Perkins original 386-1776 Diesel Engine Fuel Injector High Pressure Fuel Nozzle for 3508B 3508C 3512B 3516B 3516C Replacement for OEM new injector original new injector
Perkins original 386-1776 Diesel Engine Fuel Injector High Pressure Fuel Nozzle for 3508B 3508C 3512B 3516B 3516C Replacement for OEM original new injector
|
Fuel Type |
Diesel |
|
Condition |
OEM / Remanufactured |
|
Applicable Engine |
Perkins 3512B V12 Diesel Engine; Perkins 3512B Marine Engines; Perkins 3512B Power Generation Gensets; Perkins 3508B & 3516 Engines |
|
Injector Type |
Diesel Fuel Injector |
|
Quality Standard |
Manufactured to Perkins OEM or OEM-equivalent standards |
|
Packaging |
Standard Export Packaging |
|
Fuel System |
Perkins Electronic Unit Injector (EUI) System |
|
OE Number |
386-1776 |
|
Brand |
Perkins |
|
Cross Number / Universal Number |
386-1776, 3861776, 20R-1283, 392-0224, 3920224, 204-2067, 0R-3539, 229-1631, 437-7547, 250-1302 |
|
Vehicle / Equipment Application |
Industrial generators; Marine propulsion diesel engines; Offshore oilfield equipment; Mining heavy haul vehicles; Construction machinery power units |
|
Application Type |
Replacement / Direct Fit |
The Perkins 386-1776 fuel injector is engineered to deliver precise fuel atomization and consistent combustion performance for Perkins 3512B series diesel engines. Manufactured to OEM or OEM-equivalent standards, this injector serves as a direct replacement component for engines deployed in industrial generators, marine propulsion systems, offshore oilfield equipment, mining heavy haul vehicles, and construction machinery power units. Extensive cross reference coverage including 20R-1283, 392-0224, 204-2067, 0R-3539, 229-1631, 437-7547, and 250-1302 ensures broad compatibility across the Perkins 3500 series engine catalog.
Featuring a precision nozzle design optimized for fuel atomization, the 386-1776 injector promotes efficient combustion while reducing black smoke and rough idle conditions commonly associated with worn injector components. High-strength, corrosion-resistant materials are utilized throughout the assembly to withstand the harsh operating environments typical of marine, power generation, and mining applications. Each unit is built to maintain stable injection pressure and flow rates throughout extended service intervals, supporting reliable engine performance under heavy-duty load conditions.
Proper installation and routine maintenance are essential for maximizing injector service life. Recommended procedures include regular fuel filter replacement, periodic injector performance testing using diagnostic equipment, fuel quality analysis to prevent nozzle clogging, flushing of the fuel rail and filter assembly, installation of new sealing washers, and torquing to factory specifications with a calibrated torque wrench. Where applicable, the injector trim code should be programmed into the ECU. Operators experiencing hard start, power loss, or excessive smoke should perform bench testing to determine whether injector replacement is required.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.












