VIGUS B — Chargeur secteur 1 port USB-C - Universel- pour tout appareil IOS & Android- 3A - 20 W
White USB charger, model: WAL20W, input voltage: 100-240 V AC, output: 5.0 V DC, 9.0 V DC, 12.0 V DC, current input: 0.6 A, output: 3.0 A, 2.22 A, 1.67 A, power output: 20 W max., protection class II. Product sold online, in particular via Amazon.
- Risk level
- Serious risk
- Typ
- Electric shock
- Kategorie
- Electrical appliances and equipment
- Nebezpečí
- The separation between the primary circuit and the secondary circuit is insufficient, which may result in the user of the charger being subjected to 230 V instead of 5 V. The clearance distance between the primary circuit and the secondary circuit is insufficient, which can lead to an electric shock.
- Origin
- Hong Kong
⚖️ Akce nařízené orgány
- ▸ Measures ordered by economic operators (to: Distributor) Recall of the product from end users
- ▸ Measures ordered by economic operators (to: Distributor) Withdrawal of the product from market
What is this? A USB-C wall charger called VIGUS B that can plug into a wall socket. It is meant to charge phones and tablets.
What's happening? The charger may let dangerous high voltage (230 V) reach the USB port instead of the safe low voltage (5 V). This can cause electric shocks.
Does this affect me? Anyone using this charger in France may be at risk of electric shock.
What should I do? Stop using the charger right away. Ask a pharmacist or doctor if you feel a shock. Return it to the store for a refund or replacement.
🤖 Tento souhrn v jednoduchém jazyce byl automaticky vytvořen z oficiálního oznámení agentury pomocí AI. Slouží pouze pro obecné informace — nikoli jako lékařská rada. Při rozhodování o svém zdraví se vždy poraďte s lékárníkem či lékařem a přečtěte si oficiální zdroj uvedený níže.
🔬 Lékařské / technické podrobnosti (pro profesionály)
Risk level: Serious risk · Type: Electric shock · Category: Electrical appliances and equipment · Hazard: The separation between the primary circuit and the secondary circuit is insufficient, which may result in the user of the charger being subjected to 230 V instead of 5 V. The clearance distance between the primary circuit and the secondary circuit is insufficient, which can lead to an electric shock. · Origin: Hong Kong
Veškeré informace na této stránce pocházejí z oficiálního oznámení příslušného orgánu. Překládáme a shrnujeme je; nepřidáváme ani neměníme fakta.