WK DESIGN — QC3.0 FAST CHARGER
USB charger. Input voltage: 110-240 V AC. Output voltage: 5 V DC / 9 V DC / 12 V DC. Power or current Input: 0.3 A Power or current output: 2.4 A / 2 A / 1.5 A (18 W MAX) Protection against electric shock Class II.
- Risk level
- Serious risk
- Typ
- Electric shock
- Kategorie
- Electrical appliances and equipment
- Gefahr
- The clearance and creepage distances between the primary and secondary circuits are insufficient. Moreover, the dielectric strength between the primary and secondary circuits is insufficient. In addition, the capacitor used as protective impedance between the primary circuit and the secondary circuit is not Class-Y1. The user can have access to live parts and receive an electric shock.
- Origin
- People's Republic of China
⚖️ Von Behörden angeordnete Maßnahmen
- ▸ Measures ordered by economic operators (to: Importer) Recall of the product from end users
6941027613641
What is this? This is a fast phone charger made by WK DESIGN. It can give an electric shock if used.
What's happening? The charger has unsafe gaps and weak insulation. Live parts may be touched.
Does this affect me? If you own this charger in France or Slovenia, stop using it now.
What should I do? Take it to a shop or return it. Ask your pharmacist or doctor if you feel a shock.
🤖 Diese allgemeinverständliche Zusammenfassung wird automatisch aus der offiziellen Mitteilung der Behörde mithilfe von KI erstellt. Sie dient nur zur allgemeinen Information – nicht als medizinischer Rat. Treffen Sie gesundheitsbezogene Entscheidungen immer in Absprache mit einer Apothekerin oder einem Arzt und lesen Sie die verlinkte offizielle Quelle unten.
🔬 Medizinische / technische Details Für Fachkräfte
Risk level: Serious risk · Type: Electric shock · Category: Electrical appliances and equipment · Hazard: The clearance and creepage distances between the primary and secondary circuits are insufficient. Moreover, the dielectric strength between the primary and secondary circuits is insufficient. In addition, the capacitor used as protective impedance between the primary circuit and the secondary circuit is not Class-Y1. The user can have access to live parts and receive an electric shock. · Origin: People's Republic of China
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