Which engines does part sinotruk-howo-vg2600118895-turbocharger fit?

Turbocompresseur Sinotruk HOWO fits the following engines: WD615.62, WD615.87, WP10.

What are the OEM and cross-reference part numbers for 612600118895?

The OEM and interchange cross-reference numbers for Turbocompresseur Sinotruk HOWO include: VG2600118895, 4051333, 4047911, 4033710H, 4047914, 4051233.

What are the technical specifications of sinotruk-howo-vg2600118895-turbocharger?

Key technical specifications of Turbocompresseur Sinotruk HOWO: product_name: Turbocharger Assembly; turbo_frame_model: HX40W / HX50; applicable_engine_displacement: 9.7 liters; coolant_type: Oil Cooled; weight: 16.3 kg; dimensions: 33×33×28 cm.

Turbocompresseur Sinotruk HOWO

Q: Which equipment and machinery is sinotruk-howo-vg2600118895-turbocharger compatible with?

Turbocompresseur Sinotruk HOWO (sinotruk-howo-vg2600118895-turbocharger) is compatible with: China Heavy Duty HOWO, China Heavy Duty A7, China Heavy Duty T7H, China Heavy Duty C7H, Shaanxi Auto Delong F2000, Shaanxi Auto Delong M3000, Shaanxi Auto Delong X3000.

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

Nom du Produit	Turbocharger Assembly
Modèle de cadre turbo	HX40W / HX50
Volume du moteur applicable	9.7 liters
Type de fluide de refroidissement	Oil Cooled
Poids	16.3 kg
Dimensions	33×33×28 cm
Matériau	High-strength alloy steel/Cast Iron
Certification	ISO9001
Garantie	1 Year

N° Fabricant

612600118895612601110954612601110988

N° OEM

VG26001188954051333

N° Moteur

WD615.62WD615.87WP10

N° Interchangeable

40479114033710H40479144051233

Véhicules Compatibles

China Heavy Duty HOWOChina Heavy Duty A7China Heavy Duty T7HChina Heavy Duty C7HShaanxi Auto Delong F2000Shaanxi Auto Delong M3000Shaanxi Auto Delong X3000

Système d'admission et d'échappement - Encyclopédie Industrielle

Turbocompresseur haute performance pour camions Sinotruk HOWO. Compatible avec les numéros OE VG2600118895, 612600118895, 612601110954, 612601110988 et 4051333. Assure une efficacité et une puissance moteur optimales.