5748010000
Technical Characteristics
|
|
|
| DEC21 |
Power supply voltage |
| See | rating label | |
Absorbed power dehumidifying only |
| “ | ||
Maximum absorbed power |
| “ | ||
Maximum absorbed current |
| “ | ||
Defrosting device |
|
| yes | |
Humidistat |
|
| yes | |
Fan speeds |
|
| 2 | |
Air filter |
|
| yes | |
Purifying filter |
| no | yes | |
Dimensions LxHxD |
| 570x360x300mm | ||
Tank capacity |
|
| 4 litres | |
Operating limits: | Heating | Dehumidifying | ||
• | temperature | Max. 27°C |
| 2° - 32° |
• | relative humidity | Max. 90% |
| 30 - 95% |
Brief note on humidity
Air always contains a certain amount of water in the form of water vapour.
This amount of moisture is commonly known as the humidity.
The capacity of the air to hold water vapour increases with the temperature.This is why in our homes, as soon as the temperature decreases, the vapour contained in the air condenses, as is evident on the colder surfaces in the room, such as the windows, walls etc.
The purpose of a dehumidifier is to remove the excess moisture from the air, to control condensation within the home.
Experts have established that the optimum environmental condi- tions for our well being and to preserve objects are obtained between 40% and 60% relative humidity. Below these levels the air can feel too dry and may cause skin complaints and even static electric shocks.
If temperatures in the home are lower than 10°C for prolonged periods low level heating will be necessary to allow the condensate to evaporate into the air before dehumidification can take place. The air will however be slightly warmed by the dehumidifier as the dry air leaving the dehumidifier is about 1°C higher than normal room temperature.
Dehumidifier | 8 |
