Which equipment and machinery is landrover-lr019605-high-pressure-pump compatible with?

Pompe à carburant haute pression Jaguar Land Rover LR019605 (landrover-lr019605-high-pressure-pump) is compatible with: Land Rover Discovery, Land Rover Range Rover Sport, Land Rover Defender.

Which engines does part landrover-lr019605-high-pressure-pump fit?

Pompe à carburant haute pression Jaguar Land Rover LR019605 fits the following engines: 306DT 3.0L.

What are the OEM and cross-reference part numbers for BOSCH 0 445 010 662?

The OEM and interchange cross-reference numbers for Pompe à carburant haute pression Jaguar Land Rover LR019605 include: LR019605, LR023597, LR027564, AH2Q9B395AA, AH2Q9B395AB, AH2Q9B395AC, LR058160, LR078840, LR013180.

What are the technical specifications of landrover-lr019605-high-pressure-pump?

Key technical specifications of Pompe à carburant haute pression Jaguar Land Rover LR019605: product_type: High-pressure Fuel Pump (Common Rail Fuel Pump); fuel_system: High Pressure Common Rail; drive_mode: Mechanical drive; working_pressure: Above 2000 bar; material: High Strength Alloy Steel; applicable_fuel: Diesel.

Pompe à carburant haute pression Jaguar Land Rover LR019605

Livraison Gratuite Express Garantie Usine de 3 Ans Retour Sans Frais 90 Jours Support Dédié 24/7

Type de Produit	High-pressure Fuel Pump (Common Rail Fuel Pump)
Système de Carburant	High Pressure Common Rail
Mode de conduite	Mechanical drive
Pression de Travail	Above 2000 bar
Matériau	High Strength Alloy Steel
Carburant applicable	Diesel

N° Fabricant

BOSCH 0 445 010 662

N° OEM

LR019605LR023597LR027564

N° Moteur

306DT 3.0L

N° Interchangeable

AH2Q9B395AAAH2Q9B395ABAH2Q9B395ACLR058160LR078840LR013180

Véhicules Compatibles

Land Rover DiscoveryLand Rover Range Rover SportLand Rover Defender

Système de carburant - Encyclopédie Industrielle

Pompe à carburant haute pression pour modèles Jaguar Land Rover, compatible avec LR019605, LR023597, LR027564. Pièce de rechange originale Bosch 0 445 010 662 pour des performances optimales du système de carburant.