Fluid Mechanics Lab Equipment S

Approx. Rs 45,000 / KgGet Latest Price

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• Standard Atomic Weight: 200.592(3)
• Melting Point: 234.3210 K  38.8290 °C,  37.8922 °F), Boiling Point: 629.88 K  356.73 °C,  674.11 °F)
• Density: 13.534 g/cm3
• Molecular Heat Capacity: 27.983 J/(mol·K)

Approx. Rs 55,000 / PieceGet Latest Price

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FREE FORCED VORTEXThe apparatus consists of a perspex cylinder with drain at center of bottom.The cylinder is fixed over a rotating platform which can be rotated with thehelp of a D.C motor at different speeds. A tangential water supply rip isprovided with flow control valve. The whole unit is mounted over the Pumptank. Water is supplied by a centrifugal pump.Specifications: Cylindrical vessel 300 mm D.I.A with central bottom outlet, mountedover rotating platform. D. C. motor with controller to rotate the vessel. Measuring tank - 400 x 300 x 400 mm mounted over the sump tank. Centrifugal pump to circulate the water. X-Y Co-ordinate measurement probe.

Approx. Rs 60,000 / PieceGet Latest Price

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This is a board mounted model which demonstrates various types of pressuremeasurement devices used in common practice. The devices incorporated are: Single well Manometer Differential Manometer Sensitive Manometer Pressure Gauge Vacuum GaugeThese devices are coupled to suction and discharge piping of Hydraulic BenchPump and a close circulation systems is established, with this set up, theworking and operating principle of the pressure measuring devices can bestudied.Service Required: Bench Area of about 2.5 m x 1 m at working height. Glycerine 500 ml for each experimental trial.

Approx. Rs 40,000 / PieceGet Latest Price

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The unit consists of a small tank. Water is poured in it, so that a small shipmodel can float over it. The ship model is provided with a horizontal guide barover which a small weight can be slided. Displacement of weight is measuredwith a scale. A pointer is attached at the centre of ship. When the weight isslide the ship tilts. The angle of tilt is measured by displacement of pointer &from then the metacentric height of ship can be studied.Specifications: Water tank 700 mm. x 700 mm. x 300 mm. heights with fibre lininginside. Ship model 300 mm. x 150 mm. with a horizontal guide bar for slidingweight & pointer hung from a hook. Scales for measuring displacement of sliding weight & pointer.Services Required:Bench area of about 1 m. x 1 m. at working height.

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Recirculating-TypeThe unit consists of flow channel of proper length & width. The notch or weiris fitted, water supply is given at one end of channel. Water flow over notch orweir. Arrangement are made to measure the still level to determine the head.Features: Interchangeable Brass/Aluminum notches. Measurement of head by scale.Range Of Experiments: To determine coefficient of discharge through. 60° 'V' notch. Rectangular notch.Specifications: Water storage tank. Notches 60 included angle 'V' notch. Rectangular notch. Notch interchanges arrangement. Measuring tank & collecting tank & stop watch.Service Required: Water supply. Suitable floor space of 2 m. x 2 m.

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The unit consists of a box with one leak proof transparent side. At the base ofthe box nozzle can be fitted to supply pipe. The flow can be controlled with avalve. A differential lever with a fine balancing arrangement is provided tomeasure the force exerts. Plates of different angle can be easily connected tothe lever.Features:Interchangeable plates.Nozzle.Measurement of force developed by impact of jet.Very clear visualisation of impact of jet.Range Of Experiments:To study the impact of jet on various types of plates & to measure impactforces.Specifications:Circular box one leak proof of transparent side.Differential lever mechanism & dead weight to measure the force.Measuring tank.Nozzle diameter-8.5 mm.Plates of shape.600 inclined.Curved plate.1800 inclined.Service Required:Suitable water supply arrangement.Suitable floor space of 1.5 m. x 1 m.

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The unit consists of a rectangular transparent flow section through whichwater is to be flown the velocity of water is changes as cross sectional areaof channel changes. The changes of head can be measured with manometrictube connected at various sockets, along with the length of channel. Thusthe Bernoulli’s theorem can be verified by calculating the energy & head ofwater at different section.Features:Steady flow arrangement.Transparent flow section.Independent measurement of pressure head.Variable flow rate arrangement.Self sufficient unit.Range Of Experiment:Bernoulli’s theorem can be verified.Specifications:Flow channel 750 mm long, transparent acrylic.Supply with flow control valve.Manometric tubes fixed over the flow channel.Measuring tank = 400 x 300 mmSump tank = 900 x 400 x 400 mm1/2 Hp pump.Supply tank is fitted on heavy pipe frame.Stop watch.Service Required:Suitable Water supply.Suitable floor space 2 m. x 2 m.

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Features: Testing of two pipes of different diameters. Measurement of head loss in the pipes at various flow rates. Calculation of pipe friction at various flow rates.Range Of Experiments: To determine coefficient of friction for pipes. To plot relation between pressure loss and flow rates for a particularpipe diameter.Specifications: Three pipes of 29 mm, 22 mm & 17 mm diameter G.I Pipe Length of pipe 1 m Flow control valve Differential manometer Measuring tank and stop watchService Required: Water supply. Suitable floor space.

Approx. Rs 55,000 / PieceGet Latest Price

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Description
The unit consists of two pipes emerging from a common manifold along with a Venturi meter & orifice meter. Tappings are provided to measure pressure differences, which are connected to a differential manometer. A flow-regulating valve is provided at the downstream speed of the pipe. A measuring tank is provided to collect the flow. The actual flow rate can be measured by both calibrated flow meters. Features: Two pipes emerging out from a common manifold with an orificemeter. Each line is provided with a flow control valve for setting differential flow rates. Pressures of different pipelines are connected to each other. A flow control valve at the end of each line ensures the full running of pipe. Range Of Experiments: Calibration of Venturi Metre. Calibration of orifice meter. Specifications: Measuring tank & stopwatch. Basic piping-1” orifice meter & Venturi meter inlet & throat diameter 32 & 15 mm, resp. Differential manometer. Flow control valve. Services Required: Suitable water supply. Suitable floor space of 1.5 m x 2 m.

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The unit consists of a supply tank along with an orifice and mouthpiece fixed to the tank. A pointer is provided at the discharge of the orifice to demonstrate & determine the X, Y co-ordinates of the jet. Features: An arrangement to obtain a steady or quiescent flow. An arrangement to vary the head by changing the position of the overflow pipe. Piezometer tube to measure head. An arrangement to measure the coordinates of a jet. Range Of Experiments: Determination of coefficient of discharge (CD) & coefficient of velocity (CV) & coefficient of contraction (CC) for orifice. Specifications: Main supply tank with orifice & mouthpiece fitting arrangement.
Diameter of orifice: 8.5 mm, diameter of mouthpiece: 8.5 mm, nozzles: 25 mm & 50 mm length.
Tracer pointer with scale. Measuring tank. Stopwatch. Service Required: Suitable water supply. Suitable floor space of 1.5 m x 1.5 m.

Approx. Rs 60,000 / PieceGet Latest Price

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The unit provides a study of loose pipe in various pipe fittings. A differential manometer supply to measure the loss of head in these fittings. A flow control valve is provided. An experiment can be carried out at various flow rates. Features: Testing of pipe circuits consisting of sudden contraction, sudden enlargement, bends, etc. Measurement of head loss at each section for various flow ranges of experiments: to determine loss of head due to sudden contraction. To determine loss of head due to sudden enlargement. To determine loss of head in an elbow. To determine loss of head in a bend. Specifications: Basic piping. Pipe fitting. Pipe elbow. Pipe bends. Sudden expansion: 1/2" to 1". Sudden contraction: 1" to 1/2". Differential manometer. Flow control valve. Stopwatch. Service Required: Suitable water supply. Suitable floor space of 2 m x 2 m, 230 V A.C. single-phase supply with an earthing connection.

Approx. Rs 45,000 / KgGet Latest Price

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Description:
The product is available as per the customer requirement. Our product is highly appreciated by customers. 

Approx. Rs 50,000 / PieceGet Latest Price

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Flow visualisation apparatus is basically designed on Hele-shaw principle ofpotential flow, which uses water as Fluid medium and dye solution forms thestreamlines. The thin test channel is formed between two acrylic plates and ishaving entry from the top and exit from the bottom. The model is placedbetween the acrylic plates. Both the Fluid medium and dye solution are pouredinto the top containers. The acrylic is kept open from the top so as to facilitatethe insertion of the model into the Flow Visualisation Space. The channel isplaced vertically in a strong sturdy frame mounted on a “C” channel. At theoutlet the brass cock is provided with an outlet pipe connection for the properflow of the water.Specifications: Test Channel: White side acrylic plates, both smooth on test side, fixedin rigid framed structure. Nominal Dimensions: 600 mm Long x 250mm wide app. Depth of Channel can be varied by using differentthickness models of rubber to some extent. Dye container with small series of holes to facilitate proper flow of thedye.Experiments: Visual observation of the flow patterns. Square Model. Triangular Model. Circular Model. Aerofoil Model. Oval/Eye Shaped Model. Many more such models can be made and tested.Services Required:Sufficient Water.Suitable floor space area 0.5 m. x 0.5 m.

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The unit consists of a Acrylic tube connected to a tank. At entrance of tube abell mouth section is provided and at the other end a valve is provide to controlthe rate of flow. A capillary tube is introduced centrally to the bell mouth toinject die. By varying the rate of flow the reynolds number changes. This alsochanges type of flow. Visual observation of die (thread) will indicate the typeof flow which can be confirmed from the Reynolds number computed.Features: Steady flow arrangement Very clear flow visualization Fine control of die thread. Accurate flow measurement & control.Range Of Experiment: To determine the Reynolds number & hence the type of flow eitherlaminar or turbulent. To determine upper & lower Reynolds number & velocities.Specifications: Acrylic tube (transparent) 25 mm OD of suitable length. Sump tank of 400 X 400 X 700 mm. Supply tank of 300 x 300 mm size & die tank with die needle. Flow control valve. Measuring Flask & stop watch for flow measurement. Crompton Greaves motor for recirculating type unit.Service Required: Suitable floor space of 2 m. x 2 m. x 2 m. for the instrument. Water supply.

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

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Airflow into which models can be inserted. The propulsion is provided by a fan downstream of the working section. The tunnel consists of a bell-mouth-shaped entry to guide the air smoothly into a settling chamber consisting of a honeycomb and nylon mesh screens which filter and stabilise the airflow. This follows a working section or test section where various models can be tested. Two windows with acrylic sheets, one each on either side, will be provided for visual observation. The working section is followed by the diffuser section, which reduces the dynamic pressure at the exit. A three-blade fan coupled with a DC variable-speed motor is used to produce the desired wind velocity. A thyristorised motor control is used for smooth variation of air velocity. Specifications: Type: Open-type wind tunnel. Test Section: 300 mm x 300 mm x 1000 mm, along with two Perspex windows. Blower Fan: 3/10 blades/nylon fan. Motor: 7.5 HP DC shunt motor, 1500 rpm. Speed Controller: 3-phase thyristor controller to give smooth speed control. Air Velocity: In test section-1 to 30 m/sec. Duct: Manufactured out of MS sheet. Length of Tunnel: 4/5 metre.