We are the fluid mechanics and hydraulic machines lab equipment manufacturers for research as well as teaching settings. We provide a wide range of fluid mechanics lab instruments in Nigeria, Ethiopia, Nigeria, Egypt, Tanzania, South Africa, Sudan, Kenya. Customers throughout the country can purchase our industry-defining fluid mechanics and hydraulic machines lab equipment at competitive costs because of its superior quality and value-added features. We provide a wide range of fluid mechanics lab instruments, such as devices for measuring flow and pressure, open channel flow, flow visualization, hydrology, vortices and friction, pumps and turbines, and much more. We construct and provide a vast assortment of lab equipment for fluid mechanics. We have become a prominent fluid mechanics and hydraulic machines lab equipment exporters in Chennai by growing our distribution networks across the world.
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Determination of the metacentric height, and thus the metacentre, of a floating pontoon. This is by graphic analysis of the angles of tilt of the pontoon with various centres of gravity. Determination of buoyancy, centre of buoyancy. Buoyancy Experiment
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This setup is designed to verify Bernoulli’s Theorem experimentally. Set up consists of a one piece clear acrylic test section with convergent and divergent part section, supply tank, measuring tank, inlet water tank and pump for closed loop water circulation. The test section is connected to Piezometer tubes through pressure tapping at different locations on the section to demonstrate the Bernoulli’s Theorem. The flow rate of water is measured using measuring tank and stop watch provided.
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This set-up consists of 2 pipes of different diameters, which are connected in parallel. Pressure tapings are provided on each pipe to measure the pressure losses with the help of a Differential Manometer. Control valves are fitted on each pipe, which enables to use one pipe at a time for experiment. Present set-up is self-contained water re-circulating unit, provided with a sump tank and a centrifuge pump etc. Flow control valve and by-pass valve are fined in water line to conduct the experiment on different flow rates. Flow rate of water is measured with the help of measuring tank and stop watch.
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The Set-up consists of a 1/2 bend and elbow, a sudden expansion & sudden contraction fitting from 15 mm to 25 mm, ball valve and gate valve. Pressure tapings are provided at inlet and outlet of these fittings under test. A differential manometer fitted in the line gives pressure loss of individual fitting. Present Set-up is self-contained water re-circulating unit, provided with a sump tank and a centrifugal pump etc. Flow control valve and by-pass valve are fitted in water line to conduct the experiment on different flow rates. Flow rate of water is measured with the help of measuring tank and stop watch.
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This set up is designed to verify Reynolds’s Apparatus experimentally. The Apparatus consists of a glass tube with one end having bell mouth entrance connected to a water tank. At the other end of the glass tube a cock is provided to vary the rate of flow. Flow rate of water can be measured with the help of Measuring Cylinder and Stop Watch supplied with the set-up. A capillary tube is introduced centrally in the bell mouth. To this tube dye is fed from a small container, placed at the top of Constant head Tank, through polythene tubing.
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The Lab setup consists of a channel having sufficient length and width in which water is supplied
from the bottom. Required Notch is fitted at one end of this channel. A hook gauge with Vernier scale is fitted to measure the height of fluid in flow channel. Arrangement for fixing interchangeable notches is made. Set of three brass notches. i.e. rectangular notch. 60V notch & 4SV notch provided along with the set up. Present set up is self contained water re-circulating unit provided with a sump tank and a centrifugal pump etc. Flow control valve and by pass value are fitted in water line to conduct the experiment on different flow rate. Flow rate of water is measured with the help of measuring tank and stopwatch.
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Measurement of flow constitutes an essential part in all flow systems. The fluid flow in open channel definitely requires some system to measure the quantity of fluid passing through, Direct measurement of flow either gravimetric or volumetric is the most accurate method. An apparatus for determination of co-efficient of discharge of orifices and mouthpieces consisting of a storage Tank, Collecting Tank, supply Tank and Pump (0.5 HP) for lifting water. Control valves and measuring instruments like stop clock, scale X-Y coordinate measuring arrangement etc.
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The apparatus consists of two pipelines emerging out from a common manifold. One pipeline contains a Venturimeter, second contains an Orifice. The pressure tapings from the Venturimeter and Orificemeter are taken to differential manometer to measure pressure difference. The Venturimeter and Orificemeter are connected in parallel and anyone of them can be put in operation by operating valves provided at the downstream. These valves can also regulate the flow. Present Set-up is self-contained water re-circulating unit, provided with a sump tank and a centrifugal pump. Flow control valve and by-pass valve are fitted in water line to conduct the experiment on different flow rate. Flow rate of water is measured with the help of measuring tank and stop watch.
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The apparatus consists of three pipelines emerging out from a common manifold. One pipeline contain a Venturimeter, second contains an Orifice and third pipeline contains a Rotameter. The
pressure tapings from the Venturimeter and Orificemeter are taken to differential manometer to
measure pressure difference.
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Pitot tube is a small “L” shaped tube, with both end open. The bend side portion is inserted in the pipe line & the other end is kept open to atmosphere. This end may be connected to a sensitive manometer to measure the head in that plane i.e. path of flow. From this head we can find out the
velocity of flow. A pitot tube made up of small copper tube is held in a pipe line. A screw type arrangement
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The apparatus consists of a Nozzle meter. The flow can be regulated by the valve provided at the down stream. Present set-up is self-contained water re-circulating unit, provided with a sump tank
and a centrifugal pump. Flow control valve and by-pass valve are fitted in water line to conduct the
experiment on different flow rates. Flow rate of water is measured with the help of measuring tank
and stop watch.
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This set-up consists of 2 pipes of different diameters, which are connected in parallel. Pressure tapings are provided on each pipe to measure the pressure losses with the help of a Differential Manometer. Control valves are fitted on each pipe, which enables to use one pipe at a time for experiment. Present set-up is self-contained water re-circulating unit, provided with a sump tank and a centrifuge pump etc. Flow control valve and by-pass valve are fined in water line to conduct the experiment on different flow rates. Flow rate of water is measured with the help of measuring tank and stop watch.
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The apparatus consists of two pipelines emerging out from a common manifold. One pipeline contains a Venturimeter, second contains an Orifice. The pressure tapings from the Venturimeter and Orificemeter are taken to differential manometer to measure pressure difference. The Venturimeter and Orificemeter are connected in parallel and anyone of them can be put in operation by operating valves provided at the downstream. These valves can also regulate the flow. Present Set-up is self-contained water re-circulating unit, provided with a sump tank and a centrifugal pump. Flow control valve and by-pass valve are fitted in water line to conduct the experiment on different flow rate. Flow rate of water is measured with the help of measuring tank and stop watch.
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The apparatus consists of two pipelines emerging out from a common manifold. One pipeline contains a Venturimeter, second contains an Orifice. The pressure tapings from the Venturimeter and Orificemeter are taken to differential manometer to measure pressure difference. The Venturimeter and Orificemeter are connected in parallel and anyone of them can be put in operation by operating valves provided at the downstream. These valves can also regulate the flow. Present Set-up is self contained water re-circulating unit, provided with a sump tank and a centrifugal pump. Flow control valve and by-pass valve are fitted in water line to conduct the experiment on different flow rate. Flow rate of water is measured with the help of measuring tank and stop watch.
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Weirs may also be used for measuring the rate of flow of water in river or streams. Different
shapes of "Weirs" generally used are sharp-crested weir, broadcasted weir and ogee shaped weir. In the unit a centrifugal pump sucks the water from the sump tank, ond discharges it
to a small flow channel, The weir is fitted at the end of channel. All the weirs are interchangeable. The water-flowing over the weir falls In the collector. Water coming from the collector can be directed to the sump or can be directed in to the measuring tank for measurement of flow.
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The apparatus consists of two pipelines emerging out from a common manifold. One pipeline contains a Venturimeter, second contains an Orifice. The pressure tapings from the Venturimeter and Orificemeter are taken to differential manometer to measure pressure difference. The Venturimeter and Orificemeter are connected in parallel and anyone of them can be put in operation by operating valves provided at the downstream. These valves can also regulate the flow. Present Set-up is self-contained water re-circulating unit, provided with a sump tank and a centrifugal pump. Flow control valve and by-pass valve are fitted in water line to conduct the experiment on different flow rate. Flow rate of water is measured with the help of measuring tank and stop watch.
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Helical coils are used for heating or cooling in process tanks. When a fluid flow through a curved tube, centrifugal force acting upon the various elements of fluid moving with different velocities causes secondary circulation. Secondary flow results in higher heat transfer characteristics. Further secondary flow stabilizes the laminar flow leading of a higher critical Reynolds number for transition from laminar to turbulent flow.
Experiments
• To determine the critical Reynolds number of a fluid flowing through the coil.
• To determine the friction factor for flow of water through helical coil
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The unit consists of a centrifugal pump provided with variable speed motor. The pump is provided with a vacuum gauge at suction and a pressure gauge on discharge pipe. The pump is provided with a variable speed drive gate valve at discharge which facilitates estimation of pump performance at various speeds discharge heads. Power input to motor is measure with energy meter. Specifications: Centrifugal pump with variable speed D. C. motor & speed controller. Sump tank: 900 X 400 X 400 mm. Measuring Tank: 400 X 400 X 400 mm. Energy meter for motor input measurement. Pressure vacuum gauge for measurement of head Stop watch.
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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 AC Motor. 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 the characteristics of reciprocating pump and to find out total head, pump
efficiency, overall efficiency & volume metric efficiency.
To plot the graph, Head Vs Discharge and Discharge Vs Pump efficiency
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The unit consists of a Submersible pump provided with constant speed motor. The pump will be provided with a pressure gauge on discharge side pipe. The pump will be submerged in water to about 1.5 to 2 feet so as to cover the suction side. A gate valve is provided at the discharge which facilitates estimation of pump performance at various discharge heads. Power input to motor is measure with energy meter. Submersible Pump 16 stage, 100 mm size inlet & 32 mm outlet, 0.75 Hp. Weight about 30 to 35 Kg.
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Gear pumps are positive displacement rotary pumps. The unit is a self contained recirculation type unit. All the measurements are provided to evaluate the performance of the gear pump. Range Of Experiments: Following characteristics can be determined, Speed Vs Discharge, Head Vs Discharge, Discharge Vs Input power and Discharge Vs Efficiency.
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To study fluidization characteristics. To study the relationship between the velocity of fluid and pressure drop per unit length. The fluid flows upward through the bed, causing the solid particles to be suspended. If the inlet fluid is disabled, the bed may settle, pack onto the plate or trickle down through the plate.
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Pressure measurement can be based on the principle of strain, which is the deformation of a material due to applied stress. This is a board mounted model which demonstrates various types of pressure measurement devices used in common practice. The devices incorporated are: Single well Manometer, Differential Manometer, Sensitive Manometer, Pressure Gauge & vacuum Gauge. These devices are coupled to suction and discharge piping of Hydraulic Bench Pump and a close circulation systems is established, with this set up, the working and operating principle of the pressure measuring devices can be studied.
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The unit consists of a box with one leak proof transparent side. At the base of the box nozzle can be fitted to supply pipe. The flow can be controlled with a valve. A differential lever with a fine balancing arrangement is provided to measure the force exerts. Plates of different angle can be easily connected to the lever.
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The forced vortex experimental set up consist of a circular transparent cylindrical tank in which plate is rotated with the help of a variable speed motor so that the cylinder rotates about its vertical axis with the help of a V belt and forced vortex is formed. RANGE OF EXPERIMENTS, To visualize the forced & free vortex phenomenon.
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The unit consist of a small pelton wheel connected to rope brake dynamometer. It is high head at minimum discharge turbine. Water is given from reservoir to the turbine through penstock. A centrifugal pump is provided to supply the water to turbine. Orifice meter & pressure gauges provided to measure flow rate, water jet is directed over the bucket by a nozzle Thus, and we can determine B.H.P. & I.H.P. & various efficiencies.
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The Francis turbine is a reaction turbine that operates on the principle of converting water’s kinetic energy into mechanical power through a combination of radial and axial flow. Francis turbine 75 mm size to develop 1 Kw at 1250 R.P.M. with a flow of about 1000 L.P. M. at 10 m. Supply head, complete with rope brake arrangement, pressure gauge, vacuum gauges and a set of dead weights etc. for conducting experiments in metric units.
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Kaplan turbine designed to develop 1 Hp at 1500 rpm, complete set with a flow of 2200 LPM at 10 mtr. supply head, complete with rope brake arrangement, pressure measuring device. Piping system consisting of pipes and fittings complete set for the kaplan turbine test rig, Flow measuring unit consisting of venturimeter and a double column differential manometer.
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The hydraulic flume should be of size 150mm depth x 250mm wide x 4 meter length built with extra strong 75mm x 50mm. Thickness 4mm through. MS channel b for strength and rigidity. Both vertical sides provided with transparent thick 6mm Perspex for flow visualization at least for 4 meter length. The 16 gauge M.S. Sheet nearly fixed to MS angle frame with rubber packing. The sides provided with inverted Tee section (MS) for smooth running of movable hook gauge trolley. The tilting arrangement provided with a fine arrangement which can be operated very smoothly. The slope of the flume ranges up to +5 degree. The tilting arrangement operated by both forward and backward slope settings.
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The axial fan produces gas flow by virtue of the momentum changes imparted across the rotary blades, parallel to the axis of rotation. Such fans are more suitable for higher flows at lower delivery pressures than their centrifugal counterparts. An axial fan, mounted on a stainless steel plinth. Transparent air inlet and air outlet ducts allow the fan construction to be clearly observed. A manually operated adjustable aperture allows the airflow rate to be varied.
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The advanced self-contained apparatus to demonstrate and observe the basic principles of cavitation and its implications on the performance of hydraulic machines and systems. This accessory consists of a circular Venturi-shaped test section manufactured from clear acrylic to enable visualization inside the section. As the flow of water increases the pressure at the throat falls in accordance with the Bernoulli equation until a limit is reached corresponding to the vapour pressure of the liquid. At this low pressure small bubbles of vapour form then collapse violently as the pressure raises again downstream – a process called cavitation.
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A Centrifugal Fan Demonstration Unit is an educational or research device used to illustrate the principles of centrifugal fans. These fans are critical in various applications for moving air or gases in systems like HVAC (Heating, Ventilation, and Air Conditioning), industrial processes, and exhaust systems. The unit allows users to observe the working mechanics, performance characteristics, and effects of design variations on the fan’s operation.
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A Compressible Flow Unit is an educational and research apparatus designed to study the behavior of gases when their density changes significantly due to pressure variations. This unit is crucial in understanding high-speed aerodynamics, propulsion systems, and various industrial applications where compressible flow dynamics play a significant role.
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A Dead Weight Pressure Gauge Calibrator is a precision instrument used to calibrate pressure gauges by applying known, accurate pressure standards. It works on the principle of balancing a known mass against the pressure of a fluid, ensuring high accuracy in pressure measurement.
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A Flow Meter Demonstration Unit is an educational and testing apparatus used to illustrate the principles, operation, and performance of different types of flow meters. It allows users to observe and analyse how various flow meters measure the flow rate of liquids or gases under different conditions.
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Hydrostatic Pressure is the pressure exerted by a fluid at rest due to the force of gravity. It increases with the depth of the fluid and is proportional to the fluid’s density. In summary, Hydrostatic Pressure describes the force per unit area exerted by a fluid in equilibrium, increasing with depth and crucial for applications in engineering, geosciences, and medicine.
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Pascal’s Apparatus is a device used to demonstrate Pascal’s Principle, which states that pressure applied to a confined fluid is transmitted equally in all directions throughout the fluid. Used in physics and engineering labs to illustrate Pasca’s Law and principles of fluid mechanics. In summary, Pascal’s Apparatus is a practical tool for demonstrating how applied pressure in a confined fluid is uniformly transmitted in all directions, essential for understanding hydraulic principles and fluid mechanics.
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A Plunger Pump Demonstration Unit is a hands-on educational tool designed to show how a plunger pump operates, demonstrating the principles of positive displacement and fluid transfer under varying conditions. In summary, a Plunger Pump Demonstration Unit effectively illustrates the working principles and performance of plunger pumps, aiding in educational and training environments for fluid dynamics and pump technology.
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A Precision Pressure Gauge Calibrator is a high-accuracy device used to calibrate pressure gauges by providing a precise reference pressure. It ensures the accuracy and reliability of pressure measurements in various applications. In summary, a Precision Pressure Gauge Calibrator is crucial for ensuring the accurate and reliable calibration of pressure gauges, widely used in calibration labs, industries, and maintenance tasks.
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The Gear Oil Pump Test Rig is a versatile and robust testing solution designed to evaluate the performance and durability of gear oil pumps. This high-precision equipment is essential for manufacturers and researchers who need to ensure the reliability and efficiency of gear oil pumps used in various automotive and industrial applications.
By identifying potential issues early, the test rig helps in enhancing the reliability and lifespan of gear oil pumps. Reduces the need for field testing and minimizes downtime due to pump failures.
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The Stage Pump Test Rig is a sophisticated and reliable testing system designed for evaluating the performance and efficiency of multi-stage pumps. This high-end equipment is essential for pump manufacturers, quality control labs, and research institutions to ensure that stage pumps meet stringent performance standards and specifications. The Stage Pump Test Rig is an essential tool for anyone involved in the design, testing, and certification of multi-stage pumps. Its advanced features, robust construction, and comprehensive testing capabilities make it an invaluable asset for ensuring the highest standards of pump performance and reliability.
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The Lobe Pump Experiment is designed to study and evaluate the performance characteristics of lobe pumps. This educational and research-focused setup allows users to gain a deeper understanding of the operational principles, efficiency, and behavior of lobe pumps under various conditions. Ideal for academic institutions, research labs, and industrial training facilities, this experiment provides hands-on experience with fluid dynamics
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