Futurenergy 1KW Permanent Magnet Generators

With a wide variety of uses, from wind and water turbines, to fuel-powered generators, we are offering these PMG's to anyone who wishes to adapt them into their own products.

These PMGs were designed originally for wind turbine use (having been in production for over 6 years) and have been optimised for that area, they utilise neodymium magnets and are configured as a 3 phase AC brushless generator, the output will need to be rectified for use. They produce a lot of energy for a 7kg unit running at a max of around 600rpm and have been specifically designed to do so. They normally rely on wind for cooling (and the fact that wind does not blow at full power continuously) so that we suggest to people using them in fixed situations to de-rate them ie under run them, to that end we recommend keeping an eye on the case temperature and keep it under 100c. - which will lead to a long and reliable life.

Supplied with 3-Phase power output cables (approx 15cm in length), 20mm axle with a "flat" and "recess" for securing, and 5 x 8mm nuts, washers and split rings on the faceplate mounting bolts. You will need to rectify the output of the 3-phases to produce DC for battery charging and other applications. Our PMG's are not guaranteed for use with your own rectifier solutions, and so we can supply a 3-Phase 100A Bridge Rectifier Kit for this item for an additional £35.99 with the PMG.

Typical Outputs from our Futurenergy Turbines, using these PMGs - Shown Below

• FE1012U 12V Turbine Spec + Power Curve (12V Version is 600 Watts)
• FE1024U 24V Turbine Spec + Power Curve
• FE1048U 48V Turbine Spec + Power Curve

Please Note that the generator is to be held by the stainless shaft, it is the white drum that rotates (think of it as a stub axle & brake drum onto which you would normally attach a wheel) The black cylinder is a hub adaptor for our blade set and can be removed and replaced with a pulley or gear. The shaft is machined with a flat and a large groove around the end for fixing. We would suggest mounting the shaft into a thick heavy tube mounted on a substantial bracket/fixing with 2 very heavy duty grub screws/bolts, screwed through the outer tube onto the flat and 2 more on either side of the shaft groove. Please do not drill through the shaft as the 3 phase AC output wires pass through it! 

You are responsible for your own design and engineering! - Have Fun

Example of a Bracket Mount for a Horizontal Axis - NOT TO SCALE

This is a view of the Hub Adaptor End - Which can be removed and replaced with a Pulley or Gear Etc.