turbine
Material:low alloy
Weight:60.7kg
Process: investment casting+Machining
Description:Turbine is a rotary mechanical device that extracts energy from a fluid flow and converts it into useful work
Material:low alloy
Weight:60.7kg
Process: investment casting+Machining
Description:Turbine is a rotary mechanical device that extracts energy from a fluid flow and converts it into useful work
We offer the best competitive pricing for a large range of parts from nuts and bolts, gaskets, thermocouples, valves and sensors to major "Hot Gas Path" components such as nozzles, buckets, X-Fire tubes, combustion liners, fuel liners, fuel nozzles, and transition pieces. All of our parts carry a full one-year warranty against defects in material or workmanship.
The Axial turbine is for low head power plants. Water flows axially into and out of the turbine. Axial flow turbines fall into two categories, fixed blade runner and variable pitch runner, also known as a Kaplan turbine.
Fixed blade turbines are very well suited to low head power plants with limited variation in head and load.
Its main advantage is its simple design. When operated at fixed speed, maximum efficiency is achieved at the design head and water flow.
Kaplan turbines are used for medium to large power stations where there are large variations in the head, water flow and load.
Its main advantage is its ability to adapt to variable conditions with a high efficiency. The variable pitch runner is mechanically more complex than a fixed pitch runner. Axial flow turbines can be supplied for a head of 2m to 70 m. The runner diameter is available from 0.6 m to 5 m. Power capacity is from 55 kW to 50 MW.
The tubular turbine is an axial flow turbine, in a straight or S-shaped configuration.
A Tubular Turbine can be supplied for a head of 2 m to 30 m. The runner diameter is available from 0.8 m to 5.6 m. Power capacity is from 250 kW to 15 MW.
This turbine has high efficiency and lower constructon cost.
The runner has bucket shaped blades on the periphery. The jet of water is tangential to the runner.
The characteristics are, high head applications, a simple design, few problems with cavitation, highly cost effective.
Pelton turbines can be supplied for a head of 100m to 500 m. The runner diameter is available from 0.55 m to 1.5 m. Power capacity is from 200 kW to 10 MW.
Inclined jet turbine:
The water flows into and out of the runner at an angle to the main shaft.
The characteristics are high efficiency over a wide range of water flow, more flexible installation options, somewhat more complex than a Pelton turbine.
Inclined jet turbines can be supplied for a head of 60m to 300 m. The runner diameter is available from 0.32 m to 0.8 m. Power capacity is from 55 kW to 6.3 MW.
In a Francis turbine, the water flows radially into the turbine and axially out of the runner. The Francis turbine, invented by an American engineer in 1849, is the most widely deployed modern turbine. The main characteristics of the Francis turbine are - a wide range of water head, simple and reliable structure, and high efficiency.
A Francis Turbine can be supplied for a head of 15 m to 250 m. The runner diameter is available from 0.4 m to 4.5 m. Power capacity is from 75 kW to 50 MW.
New style francis turbine, compared to the old one, it has the advantages of convenient installation, high efficiency, low noise and compact structure.
