Which equipment and machinery is mitsubishi-td07s-d38-000-661-turbocharger-for-6cl280-2 compatible with?

Turbocompresor Mitsubishi TD07S D38-000-661 para 6CL280-2 (mitsubishi-td07s-d38-000-661-turbocharger-for-6cl280-2) is compatible with: Shanghai Diesel Engine 6CL280-2 Engine, Hualing Heavy Duty Truck (CAMC).

Which engines does part mitsubishi-td07s-d38-000-661-turbocharger-for-6cl280-2 fit?

Turbocompresor Mitsubishi TD07S D38-000-661 para 6CL280-2 fits the following engines: 6CL280-2.

What are the technical specifications of mitsubishi-td07s-d38-000-661-turbocharger-for-6cl280-2?

Key technical specifications of Turbocompresor Mitsubishi TD07S D38-000-661 para 6CL280-2: turbo_frame_model: TD07S; interchange_number: 49187-02830; engine_model: 6CL280-2; manufacturer: Mitsubishi Heavy Industries; software_type: Exhaust Gas Turbocharger; characteristic_process: Dynamic balancing test to reduce wear and noise.

Turbocompresor Mitsubishi TD07S D38-000-661 para 6CL280-2

Q: What are the OEM and cross-reference part numbers for 49187-02830?

The OEM and interchange cross-reference numbers for Turbocompresor Mitsubishi TD07S D38-000-661 para 6CL280-2 include: D38-000-661, 49187-02830, D38000661, 49S87-02830, TD07S.

Envío Gratis Exprés 3 Años de Garantía de Fábrica 90 Días de Devolución Sin Riesgo Soporte Dedicado 24/7

Modelo de Chasis Turbocargado	TD07S
Número de intercambio	49187-02830
Modelo de Motor	6CL280-2
Fabricante	Mitsubishi Heavy Industries
Tipo de software	Exhaust Gas Turbocharger
Proceso Característico	Dynamic balancing test to reduce wear and noise

Nº de Fabricante

49187-02830

Nº OEM

D38-000-661

Nº de Motor

6CL280-2

Nº Intercambiable

49187-02830D3800066149S87-02830TD07S

Vehículos Compatibles

Shanghai Diesel Engine 6CL280-2 EngineHualing Heavy Duty Truck (CAMC)

Sistema de admisión y escape - Enciclopedia Industrial

Turbocompresor de alta calidad Mitsubishi TD07S D38-000-661, diseñado para motores 6CL280-2. Número de pieza original 49187-02830. Reemplazo perfecto para componentes del sistema de escape y admisión, garantizando el rendimiento y fiabilidad óptimos del motor.