"francis hydro turbine"

Micro Mini Small Generator Turbine Our 5680kW micro, mini, and small power generator turbines include Kaplan, Pelton, Turgo, and Francis water turbine types for versatile hydropower applications. Product Applications Technical Specifications Water Head 10m - 700m Power Range 50kW - 20MW Frequency 50Hz / 60Hz Generator Voltage 400V, 800V, 6300V, 10500V Layout Mode Horizontal or Vertical Material Stainless Steel ZG0Cr13Ni4Mo Excitation Brushless or Static Excitation System

1500kwHydraulic Turbine for Hydro Power Plant Overview 1. Water inlet parts Water inlet parts consist of connecting pipe, turbine inlet valve and expansion joint. Turbine inlet valve is used to close the unit in static water when need stop, it is also used to close the unit and cut the water flow in dynamic water when the unit is in emergency and turbine distributor break down. Expansion joint is used to compensate installation error and for the convenience of maintenance.

100kw Small Mini Free Energy Generator for Hydro Power Plant Impact Turbine Product Description 100kw micro/small/mini power generator turbine Kaplan pelton turgo Francis water turbine Technical Specifications Water head 10m - 700m Power range 50kW - 20MW Frequency 50Hz / 60Hz Generator voltage 400V, 800V, 6300V, 10500V Layout mode Horizontal or vertical Material Stainless steel ZG0Cr13Ni4Mo Excitation Brushless or static excitation system Lifespan 50 years Runner diameter 0

Small Mini Generator for Hydro Power Plant Impact Turbine Units Product Description 100kW micro/small/mini power generator turbine Kaplan pelton turgo Francis water turbine Detailed Specifications Parameter Value Water head 10m - 700m Power range 50kW - 20MW Frequency 50Hz / 60Hz Generator voltage 400V, 800V, 6300V, 10500V Layout mode Horizontal or vertical Material Stainless steel ZG0Cr13Ni4Mo Excitation Brushless or static excitation system Lifespan 50 years Runner diameter

5700kw Micro Mini Small Generator Turbine Francis Kaplan Pelton Turgo Water Turbine Product Description Micro/small/mini power generator turbine Kaplan Pelton Turgo Francis water turbine Detailed Specifications Water head 10m - 700m Power range 50kW - 20MW Frequency 50Hz / 60Hz Generator voltage 400V, 800V, 6300V, 10500V Layout mode Horizontal or vertical Material Stainless steel ZG0Cr13Ni4Mo Excitation Brushless or static excitation system Lifespan 50 years Runner diameter 0

5 Mw Francis Hydro Turbine For Mini Power House Water Head 70m Francis Turbine Water Head 25m - 550m Francis Main Components Spiral Casing, Stay vanes, Guide vanes, Runner, Draft Tube Runner Material Stainless Steel ZG0Cr13Ni4Mo Layout pattern Horizontal or Vertical Generator Insulation F/F Water Turbine Efficiency 92% - 94% Generator Efficiency 93% - 96% Generator Voltage 400V, 800V, 6300V, 10500V Turbine Valve Butterfly Valve, Gate Valve, Ball Valve Place of Origin Meishan,

100kW Hydro Power Generator Turbine Micro/Small/Mini Power Generator Turbine - Kaplan, Pelton, Turgo, Francis Types The Francis turbine features a compact structure and high efficiency, capable of adapting to a wide range of water heads. It is one of the most widely used turbine types globally. Water flows through the runner radially and exits axially, making it a radial-axial turbine. Product Specifications Water Head 10m - 700m Power Range 50kW - 20MW Frequency 50Hz / 60Hz

5800kw Micro Mini Small Generator Turbine Francis Kaplan Pelton Turgo Water Turbine Product Description Micro/small/mini power generator turbine Kaplan Pelton Turgo Francis water turbine designed for efficient energy generation across various water head ranges. Detailed Specifications Parameter Value Water head 10m - 700m Power range 50kW - 20MW Frequency 50Hz / 60Hz Generator voltage 400V, 800V, 6300V, 10500V Layout mode Horizontal or vertical Material Stainless steel

horizontal water turbine generator 500kw with counter weight Overview The Francis turbine is a sort of response turbine, a classification of turbine wherein working liquid goes into the turbine under enormous tension and energy is extricated by the turbine bladesfrom the working liquid. A part of the fluid vitality is transferred due to a change in pressure, while the remaining energy is extracted by the volute turbine casing. The water leaving the outlet at a low speed and