MAN Energy Solutions Alpha controllable pitch propeller (CPP)

Technical Specification

Features:
  • Make: MAN Energy Solutions
  • Model code: Alpha CP
  • No. of blades: 3/4/5
  • Hub features: Hub materials are Ni-Al-bronze (stainless steel optional)
  • Pitch type: Controllable
Additional info:

MAN Alpha CP propellers are ideal for ships with varying operational modes and propulsion patterns ranging from dynamic maneuvering and bollard pull conditions to economical partial-load service and full-speed steaming. CPPs are versatile propulsors, which meet the challenges of many different applications – and deliver excellent propulsion performance and efficiency with minimal vibration and noise levels. Benefits Fuel savings and reduced emission levels: High propulsive efficiency equals low fuel consumption and reduced exhaust gas emissions Propulsion flexibility and highest overall efficiency: Cutting-edge hydrodynamic blade designs as the basis for top propulsion performance and versatility in operating profiles High comfort for passengers, crew and cargo: Maximized propeller efficiency with respect to controlled cavitation, pressure pulses, and noise Low wear rates and very long lifetime: Ensured by robust and reliable materials and components – designed with ample margins of strength

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Make MAN Energy Solutions
Manufacturer MAN Energy Solutions
Category Ships' equipment and fittings>Propellers
Model code Alpha CP
No. of blades 3/4/5
Hub features Hub materials are Ni-Al-bronze (stainless steel optional)
Pitch type Controllable
Additional info

MAN Alpha CP propellers are ideal for ships with varying operational modes and propulsion patterns ranging from dynamic maneuvering and bollard pull conditions to economical partial-load service and full-speed steaming. CPPs are versatile propulsors, which meet the challenges of many different applications – and deliver excellent propulsion performance and efficiency with minimal vibration and noise levels.

Benefits

  • Fuel savings and reduced emission levels: High propulsive efficiency equals low fuel consumption and reduced exhaust gas emissions
  • Propulsion flexibility and highest overall efficiency: Cutting-edge hydrodynamic blade designs as the basis for top propulsion performance and versatility in operating profiles
  • High comfort for passengers, crew and cargo: Maximized propeller efficiency with respect to controlled cavitation, pressure pulses, and noise
  • Low wear rates and very long lifetime: Ensured by robust and reliable materials and components – designed with ample margins of strength
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