Kernau KCH 0440.1 B Kitchen Connect
Uses less electricity than 13% of the 5,468 range hoods, under 400 m³/h on the EU register. At your selected price (European Union) that is €20 a year, €198 over ten years.
- Noise (max)
- 64 dB
- Typical 64 dB
- Airflow (max)
- 360 m³/h
- Running cost
- €20 / year
Uses more than most comparable models: 87 % of them need less. Dopure V03BKP060T-DOP, the most efficient alternative on sale, saves about €18 a year. 25% of comparable models reach a better class than B; the most common is D. Kernau has 112 models in this group; this one is number 104 among them. Kernau sells the same label values under other model names: KCH 0440.1 B Island Kitchen Connect, KCH 0440.1 Copper Island, KCH 0440.1 Gold Island and 1 more.
Where it stands
Rank 4,654 of 5,468 range hoods, under 400 m³/h by yearly consumption. 4,653 use less.
Next to it in the ranking
- BS Service ESTRAIBILE-K104R0072 70 kWh same
- Kernau KCH 0440.1 B Island Kitchen Connect 70 kWh same
- Kernau KCH 0440.1 B Kitchen Connect 70 kWh
- Kernau KCH 0440.1 Copper Island 70 kWh same
- Kernau KCH 0440.1 Gold Island 70 kWh same
Noise and extraction
- Extraction (fluid dynamic)
- Grease filtering
- Lighting
Same size, lower running cost
On sale, at least 10% less energy, same size group
| Model | kWh / yr | Saves / year |
|---|---|---|
| Kernau KCH 0440.1 B Kitchen Connect (this model) | 70 | — |
| 5 | €18 | |
| 6 | €18 | |
| 6 | €18 | |
| 6 | €18 | |
| 6 | €18 |
Label and product sheet
- Energy class
- B (scale A+++–D)
- Yearly energy
- 69.8 kWh
- Airflow min / max
- 225 / 360 m³/h
- Noise min / max
- 51 / 64 dB(A)
- Fluid dynamic efficiency
- B
- Grease filtering
- E (64.3 %)
- Lighting efficiency
- A
Model numbers and history
Registered by Kernau under one model number.
KCH 0440.1 B Kitchen Connect
- First published in the EU register (EPREL)
- Placed on the EU market
Questions
How loud is the Kernau KCH 0440.1 B Kitchen Connect?
Its label states 64 dB(A) at the highest normal setting. The typical hood in this airflow group is 64 dB(A); every 10 dB sounds about twice as loud.