Perkins original Perkins 20R-1272 Diesel Engine Fuel Injector for C3500 3508 3512 3516 3524 C13 Replacement for OEM new injector original new injector
Perkins original Perkins 20R-1272 Diesel Engine Fuel Injector for C3500 3508 3512 3516 3524 C13 Replacement for OEM new injector original new injector
Fuel Type | Diesel |
Condition | New |
Applicable Engine | Perkins 3512B Diesel Engine, Perkins 3512B HD Engine, Perkins 3512B Marine Engine, Perkins 3512B Offshore Engine, Perkins 3512B Petroleum Engine, Perkins 3512B Mining Engine |
Injector Type | Mechanical Unit Injector |
Quality Standard | OEM Specification |
Packaging | Standard Export Packaging |
Fuel System | Direct Injection |
OE Number | 20R-1272, 127-8216 |
Brand | Perkins |
Cross Number / Universal Number | 20R1272, 1278216 |
Vehicle / Equipment Application | Generator Sets, Marine Vessels, Offshore Platforms, Mining Equipment, Oilfield Equipment, Industrial Power Stations, Emergency Backup Power Systems, Continuous Operation Power Plants |
Application Type | Direct Replacement |
The Perkins 20R-1272 fuel injector is engineered as a genuine OEM replacement component specifically designed for the Perkins 3512B diesel engine platform. Manufactured to original factory dimensional accuracy, this injector assembly ensures precise fitment and seamless integration with the engine fuel system without requiring modifications. It is interchangeable with part numbers 127-8216 and 1278216, providing a reliable solution for fleet operators and maintenance teams managing mixed inventory across generator sets, marine propulsion units, and oilfield power systems operating in continuous-duty environments.
Built with a precision-machined injector body and a wear-resistant needle valve assembly, the 20R-1272 delivers consistent high-pressure fuel atomization across all operating conditions. The corrosion-resistant internal components are selected to withstand degraded fuel quality and prolonged service intervals commonly encountered in remote industrial installations, offshore platforms, and mining operations. This injector promotes enhanced combustion efficiency, improved fuel economy, increased power output, and reduced carbon deposit formation, contributing directly to lower exhaust emissions and extended engine service life.
Proper maintenance ensures long-term injector performance and reliability. Operators should use clean diesel fuel, replace fuel filters at recommended intervals, and prevent water contamination within the fuel supply. Routine inspection of fuel system pressure, monitoring of exhaust smoke characteristics, and periodic bench testing of injectors are recommended practices. Cylinder balance testing and nozzle spray pattern analysis can identify worn units before significant engine damage occurs, supporting predictable maintenance scheduling and reduced unplanned downtime in critical power generation and industrial applications.











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