- Supports the rotating shaft of the turbine.
- Reduce the fraction between the shaft and stationary parts.
- Minimizes wear and tear.
- Requires proper lubrication and maintenance.
- Ensures reliability and efficiency of the turbine system.
- Maintains the alignment and stability of rotating components with turbine.
- Convert the energy from high-pressure steam into rotational motion.
- Blades are positioned on the router to harness the steam floor.
- It comes in different shapes and sizes to optimize energy extraction.
- Maximize energy transfer and minimize losses.
- Enhance the flow of steam and maximize power output.
- Protects and encloses the internal components of turbines.
- It helps contain the steam flow to regulate through different stages
- Can withstand high pressures and temperatures.
- Maintains proper alignment of internal components.
- Contributes to the overall structural integrity and performance.
- Ensures the longevity and reliability of steam turbine.
- Accelerates the steam flow to high velocity before it reaches the blades.
- Convert steam pressure into kinetic energy.
- It Directs the steam flow toward the turbine blades.
- It Controls the speed and direction of steam flow.
- Optimizes the overall performance and output.
- Essential for control in the steam floor.
- Maximizes the performance of the turbine.
- Maintains efficiency in preventing energy losses.
- Prevents steam leaks and seals the clearance between rotating and stationary components.
- Insurance proper operation and minimize wastage.
- It Controls the flow of steam in different stages.
- Adjusts the steam flow rate to match the operation requirements.
- It Manages the steam pressure and temperature.
- Ensures proper steam distribution to optimize performance.
- It helps in achieving the desired power output.