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Marlec Rutland FM1803 Furlmatic Wind Charger 12v
Do you need electrical power at a remote site but the cost of grid installation and on going bills is putting you off? Marlec’s FM1803–2 Furlmatic Windcharger makes generating power at remote sites possible and at an affordable cost too. This 1.8 m diameter turbine, designed for use on land is very powerful for its size and with a proven track record behind it you can rely on it too. The FM1803–2 Furlmatic Windcharger is a powerful battery charging turbine that is perfect for off–grid homes, farm buildings, telemetry stations, telecom sites, radio/TV transmitter stations, security camera systems, rural clinics, expeditions, military field applications, poultry sheds and many more situations where power is needed at isolated places. The FM1803–2 Furlmatic can be used "stand–alone" or in conjunction with solar panels and/or a diesel generator to create your own complete power system. You can use the power at low voltage, 12V or 24V, or connect an inverter to the battery bank to deliver 230V grid type power enabling you to run many typical household appliances. The possibilities are endless, even if you have grid power an FM1803–2 can reduce your dependence on the grid and unlike grid–connect wind turbines this system ensures that if there is a power cut you will still have independent power for some essentials.
General Information:Product Features –
AC Power Transmission Feature – high power 3 phase AC (alternating current) is transmitted from the wind turbine to the controller and battery bank. This allows the wind turbine to be located at an optimal site or position to capture the wind whilst not compromising on power transmission losses over long distances. This further minimises the cost of transmission cables which would be more costly if DC power were transmitted over a great distance.
The unique and purpose designed Rutland low friction, flywheel type generator is incorporated into the FM1803–2 design. This keeps the turbine spinning when other wind generators stall between gusts of wind. Overall this delivers more Ampere hours of power per day especially in low to average windspeeds.
The alternator’s windings and magnets are encapsulated in glass fibre so are sealed from the elements and the harshest weather conditions.
Weight = 35.32Kg.
Controller weight = 9.94Kg, dimensions = 280mm x 250mm x 140mm
Charges at wind speeds as low as 3mps (6–7mph) – just a gentle breeze. This means more time is spent generating power giving you a faster return on your investment.
Generates 36 Watts at 5m/s (11mph), 414 Watts at 11m/s and up to 750 Watts peak.
Automatic "furling" tail system. Activates at 15mps (33 mph, 53 kph) to automatically slow and protect the turbine in high winds. Moves the turbine at an angle to the prevailing wind, allowing the turbine to slow down, while continuing to produce power. Reduces stress on the wind generator and tower in high winds.
1.8 m diameter turbine of 3 glass re–inforced aerofoil blades. Finely balanced, aerodynamic aerofoil blades are injection moulded. This makes them lightweight, durable and very smooth running. Very quiet in operation – you will hear only a soft swishing sound when it is windy. The turbine blades are very efficient at converting the wind into power you can use.
Designed to mount on an 81mm internal diameter tube. Outside diameter 91mm for top 20cm section which may then increase to a suitable larger diameter depending on the tower height and design.
Built in slip ring and low–wear brushes. Gives the unit complete 360º free rotation on the mounting pole whilst avoiding twisted cables.
Brushless alternator requires no maintenance.
Sealed–for–life bearings for a long service life.
No radiated interference – complies fully with EEC Directive BS EN 89/336/EEC.
Electronic MPC1 Controller is included with the turbine. It’s key features and functions are –
It optimises turbine power output by matching power ratios with windspeed.
It converts the turbine’s AC power to DC, so you can locate the turbine where windflow is best – yet use the power a distance away.
MPC1 Controller provides overcharge protection which shuts down the turbine when the batteries are full saving on unnecessary wear.
It has a digital display of battery volts, power output and modes of operation and is available in 12 volt or 24 volt versions.
What else is needed to complete a system?
Tower – various designs are available that are adaptable to fit the FM1803–2 turbine’s post fitting. A pole with an 81 mm internal and 91 mm external diameter is needed to affix the
turbine to the tower. Lattice, freestanding and guyed towers are all suitable depending on the terrain, height and application.
Batteries – deep cycle lead acid batteries either sealed or unsealed are suitable for charging from the FM1803–2. A minimum capacity of 400Ah at 12V and 200Ah at 24V is recommended.
Cable – 3 core cable is required. The controller should always be located indoors and within 2 m cable distance of the battery bank.
AC Power Transmission Feature – high power 3 phase AC (alternating current) is transmitted from the wind turbine to the controller and battery bank. This allows the wind turbine to be located at an optimal site or position to capture the wind whilst not compromising on power transmission losses over long distances. This further minimises the cost of transmission cables which would be more costly if DC power were transmitted over a great distance.
The unique and purpose designed Rutland low friction, flywheel type generator is incorporated into the FM1803–2 design. This keeps the turbine spinning when other wind generators stall between gusts of wind. Overall this delivers more Ampere hours of power per day especially in low to average windspeeds.
The alternator’s windings and magnets are encapsulated in glass fibre so are sealed from the elements and the harshest weather conditions.
Weight = 35.32Kg.
Controller weight = 9.94Kg, dimensions = 280mm x 250mm x 140mm
Charges at wind speeds as low as 3mps (6–7mph) – just a gentle breeze. This means more time is spent generating power giving you a faster return on your investment.
Generates 36 Watts at 5m/s (11mph), 414 Watts at 11m/s and up to 750 Watts peak.
Automatic "furling" tail system. Activates at 15mps (33 mph, 53 kph) to automatically slow and protect the turbine in high winds. Moves the turbine at an angle to the prevailing wind, allowing the turbine to slow down, while continuing to produce power. Reduces stress on the wind generator and tower in high winds.
1.8 m diameter turbine of 3 glass re–inforced aerofoil blades. Finely balanced, aerodynamic aerofoil blades are injection moulded. This makes them lightweight, durable and very smooth running. Very quiet in operation – you will hear only a soft swishing sound when it is windy. The turbine blades are very efficient at converting the wind into power you can use.
Designed to mount on an 81mm internal diameter tube. Outside diameter 91mm for top 20cm section which may then increase to a suitable larger diameter depending on the tower height and design.
Built in slip ring and low–wear brushes. Gives the unit complete 360º free rotation on the mounting pole whilst avoiding twisted cables.
Brushless alternator requires no maintenance.
Sealed–for–life bearings for a long service life.
No radiated interference – complies fully with EEC Directive BS EN 89/336/EEC.
Electronic MPC1 Controller is included with the turbine. It’s key features and functions are –
It optimises turbine power output by matching power ratios with windspeed.
It converts the turbine’s AC power to DC, so you can locate the turbine where windflow is best – yet use the power a distance away.
MPC1 Controller provides overcharge protection which shuts down the turbine when the batteries are full saving on unnecessary wear.
It has a digital display of battery volts, power output and modes of operation and is available in 12 volt or 24 volt versions.
What else is needed to complete a system?
Tower – various designs are available that are adaptable to fit the FM1803–2 turbine’s post fitting. A pole with an 81 mm internal and 91 mm external diameter is needed to affix the
turbine to the tower. Lattice, freestanding and guyed towers are all suitable depending on the terrain, height and application.
Batteries – deep cycle lead acid batteries either sealed or unsealed are suitable for charging from the FM1803–2. A minimum capacity of 400Ah at 12V and 200Ah at 24V is recommended.
Cable – 3 core cable is required. The controller should always be located indoors and within 2 m cable distance of the battery bank.
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