QuietScore › Dryers › SHARP KD-NCA8S7PW91-DE
SHARP KD-NCA8S7PW91-DE noise level
The SHARP KD-NCA8S7PW91-DE is louder than the category median of 64 dBA. It carries EU energy class G.
Full specifications
| Brand | SHARP |
|---|---|
| Model number | KD-NCA8S7PW91-DE |
| Category | Dryers |
| Sound level | 65 dBA during drying (EU energy-label declared) |
| EU noise class | C (scale A–D) |
| EU energy class | G |
| Capacity | 8 kg |
| Width | 60 cm |
Quieter alternatives
| Model | dBA | Noise class | Capacity | |
|---|---|---|---|---|
| Bosch WRB247CXPL A | 57 | A | 9 kg | specs |
| Bosch WRB247D0FG A | 57 | A | 9 kg | specs |
| Bosch WRB247D0GR A | 57 | A | 9 kg | specs |
| Siemens WR47B2C0FG A | 57 | A | 9 kg | specs |
| Siemens WR47B2D0DN A | 57 | A | 9 kg | specs |
Similar dryers
| Model | dBA | Noise class | Capacity | |
|---|---|---|---|---|
| Beko DS7512PA C | 65 | C | 7 kg | specs |
| Beko DU10112CX0W G | 65 | C | 10 kg | specs |
| Beko WDPS742GS E | 65 | C | 7 kg | specs |
| Electrolux EDI7H1E85E C | 65 | C | 8 kg | specs |
| Electrolux EW7D384AC C | 65 | C | 8 kg | specs |
Frequently asked questions
How many decibels is the SHARP KD-NCA8S7PW91-DE?
The SHARP KD-NCA8S7PW91-DE has a declared sound level of 65 dBA during drying (EU noise class C). That is as loud as a typical conversation or background music — noticeable from the next room.
Is the SHARP KD-NCA8S7PW91-DE quiet?
At 65 dBA, the SHARP KD-NCA8S7PW91-DE is quieter than 16% of the 492 dryers with published sound ratings that we track, and louder than the category median of 64 dBA.
Data provenance: Sound levels (dBA) are taken from the EU EPREL energy-label registry, where airborne noise emission is a legally required, regulator-verified field on every dishwasher, washing machine and tumble dryer sold in the EU. We surface globally-sold brands and link each model to its official EU energy label. Model identifiers follow EU registrations; US model numbers for the same product can differ. Last fetched 2026-07-27. View the official EU energy label for this model. See our methodology for how this differs from our certified fan data.