MAN Energy Solutions Alpha Fixed-pitch Propeller (FPP)

Technical Specification

Features:
  • Make: MAN Energy Solutions
  • Model code: Alpha FPP
  • No. of blades: 3/4/5/6
  • Hub features: Hub materials are NiAl-Bronze and stainless steel
  • Pitch type: Fixed
Additional info:

MAN Alpha FPPs are ideal for ships where the highest efficiency and sturdy simplicity take top priority. They are the obvious choice for ocean-going vessels involving straightforward propulsion plants and operational patterns with long-haul sailing at service speeds at or around the propeller design and layout point, close to or precisely at the maximum propulsive efficiency. Straightforward FPPs are, however, also specified for smaller yachts and workboats. Benefits Lowest TCO (total cost ownership): Operational savings are ensured by a highly efficient design with few wearing parts – robustly designed for high reliability and longevity Minimum fuel consumption and emission levels: Maximized propeller efficiency ensures reduced fuel consumption and a reduction in the exhaust gas emission levels Efficiency optimized by design: The superior efficiency from the streamlined and smallest hub dia./propeller dia. ratio is exploited with respect to controlled cavitation, pressure pulses, and noise. 

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Make MAN Energy Solutions
Manufacturer MAN Energy Solutions
Category Ships' equipment and fittings>Propellers
Model code Alpha FPP
No. of blades 3/4/5/6
Hub features Hub materials are NiAl-Bronze and stainless steel
Pitch type Fixed
Additional info

MAN Alpha FPPs are ideal for ships where the highest efficiency and sturdy simplicity take top priority. They are the obvious choice for ocean-going vessels involving straightforward propulsion plants and operational patterns with long-haul sailing at service speeds at or around the propeller design and layout point, close to or precisely at the maximum propulsive efficiency. Straightforward FPPs are, however, also specified for smaller yachts and workboats.

Benefits

  • Lowest TCO (total cost ownership): Operational savings are ensured by a highly efficient design with few wearing parts – robustly designed for high reliability and longevity
  • Minimum fuel consumption and emission levels: Maximized propeller efficiency ensures reduced fuel consumption and a reduction in the exhaust gas emission levels
  • Efficiency optimized by design: The superior efficiency from the streamlined and smallest hub dia./propeller dia. ratio is exploited with respect to controlled cavitation, pressure pulses, and noise. 
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