Fluid Machinery Lab Equipments

Approx. Rs 42,000 / PieceGet Latest Price

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We are engaged in offering Centrifugal Blower Test Rig product to our clients. Our range of this products is widely appreciated by our clients

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We are engaged in offering Tilting Flume Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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We are engaged in offering Boundary Layer Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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The present Jet Pump Test Rig is a self-contained unit operated on closed circuit basis containing a sump tank. The set-up consists of a monoblock Jet Pump. Flow of fluid is measured by using measuring tank and stop watch. Vacuum gauge is fitted on suction line and Pressure gauge is fitted on delivery line to measure the pressure. EXPERIMENTATION : To determine total head, pump output, overall efficiency and pump efficiency of the Jet pump. To plot Graph Head vs Discharge Pump efficiency vs Discharge Pump HP vs Discharge.

Approx. Rs 1,50,000 / PieceGet Latest Price

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We are engaged in offering Tilting Bed Flow Channel product to our clients. Our range of this products is widely appreciated by our clients

Approx. Rs 95,000 / PieceGet Latest Price

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Pelton Wheel Turbine Test Rig Description: A Pelton Wheel Test Rig is an experimental setup used in hydraulic machinery labs to study the performance and characteristics of an impulse turbine. The Pelton wheel turbine operates on the principle of converting the kinetic energy of a high-velocity water jet into mechanical energy. ⸻ Main Components: 1. Pelton Wheel (Impulse Turbine): • A runner with multiple double-cupped buckets mounted on a shaft. • Water jet strikes the buckets tangentially, causing rotation. 2. Nozzle with Spear/Needle Arrangement: • Controls the velocity and flow rate of water jet hitting the turbine. • Provides high-velocity jet using pressurized water. 3. Casing: • Encloses the turbine to prevent water splashing. • Guides the spent water to the tail race. 4. Dynamometer (or Brake Drum Arrangement): • Measures the brake load/torque applied to the turbine shaft. • Helps calculate output power. 5. Pump and Water Supply Tank: • A centrifugal pump circulates water from the sump tank to the nozzle. • Ensures continuous operation in closed-loop. 6. Measuring Instruments: • Pressure gauge – to measure jet pressure. • Load spring balance or digital torque meter – to measure load. • Tachometer – to measure turbine shaft speed (RPM). • Stopwatch and measuring tank – to measure discharge (flow rate). ⸻ Working Principle: • High-pressure water from the pump is directed through the nozzle. • The nozzle converts pressure energy into high-velocity kinetic energy jet. • This jet strikes the Pelton wheel buckets tangentially, causing momentum change and producing torque on the runner. • The shaft rotates and power is transmitted to the dynamometer. • By varying nozzle opening, different loads and speeds can be tested. ⸻ Experimental Objectives: • To determine input power (water power). • To measure output power (brake/dynamometer power). • To calculate efficiency of the Pelton wheel turbine. • To study the effect of jet diameter and flow on turbine performance. • To plot characteristics curves: • Efficiency vs Speed • Efficiency vs Load • Efficiency vs Discharge

Approx. Rs 1,80,000 / PieceGet Latest Price

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Pelton Wheel Turbine is only impulse water turbine now in common use named in honour of Sir L. A. Pelton (1829-1908) of California, USA. It is a tangential flow impulse turbine. The water strikes the buckets along the tangent of the runner. The energy available at the inlet of the turbine is only kinetic energy. The pressure at the inlet and outlet of the turbine is atmospheric. This turbine is used for high heads. The present set-up consists of a runner. The buckets are mounted on the runner. The water is fed to the turbine, through SS nozzle with a SS spear, by means of Centrifugal Pump, tangentially to the runner. Flow of water into turbine is regulated by adjusting the spear position by the help of a given hand wheel. The runner is directly mounted on one end of a central SS shaft and other end is connected to a brake arrangement. The circular window of the turbine casing is provided with a transparent acrylic sheet for observation of flow on to the buckets. This runner assembly is supported by rigid MS structure. Load is applied to the turbine with the help of this brake dynamometer so that the efficiency of the turbine can be calculated. Pressure gauge is fitted at the inlet of the turbine to measure the total supply head to the turbine. EXPERIMENTATION : To study the operation of a Pelton Wheel Turbine. To determine the Output Power of Pelton Wheel Turbine. To determine the Turbine Efficiency.

Approx. Rs 1,35,000 / PieceGet Latest Price

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A Kaplan Turbine Test Rig is a laboratory setup used to study the performance characteristics of a Kaplan turbine, which is a type of reaction turbine suitable for low-head, high-flow hydroelectric applications. The rig allows measurement of turbine efficiency, power output, and flow behavior under controlled conditions. It is commonly used in hydraulics and fluid mechanics laboratories. ⸻ Components of a Kaplan Turbine Test Rig 1. Water Supply / Reservoir • Provides a steady flow of water to the turbine. • Usually connected to a head tank to maintain constant pressure. 2. Penstock • A pipe that directs water from the reservoir to the turbine. • Equipped with control valves to regulate flow rate and pressure. 3. Kaplan Turbine Runner • The main rotating component with adjustable propeller-like blades. • Blades can be pitched to optimize performance at different flow rates. 4. Guide Vanes • Surround the runner to direct water flow onto the blades efficiently. • Adjustable to control flow rate and turbine speed. 5. Draft Tube • Expands downstream of the runner to recover kinetic energy. • Helps reduce water velocity leaving the turbine, improving efficiency. 6. Turbine Shaft and Coupling • Connects the runner to a dynamo, generator, or torque meter. • Transmits mechanical power for measurement of output. 7. Measuring Instruments • Flow meters: Measure the water discharge. • Manometers / Pressure gauges: Measure inlet and outlet pressures. • Torque and speed sensors: Measure the mechanical power developed by the turbine. • Digital displays or data acquisition systems for real-time monitoring.

Approx. Rs 60,000 / PieceGet Latest Price

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We are engaged in offering Hydraulics Ram Test Rig product to our clients. Our range of this products is widely appreciated by our clients

Approx. Rs 1,45,000 / PieceGet Latest Price

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A Francis Turbine Test Rig is a laboratory apparatus designed to study the performance characteristics of a Francis turbine, which is a reaction turbine used for medium-head hydroelectric applications. The rig enables measurement of turbine efficiency, power output, flow rate, and hydraulic behavior under controlled conditions. It is widely used in hydraulic engineering and fluid machinery laboratories. ⸻ Components of a Francis Turbine Test Rig 1. Water Supply / Reservoir • Provides a steady source of water. • Usually connected to a head tank to maintain a constant water level and pressure. 2. Penstock • A pipe directing water from the reservoir to the turbine. • Includes control valves to regulate water flow and head. 3. Guide Vanes (or Stay Vanes) • Positioned around the turbine runner to direct water flow efficiently onto the runner blades. • Adjustable to control flow rate and turbine speed. 4. Francis Turbine Runner • The rotating part of the turbine with curved blades. • Converts water energy (pressure + kinetic) into mechanical energy. 5. Draft Tube • Expands downstream of the runner to recover kinetic energy from water exiting the turbine. • Helps reduce velocity and increase efficiency. 6. Turbine Shaft and Coupling • Connects the runner to a torque meter or generator. • Transmits mechanical power for measurement and study. 7. Measuring Instruments • Flow meters: Measure water discharge. • Pressure gauges / manometers: Measure inlet and outlet pressure. • Torque and speed sensors: Measure mechanical power developed by the turbine. • Digital displays or data acquisition systems: For real-time monitoring and analysis.

Approx. Rs 45,000 / PieceGet Latest Price

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The present Reciprocating Pump Test Rig is a self-contained unit operated on closed circuit basis containing a sump tank. The set-up consists of a Double acting, Single Cylinder Reciprocating Pump coupled with a swinging frame type DC Motor that permits direct torque measurement with the help of a spring balance. Power input to the DC Motor is varied by means of a Thyristor controlled DC Drive to vary the RPM of motor. A RPM Indicator with Proximity sensor indicates RPM of Pump. Flow of water is measured by using measuring tank and stop watch. Vacuum gauge is fitted on suction line and Pressure gauge is fitted on delivery line to measure pressure. EXPERIMENTATION : To determine total head, overall efficiency, pump efficiency and volumetric efficiency of the reciprocating pump. To find out torque with the help of swinging frame motor. To plot Graph: Head vs Discharge Pump efficiency vs Discharge.

Approx. Rs 2,45,000 / PieceGet Latest Price

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A Francis Turbine Test Rig is a laboratory apparatus designed to study the performance characteristics of a Francis turbine, which is a reaction turbine used for medium-head hydroelectric applications. The rig enables measurement of turbine efficiency, power output, flow rate, and hydraulic behavior under controlled conditions. It is widely used in hydraulic engineering and fluid machinery laboratories. ⸻ Components of a Francis Turbine Test Rig 1. Water Supply / Reservoir • Provides a steady source of water. • Usually connected to a head tank to maintain a constant water level and pressure. 2. Penstock • A pipe directing water from the reservoir to the turbine. • Includes control valves to regulate water flow and head. 3. Guide Vanes (or Stay Vanes) • Positioned around the turbine runner to direct water flow efficiently onto the runner blades. • Adjustable to control flow rate and turbine speed. 4. Francis Turbine Runner • The rotating part of the turbine with curved blades. • Converts water energy (pressure + kinetic) into mechanical energy. 5. Draft Tube • Expands downstream of the runner to recover kinetic energy from water exiting the turbine. • Helps reduce velocity and increase efficiency. 6. Turbine Shaft and Coupling • Connects the runner to a torque meter or generator. • Transmits mechanical power for measurement and study. 7. Measuring Instruments • Flow meters: Measure water discharge. • Pressure gauges / manometers: Measure inlet and outlet pressure. • Torque and speed sensors: Measure mechanical power developed by the turbine. • Digital displays or data acquisition systems: For real-time monitoring and analysis.

Approx. Rs 1,55,000 / PieceGet Latest Price

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A Francis Turbine Test Rig is a laboratory apparatus designed to study the performance characteristics of a Francis turbine, which is a reaction turbine used for medium-head hydroelectric applications. The rig enables measurement of turbine efficiency, power output, flow rate, and hydraulic behavior under controlled conditions. It is widely used in hydraulic engineering and fluid machinery laboratories. ⸻ Components of a Francis Turbine Test Rig 1. Water Supply / Reservoir • Provides a steady source of water. • Usually connected to a head tank to maintain a constant water level and pressure. 2. Penstock • A pipe directing water from the reservoir to the turbine. • Includes control valves to regulate water flow and head. 3. Guide Vanes (or Stay Vanes) • Positioned around the turbine runner to direct water flow efficiently onto the runner blades. • Adjustable to control flow rate and turbine speed. 4. Francis Turbine Runner • The rotating part of the turbine with curved blades. • Converts water energy (pressure + kinetic) into mechanical energy. 5. Draft Tube • Expands downstream of the runner to recover kinetic energy from water exiting the turbine. • Helps reduce velocity and increase efficiency. 6. Turbine Shaft and Coupling • Connects the runner to a torque meter or generator. • Transmits mechanical power for measurement and study. 7. Measuring Instruments • Flow meters: Measure water discharge. • Pressure gauges / manometers: Measure inlet and outlet pressure. • Torque and speed sensors: Measure mechanical power developed by the turbine. • Digital displays or data acquisition systems: For real-time monitoring and analysis.

Approx. Rs 2,20,000 / PieceGet Latest Price

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A Kaplan Turbine Test Rig is a laboratory setup used to study the performance characteristics of a Kaplan turbine, which is a type of reaction turbine suitable for low-head, high-flow hydroelectric applications. The rig allows measurement of turbine efficiency, power output, and flow behavior under controlled conditions. It is commonly used in hydraulics and fluid mechanics laboratories. ⸻ Components of a Kaplan Turbine Test Rig 1. Water Supply / Reservoir • Provides a steady flow of water to the turbine. • Usually connected to a head tank to maintain constant pressure. 2. Penstock • A pipe that directs water from the reservoir to the turbine. • Equipped with control valves to regulate flow rate and pressure. 3. Kaplan Turbine Runner • The main rotating component with adjustable propeller-like blades. • Blades can be pitched to optimize performance at different flow rates. 4. Guide Vanes • Surround the runner to direct water flow onto the blades efficiently. • Adjustable to control flow rate and turbine speed. 5. Draft Tube • Expands downstream of the runner to recover kinetic energy. • Helps reduce water velocity leaving the turbine, improving efficiency. 6. Turbine Shaft and Coupling • Connects the runner to a dynamo, generator, or torque meter. • Transmits mechanical power for measurement of output. 7. Measuring Instruments • Flow meters: Measure the water discharge. • Manometers / Pressure gauges: Measure inlet and outlet pressures. • Torque and speed sensors: Measure the mechanical power developed by the turbine. • Digital displays or data acquisition systems for real-time monitoring.

Approx. Rs 1,35,000 / PieceGet Latest Price

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A Subsonic Wind Tunnel is a type of experimental apparatus used to study aerodynamics of objects at speeds below the speed of sound (Mach < 1, typically up to 0.3–0.4 Mach for most labs). It creates a controlled airflow environment, allowing engineers and researchers to analyze the effects of air on models of aircraft, automobiles, bridges, or other structures. ⸻ Components of a Subsonic Wind Tunnel 1. Settling Chamber / Contraction Cone • Located at the beginning of the tunnel. • Smooths and straightens the airflow using honeycomb structures and screens, reducing turbulence. • Accelerates the air as it passes through the contraction section. 2. Test Section • The main part where the model is placed. • Usually rectangular or circular. • Transparent walls (often made of acrylic or glass) allow visual observation of flow patterns and measurements using techniques like smoke visualization or particle tracking. 3. Diffuser • Expands the airflow gradually after the test section. • Reduces the velocity and recovers pressure, minimizing energy loss. 4. Drive Section / Fan or Blower • Provides the motive force to circulate air through the tunnel. • Commonly uses axial or centrifugal fans. 5. Flow Measurement Instruments • Pitot tubes, manometers, pressure sensors: Measure velocity, pressure, and airflow characteristics. • Force balances: Measure lift, drag, or side forces on the test models. ⸻ Working Principle • Air is drawn into the tunnel by a fan or blower. • It passes through a honeycomb and screen system to make the flow laminar and uniform. • The airflow accelerates in the contraction cone and reaches the test section. • Models in the test section experience airflow, allowing observation and measurement of aerodynamic forces. • After passing the model, the air slows down in the diffuser and returns to the fan for recirculation (in closed-circuit tunnels) or is exhausted (in open-circuit tunnels). ⸻ Applications • Aircraft and spacecraft aerodynamic testing. • Automotive aerodynamics. • Studying wind loads on bridges and buildings. • Education and research in fluid mechanics and aerodynamics. ⸻ Key Advantages • Controlled low-speed airflow environment. • Accurate measurement of drag, lift, and pressure distribution. • Visual flow studies using smoke or dye injection.

Approx. Rs 65,000 / PieceGet Latest Price

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The present Centrifugal Pump Test Rig is a self-contained unit operated on closed circuit basis containing a sump tank. The set-up consists of a Centrifugal pump coupled with a DC Motor. Power input to the DC Motor is varied by means of a Thyristor controlled DC Drive to vary the RPM of motor. A RPM Indicator with Proximity sensor indicates the RPM of Pump. Flow of water is measured by using measuring tank and stopwatch. Vacuum gauge is fitted on suction line and Pressure gauge is fitted on delivery line to measure the pressure. EXPERIMENTATION : To determine total head, Pump Output, overall efficiency and pump efficiency of the centrifugal pump. To plot Head vs Discharge, Pump efficiency vs Discharge, Pump Output vs Discharge.

Approx. Rs 72,000 / PieceGet Latest Price

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Two Stage Air Compressor Test Rig consists of a double stage reciprocating type air compressor driven by 2 HP Motor through a belt. The outlet of the air compressor is connected to reservoir (Tank) and suction is connected to another air tank with a calibrated orifice plate and a water manometer. Bellow is fitted on one side of the air tank to regulate the flow. Temperature of inlet air, after single compression, inlet and outlet of second compression and pressure in reservoir and at intermediate stage can be measured by Temp. Sensors and gauges. EXPERIMENTATION : To calculate the volumetric efficiency. To calculate isothermal Horse Power. To calculate compression ratio.

Approx. Rs 62,000 / PieceGet Latest Price

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We are engaged in offering Submersible Pump Test Rig product to our clients. Our range of this products is widely appreciated by our clients

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A Rainfall Simulator is a laboratory or field apparatus designed to create controlled, artificial rainfall over a specified area or soil surface. It is used to study hydrological processes such as infiltration, runoff, soil erosion, and the effects of rainfall intensity on different soil types and land conditions.

Approx. Rs 69,500 / PieceGet Latest Price

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Single Stage Air Compressor Test Rig consists of a single stage reciprocating type air compressor driven by 1 HP motor through a belt. The outlet of the air compressor is connected to reservoir (Tank) and suction is connected to another air tank with an orifice plate and a water manometer. Bellow is fitted on one side of this air tank to regulate the flow. Temperature of inlet and outlet of air and pressure at outlet can be measured by Temperature sensor and pressure gauge. EXPERIMENTATION : To calculate the volumetric efficiency. To calculate isothermal HP. To calculate compression ratio.

Approx. Rs 95,000 / PieceGet Latest Price

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We are engaged in offering Basic Hydrology Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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We are engaged in offering Advanced Hydrological Investigations product to our clients. Our range of this products is widely appreciated by our clients

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WIND TUNNEL has been developed to perform various experiments of aerodynamics and fluid flow. This is a open circuit Wind Tunnel provides a region of controlled air flow into which models can be fitted at downstream of working section. The Tunnel consists of bell mouth shaped entry to guide the air smoothly into settling chamber and stabilizes the air flow this follows working section for test section where various models can be tested. Test section with acrylic sheet, will be provided for visual observation. Working section is followed by diffuser section which reduces the dynamic pressure at the exit. A fan coupled with motor is used to produce desired wind velocity. EXPERIMENTATION : To plot speed curve for wind tunnel. T study pressure distribution around (A) aerofoil (B) Cylinder (C) Sphere. To measure lift and drag on aerofoil model. To study the development of boundary layer along a plate in Tunnel.