Lampe ongles Gel, 168W UV LED Séchoirs à ongles 4 Minuteries 10/30/60/995 avec Capteur automatique
UV nail lamp. Voltage input: 100-240 V AC, output: 24 V DC. Current output: 2 A. Product sold online, in particular via ManoMano.
- Risk level
- Serious risk
- Tip
- Electric shock
- Categorie
- Electrical appliances and equipment
- Risc
- The components connecting the primary and secondary circuit are inadequate. Moreover, the number of insulating layers separating the secondary winding from the primary windings is insufficient. Additionally, in the transformer component, the clearance and creepage distances between the live parts and the core are insufficient. The user can access live parts and receive an electric shock.
- Origin
- Unknown
⚖️ Acțiuni ordonate de autorități
- ▸ Measures ordered by economic operators (to: Other) Removal of this product listing by the online marketplace
- ▸ Measures ordered by economic operators (to: Distributor) Warning consumers of the risks
- ▸ Measures ordered by economic operators (to: Distributor) Destruction of the product
- ▸ Measures ordered by economic operators (to: Distributor) Recall of the product from end users
What is this? A nail-drying lamp that uses UV light to harden gel nail polish.
What's happening? The lamp may have weak insulation and unsafe gaps inside. This can let electricity reach the outside and shock you.
Does this affect me? Anyone using this lamp in France could get an electric shock.
What should I do? Stop using it now. Ask a pharmacist or doctor if you feel any shocks.
🤖 Această prezentare simplificată este generată automat din comunicatul oficial al agenției folosind inteligență artificială. Este doar pentru informare generală — nu reprezintă sfaturi medicale. Pentru decizii privind sănătatea dumneavoastră, consultați întotdeauna un farmacist sau un medic și citiți sursa oficială de mai jos.
🔬 Detalii medicale / tehnice pentru profesioniști
Risk level: Serious risk · Type: Electric shock · Category: Electrical appliances and equipment · Hazard: The components connecting the primary and secondary circuit are inadequate. Moreover, the number of insulating layers separating the secondary winding from the primary windings is insufficient. Additionally, in the transformer component, the clearance and creepage distances between the live parts and the core are insufficient. The user can access live parts and receive an electric shock. · Origin: Unknown
Toate informațiile de pe această pagină provin din comunicatul oficial al agenției. Noi le traducem și le sintetizăm; nu adăugăm și nu modificăm fapte.
