An extractor hood is an electrically driven device for extracting cooking or baking vapor. In some cases, an additional fan is integrated. The alternating electric and magnetic fields at the fundamental frequency of 50 Hz resp. 60 Hz are caused by the operation of the filter or resp. the fan.
| Measurand | Value | Feature | Remarks |
|---|---|---|---|
| magnetic flux density | 0.06 µT (mean, measured) | - | average value of 9 extractor hoods at a distance of 100 cm; measurement bandwidth: 40 - 800 Hz [1] |
| magnetic flux density | 0.08 µT (mean, measured) | - | average value of 9 extractor Hoods at a distance of 1 m; measurement bandwidth: 40 - 800 Hz [1] |
| magnetic flux density | 0.5 µT (mean, measured) | - | average value of 9 extractor hoods at a distance of 50 cm; measurement bandwidth: 40 - 800 Hz [1] |
| magnetic flux density | 45.18 µT (mean, measured) | - | average value of 9 extractor hoods at a distance of 5 cm; measurement bandwidth: 40 - 800 Hz [1] |
| Measurand | Value | Feature | Remarks |
|---|---|---|---|
| magnetic flux density | 0.26 µT (mean, measured) | - | average value of 9 extractor hoods at a distance of 50 cm; measurement bandwidth: 40 - 800 Hz [1] |
| magnetic flux density | 0.5–2 µT (maximum) | - | - [2] |
| magnetic flux density | 4.77 µT (mean, measured) | - | average value of 9 extractor hoods at a distance of 5 cm; measurement bandwidth: 40 - 800 Hz [1] |
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