Core with deep saturation slotted. Magnets providing deep reaching pole power.Into the stator coil for maximum amperage. The modern type PLATE AND GROOVE rotor that we have developed is the most celebrated and also the most copied type which we pioneered. The important part is that PLATE AND GROOVE makes power at MUCH LOWER RPM's than the older and traditional Clam type rotor designs that do not provide deep magnetic saturation of the Stator coil offering 600% more power in low RPM scenarios over Clam type designs.
In small wind turbines this is VERY important to make your power in the LOWER RPM ranges. Spend a little more and get a LOT more BANG-FOR-YOUR-BUCK!!! From the beginning GM designed the Delco to run. Our Magnets are on an angle. We make our own brand new.
Our PMA's are built from the ground up using only 100% ALL new parts! (Including the rotor pole shoes and stator coil stacks). Our NEW rotor poles are balanced to within. 002 grams for SMOOOOOTH rotation!Get the original SUPER-Core PLUS+ Design. Featuring 14 magnetic poles for achieving. An amazing 35% power level increase! Our Magnets are on an angle to prevent cogging!
Use these powerful permanent magnet alternators (PMA's) to make cheap electricity with wind turbines. Stop wasting up to 50% of your power energizing the coil of standard brush type alternators. Permanent magnet alternators are by no means standard "Automotive" alternators containing brushes and electro-magnetic coils.A PMA does not waste power by having to continuously create an energy intensive magnetic field. We sell only highly efficient - long lasting true permanent magnet alternators! The item "14 Magnet SuperCore 1700 W /AC 3 PHASE SC 12VAC Wind Turbine Permanent Generator" is in sale since Thursday, November 14, 2019.
This item is in the category "Home & Garden\Home Improvement\Electrical Supplies\Alternative Energy Supplies\Wind Power Supplies\Wind Turbines & Kits". The seller is "wind_turbine_generator" and is located in Lancaster, California. This item can be shipped worldwide.