Resistencia calefacción CAYB 6Q0959263A de Skoda Roomster praktik (5j) 2010-2015 90 CV con 591732 km
- Reference number: colrp10536588
- Status: Recycled part from professional salvage yard.
- Shipping cost: It will be calculated when selecting the destination.
- Estimated shipping date: 48/72 hours.
- Seller: Colomer
- Warranty: Todas las piezas compradas en Colomer tienen una garantía de 12 meses.see details
- Returns: 30 dayssee details
- Brand: skoda
- Model: ROOMSTER Praktik (5J) 2010-2015
- Chassis: TMBNJ25J1D7020240
- Engine code: CAYB
- Engine capacity: 1.6 TDI
- Power: 90 CV
- Category: electricidad
- Subcategory: módulo
- Fuel: Diesel
- Kilometres: 591,732
- OEM reference: 6Q0959263A - 6Q0959263A
- Notes: 6Q0959263A
Piece description
This piece, Resistencia calefacción CAYB 6Q0959263A de Skoda Roomster praktik (5j) 2010-2015 90 CV con 591732 km , comes from a SKODA ROOMSTER PRAKTIK (5J) and has been disassembled in a professional scrapyard.
The piece has been checked before being put on sale and is ready for installation, provided that compatibility with the corresponding vehicle is verified.
Indicated mileage: 591.732 km.
The mileage shown in this file corresponds to the information provided by the scrapyard at the time of dismantling the vehicle.
Compatibility
The compatibility of this piece has been determined based on the data of the vehicle of origin, the technical information provided by the scrapyard and the manufacturer's references when available.
It is important to bear in mind that, in the case of reused pieces, there may be variations between vehicles of the same model, such as changes in motorization, versions, year of manufacture or specific equipment.
For this reason, we recommend that you carefully check the compatibility before making the purchase, reviewing the technical data of the file and, in case of doubt, contact our team to confirm that the piece is suitable for your vehicle.
Positive environmental impact
By reusing this piece you contribute to avoiding the manufacture of a new one, reducing waste and the environmental impact associated with industrial processes.