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Kaplan Turbine Test Rig

Name: Kaplan Turbine Test Rig
SKU: PR_1113844
Price: 100000.00 INR
Availability: InStock

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Ambika Axp

GST No - 07AAJPM6100C1Z7 | Member since 2026

GROUND FLOOR, 3348, BANK STREET, KAROL BAGH, Central Delhi, Delhi, 110005

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Kaplan Turbine Test Rig — Description A Kaplan Turbine Test Rig is a laboratory apparatus used to study the performance and operating characteristics of a Kaplan turbine, which is a type of axial-flow reaction turbine used in hydroelectric power plants. About the Turbine The Kaplan Turbine was developed by Viktor Kaplan and is specially designed to operate efficiently at low head and high water flow conditions. It has adjustable runner blades and guide vanes, allowing the turbine to maintain high efficiency over a wide range of flow rates. Description of the Test Rig A Kaplan Turbine Test Rig is used in hydraulic engineering laboratories to demonstrate and analyze how the turbine converts the energy of flowing water into mechanical energy. The rig circulates water through the turbine, and instruments measure various parameters to evaluate turbine performance. Main Components Kaplan Turbine Runner – Rotating blades that extract energy from water flow Guide Vanes – Control the direction and amount of water entering the turbine Water Circulation System – Pump, tank, and pipelines to supply water Dynamometer / Brake Drum – Measures output power of the turbine Flow Measurement Device – Measures discharge of water Pressure Gauges and Manometers – Measure inlet and outlet pressure Tachometer – Measures rotational speed of the turbine shaft Working Principle Water from a supply tank flows through the turbine under controlled conditions. The moving water strikes the adjustable blades of the Kaplan turbine runner, causing it to rotate. The rotation produces mechanical power which can be measured using a dynamometer. By varying flow rate and load, different performance parameters are studied. Experiments Conducted Determination of turbine efficiency Measurement of discharge and power output Plotting characteristic curves (efficiency vs. load, discharge vs. speed) Study of effect of blade adjustment Applications Educational experiments in hydraulic engineering laboratories Study of turbine performance in hydropower engineering Demonstration of working principles of reaction turbines If you want, I can also provide short 4–5 line descriptions for lab records or diagrams of the Kaplan Turbine Test Rig.

Ambika Axp

GROUND FLOOR, 3348, BANK STREET, KAROL BAGH, Central Delhi, Delhi, 110005

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