42W DC 310V Brushless Generator DIY Power Generation Brushless Wind Turbine Hand Crank AC/DC Three Phase(With LED light)

Specifications:Power: 42WVoltage: DC310VSpeed: 1750 rpmDouble ball bearing, fan motor on air conditioner indoor unit or air purifier.The above are the parameters of brushless motor.We found that this motor can also be used as a generator, and the power generation effect is good.Power generation parameters:120 rpm: 9V240 rpm: 18V480 rpm: 36V960 rpm: 72VModule related parameters:Wide input voltage: 9V-120VMinimum voltage difference between input voltage and output voltage 4V (input is DC9V-120V when outputting 5V, input voltage is DC16V-120V when outputting 12V)Output voltage 12V/5V optionalOutput current maximum 3A (ie constant current value 3A, when the custom voltage is greater than 12V , output current is less than 3A, power is not recommended to exceed 30W)Curved operating frequency: 140KHZHigh efficiency: up to 95% (the smaller the pressure difference, the higher the efficiency)Light load frequency reduction, improve light load efficiencyLow standby currentBuilt-in over-temperature, over-current, output short-circuit protectionBuilt-in soft startConstant voltage and constant current outputWorking temperature: industrial grade (-40°C to +85C)Module volume: 40*30*19mmDescription:You can easily drive 6 3W LED bulbs by turning the shaft by hand. You can modify the hand-cranked, wind-powered or hydro-powered power generation as needed, and the output is direct current.The generated voltage changes according to the speed. The lower the speed, the lower the generated voltage. The highest voltage can reach DC220V, but the overall generated current and power are not large. It can only drive small-power LED lights or do power generation experiments, charge 12v batteries, and charge 5v mobile phones (charging requires a voltage regulator module, otherwise the battery will be damaged!!!) Module wiring method: The red and black wire

• Brushless design: Due to the absence of brushes and commutators, mechanical wear and maintenance requirements are reduced, extending the service life of the equipment
• High efficiency: Generators generally have high energy conversion efficiency and can maintain stable output over a wide load range
• Smooth operation: Due to the brushless design, current fluctuations and noise are reduced, making the generator smoother and quieter during operation
• Wide application: It can be widely used in wind power generation, solar power generation, mobile equipment and other fields, with strong adaptability
• Control flexibility: Equipped with advanced electronic control systems, it can achieve more accurate voltage regulation and load adaptation, improving the overall performance of the system