Which equipment and machinery is dachai-1118010-x236-jp60-turbocharger compatible with?

Dachai JP60 Turbocharger 1118010-X236 (dachai-1118010-x236-jp60-turbocharger) is compatible with: FAW J6, HOWO A7, TT King, FAW DLD Highway Truck.

Which engines does part dachai-1118010-x236-jp60-turbocharger fit?

Dachai JP60 Turbocharger 1118010-X236 fits the following engines: CA498, CA498E3-12-062Q, CA4D32-09.

What are the OEM and cross-reference part numbers for JP60?

The OEM and interchange cross-reference numbers for Dachai JP60 Turbocharger 1118010-X236 include: 1118010-X236, CA498E3-12-062Q, 1118010-C012, 704809-5002S, 1118010-26E, 798474-5002S, 1118010-41E.

What are the technical specifications of dachai-1118010-x236-jp60-turbocharger?

Key technical specifications of Dachai JP60 Turbocharger 1118010-X236: model: JP60; engine_model: Daqiao 498 Series (CA498 / CA498E3-12-062Q); turbocharger_type: Exhaust Gas Turbocharger; working_pressure_range: 80 kPa (Calibrated Operating Condition); driving_speed: 2900 rpm; bearing_type: Floating Bearing.

Dachai JP60 Turbocharger 1118010-X236

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

Model	JP60
Engine Model	Daqiao 498 Series (CA498 / CA498E3-12-062Q)
Turbocharger Type	Exhaust Gas Turbocharger
Working Pressure Range	80 kPa (Calibrated Operating Condition)
Driving Speed	2900 rpm
Bearing Type	Floating Bearing
Coolant Type	Oil Cooled
Turbo Shell Material	High-Nickel Graphite Cast Iron (Turbo Housing)
Warranty	1-2 years
Application Industry	Construction Equipment / Heavy Duty Trucks

Manufacturer No.

JP60

OEM Part No.

1118010-X236CA498E3-12-062Q

Engine Part No.

CA498CA498E3-12-062QCA4D32-09

Interchange No.

1118010-C012704809-5002S1118010-26E798474-5002S1118010-41E

Fitment Vehicles

FAW J6HOWO A7TT KingFAW DLD Highway Truck

Intake And Exhaust System - Industrial Encyclopedia

High-quality Dachai JP60 turbocharger 1118010-X236, compatible with CA498E3-12-062Q. Perfect replacement for intake and exhaust systems, ensuring optimal engine performance and reliability.