Ramp offers to buy: Fuel Injector 65.10101-7088 / 65.10101-7050 for Doosan DE08 / D1146 Engines

✅ In stock – order now

📄 Product Description:

OEM-spec mechanical fuel injector designed for Doosan DE08 and D1146 diesel engines used in excavators, wheel loaders, industrial machines, and generator sets. This injector delivers precise fuel metering, stable combustion, improved throttle response, and reliable performance under heavy-duty conditions.

Manufactured from hardened materials with precision-ground needle/nozzle assemblies, ensuring long service life and consistent operation in harsh working environments.

🔧 Compatibility (Applications):

Engine Compatibility:

• Doosan DE08

• Doosan D1146

• DE08T / D1146T turbo versions (depending on configuration)

Typical Equipment Using These Injectors:

• Doosan DH300 series excavators

• Doosan DH220 / DH280 (select configurations)

• Doosan Mega wheel loaders (e.g., Mega 300, Mega 400)

• Industrial engines, pumps, and generator units powered by DE08 / D1146

Part Numbers:

• 65.10101-7088

• 65.10101-7050
  
  Cross-references: D1146 injector assemblies, DE08 injector replacements, Doosan OEM mechanical fuel injectors.

🛠 Specifications:

• Manufacturer: OEM / Doosan-approved supplier

• Type: Mechanical fuel injector

• Fuel System: Inline/mechanical injection pump systems

• Nozzle Type: Precision-ground multi-stage mechanical nozzle

• Condition: New / Replacement

Functions:

• Accurate mechanical fuel delivery

• Good atomization across load ranges

• Stable combustion and smooth engine operation

• Improved power output and reduced smoke

• Long service life under vibration and thermal stress

Packaging: OEM-protective sealed box

Warranty: Manufacturer’s limited warranty

⭐️ Key Features:

• Direct-fit injectors for Doosan DE08 and D1146 engines

• OEM-grade durability and performance

• Fully factory-tested for opening pressure, spray pattern, sealing, and flow rate

• Suitable for construction, industrial, and generator applications

• Restores engine power, fuel efficiency, and starting performance