast freezing”, with a lower temperature. Such equipment is not considered for the fast freeze feature since it has slightly different specifics of work.

The type of controls for refrigerators is indicated primarily by the type of control panel. Often its location is also taken into account. According to these criteria, nowadays, the following options are distinguished: rotary knobs, internal push-buttons, external push-buttons, internal touch controls and external touch controls. Here are the features of each of these options:

— Rotary knobs. Control using rotary knobs. Such knobs are traditionally installed inside the refrigerator, so in this case, the location is not specified. In general, this is the simplest and most inexpensive option used in units of the appropriate level. Most often, there is only one rotary knob; it is directly connected to the thermostat and regulates only the temperature inside the refrigerator (and even then very approximately). However, even this is often quite enough — especially if the refrigerator is operated in more or less constant temperature conditions (for example, in a home or office kitchen). In many cases, the matter is limited to choosing a more or less suitable knob position once and then not touching the settings at all. In addition, the unambiguous advantages of this type of control are reliability and ease of repair.

— Internal push-buttons. Push-buttons are generally considered more advanced th...an rotary knobs. The specific functionality of refrigerators with such control may be different, but among them, models with additional functions and the ability to fine-tune the temperature (and sometimes even humidity) are noticeably more common. As for the interior layout, it allows you to hide the panel behind the refrigerator door, providing a neat appearance with a minimum of protruding parts. And if the door has a child lock, in this case, it also performs the function of protecting against children. However, to access the controls you have to open the refrigerator — but this moment is generally not critical: such access is not needed so often, and changing settings does not take much time.

— External push-buttons. Like the internal push-buttons (see above), such controls are typical mainly for fairly advanced models (although exceptions are possible). And the external location is convenient because you do not need to open the door to access the settings. On the other hand, the real need for such an arrangement is not so often, and push-buttons must also fit into the overall design of the unit (which is not always possible to do in the best way). As a result, the external version of push-button controls is much less common than the internal one.

— Internal touch controls. Internal touch controls are considered the next step in the development of controls, after buttons. So, they look stylish and technologically advanced, they do not need to be pressed hard (just touched), and there are no protruding parts, corners and cracks on the surface of the panel, which simplifies cleaning from dirt. Accordingly, the presence of touch controls is typical mainly for refrigerators of the middle and top levels. It costs a little more than a push-button one, but this is imperceptible against the background of the total price of the units. But specifically, the internal location is much less common than the external one. It is because there is no need to hide the touch sensors behind the door — they can be easily fit into the external design of the refrigerator.

— External touch controls. The general features of touch controls are described above. And external touch panels in refrigerators are used much more often than internal ones: such panels can be given almost any appearance, optimally fitting them into the design of the refrigerator. Besides, placing them outside allows you not to open the door again to access the settings.

The average amount of energy consumed by a refrigerator in a year of operation. Of course, these figures are not absolutely accurate; the actual power consumption may vary depending on the specific operating conditions. However, this parameter makes it possible to evaluate the power consumption of the refrigerator and compare different models with each other. At the same time, it often turns out to be more convenient and visual than the energy consumption class (see above) because in this paragraph we are talking about a specific figure (from which you can also calculate the cost of electricity consumed). For clarity, let's take the following example: a small two-chamber refrigerator with energy class A can consume less energy per year than a large side-by-side unit of class A+++, although formally, in terms of energy consumption classes, the second model will be more economical than the first.

The climate class to which the refrigerator corresponds.

As the name implies, this parameter describes the environmental conditions for which the unit is designed. The warmer it is around — the more powerful the refrigerator should be and the better thermal insulation it should have. Specific classes are indicated by letters, here are the most popular options:

— SN (subnormal). Models for a temperate cool climate, have an operating range from +10 °C to + 32 °C. Such a unit can be useful in a poorly heated room where the temperature can drop below +16 °C — for example, on the veranda of a private house, in a garage, etc.

— N (normal). Refrigerators for temperate climates, with an operating temperature range of +16...+32 °C. Such a unit is suitable for most residential apartments and houses in mid-latitudes.

— ST (subtropical). Models for subtropical and humid tropical climates. Normally work at the range of external temperatures +18...+38 °C.

— T (tropical). Refrigerators for dry tropical climates. Designed for temperature range +18 °С to +43 °С.

There are many models on the market with an extended temperature range covering several classes. For example, a unit labelled N-ST will have a temperature range of +16...+38 °C. Such refrigerators are indispensable in complicated...climates, the conditions of which are not covered by one standard class — for example, during cold winters and hot summers.