Perkins original Perkins Fuel Injector 10R-1000 for C15 Engine Excavator Replacement for OEM new injector original new injector
Perkins original Perkins 1OR-1000 Fuel Injector C15 Replacement for OEM for Excavator Truck Auto parts new injector original new injector
Fuel Type | Diesel |
Condition | Original Replacement |
Applicable Engine | Perkins C15, C16, 3406E, C15 ACERT |
Injector Type | Electronic Unit Injector (EUI) |
Quality Standard | OEM Precision Manufacturing, Factory Flow Tested, Performance Verified |
Packaging | Heavy-Duty Protective Packaging |
Fuel System | High Pressure Fuel Delivery with Advanced Fuel Atomization Technology |
OE Number | 10R-1000, 253-0618 |
Brand | Perkins |
Cross Number / Universal Number | Perkins 10R1000, Perkins 2530618, 3406E |
Vehicle / Equipment Application | Construction Machinery, Mining Equipment, Heavy Trucks, Marine Engines, Generator Sets, Industrial Power Units, Oilfield Equipment, Excavators, Wheel Loaders, Mining Haul Trucks |
Application Type | Heavy Duty Truck Excavator Generator Injector Assembly |
The Perkins 10R-1000 fuel injector is an OEM-spec replacement component engineered for Perkins C15, C16, 3406E, and C15 ACERT diesel engines. Built as an electronic unit injector, it integrates into high-pressure common rail and EUI fuel systems, delivering precise fuel metering and stable injection timing under heavy-load conditions. Each unit is manufactured using OEM precision tolerances, ensuring direct-fit compatibility with factory injector bores, electrical connectors, and fuel return lines without modification. Factory flow testing and performance verification confirm consistent spray patterns, atomization quality, and flow rates across the full operating pressure range.
This injector is widely deployed in construction machinery, mining haul trucks, heavy-duty diesel trucks, marine propulsion engines, generator sets, and oilfield power units. Its advanced fuel atomization technology promotes more complete combustion, which translates into improved fuel economy, lower exhaust smoke density, quicker cold starts, and more stable engine response under fluctuating load demands. The robust internal components and corrosion-protected external surfaces extend service life in harsh operating environments characterized by dust, vibration, and temperature extremes.
To maintain optimal performance and protect the injection system, operators should use clean, high-quality diesel fuel, replace fuel filters at the recommended service intervals, and prevent water or particulate contamination from entering the fuel supply. Periodic injector balance tests and ECM diagnostic scans help detect drift before it develops into drivability complaints such as black smoke, white smoke, engine knock, reduced horsepower, excessive fuel consumption, hard starting, or misfire. During installation, technicians should thoroughly clean the injector bore, inspect the cylinder head injector seat, replace all sealing washers and O-rings with genuine components, verify fuel rail pressure after assembly, and complete an idle and load test to confirm proper operation.











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