Caterpillar M 20 C Commercial Propulsion Engine

Technical Specification

Features:
  • Make: Caterpillar
  • Model code: M 20 C
  • Engine speed: 900-1000 RPM
  • Power output: 1020-1800 KW
  • Type of fuel: Diesel
Additional info:

Developed and designed in response to special requirements of marine applications, the M 20 C is characterized by high reliability and economy. These features help to explain the continued high market demand for the M 20 C. The long-stroke design principle is the backbone of an excellent combustion process with low fuel and lubricating oil consumption, as well as low NOx emission. The M 20 C engine is SOLAS compliant. Its intelligent simplicity means high functional integration of fewer components. Fewer components mean greater reliability and easier maintenance. Overall, this leads to outstandingly low operating costs and rapid returns on investment. Reliability and ease of maintenance are convincing arguments in favor of the engines of this series.

Make Caterpillar
Manufacturer Caterpillar Inc.
Model code M 20 C
Engine speed 900-1000 RPM
Power output 1020-1800 KW
Type of fuel Diesel
Meets regulations/compliance IMO II / IMO III with SCR
Application Propulsion
Bore (mm) 200 mm
Piston stroke/ Stroke (mm) 300 mm
Weight 24030 tons
Cylinder configuration / No. of cylinders 9
Additional info

Developed and designed in response to special requirements of marine applications, the M 20 C is characterized by high reliability and economy. These features help to explain the continued high market demand for the M 20 C. The long-stroke design principle is the backbone of an excellent combustion process with low fuel and lubricating oil consumption, as well as low NOx emission. The M 20 C engine is SOLAS compliant. Its intelligent simplicity means high functional integration of fewer components. Fewer components mean greater reliability and easier maintenance. Overall, this leads to outstandingly low operating costs and rapid returns on investment. Reliability and ease of maintenance are convincing arguments in favor of the engines of this series.