BLUEQUE, EINFEBEN — LED UV Nail dryer
UV/LED nail-drying lamp with four timer settings. LQ2 Input voltage: 100-240 V AC. Output voltage: 24 V DC. Power supply unit amperage: 0.75 A - 3 A. Power: 168 W. Product sold online, in particular via manomano.fr.
- Risk level
- Serious risk
- Type
- Electric shock
- Catégorie
- Electrical appliances and equipment
- Risque
- The capacitors used as protective impedance between the primary circuit and the secondary circuit are inadequate. Moreover, the clearance and creepage distance between the primary circuit and the secondary circuit on the printed circuit are not sufficient. Additionally, the number of insulating layers separating the secondary winding from the primary windings is insufficient. The user can access live parts and receive an electric shock.
- Origin
- Unknown
⚖️ Actions ordonnées par les autorités
- ▸ Measures ordered by economic operators (to: Other) Removal of this product listing by the online marketplace
What is this? This is a small machine called a UV nail dryer. It uses light to dry gel nail polish.
What's happening? Some of these dryers have bad parts inside. They may let electricity leak out and shock you.
Does this affect me? If you use one of these dryers in France or Estonia, you could get hurt.
What should I do? Stop using it now. Ask a pharmacist or doctor if you feel a shock.
🤖 Ce résumé en langage clair est généré automatiquement à partir de l'avis officiel de l'agence à l'aide de l'IA. Il est fourni à titre d'information générale uniquement — il ne s'agit pas de conseils médicaux. Pour toute décision concernant votre santé, consultez toujours un pharmacien ou un médecin et lisez la source officielle liée ci-dessous.
🔬 Détails médicaux / techniques (pour les professionnels)
Risk level: Serious risk · Type: Electric shock · Category: Electrical appliances and equipment · Hazard: The capacitors used as protective impedance between the primary circuit and the secondary circuit are inadequate. Moreover, the clearance and creepage distance between the primary circuit and the secondary circuit on the printed circuit are not sufficient. Additionally, the number of insulating layers separating the secondary winding from the primary windings is insufficient. The user can access live parts and receive an electric shock. · Origin: Unknown
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