5KW 8KW 10KW High-Power Hydraulic Turbine Generator, Double-Jet Oblique Impact Turbine With Automatic Voltage Stabilization, Water Power Generator For Small Hydropower System(Brushless excitation,10KW

5KW:Imported 150mmGross weight 180kg.Water head 6-30 metersWater volume 0.015-0.05m3/s8KW:Imported 150mmGross weight 180kg.Water head 6-30 metersWater volume 0.015-0.06m3/s10KW：Imported 150mmGross weight 195kg.Water head 6-50 metersWater volume 0.015-0.07m3/sFeatures:The generator has an automatic voltage stabilizing version, the output voltage is stable and does not burn electrical appliances;Two bearings at the lower end and one bearing at the upper end, a total of three bearings;Double nozzles are suitable for large flow and low head conditions;Bearing force balance, long lifeInstallation instructions1. Installation requirements: The bottom surface of the turbine must be in close contact with the foundation plane, without tail water splashing or leaking.2. Installation procedure: After the foundation of the unit with poured concrete has solidified, install the unit in place, and then pour water to fix the unit. When installing the unit, make sure it is fixed in a horizontal position. The gap between the unit and the ground is sealed with cement to prevent water from seeping out. After the unit is installed, turn the runner shaft of the turbine by hand. The runner shaft should move flexibly.

• Dual Independent Bearing Systems：Turbine and generator each feature dedicated dual-bearing assemblies for operational stability
• Maintenance-Reduced Generator Operation：Brushless excitation design operates without carbon brushes or copper rings
• Self-Contained Turbine Bearing Lubrication：Integrated oil-circulation system enhances turbine bearing performance longevity
• Modular Component Configuration：Separable turbine and generator units allow straightforward servicing and component replacement
• Optimized for Low-Head High-Flow Sites：Operates efficiently with water head starting from 3 meters and elevated flow rates, capturing energy in moderate hydraulic conditions