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Comparison Beko B5T 68247 WBPB vs Beko B5T 69233

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Beko B5T 68247 WBPB
Beko B5T 69233
Beko B5T 68247 WBPBBeko B5T 69233
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Drying typecondensing (heat pump)condensing (heat pump)
Capacity8 kg9 kg
Inverter motor
Features
Number of drying programmes1515
Anti-crease function
Moisture sensor
Delay start timer
Steam drying
Quick dry
Refresh cycle
Drum lighting
Drain into sewer
Condensate tank indicator
Efficiency classes
Drying classAB
Energy classА+++
A++ /259 kWh/year/
Noise level63 dB64 dB
More specs
Controlsrotary knob + touch controlsrotary knob + touch controls
DisplayLEDLED
Child lock
Door shaperound with glassround with glass
Door openingrightward
Dimensions (HxWxD)84.6x59.8x52.1 cm84.6x59.8x60.5 cm
Color
Added to E-Catalogmay 2023april 2023

Capacity

The maximum amount of laundry that can be loaded into the dryer; in other words, the largest weight of laundry that the machine can efficiently process in one cycle.

Capacity is usually indicated by the weight of the dry laundry. Thanks to this, when preparing the laundry for washing, you can immediately assess whether it will fit in the dryer at a time or, on the contrary, you can get by with a small drying. However, even the most modest modern dryers (and even slim ones up to 50 cm) in most cases hold 7 kg — this is comparable to loading the drum of a medium-capacity washing machine. And in the most capacious models, this figure can reach 10 – 11 kg. It is quite enough for domestic and even professional use (for example, in laundromats or laundries of hotels, etc.). However, the typical figures are drying for 8 kg and models for 9 kg of laundry. Bigger capacity is relevant for industrial equipment and is not found in consumer-level models.

Also, when choosing, note that in the specs the maximum capacity is usually indicated for linen made of cotton fabric. For other, more voluminous materials, the capacity can be noticeably less — for example, the weight limit for wool products is usually 4-5 times less than for cotton.

Inverter motor

The presence of an inverter motor in the design of the dryer.

An inverter motor is a motor whose power and speed can be smoothly and accurately adjusted — in contrast to a conventional electric motor, in which adjustments are made in steps. However, the main advantages of machines with this function are low energy consumption and noise level. In addition, inverter motors have relatively few moving parts, which has a positive effect on reliability and durability. Their disadvantages are high price and difficulty in repair.

Steam drying

The presence of a drying programme with steam in the dryer.

In this mode, the laundry in the drum is treated with hot steam. Note that this procedure is not suitable for drying as such; its purpose is rather to refresh and moisturize the fabric. For example, steam drying can be used as an alternative to washing when clean unwashed clothing has absorbed an unpleasant odour. It can be used to moisten overdried laundry for subsequent ironing.

Quick dry

Quick dry programme that dries in a relatively short time. It saves time, but the laundry wears out more than during normal drying and is not suitable for delicate types of fabric.

Drying class

Drying class describes the overall drying efficiency that the machine provides. It is denoted by a Latin letter, where A is the best efficiency, and further in decreasing order ( drying class B is inferior to class A, but exceeds class C). Naturally, higher efficiency machines cost more (ceteris paribus).

Energy class

The energy consumption class shows not the actual energy consumption but the efficiency of the dryer. In other words, what part of the electricity consumed goes directly to useful work. For dryers, this parameter is especially important because such devices have high electricity consumption. As a result, models with the same capabilities but different energy efficiency classes differ markedly in terms of operating costs (in terms of electricity bills). However, more economical units themselves are more expensive. nevertheless, this difference quickly pays off.

Initially, classes were marked in Latin letters from A(the highest class) and further alphabetically. In the course of technology development, more economical levels of consumption than the original class A appeared — they are labelled as A+, A++, A+++, etc. Actually, the highest efficiency class in modern dryers is exactly A +++ ; level A — A+ can be called good, B — average, C — acceptable.

Noise level

The noise level generated by the dryer during operation. Usually, the specs indicate the maximum volume of the device, in the noisiest mode — when other programmes are running, this figure may be lower. We note that the noise level also depends on the features of the installation: for example, if the machine does not stand firmly on all four legs, vibration from drum rotation can create additional noise. And the tiled walls amplify the sound by creating an echo. Nevertheless, it is best to evaluate the device precisely by the noise level stated in the specifications. And here it is worth bearing in mind that the decibel used to denote loudness is a non-linear value, and it is best to evaluate the actual loudness of the unit using comparative tables. Here is the simplest such table for the volume range in which modern dryers operate:

65 dB — a person's voice in raised tones at a distance of 1 m;
70 dB — a loud conversation of several people at the same distance;
75 dB — loud laughter at a distance of 1 m;
80 dB — motorcycle engine, medium power vacuum cleaner.


The quieter the machine is, the more comfortable it will be to use and the better it will be suitable for a specific environment (for example, if there is a small child in the house or if you plan to run drying at night). At the same time, it is worth considering not only the actual noise level but also the installation location of the device. If the dryer is planned to...be installed in the basement of a private house with thick ceilings and the bedroom is located on the second floor, you can not pay much attention to the noise level: even the loudest unit is unlikely to create inconvenience.

Door opening

The direction in which the door of the dryer opens.

Most users are right-handed, so from this point of view, the best option is leftward opening — the free space for loading and unloading laundry is just under the right hand. However, specifically in dryers, the rightward opening is noticeably more common. It is because such units usually complement washing machines and are most often installed side by side. And in most washers, the door opens just to the left (again, based on convenience for right-handed people). Therefore, it is most convenient to place the dryer on the right and equip it with a hatch that opens to the right — this will allow you to overload the laundry from washer to dryer with minimal effort and time. And vice versa, if the door in the washing machine opens to the right, then it is better to choose a dryer with a leftward opening and install it on the left.

Sometimes both machines are installed as a column — a dryer on top of a washing machine. In such cases, the hatches of both machines should open in one direction — this is more convenient both from the point of view of ergonomics and purely psychologically. Moreover, if the "column” adjoins the wall sideways, then the opening should also occur towards the wall; otherwise, the laundry will have to be loaded and unloaded through the space between the open hatch and the wall, which can be very inconvenient....

Note that in some dryers both opening options are claimed. It usually means that the door has a reversible mount, and the direction of opening can be chosen at your discretion. However, this feature does not hurt to clarify before buying.
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