Threephase AC permanent magnet generator designed for small wind turbine systems and other threephase generation applications. Built with rare earth NdFeB magnets and an aluminium alloy housing for reliable, compact performance. Key benefits continuous power: rated at 6000 W for demanding smallscale generation. Efficient conversion: conversion efficiency at least 85 percent to maximize usable output. Easy start and stable operation: low starting torsion, less than 0.1 Nm, and rated speed of 750 rpm. Durable construction: aluminium alloy body, carbon steel main shaft, and NdFeB magnetic material for longterm reliability. Serviceable design: lubrication by adding grease and Class H insulation for thermal endurance up to 70 C. Improved DC arc handling: builtin magnetic auxiliary arc extinguishing support for faster DC arc interruption where a DC circuit breaker is used. Technical specifications Product type: threephase alternator, rare earth permanent magnet design Rated power: 6000 W Rated speed: 750 rpm Magnetic poles: 12 magnetic poles Conversion efficiency: at least 85 percent Starting torsion: less than 0.1 Nm Maximum operating temperature: 70 C Housing material: aluminium alloy Main shaft material: carbon steel Magnetic material: rare earth NdFeB Lubrication: add lubricating grease Insulation class: Class H Gross weight: 3950 g (139.3 oz) Size: approximately 15 x 13.5 x 16.5 cm (5.9 x 5.3 x 6.5 inches) Package includes: 1 threephase AC permanent magnet generator How to use and site selection guidance Connection: direct connection for generator output to the intended power conversion or load equipment. Wind resource requirements for use with small wind turbines: Annual average wind speed should be greater than 3 meters per second. Effective wind speeds between 3 and 20 meters per second should accumulate more than 3000 hours per year. Average wind energy density within the 3 to 20 meters per second range should be greater than 100 watts per square meter. Turbine selection: choose a wind turbine whose nominal design matches the local design wind speed to balance resource use and economic performance. Note: turbine power output is directly related to wind speed; matching turbine and generator characteristics to site wind conditions is important for expected electrical output. Typical applications Small wind turbine installations for offgrid power at cabins, farms, or remote sites. Hybrid generation systems combined with solar or battery storage for rural electrification or microgrids. Backup or primary power for pumps, communications equipment, or industrial control in locations with suitable wind resources. includes one threephase AC permanent magnet generator ready for installation. Follow local electrical codes and safety practices when integrating the generator into a system.