Which equipment and machinery is cummins-2834277-hx50-turbocharger-m11 compatible with?

Cummins HX50 Turbocharger for M11 Engine (cummins-2834277-hx50-turbocharger-m11) is compatible with: Construction Machinery, Heavy Duty Truck, Excavator, Dumper, Generator Set.

Which engines does part cummins-2834277-hx50-turbocharger-m11 fit?

Cummins HX50 Turbocharger for M11 Engine fits the following engines: Cummins M11, Cummins ISM11, Cummins QSM11, Cummins M11 MECHANICAL.

What are the OEM and cross-reference part numbers for 2834277?

The OEM and interchange cross-reference numbers for Cummins HX50 Turbocharger for M11 Engine include: 2834277, 2834275, 5354343, 4033992, 4309507, 4914369, 3769515.

What are the technical specifications of cummins-2834277-hx50-turbocharger-m11?

Key technical specifications of Cummins HX50 Turbocharger for M11 Engine: turbo_frame_model: HX50; engine_model: Cummins M11 / ISM11 / QSM11; material: Cast Iron; max_rpm_limit: 75,000 RPM; boost_pressure_characteristic: 44 PSI (approx. 3.03 bar); weight: Approx. 25 kg.

Cummins HX50 Turbocharger for M11 Engine

Express Free Shipping 3-Year Factory Warranty 90-Day Hassle-Free Returns 24/7 Dedicated Support

Turbo Frame Model	HX50
Engine Model	Cummins M11 / ISM11 / QSM11
Material	Cast Iron
Max RPM Limit	75,000 RPM
Boost Pressure Characteristic	44 PSI (approx. 3.03 bar)
Weight	Approx. 25 kg
Product Type	Turbocharger Assembly
Brand	Holset

Manufacturer No.

2834277283427553543434033992430950749143693769515

OEM Part No.

2834277283427553543434033992430950749143693769515

Engine Part No.

Cummins M11Cummins ISM11Cummins QSM11Cummins M11 MECHANICAL

Interchange No.

283427553543434033992430950749143693769515

Fitment Vehicles

Construction MachineryHeavy Duty TruckExcavatorDumperGenerator Set

Intake And Exhaust System - Industrial Encyclopedia

High-quality Cummins HX50 turbocharger for M11 engines. Compatible with OE numbers 2834277, 2834275, 5354343, 4033992, 4309507, 4914369, 3769515. Perfect replacement for exhaust and intake systems, ensuring optimal engine performance and efficiency.