Showing 13–24 of 40 results
Draft Tube
- It helps to increase the efficiency of the turbine by reducing energy loss.
- The draft tube connects the turbine's runner.
Fuel Nozzles
- Designed to atomize the fuel into tiny droplets.
- Provide precise fuel flow rates to maintain optimal performance
- Control the temperature in the turbine.
- Ensure efficient and uniform fuel distribution.
- Minimizes gas emissions and pollutants.
Gas Turbine Bearings
- Supports the rotating shaft.
- Reduces friction and allows smooth rotation.
- Essential to minimize wear and ensure efficiency.
- Designed to bear high temperatures and load in the turbine.
- Maintains shaft alignment for optimal performance.
Gas Turbine Seals
- Prevents leakage of air and gases.
- Maintains proper pressure level.
- Crucial for minimizing energy losses.
- Different types of seals: labyrinth, brush, and rim seals.
- Enhance turbine performance and reliability.
Generator Bearings
- It Supports and maintains proper alignment of the rotor and stator.
- It Reduces friction and enables smooth rotation of the rotor.
- It Absorbs any vibrations or shocks, ensuring reliable operation.
- It Prevents excessive wear and tear on rotating components.
- It Extends the lifespan of the generator.
Generator Surface Air Cooler
- It helps in maintaining optimal operating temperatures for the generator.
- The cooler consists of a series of fins and tubes through which air flows, dissipating heat from the generator's surface.
- It prevents the generator from overheating, leading to damage or decreased efficiency.
- The generator's surface air cooler is essential for ensuring the reliability and longevity of the generator.
Heat Exchangers
- Improve overall efficiency and performance.
- Transfer heat between 2 fluids without mixing them.
- Enhance efficiency and reduce operational costs.
- Ensure optimal heat transfer.
- Controls the temperature within the turbine.
Inlet Valves
- Hydro Turbine Inlet Valves control the flow of water entering the turbine.
- They regulate the amount of water supplied to the turbine blades.
- These valves help to manage the power output of the turbine.
- They ensure efficient operation by adjusting water flow according to demand.
- Hydro Turbine Inlet Valves are crucial components for maintaining optimal turbine performance.
Journal Bearing
- It supports and stabilizes the rotating shaft of the turbine.
- The bearing reduces friction between the shaft and the stationary parts, allowing smooth rotation.
- It helps maintain the alignment of the shaft and prevents excessive wear and tear.
- Hydro Turbine Journal Bearing ensures efficient and reliable turbine operation over time.
Rotor Winding Machine
- Rotor Winding is a rotating component that spins inside the stator.
- It generates a magnetic field that interacts with stator winding.
- It converts mechanical energy from an external source into rotational energy.
- It induces an electromotive force in the stator winding.
- It impacts the generator’s efficiency and power output.
Shaft
- It connects the compressor, combustion chamber, and turbine.
- Rotates at high speed to drive compressor and turbine components.
- Understand extreme temperatures and stress.
- Play a critical role in converting fuel into mechanical energy.
- Regulates the turbine rotational speed.
Shaft Seal
- It ensures that water does not enter areas where it shouldn't, such as the turbine housing or generator.
- The seal is designed to withstand high pressures and provide a tight barrier against water.
- It helps maintain the efficiency and reliability of the hydro turbine by preventing water damage.
- The Hydro Turbine Shaft Seal is crucial for hydroelectric power plants' safe and effective operation.