"1 2m hydro turbine runner"

Kaplan Runner For Hydro Power Plant 1.2m Hydro turbine generator is droved directly or indirectly by hydro turbine. The rotating speed is less than 1500r/min, with horizontal and vertical arrangement. Excitation mode with brushless and static silicon type. Components including stator, rotor,base frame, bearing, excitation motor or collecting ring. The outlet voltage from 400V to 13.8KV, and frequency could be 50Hz or 60Hz, output from 50Kw to 50Mw. Our generator are high

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.

1500kwHydraulic Turbine for Hydro Power Plant Overview 1. Water inlet parts The water inlet components are composed of connecting pipes, water turbine inlet valves and expansion joints. The turbine inlet valve is used to shut down the unit in still water when shutdown is required, and is also used to shut down the unit and shut off the flow in dynamic water when the unit is in an emergency and the turbine distributor fails. Expansion joints are used to compensate installation

1.2m Runner Vertical Shaft Francis Turbine 1500kw Vertical Francis Turbine Generators Overview Water Inlet Components The water inlet system includes connecting pipes, turbine inlet valves, and expansion joints. The turbine inlet valve enables shutdown in still water conditions and provides emergency shutdown capability when the turbine distributor fails. Expansion joints compensate for installation errors and facilitate maintenance. A drain valve is positioned at the bottom,

800kw Kaplan Turbine Micro Hydro Generator For Micro Power Plant overview Kaplan turbine also known as axial flow Turbine is developed in 1913 by the Austrian professor Kaplan.Its invention allowed efficient power production in low-head applications that was not possible with Francis turbines.The feature of Kaplan turbine is the water flow passes through the runner axially.Kaplan turbines are widely used throughout the world for electrical power production. They cover the

Product Description: The Francis Hydro Turbine is designed with an impressive Design Discharge of 1.0m/s+2.2m/s, making it a reliable source of energy that can be used for various applications. With a Rated Flow of 0.3-100m3/s, this turbine can produce a large amount of energy that can power up your business or household needs. The Rated Efficiency of the Francis Hydro Turbine is a staggering 96%, which means that it can convert a significant amount of the waters kinetic

1MW 2MW 5MW 10MW Hydro Francis Turbine Generator Micro Hydro Power Turbine Generator Item Parameter 1 Parameter 2 Capacity 139KW 71KW Rated Head 43m 43m Rated Flow 0.39 m3/s 0.2m/s Turbine Type Horizontal Francis Turbine Horizontal Francis Turbine Turbine Modle HL110-WJ-42 HLD54-WJ-40 Rotation Speed 1000r/min 1000r/min Runner Diameter 42cm 40cm Runner Material Stainless Steel (06Cr13Ni4Mo) Stainless Steel (06Cr13Ni4Mo Quick Details Place of Origin: Sichuan, China Model

stainless steel Francis runner Kaplan Turbine works on the principle of axial flow reaction. In axial flow turbines, the water flows through the runner along the direction parallel to the axis of rotation of the runner. The water at the inlet of the turbine possesses both kinetic energy as well as pressure energy for effective rotation the blades in a hydro-power station. Polishing based on CMM measurement report Experienced employees polishing according to customer specific

Vertical 1650kw Pelton Turbine For Micro Hydro Power Plant overview A Pelton turbine or Pelton wheel is a type of turbine used frequently in hydroelectric plants. These turbines are generally used for sites with heads greater than 1000 meters. When used for generating electricity, there is usually a water reservoir located at some height above the Pelton turbine. The water then flows through the penstock to specialized nozzles that introduce pressurized water to the turbine.