To study the operation of a kaplan turbine
To study the operation of a kaplan turbine
To study the operation of a kaplan turbine
To determine the output power of kaplan turbine
To determine the turbine efficiency
Turbine Type: Kaplan (Vertical shaft design)
Output Power: 1HP at 1500RPM
Propellor made of die cast iron
Discharge: 1000LPM
Supply Head: 8M
Rope brake arrangement with weighing balance
Drum Diameter: 200mm
Flow measurement through pitot tube with manometer
Sump Tank 250lits: 700mm x 600mm x 600mm (LxBxH)
For more details please refer datasheet.
To study the operation of a kaplan turbine
To determine the output power of kaplan turbine
To determine the turbine efficiency
Turbine Type: Kaplan (Vertical shaft design)
Output Power: 1HP at 1500RPM
Propellor made of die cast iron
Discharge: 1000LPM
Supply Head: 8M
Rope brake arrangement with weighing balance
Drum Diameter: 200mm
Flow measurement through pitot tube with manometer
Sump Tank 250lits: 700mm x 600mm x 600mm (LxBxH)
For more details please refer datasheet.
To study the operation of a francis turbine To determine the output power of francis turbine To determine the turbine efficiency
To varify the momentum equation by impact of jet on different shapes
Losses due to Pipe Fitting, Sudden Enlargement & Contraction
To study the operation of a pelton wheel turbine