Land Rover — Range Rover Evoque, Discovery Sport
2019 and 2020 model year Range Rover Evoque and Discovery Sport MHEV vehicles.
- Risk level
- Serious risk
- Typ
- Fire
- Kategorie
- Motor vehicles
- Origin
- United Kingdom
Hazard: An electrical overload in the 48Volt (V) electrical system may cause a failure of the Metal Oxide Semiconductor Field Effect Transistor (MOSFET). This may cause an electrical cascade failure, causing the DCDC convertor to experience an electrical short where the 12V circuit shorts to ground. As a result, smoke from the DCDC converter can be vented into the passenger compartment, and where sufficient oxygen exists, a sustained vehicle fire may occur.
⚖️ Akce nařízené orgány
- ▸ Measures ordered by economic operators (to: Manufacturer) Recall of the product from end users
What is this? Some Land Rover vehicles have a problem with the 48-volt electrical system. A part called the MOSFET may fail. This can cause smoke or a fire inside the car.
What's happening? A small number of cars may have this issue. Smoke or fire could start in the passenger area.
Does this affect me? This affects certain Land Rover models in many European countries.
What should I do? If you own one of these cars, contact a Land Rover dealer right away. Do not ignore any warning signs.
🤖 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: Fire · Category: Motor vehicles · Hazard: An electrical overload in the 48Volt (V) electrical system may cause a failure of the Metal Oxide Semiconductor Field Effect Transistor (MOSFET). This may cause an electrical cascade failure, causing the DCDC convertor to experience an electrical short where the 12V circuit shorts to ground. As a result, smoke from the DCDC converter can be vented into the passenger compartment, and where sufficient oxygen exists, a sustained vehicle fire may occur. · Origin: United Kingdom
Veškeré informace na této stránce pocházejí z oficiálního oznámení příslušného orgánu. Překládáme a shrnujeme je; nepřidáváme ani neměníme fakta.
