Racing Carbon Hydrogenerator
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The Racing Carbon hydrogenerator is designed for high or very high speed sailing boats. The use of carbon allows to save 12% of weight compared to the aluminium version
It is equipped with a controlled pitch propeller, functionning electronically with an hydraulic pump. The propeller pitch is setting automatically depending on the boat speed, ensuring a minimal drag and an optimal energy output. This model is functional for a speed range from 5 to 30 knots (Multihulls, Class40, Imoca…)
The Racing hydrogenerator has satisfied the energy needs for 95 % of the 2020 Vendée Globe fleet.
Reference : PK-610-600-PV/CAR
Minimal DragAutomatical adjustment of the bladesOptimal energy efficiencyEnergy source for all range of speeds2 years warranty
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Pack composition
Hydrogenerator
Nominal power 600 W
Converter
Max output power 600 W
12 Vcc or 24 Vcc autodetected
48 Vcc in option
Input for solar panel 7,5-50 Vcc / 14 Amps
Hydraulic box
Led indication for pressure
Pump with brushless engine
Holding bracket
Preg carbon flanges
With cam cleat Locking pin
Preg carbon leg 610 mm
Variable pitch composite propeller 200 mm
Other accessories supplied :
1 low friction ring with its splicing rope
2 stainless steel forks to be fastened on the transom
1 bag with connectors
2 pre-assembled plugs and their cables
1 quick couple hydraulic
Technical characteristics
Output at 10 knots
24 Amps in 12 Vcc (300 W) with the maximum adjustment
3,5 Amps in 12 Vcc (40 W) with the minimum adjustment
Maximum using speed :
30 knots with the minimum adjustment
Compatible batteries
Lead battery
Lithium
Other : contact us
Dimensions and weight
Hydrogenerator
7,6 kg
Converter
1,5 kg
Hydraulic box
1.0 kg
Three-phases cable
4 meters length
Pre-assembled plugs with their cable
1 meter length
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Output Curves
Watt
Speed in knots
Variable pitch propeller
The automatically controlled pitch propeller allows to use the hydrogenerator in a large range of speeds from 5 to 30 knots with a minimal drag.
One press on a switch-on and the pump allows the blades to move to the feathered position. The drag and efforts are reduced, facilitating immersion operation, even at high speeds.
For specific performances, we can design custom blades.
