The 3512C High Displacement marine engines are now available in a wide range of ratings that meet EPA Marine Tier 3 and IMO II regulations without any additional aftertreatment. These new propulsion, auxiliary, and DEP engines, designed and built from the current 3512C and 3516C platforms, have minimal dimensional and weight changes in comparison. Owning and operating costs are also very similar. For the specific fuel consumption of each rating please refer to the performance data. New features include stainless steel exhaust heat shields, closed crankcase ventilation system, and EPA Tier 3 compliance.
Power Range | 1340-2366 bhp (1000-1765 bkW) |
Speed Range | 1600-1800 rpm |
Emissions | EPA Tier 3, IMO II |
Uses advanced predictive modeling software to select best nozzle configurations and combustion cylinder geometry, Stainless steel exhaust manifold and turbo heat shields, Closed crankcase ventilation system, Dual camshafts, Reduced aftercooler heat load for smaller heat exchanger requirements
A wide range of power ratings available, No aftertreatment technology required, Fuel consumption nominal rated BSFC
Modified piston bowl shape to improve combustion and reduce emissions, Uses K-factor injector to align with predictive model analysis, Better electronic injection control using crank timing vs. cam timing, EPA Marine Tier 3/IMO Tier II Emissions Compliant, Lower IMAT = Lower NOx
Power Range | 1340-2366 bhp (1000-1765 bkW) |
Speed Range | 1600-1800 rpm |
Emissions | EPA Tier 3, IMO II |
Aspiration | TTA |
Bore | — |
Stroke | — |
Displacement | — |
Rotation from Flywheel End | Counterclockwise or Clockwise |
Configuration | Vee 12, 4-Stroke-Cycle Diesel |
Minimum Dry Weight | — |
Minimum Length | — |
Maximum Length | — |
Minimum Height | — |
Maximum Height | — |
Minimum Width | — |
Maximum Width | — |
Uses advanced predictive modeling software to select best nozzle configurations and combustion cylinder geometry, Stainless steel exhaust manifold and turbo heat shields, Closed crankcase ventilation system, Dual camshafts, Reduced aftercooler heat load for smaller heat exchanger requirements
A wide range of power ratings available, No aftertreatment technology required, Fuel consumption nominal rated BSFC
Modified piston bowl shape to improve combustion and reduce emissions, Uses K-factor injector to align with predictive model analysis, Better electronic injection control using crank timing vs. cam timing, EPA Marine Tier 3/IMO Tier II Emissions Compliant, Lower IMAT = Lower NOx
Electronic governing (A4 ECU), Instrument panel shipped loose with Color Marine Power Display (MPD), Cold mode start strategy, Programmable low idle, Optional marine alarm and protection system
Single-source support, Caterpillar warranty for all factory packaged components, Industry-leading one-year warranty on parts
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