Rotor diameter: 2.8mCut-in wind speed: 3m/sRated wind speed: 8m/sMax. design wind speed: 25m/sRated output power: 500WMax. output power: 800WOutput form: 24-36V DC, 220V/380V AC

1) Rotor diameter: 3.0m2) Cut-in wind speed: 3m/s3) Rated wind speed: 8m/s4) Max. design wind speed: 25m/s5) Rated output power: 1000W6) Max. output power: 1500W7) Output form: 48V DC, 220V/380V ACPac

Rotor diameter: 3.6mCut-in wind speed: 4m/sRated wind speed: 10m/sMax. design wind speed: 25m/sRated output power: 2,000WMax. output power: 2,500WOutput form: 96-240V DC, 220V/380V AC

Rotor diameter: 4.8mCut-in wind speed: 4m/sRated wind speed: 10m/sMax. design wind speed: 25m/sRated output power: 3,000WMax. output power: 4,000WOutput form: 192-500V DC, 220V/380V AC

Rotor diameter: 2.8mCut-in wind speed: 3m/sRated wind speed: 8m/sMax. design wind speed: 25m/sRated output power: 500WMax. output power: 800WOutput form: 24-36V DC, 220V/380V AC

1) Rotor diameter: 3.0m2) Cut-in wind speed: 3m/s3) Rated wind speed: 8m/s4) Max. design wind speed: 25m/s5) Rated output power: 1000W6) Max. output power: 1500W7) Output form: 48V DC, 220V/380V ACPac

It is mainly used for remote control of the circuits. Combined with thethermal relay, auxiliary contact block, air timer and mechanical interlock,it can form an electromagnetic starter, delay contacto

With excellent structure and extensively proved high quality, it is mainly used for overload and short-circuit protection as well as infrequent on-and-off operations of electric equipment and lighting

With excellent structure and extensively proved high quality, it is mainly used inAC 50Hz / 60Hz, 230V circuit for overload and short-circuit protection as wellas infrequent on-and-off operations unde