Fluid Mechanics Lab Equipment

FLUID FRICTION APPARATUS

Specification: FLUID FRICTION APPARATUS Fluid Friction Apparatus Shows flow and losses in different pipes, fittings and valves. Shows popular flow measurement instruments. A space-saving vertical panel that works with Gravimetric or Volumetric Hydraulic Benches for easy installation Includes different valves, pipes and fittings to show losses Includes experiments on roughened pipes Shows laminar and turbulent flow Uses Bernoulli™s equation Shows how to use Venturi and orifice meters to measure flow Includes a traversing Pitot tube to measure velocity profile Fluid Friction Apparatus allows students to study flow, flow measurement techniques and losses in a wide variety of pipes and fittings. The equipment has three water circuits with instruments, pipes and pipe system components. These allow students to examine and compare the different component characteristics. A hydraulic bench (Gravimetric) or Volumetric, available separately) supplies the circuit with a controlled flow of water. A space-saving vertical panel holds all the parts for easy use. To measure pressure loss across components, students use a piezometer set and differential pressure gauge (included). To perform experiments students record the temperature of water in the hydraulic bench and set the hydraulic bench to pump water through a circuit. They measure pressure losses across instruments or components. The hydraulic bench gives an external flow rate for reference and comparison. The flow measurement instruments show students the common methods of measuring water flow. They also give applications of the steady flow energy equation (Bernoulli™s equation). Students use a Venturi meter and an orifice plate meter and compare the losses of each. They also find the losses in a rapid enlargement. The equipment also includes a Pitot-static tube. By traversing the Pitot across the pipe diameter, students can find the velocity profile and flow coefficients. They also find the relationship between the flow rate and pressure differential. An artificially roughened pipe allows students to study friction factor at different Reynolds numbers, covering the interesting transitional flow from laminar to turbulent. They can compare results to those predicted by Nickuradse™s results and a Moody chart. Standard Features: Supplied with a comprehensive user guide. Two-year warranty. Manufactured in accordance with the latest Indian Union directives.

LOSSES DUE TO FRICTION IN PIPE LINES APPARATUS

Specification: LOSSES DUE TO FRICTION IN PIPE LINES APPARATUS Losses Due to Friction in Pipe Line We offer highly demanded Losses due to friction in pipe line at the most competitive market price. Manufactured in accordance with the industry laid parameters, offered apparatus is highly demanded around the globe. The setup is designed to study the losses due to friction in pipes of different diameters and materials. This consists of a set of 3 different pipe test sections, supply tank, measuring tank and pump for closed loop water circulation. Experiments: To determine the losses due to fiction in pipes Utilities Required: Electric supply 0.5 kW, 220V AC, Single Phase Water supply Tap water connection BSP Distilled water @ 60 liters (optional) Floor Area with Drain facility Technical Specifications: Pipes (2 Nos.): Material GI of  & 1 diameter. Pipe Test Section Length: 1 m. Instruction Manual: An ENGLISH instruction manual will be provided along with the Apparatus

IMPACT OF JET ON VANES APPARATUS

Specification: IMPACT OF JET ON VANES APPARATUS We are counted among the most prominent manufacturers, traders and exporters of high quality Impact of jet of vanes. Designed in compliance with industry leading parameters, it is used to study the forced developed of a jet of water on different surfaces and to compare it with momentum theory. Offered set up consists of visible test enclosure, supply tank, measuring tank and pump for closed loop water circulation. Description The setup consists of a two sided clear fabrication section. Water is fed through a nozzle and discharged vertically to strike a target carried on a stem which extends through the cover. A weight carrier is mounted on the upper end of the stem. The dead weight of the moving parts is counter balanced by a compression spring. The vertical force exerted on the target plate is measured by adding the weights supplied to the weight pan until the mark on the weight pan corresponds with the level gauge. A total of two targets are provided, a flat plate and a hemispherical cup. Experimentation: To measure the force developed by a jet of water impinging upon a stationary object and comparison with the forces predicted by the momentum theory Utilities required: Hydraulic Bench

LOSSES DUE TO PIPE FITTING, SUDDEN ENLARGEMENT & CONTRACTION APPARATUS

Specification: LOSSES DUE TO PIPE FITTING, SUDDEN ENLARGEMENT & CONTRACTION APPARATUS The set up consists of a  bend and elbow, a sudden expansion & sudden contraction fitting from 15mm to 25mm, 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 fittings. Present setup 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. Sump Tank Capacity: 50 Ltrs Flow Measurement: Using Measuring Tank with Pedometer, Control Panel Comprises Of: Standard Make On/off Switch, Mains Indicator, Etc. Capacity: 25 Ltrs Manometer Fluid: Mercury (Hg) - 250 Gm Sudden Enlargement: From 15 mm to 25 mm Sudden Contraction: From 25 mm to 15 mm Bend: 1/2" Elbow: 1/2" Ball Valve: 1/2" Gate Valve: 1/2" Water Circulation: FHP Pump, Crompton Makes Pressure Drop Measurement: Differential Manometer Stop Watch: Electronic

PIPE SURGE & WATER HAMMER APPARATUS

Specification: PIPE SURGE & WATER HAMMER APPARATUS Pipe surge and water hammer are two related but independent phenomena which arise when fluid flowing in a pipe is accelerated or decelerated. The associated pressure transients can be damaging to pipe work or components and systems must be designed to avoid or with stand them. The equipment designed by clearly demonstrates the different effects resulting from gradual or instantaneous changes in fluid velocity. Effect of initial fluid velocity can also be investigated. Pipe surge resulting from a gradual change in fluid velocity is clearly seen as fluctuating changes in head in a surge shaft. Water hammer resulting from a rapid change in fluid velocity is clearly seen as large changes in pressure monitored using a pair of transducers and indicated using an oscilloscope. The equipment comprises two stainless steel pipes connected to a constant head tank. A service module provides the water supply to the head tank and also incorporates a volumetric tank for flow rate measurement, sump tank, circulating pump and flow control valve. Water enters the two test pipes via the constant head tank and discharges into the volumetric tank. A dump valve in the volumetric tank returns the water to the sump tank. The pipe surge test section incorporates a clear acrylic surge shaft to enable visualization of its oscillatory characteristics to be demonstrated. A metric scale on the shaft permits the height of the oscillations to be measured. The test pipe terminates with a lever operated gate valve and separate flow control valve.

SHELL & TUBE HEAT EXCHANGER APPARATUS

Specification: SHELL & TUBE HEAT EXCHANGER APPARATUS We at Engineering Laboratory Equipment™s has a vision to develop & design Shell Tube Heat Exchanger so as to meet the customer™s requirement through continual endeavor & innovation. Our company is well managed with a team of highly qualified personnel with an experience of more than two decades and active involvements in foreign business to develop. Shell and Tube Heat Exchanger are popular in industries because they occupy less space and offer reasonable temperature drop. The apparatus consists of fabricated SS shell, inside which copper tubes with baffles on outer side are fitted. This is two-pass heat exchanger so that hot water passes to one end of shell through the tubes and returns to another end through remaining tubes. The cold water is admitted at the one end of shell, which passes over the hot-water tubes. Valves are provided to control the flow rates of hot and cold water. Flow rates of hot and cold water are measured using Rotameters. A magnetic drive pump is used to circulate the hot water from a re-cycled type water tank, which is fitted with heaters and Digital Temperature Controller. Experiments The main object of the experimental setup is to study the following at various flow rates Heat transfer rate Overall Heat Transfer Co-efficient Utilities Required Water supply 20 lit/min (approx.) and drain Electricity Supply: I Phase, 220 V AC, 4 kW Floor area of 1.5m x 0.75 m

DISCHARGE OVER NOTCHES APPARATUS

Specification: DISCHARGE OVER NOTCHES APPARATUS Technical Description: Edutek manufacture of discharge over notches apparatus. The 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 pointer 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 notches, i.e. rectangular notch, 60 V notch 45 V notch is 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 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 stopwatch. Technical Specifications: Channel Test Section: Size 600 x 250 x 180 mm. Notches: Material mild steel Rectangular Notch 45 V Notch 60 V Notch Pointer Gauge: With Vernier scale. Water Circulation: HP pump, ISI make. Flow Measurement: Using Measuring Tank with Piezo-meter, Capacity 45 Ltrs. stainless steel Sump Tank: Capacity 84 Ltrs. stainless steel Stop Watch: Electronic. The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure. Weight: 150 kg

DISCHARGE THROUGH ROTA-METER APPARATUS

Specification: DISCHARGE THROUGH ROTA-METER APPARATUS We are engaged in the manufacturing, exporting and trading of premium quality Rotameter Apparatus. Manufactured in accordance with the industry set parameters using best quality raw materials, this apparatus is used to determine the co-efficient of discharged through a venture meter or orifice meter. Furthermore, the offered apparatus is also used to calibrate the rotameter. Experiments: To determine the co-efficient of discharged through Venturi meter and orifice meter. To measure discharge through Venturi meter, Orifice meter and Rotameter. To calibrate the Rotameter. Utilities Required: Water Supply & Drain Electricity 0.5 kW, 220V AC, Single Phase Technical Specifications: Electric Supply: 230V 50Hz. With proper earthing. Exterior material: Stainless steel plate baked enamel. Temp. Range: -70 to 150oC. Power: Electronic, AC 1 phase 220V; 3 phase 380V 60/50

DISCHARGE THROUGH VENTURI-METER APPARATUS

Specification: DISCHARGE THROUGH VENTURI-METER APPARATUS The apparatus consists of a pipe line contains one Veturimeter. Veturimeter is made from clear Acrylic. The pressure tapings from the Veturimeter is taken to differential manometer to measure pressure difference. A valve is provided at the downstream side of Veturimeter. The flow can be regulated by this valve. 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. Usage/Application: Lab Experiments Type of Instruments: Educational Material: Stainless Steel Capacity: 50 LTRS Phase: SINGLE

DISCHARGE THROUGH ORIFICE METER APPARATUS.

Specification: DISCHARGE THROUGH ORIFICE METER APPARATUS Discharge through orifice meter apparatus The apparatus consists of two pipelines emerging out from a common manifold. One pipeline contain a Venturi meter, second contains an Orifice. The pressure tapings from the Venturi meter and Orifice meter are taken to differential manometer to measure pressure difference. The Venturi meter and Orifice meter 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 floe rate. Flow rate of water is measured with the help of measured with the help of measuring tank and stop watch. EXPERIMENTS:- To determine the Co-efficient of discharged through Venturi meter and Orifice meter To measure discharge through Venturi meter and Orifice meter as flow meters. UTILITIES: - Water Supply Drain Electricity Supply: Single Phase, 220 VAC, 0.5 kW TECHNICAL SPECIFICATIONS: - Venturi meter: Material Clear Acrylic, Compatible to 1 Dia pipe Orifice meter: Material Clear Acrylic, Compatible to 1 Dia. Pipe Water Circulation: FHP Pump, Crompton / Sharp make Flow Measurement: Using Measuring Tank, Capacity 25 Ltrs. Sump Tank: Capacity 50 Ltrs. Stop Watch: Electronic Control Panel: On / Off Switch, Mains Indicator etc. Tanks will be made of Stainless Steel The whole Set-up is well designed and arranged in a good quality painted Structure

FLUID PROPERTIES & HYDROSTATICS BENCH

Specification: FLUID PROPERTIES & HYDROSTATICS BENCH The equipment is mounted on a steel-framed bench fitted with castors. A variety of measuring devices is incorporated either fastened to the back of the bench or free-standing. Water is stored in a polythene tank situated on the lower shelf of the bench. The water can be transferred by two positive displacement hand pumps either to an elevated open storage tank connected to a number of glass tubes for free surface studies or to a plastic sink recessed into the working surface so that bench top experiments may be conducted without spillage. All excess water is returned to the storage tank via the sink drain.

DISCHARGE THROUGH ORIFICE METER APPARATUS

Specification: DISCHARGE THROUGH ORIFICE METER APPARATUS Discharge through orifice meter apparatus The apparatus consists of two pipelines emerging out from a common manifold. One pipeline contain a Venturi meter, second contains an Orifice. The pressure tapings from the Venturi meter and Orifice meter are taken to differential manometer to measure pressure difference. The Venturi meter and Orifice meter 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 floe rate. Flow rate of water is measured with the help of measured with the help of measuring tank and stop watch. EXPERIMENTS:- To determine the Co-efficient of discharged through Venturi meter and Orifice meter To measure discharge through Venturi meter and Orifice meter as flow meters. UTILITIES: - Water Supply Drain Electricity Supply: Single Phase, 220 VAC, 0.5 kW TECHNICAL SPECIFICATIONS: - Venturi meter: Material Clear Acrylic, Compatible to 1 Dia pipe Orifice meter: Material Clear Acrylic, Compatible to 1 Dia. Pipe Water Circulation: FHP Pump, Crompton / Sharp make Flow Measurement: Using Measuring Tank, Capacity 25 Ltrs. Sump Tank: Capacity 50 Ltrs. Stop Watch: Electronic Control Panel: On / Off Switch, Mains Indicator etc. Tanks will be made of Stainless Steel The whole Set-up is well designed and arranged in a good quality painted Structure

BEND METER TEST RIG

Specification: BEND METER TEST RIG Description: The apparatus consists of a pipeline that contains one Bend meter. The pressure tapings from the Bend meter is taken to differential manometer to measure pressure difference. 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. Experimentation: To demonstrate the use of Bend meter as flow meter. To determine co-efficient of discharge for given Bend meter. Product Details: Type: Assortment Set Voltage: 230 Volt (v) Material: Metal

STUDY OF PRESSURE MEASUREMENT APPARATUS

Specification: STUDY OF PRESSURE MEASUREMENT APPARATUS 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 system is established, with this set up, the working and operating principle of the pressure measuring devices can be studied. Product Description This is a board mounted model which demonstrates various types of pressure measurement devices used in common practice. Phase : Single Phase Usage/Application : Pressure Measurement Packaging Size : Box Voltage : 220 Volt Material : Stainless Steel Automation Type : Automatic

CENTER OF PRESSURE APPARATUS

Specification: CENTER OF PRESSURE APPARATUS The Centre of Pressure Apparatus has been designed to determine the static thrust exerted by a fluid on a submerged surface and allow comparison of the measured magnitude and position of this force with simple theory. A fabricated quadrant is mounted on a balance arm, which pivots on knife-edges. The knife-edges coincide with the centre of arc of the quadrant. Thus, of the hydrostatic forces acting on the quadrant when immersed, only the force on the rectangular end face gives rise to a moment about the knife-edges. The balance arm incorporates a balance pan for the weights supplied and an adjustable counterbalance. This assembly is mounted on top of an acrylic tank, which may be leveled by adjusting screwed feet. An indicator attached to the side of the tank shows when the balance arm is horizontal. Water is admitted to the top of the tank by a flexible tube and may be drained through a cock in the side of the tank. The water level is indicated on a scale on the side of the quadrant. LEARNING OBJECTS/EXPERIMENTATION: Determining the centre of pressure on both a submerged or partially submerged plane surface and comparison with the theoretical position. REQUIREMENT FOR OPERATION: Water Supply: Initial Fill Drain Bench Area Required: 0.5 m x 0.25 m TECHNICAL SPECIFICATION: Tank capacity: 5 litres (approx.). Distance between suspended mass & fulcrum: 275mm Cross-sectional area of quadrant (torroid): (100 x 100) mm 2Total depth of completely immersed quadrant: 160 mm Height of fulcrum above quadrant: 100 mm Instruction Manual: An ENGLISH instruction manual will be provided along with the Apparatus The whole set-up is well designed and arranged in a good quality painted structure. Control Panel: Standard make on/off switch, Mains Indicator etc.

WIND TUNNEL TEST RIG

Specification: WIND TUNNEL TEST RIG The Wind Tunnel is simple and safe in operation. It is supplied as a complete self-contained facility mounted on castors for ease of movement. Main equipment comprises the tunnel with a two-component balance system and an air speed indicator. Air enters the test section through a carefully designed contraction followed by an aluminum honeycomb flow straightened designed to ensure that the flow is steady in both magnitude and direction and has a flat transverse velocity profile. A low angle diffuser at the outlet end contributes to flow stability in the test section. A five bladed fan is located at the outlet of the diffuser section. The fan is driven by an AC motor supplied from an inverter speed control unit allowing smooth control of air speed. The parallel octagonal test section is manufactured from clear acrylic and may be retracted on rails to permit unobstructed access to the models. The two-component balance consists of a pair of balances supported on knife edges on mutually perpendicular axes parallel to and normal to the axial centre of the tunnel. Lift and drag components of force exerted on the models under test are balanced by sliding weights along the arms of the balance until a state of null deflection is reached. Graduations in units of force allow lift and drag to be read directly. The complete assembly is linked to a simple oil filled damping pot. Models are mounted on the balance within the working section and a protractor with cursor allows angles of incidence to be changed quickly and accurately while the tunnel is running. The accuracy of the tunnel and its instrumentation make it suitable for undergraduate and simple research work. Features:- Contraction and diffuser: precision glass fiber moldings Test section: clear acrylic, which retracts to permit access to the models. Adjustment of models can be made with the tunnel in operation. Fan: Variable-speed motor driven unit downstream of the working section permitting steeples control of airspeed between 0 and 26ms-1 Balance: Lift and drag Lift “ 7.0N, Drag “ 2.SN, Sensitivity ±0.01 N Air speed: Indicated on inclined manometer directly calibrated in m/s Support structure: A strong steel frame including working surface and fitted with castors for easy movement Demonstration and Measurement Capabilities:- A selection using the models and instrumentation provided are:- Investigation of the development of the boundary layer on a flat plate by measurement of the total head distribution Flow visualization studies around an aerofoil Measurement of pressure distribution around an aerofoil at various angles of attack Measurement of pressure distribution around a cylinder Measurement of lift and drag on an aerofoil with leading edge slot and trailing edge flap Velocity and pressure distribution measurements using a Pitot static tube and yaw probe Measurement of drag for a selection of models of different shapes but common equatorial diameter Demonstration of flutter of an aerofoil Calibration of the wind tunnel velocity indicator using a Pitot static tube and inclined manometer Investigation of the wake behind a cylinder or aerofoil using a wake survey rake Technical Specifications: - Suitable for undergraduate and simple research work. Working section: 304mm wide x 304mm high x 457mm long (octagonal cross- section) Contraction area ratio: 3:1 Motor rating: 1.SkW Flow visualization studies around an aerofoil and cylinder Measurement of pressure distribution around an aerofoil at various angles of attack or around a cylinder Measurement of lift and drag on an aerofoil with leading edge slot and trailing edge flap Velocity and pressure distribution measurements using a pitot static tube and yaw probe Measurement of drag for models of different shapes but common equatorial diameter Demonstration of flutter of an aerofoil Calibration of the wind tunnel velocity indicator using a pitot static tube Investigation of the wake behind a cylinder or aerofoil using a wake survey rake

DOUBLE STAGE AIR COMPRESSOR TEST RIG

Specification: DOUBLE STAGE AIR COMPRESSOR TEST RIG The present set-up is designed to study the Double Stage Air compressor. The set-up consists of a double stage reciprocating type air compressor. It is driven by a motor through a belt and pulley system. The drive motor is swinging field type and supplied with dial type spring balance which permits direct torque measurement. This arrangement facilitates the end user to calculate the power transmitted by the motor to the compressor, accurately. To calculate input power to the motor, an energy meter is provided and in this way, by knowing the input and output, efficiency of the compressor is calculated easily. The outlet of the air compressor is connected to air reservoir and suction is connected to another air manifold tank. The compressor draws air from this manifold tank which is provided with bellow at one side. This tank also has an orifice with manometer to observe and calculate the air flow rate. The compressed air from the outlet side of the compressor is stored in provided reservoir. The reservoir is equipped with Pressure Gauge, Control Valve, Safety Valve, Drain etc. A water cooled intercooler for air, in between both head, is provided to cool the hot and compressed air before entering the second stage. 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 pressure gauges. Product Specification Compressor: Double Stage, Double Cylinder, Capacity 6.9 CFM max. Working Pressure Max. 7 kg/cm2 Drive: 2 HP, Crompton/Standard make, Swinging Field type. Spring Balance: Dial type, 10 kg. Flow Measurement: Orifice meter with Manometer Temperature Measurement: RTD PT-100 type sensor (4Nos.)

PELTON WHEEL TURBINE TEST RIG

Specification: PELTON WHEEL TURBINE TEST RIG We are able to offer a wide range of Pelton Wheel Test Rig. It is manufactured using high grade raw material and innovative technology in compliance with globally accepted norms of quality. The offered range is widely acclaimed in the market, owing to its specific attributes like high efficiency and fine finishing. Our Clients can avail the pelton wheel test rig from us within stipulated time period. Features of Pelton Turbine Easy to functionality Sturdy construction Negligible maintenance Other Descriptions of Pelton Turbine The unit is designed to show students how an impulse turbine works and test its performance The turbine power is adjusted by means of the nozzle cross-section The experimental unit consists of the Pelton wheel, a needle nozzle used as control device (control flow rate), a rope brake dynamometer for loading the turbine and a housing with a transparent front panel The transparent cover enables you to observe the water flow, the wheel movement during operation The pressure at the turbine inlet is recorded with a pressure gauge A spring balance to measure brake power and a digital RPM indicator are attached to wheel shaft Thus, the mechanical power output of the turbine can be determined. Flow rate measurement are provided by orifice meter Specifications of Pelton Turbine Pelton Wheel: 300 mm Diameter with 18 Buckets Sump tank capacity: 200 liters High Grade Plastic Flow rate measurement: Orifice meter with Burdon type pressure gauge Pump: Monoblock type, 4 litre/sec, Head 20 mtrs; Motor 5 HP Piping with necessary Valves and Fittings Digital RPM Indicator Detailed Technical Manual and On-site Training

SUBMERSIBLE PUMP TEST RIG

Specification: SUBMERSIBLE PUMP TEST RIG FEATURES Characteristic curve of a Submersible pump Investigation of a Submersible pump Drive with variable speed via frequency converter Ball valve to adjust the head Manometers on the inlet and outlet side of the pump Digital display of speed and power Measuring the inlet and outlet pressure Determining the flow rate Recording the pump characteristics for different speeds Power and efficiency curves Measuring the electrical drive power Calculating the efficiency

BOUNDARY RAM TEST RIG

Specification: BOUNDARY RAM TEST RIG The test section of Boundary Layer Apparatus has been developed to perform various experiments of aerodynamics and fluid flow. This is a open circuit Wind Tunnel, provides a region of air flow. A layer of fluid, which comes in contact with the boundary surface, adheres to it on account of viscosity, as a real fluid flow past a solid boundary. As a result, no slip condition prevails. If the boundary is at rest, the fluid at the boundary has zero velocity and the velocity increases if the fluid is away from the boundary. Thus, there, is a thin layer in the vicinity of the boundary within which the velocity has been affected because of the boundary & viscous effects. This thin layer has been termed as the Boundary Layer. Learning Objectives/Experiments: To study the boundary layer velocity profile. To determine boundary layer thickness & displacement thickness. To determine the exponent in the power-law of velocity distribution. Required for Operation: Electricity supply: Single phase, 220V AC, 50 Hz, 5-15 amp combined socket with earth connection. Earth voltage should be less than 5 volts. Floor Area: 4 m x 1.5 m. Technical Specifications: Type: Open Type Wind Tunnel. Test Section: 200 mm x 200 mm. Blower: Compatible Capacity Motor: Compatible Capacity U Tube Manometer: Length 1 m. Pitot tube: Micro Pitot tube with scale arrangement The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure Control Panel: Standard make On/Off switch, Mains Indicator etc. RPM measurement: RPM Indicator with Proximity sensor.

MULTI STAGE CENTRIFUGAL PUMP TEST RIG

Specification: MULTI STAGE CENTRIFUGAL PUMP TEST RIG Country of Origin: Made in India Pump: 2 or 3 stage, capacity 2HP, speed 2800 RPM (MAX.) Drive: 2 HP DC motor swinging field type With speed control Spring balance: Dial type Sump tank: 800 x 500 x 400 mm size , Capacity 160 liters approx. (stainless steel material ) Measuring tank: 400 x 500 x 400 mm size, Capacity 80 liters approx., Fitted with Piezo-meter Tube scale.(stainless Medium flow: Clear water Gauge: One piece vacuum gauge And one piece pressure gauge Stop watch: Electronic type Pressure gauge: Bourdon type , range 0-4 kg/cm2 Vacuum gauge: Bourdon type , range 0-760 mm of Hg Tank material: (stainless steel material ) Pipe fitting: GI pipe.

DISCHARGE THROUGH VENTURI-METER & ORIFICE METER APPARATUS

Specification: DISCHARGE THROUGH VENTURI-METER & ORIFICE METER APPARATUS Voltage: 220-240V Body Material: Mild Steel Measuring Tank: 32 Liters Throat Diameter: 16 mm Sump Tank: 100 Liters Orifice meter Material: Clear Acrylic Compatible to 1 Inch

LAMINAR FLOW TABLE APPARATUS

Specification: LAMINAR FLOW TABLE APPARATUS Laminar Flow Table is an improved version of the classical Heel-Shaw apparatus with the addition of sinks and sources. It consists of two closely spaced sheets of laminated glass, arranged horizontally on a glass fiber molding. An inlet tank and discharge tank are incorporated in the molding, which is supported on a floor standing, metal frame. Three adjustable feet enable rapid leveling off the flow table. Eight miniature tapings, which may be used as sinks or sources, are arranged about the centre line of the lower glass plate in a cruciform configuration. A doublet is located at the centre of the pattern. A system of pipes, valves and manifolds enables any combination of the sinks and sources to be used. A row of control valves mounted above the flow table is used to adjust the flow through each individual source. A row of sink control valves is used to adjust the flow through each individual sink. A row of hypodermic needles attached to a manifold is positioned between the glass plates at the inlet edge. To visualize the flow of water between the glass plates dye is injected through the equally spaced needles. The position of each streamline is clearly indicated by the dye, which is supplied from a reservoir fitted with a flow control valve. A black reticule on a white background is printed on the underside of the lower glass plate to aid visualization of the streamlines. The patterns created by the potential flow may be recorded by tracing on the top glass sheet or by photography if required. A diffuser in the inlet tank and an adjustable weir plate in the discharge tank help to promote a uniform flow of water. Valves are incorporated in the base of these tanks to aid draining. The flow of water is controlled by an inlet flow control valve. A pressure regulator reduces the mains water pressure and helps to minimize variations in flow. The top glass plate may be raised at the front edge and retained in this position to enable models to be placed in the working section. A set of models are supplied for basic flow studies. These models are manufactured from plastic sheet and are trapped in the required position when the top glass plate is lowered. Alternative models can be fabricated from any convenient material and used to investigate the associated flow patterns. Two-dimensional laminar flow is created between the two glass plates by the combination of low fluid velocity and the narrow gap between the plates

METACENTRIC HEIGHT APPARATUS

Specification: METACENTRIC HEIGHT APPARATUS Metacentric Height Apparatus Complete with Collecting Tank: Edutek For the purpose of providing the best Metacentric Height Apparatus to our clients, we use raw materials of the finest quality and strictly as per the set industrial standards, the quality standard never deteriorates. Made available in the market at a very competitive price, the offered product of impeccable functionality and efficiency, is one of the best available in the market. Technical Specifications: Pontoon: Size 300 x 300 mm (approx.) with a Horizontal Guide Bar for aliding weight and Removable Strips, Graduated arc with Pointer with moveable hanger And set of weights Water Tank: Size 550 x 500x 400 mm (approx.)Front Window of Tank: Made of Glass/Perspex A set of weights is supplied with the apparatus Instruction Manual: An ENGLISH instruction manual will be provided along with the Apparatus Tanks will be made of Stainless Steel Pendulum and graduated are for accurate measurement of Tilt angle

SINGLE STAGE AIR COMPRESSOR TEST RIG

Specification: SINGLE STAGE AIR COMPRESSOR TEST RIG Product Description 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. Utilities Required: Tachometer to measure RPM Technical Details: Compressor: Single Stage, Capacity 4 CFM (max.) Manifold Tank: Suitable Capacity Flow Measurement: Orificemeter with Manometer Temp. Measurement: RTD PT-100 type sensor (2 Nos.) Pressure Gauge: Bourdon Type Energy measurement: Electronic Energy meter, L&T make. MCB: For overload protection.

FREE & FORCED VORTEX APPARATUS

Specification: FREE & FORCED VORTEX APPARATUS Free and Forced Vortex Flow apparatus offered by us has been painstakingly designed by our team of expert professionals. This apparatus enables the researchers to determine the shape of the vortex profile. With the accuracy of the results it provides, this apparatus is very popular in the market. Created using optimum quality materials and cutting edge technology, this delivers flawless performance. We subject it to quality tests based on multiple parameters before making it available to the customers. Range Of Experiments To visualize the forced & free vortex phenomenon. To plot the shape of vortex profile i.e. vertical height vs horizontal radius.

FORCED VORTEX APPARATUS

Specification: FORCED VORTEX APPARATUS Edutek is counted among the listed manufacturers, supply and exporters of premium quality forced vortex apparatus. The experimental set up consist of a circular transparent cylindrical tank in which four circumferential jets have been placed along the circumference of the cylinder near its bottom which helps in the formation of free vortex. It is assumed that the torque exerted by these jets is negligible. The Orifice is reducing bush so that a reduced diameter can be investigated. The plate can also be 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. Conditions wear allowed to steady state and the depth of flow at any particular point was observed not to change over a period of time. The experimental procedure involves measurement of resulting free surface that represents the variation of the sum of the pressure and datum head. Product Specification Cylinder: Material acrylic Diameter: 200 mm. approx. Height: 300 mm approx. Motor: Variable speed DC motor of compatible Probe: Made of stainless steel Cross slide: With scale reading in cm

AXIAL FAN TEST RIG

Specification: AXIAL FAN TEST RIG This equipment comprises of an Axial Flow Fan coupled to an AC Motor. A Pitot tube is provided in the delivery line of axial fan for static, dynamic and differential pressure measurement. Product Specification Type: Air Compressor Test Rig Usage/Application: College Laboratory Material: Stainless steel Automation Grade: Semi-Automatic Phase: Single Phase

FREE VORTEX APPARATUS

Specification: FREE VORTEX APPARATUS The experimental set up consist of a circular transparent cylindrical tank in which four circumferential jets are placed along the circumference of the cylinder near its bottom which helps in the formation of free vortex. It is assumed that the torque exerted by these jets is negligible. A pointer can be transversed horizontally & vertically across full diameter of the vessel so that water surface profile can be measure. Both axes contain graduations so that exact position of the pointer is known. The experimental procedure involves measurement of the resulting free surface that represents the variation of the sum of the pressure head and datum head. An arrangement is provided to drain the vessel. Experimentation: To plot the surface profile of a free vortex by measurement of the surface profile coordinates and to show that total energy is constant throughout vortex. Product Specification Country of Origin: Made in India Material: Stainless Steel Application: Laboratory Power Source: Electric Motor Flow Measurement: Using Rotameter

JET PUMP TEST RIG

Specification: JET PUMP TEST RIG Jet Pump Test Rigs setup is designed to study the performance of jet pump. Set up consists of a Mono-Block jet pump coupled with electrical motor, supply tank, measuring tank & pipe fittings for closed loop oil circulation. Pressure and Vacuum gauges are connected on delivery and suction side of pump for the purpose of measurement. The flow rate of water is measured using measuring tank and stop watch provided. Product Specification Power Source: Electric Voltage Supply: 230 V A.C. Water supply: Tap water connection

KAPLAN TURBINE TEST RIG

Specification: KAPLAN TURBINE TEST RIG Product Description Owing to our in-depth knowledge of this domain, we are specialized in providing Kaplan Turbine Test Rig. Other information: Kaplan Turbine Test Rig 1 Kw Capacity Kaplan Turbine Test Rig 2 Kw Capacity Product Specification Material: Iron Number of Phases: 3 Type: Air Compressor Test Rig Usage/Application: Test Ring Power: 1kw

SINGLE STAGE CENTRIFUGAL PUMP TEST RIG

Specification: SINGLE STAGE CENTRIFUGAL PUMP TEST RIG Product Specification Usage/Application : Laboratory Phase : 1Phase Voltage : 230Volts Material : SS Sump Tank Capacity : 140 Vacuum Gauge : 0-760 mm of Hg reputed/ standard make Pressure Gauge : 0-4 kg/Cm2 reputed/ standard make Product Description Standard make On/Off switch, Mains Indicator etc. Pump : 1 HP , Make: Kirloskar Motor : 1HP, DC Motor with drive Sump tank : 1200 x 300 x 400 mm, SS304 Collecting Tank : 300 x 300 x 600 mm, SS304 Pressure gauge : 0-4 kg/Cm2 reputed/ standard make Vacuum gauge : 0-760 mm of Hg reputed/ standard make Speed measurement : Digital speed Indicator Piezometer : A graduated glass tube ( graduation in cm) Input Power measurement : Energy meter(5-10A, 3Ph),BHEL/Bentex/equavalent Experimental Capability : input & output power, Efficiency Manual : Self-explanatory Instruction manual

FRANCIS TURBINE TEST RIG

Specification: FRANCIS TURBINE TEST RIG Francis Turbine is a reaction turbine, which was developed by an English born American Engineer Sir J. B. Francis. The water enters the turbine through the outer periphery of the runner in the radial direction and leaves the runner in axial direction and hence it is called a mixed flow turbine. As the water flows to the runner, a part of pressure energy goes on changing into kinetic energy. Thus the water through the runner is under pressure. The runner is completely enclosed in an air tight casing and the casing & runner is always full of water. The present set-up consists of a runner. The water is fed to the turbine by means of Centrifugal Pump, radially to the runner. The runner is directly mounted on one end of a central SS shaft and other end is connected to a loading dynamometer arrangement. The circular window of the turbine casing is provided with a transparent acrylic sheet for observation of flow on to the runner. This runner assembly is supported by thick cast iron pedestal. Load is applied to the turbine with the help of loading dynamometer arrangement so that the efficiency of the turbine can be calculated. A draught tube is fitted on the outlet of the turbine. The set-up is complete with guide mechanism. Pressure and Vacuum gauges are fitted at the inlet and outlet of the turbine to measure the total supply head on the turbine. A venturi meter with differential pressure manometer is provided to measure the discharge of water through the nozzle of turbine. Product Specification Speed: 1500 RPM (Approx.) Output Power: 3 kW. Discharge: 2000 LPM (Approx.) Supply Head: 20 m (Approx.) Runner: Curved Vanes Type. Dynamometer: Rope Brake Drum type, Drum Dia 300 mm.

DISCHARGE THROUGH VENTURI-METER ORIFICE METER & ROTA-METER APPARATUS

Specification: DISCHARGE THROUGH VENTURI-METER ORIFICE METER & ROTA-METER APPARATUS The present set-up is designed to study three type of flow measuring devices. These are orifice meter, Venturimeter and rotameter. The set-up also facilitates the end user to calculate fluid discharge through these devices. By determining the co-efficient of discharge of venturi meter and orifice meter, these devices can be used as a direct flow meter and can be installed in a fluid line. Rotameter is provided with a pre-calibrated scale. By passing a known flow of fluid through the rotameter and comparing this to provided scale reading, end user can recalibrate the rotameter. The apparatus consists of three pipe lines emerging out from a common manifold. All three pipe line has been installed with a test section. One has venturi meter, second has an orifice meter and third one is having a rotameter. The Venturi meter, Orifice meter and Rotameter are connected in parallel and any one of them can be put in operation by operating valves provided at the downstream. Pressure taping from venturi meter and orifice meter are taken out to pressurized differential pressure manometer. Present set-up is self-contained water re-circulating unit, provided with a sump tank, centrifugal pump etc. Water is pumped by means of centrifugal pump and passing through the test sections, it returns back to the sump which make the system re-circulating type. Flow of water is diverted either to measuring tank or sump tank with the means of a flow diverter, when needed. 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 with piezometer and stopwatch. The supplied set-up is complete in all respect. Only water supply and electricity supply is to be provided by the end user for running the set-up. Product Specification Venturi meter: Body Material Acrylic, compatible to 1 inch Dia. Pipe. Orifice meter: Body Material Acrylic, compatible to 1 inch Dia. Pipe. Orifice Plate: Made of Stainless Steel Rotameter: Glass Tube Rotameter. Water Circulation: 1/2 HP Pump, Crompton/Standard Make. Flow Measurement: Using Measuring Tank with piezometer Capacity 25 Ltrs. Sump Tank Capacity: 50 Ltrs.

PITOT TUBE SET-UP APPARATUS

Specification: PITOT TUBE SET-UP APPARATUS A Pitot tube is used to measure the local velocity at a given point in the flow stress. A pitot tube of standard design made of copper/SS is supplied and is fixed below vernies scale. The vernies scale is capable to measure the position of Pitot tube in transparent section. The pipe has a flow control valve to regulate the flow. A U-tube manometer is provided to determine the velocity head. 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. Product Specification Phase: Single Phase Material: Stainless Steel Current: 5-15 amp Frequency: 50Hz Voltage: 220V AC Floor Area Required: 1.5 x 0.75 m

FLOW THROUGH ORIFICE & MOUTH PIECE APPARATUS

Specification: FLOW THROUGH ORIFICE & MOUTH PIECE APPARATUS Product Specification Material: Mild Steel Finishing Type: Powder Coated ISO Certified: AN ISO 90012015 Product Description: Item code: MTS-3522 Our company offers optimum quality Orifice and Mouthpiece Apparatus at the most reasonable market price. This apparatus is manufactured under the supervision of expert professionals, using best quality raw materials. The apparatus manufactured by us is used for the purpose of measuring fluid flowing through an open channel. Offered apparatus is exclusively demanded in various hydraulic industries for accurate performance and hassle-free installation. Experiments: To determine the co-efficient of discharge of different Orifice and mouthpiece Utilities Required: Electric supply 0.5 kW, 220V AC, Single Phase Water supply Tap water connection BSP Distilled water @ 60 liters (optional) Floor Area with Drain facility Technical Specifications: Sudden Enlargement: From 13 mm to 23 mm Sudden Contraction: From 20 mm to 16 mm Electric supply: 0.5 kW, 220V AC, Single Phase

ELECTRICAL VORTEX APPARATUS

Specification: ELECTRICAL VORTEX APPARATUS A low-voltage, variable-speed motor rotates the vessel about its vertical axis. A speed-control unit (included), sited away from the main apparatus, controls the speed of rotation. Vortex Apparatus enables students to produce both free and forced vortices, and measure the vortex water surface profile. To produce a free vortex, students place a smaller, perforated transparent cylinder inside the main vessel. This forms an annulus into which a continuous water supply is directed. When the vessel rotates, water passes through the perforations and spirals slowly inwards to a small hole in the centre of the base of the vessel. The surface falls rapidly towards the centre and produces an air core. Students measure the surface profile using the traverse probe. The equipment consists of a transparent vessel on a support frame, which mounts on a hydraulic bench (Gravimetric or Volumetric Hydraulic Benches, H1 or H1D - available separately). It may also work with another suitable clean water supply and drain. To produce a forced vortex, students add water to the rotating vessel until it is about half full. A forced vortex forms. After a few minutes the vortex becomes constant, and students can measure the surface profile using the traverse probe. The traverse probe can move both horizontally and vertically, and both axes have linear scales. Students can also measure distribution of total head by replacing the traverse probe with a Pitot tube.

VARIABLE SPEED CENTRIFUGAL PUMP TEST

Specification: VARIABLE SPEED CENTRIFUGAL PUMP TEST Description: 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. Utilities Required: Water Supply. Drain. Electricity 1 kW, 220V AC, Single Phase. Floor Area 2 x 1 m. Technical Details: Pump: Kirloskar Make, Capacity 1 HP Speed 2800 RPM (max.), Head 12 m (max.) Medium Flow: Clear Water Drive: 1 HP DC Motor with Thyristor controlled DC drive for variable speed. Sump Tank: Capacity 110 Ltrs. Flow Measurement: Using Measuring Tank with Piezometer, Capacity 70 Ltrs. Stop watch: Electronic. Pressure Gauge: Bourdon type Control Panel Comprises of: RPM measurement: Digital RPM Indicator with Proximity sensor. Energy measurement: L&T make, Electronic Energy meter. Standard make On/Off Switch, Mains Indicator, etc.

NOZZLE METER TEST RIG APPARATUS

Specification: NOZZLE METER TEST RIG APPARATUS Nozzle meter test rig apparatus The apparatus consists of a Nozzle meter. The flow can be regulated by the valve provided at the downstream 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 Experiments To measure discharge through Nozzle meter and to calibrate it Utilities Required Electric supply 0.5 kW, 220 V AC, Single Phase Water supply Tap water connection. Experiment To determine the co-efficient of discharge for nozzle meter at different flow rates. Requirements Consisting of Transparent acrylic Nozzle meter, Manometer and Piezometer, 0.5 hp pump, Sump tank and delivery tank, Pressure tapping valves and controlling valves.

CAVITATIONS APPARATUS

Specification: CAVITATIONS APPARATUS The apparatus has been designed to demonstrate the phenomenon of cavitation. The present set-up consists of a test section made of Acrylic having conversion and diversion section. Pressure tapings at appropriate position are provided. This test section is having one control valve at upstream side to regulate the water flowrate. Two pressure gauges are connected to these taping which give the pressure readout at the time of flow passing through this test section. Present set-up is self-contained water re-circulating unit, provided with a sump tank, centrifugal pump etc. Water is pumped by means of centrifugal pump and passing through the test section, it returns back to the sump which make the system re-circulating type. Flow of water is diverted either to measuring tank or sump tank with the means of a flow diverter, when needed. 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 with piezometer and stopwatch. The supplied set-up is complete in all respect. Only water supply and electricity supply is to be provided by the end user for running the set-up. Product Specification Test Section: Material Acrylic Pressure Gauge: 0-4 kg/cm2 Vacuum Gauge: 0-760 mmHg Water Circulation: By Pump, Crompton/Standard make. Flow Measurement: Using Measuring Tank, Capacity 40 liters Sump Tank Capacity: 60 Ltrs. Stop Watch: Electronic

BERNOULLIS THEOREM APPARATUS

Specification: BERNOULLIS THEOREM APPARATUS Our organization is counted among the listed manufacturers, wholesalers and exporters of premium quality Bernoullis apparatus. Offered apparatus is precisely manufactured under strict supervision in compliance with industry laid parameters. These units consist of a rectangular transparent flow section through which water is to be flown. The velocity of water changes across the sectional area of channel changes. Experiments: To verify Bernoullis Theorem experimentally Utilities Required: Electric supply 0.5 kW, 220V AC, Single Phase Water supply Tap water connection BSP Distilled water 60 liters (optional) Floor Area with Drain facility Technical Specifications: Measuring Tank Capacity: 40 Ltrs. MOC SS fitted with Piezometer Tube & scale Electric supply: 0.5 kW, 220V AC, Single Phase Inlet Tank Capacity: 20 Ltrs. MOC SS Supply Tank Capacity: 85 Ltrs. MOC SS Piezometer Tubes: Material P.U. Tubes (9 Nos.)

REYNOLDSS APPARATUS

Specification: REYNOLDS™S APPARATUS It is manufactured at our unit by using highest quality materials under the guidance of the experts. This is extensively used to illustrate laminar, transitional and fully turbulent pipe flows. It also determines the conditions under which the flow occurs. Reynolds Apparatus can be availed by our customers at an economical price. Features: Accurate result Enhanced functional life Easy to use Product Specification Frequency: 50 Hz Voltage: 220 Volt Phase: Single Phase Current: 5-15 amp

DARCYS LAW APPARATUS

Specification: DARCYS LAW APPARATUS The set-up consists of a cylindrical test section filled with pourous medium. Pressure tappings are provided in the test section to measure the pressure drop with the help of differential manometer. Present set-up is self-contained water re-circulating unit, provided with a sump tank and a centrifugal pump etc. Flow control valve and bypass valve are fitted in water line to conduct the experiment on different flow rates. Flow rate of water is measured with the help of rotameter. Product Specification Usage/Application: LAB EXPERIMENT Material: Stainless Steel Phase: Single Phase Country of Origin: Made in India

GEAR PUMP TEST RIG

Specification: GEAR PUMP TEST RIG Being the leading names in the industry, we offer our clients an extensive range of Gear Pump Test Rig that is manufactured with utmost accuracy. The Gear Pump Test Rig consists of a gear pump driven by electric motor. Our entire product range is quality assured in nature. They are as per the set industrial standards and are delivered at most affordable rates. Features: High efficiency Optimal performance Sturdy construction

CENTRIFUGAL BLOWER TEST RIG

Specification: CENTRIFUGAL BLOWER TEST RIG This equipment comprises of a Centrifugal Blower coupled to a Motor. Three interchangeable impellers with forward, backward and radial vanes are provided with the test rig. A Pitot tube is provided in the delivery line of blower for static 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 Blower. Product Specification Usage/Application: Laboratory Equipment Variable Speed: Dc Motor with Thyristor Controlled Dc Drive Blower: Centrifugal, Forced Draft Type Impeller (3 Nos.): Forward Curved, Backward Curved & Radial Curved Pilot Tube (With Manometer): For Static, Dynamic & Differential Pressure Measurement Stop Watch: Electronic Energy Measurement: Electronic Energy Meter, L&t Make

RECIPROCATING PUMP TEST RIG

Specification: RECIPROCATING PUMP TEST RIG 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 an 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 Discharge Vs Pump efficiency

SERIES & PARALLEL CENTRIFUGAL PUMP TEST

Specification: SERIES & PARALLEL CENTRIFUGAL PUMP TEST Product Description The setup comprises of two centrifugal pumps assembly with interconnecting pipe works. It is installed with necessary pressure gauges and flowmeter for pump performance study. This unit is mounted on a support plate which can be used in a stand-alone operation. The apparatus aims to study the operating behavior of centrifugal pumps as a single pump; in series condition; in parallel condition; capture various pump characteristic curves and pump efficiencies Specifications: Pump (2 units) Type: Centrifugal Pump; Max head: 21 meters of Water; Max flow: 90 LPM Reservior Tank: Cylindrical, transparent tank; Volume: 20 L Pressure gauge: Delivery side: 0 to 7 bar; Suction side: 0-760 mm of Hg Flow Rotameter Size: 1 Range : 0 to 150 LPM Digital Energy meter to measure input power Digital RPM Indicator Variable Frequency Drive Emergency Switch Detailed technical manual

Centrifugal Pump Trainer

Gas Turbine With Power Turbine

Absorption Refrigeration Trainer

Secondary Controllers In Refrigeration Systems

Model Of A Simple Air Conditioning System

Maintenance Set

Ice Stores In Refrigeration

Refrigeration Laboratory Workplace

Electrical Installation In Refrigeration Systems

Refrigeration Components For Advanced Experiments

Evaporator Control With Electronic Expansion Valve

Introduction To Refrigeration

Refrigeration Components For Basic Experiments

Tool Set

Electrical Faults In Simple Air Conditioning Systems

Replacement Of Refrigeration Components

Set Of Accessories

Refrigerator Model

Refrigerant Filling And Evacuation Equipment

Training Panel Function Of Gas Heater

Simple Compression Refrigeration Circuit

Model Of A Refrigeration System And Freezing Stage

Heat Exchangers In The Refrigeration Circuit

Absorption Refrigeration System

Capacity Control And Faults In Refrigeration Systems

Safety Devices Training Panel

Energy Efficiency In Refrigeration Systems

Hydronic Balancing Of Radiators

Refrigeration System With Open Compressor

Heat Pump Trainer

Changes Of State In The Refrigeration Circuit

Refrigeration System And Freezing Chamber

Split System Air Conditioner

Heat Pump For Cooling And Heating

Domestic Heating System Control Training Panel

Air Conditioning Model

Domestic Heating Boiler

Refrigeration Training System, Base Unit

Forced Air Gas Burner Training Panel

Compression Refrigeration System

Refrigeration Circuit With Variable Load

Air Conditioning System Model

Experiments With A Centrifugal Pump

Hydraulic Circuit With Centrifugal Pump

Pressure Losses In Pipe Elements

Losses In Pipe Bends

Flow Meter Trainer

Electromagnetic Flow Meter

Experiments With A Reaction Turbine

Experiments With A Gear Pump

Water Hammer In Pipes

Plastic Tank With Submersible Pump

Losses In Pipe Elements

Experiments With A Piston Pump

Thermal Expansion Training Panel

Experiments With An Action Turbine

Experiments With A Radial Fan

Four-Way Mixing Valve Training Panel

Supply Bench For Training Panel

Losses In A Pipe System

Experiments With An Axial Turbine

Orifice Plate Flow Meter With Transducer

Rotameter .

Expansion Vessel Training Panel

Paddle Wheel Flow Meter

Losses In Different Pipes

Centrifugal Pumps Series And Parallel Connecte

Impulse Turbine

Two-Stage Axial Fan

Experiments With An Axial Fan

Hydraulic Turbo Machines with Peloton Turbine

Fluid Mechanics Laboratory Module

Vortex Flow Meter

Principle Of A Francis Turbine

Hydrostatic Pressure In Liquids

Measurement Of Jet Forces

Hydrostatics Trainer

Methods Of Flow Measurement

Visualisation Streamlines Open Channel

Vortex Formation

Bernoulli's Principle

Potential Flow

Pipe Friction For Laminar Flow

Hydraulic Ram Pump

Series And Parallel Configuration Of Pumps

Fundamentals Of Water Flow

Demonstration of Pelton Turbine

Pitot Static Tube

Centrifugal Pump

Pipe Networks

Determination Of Settling Velocity

Vertical Flow In A Tank

Energy Losses In Piping

Plate Weirs For Hydraulic Bench

Losses In A Pipe System

Calibration Of Pressure Gauges

Supersonic Wind Tunnel With Schlieren Optics

Aerodynamics Trainer

Francis Turbine

Visualisation Of Streamlines

Pressure Distribution On A Cylinder

Drag Forces

Reaction Turbine

Measurement Of Boundary Layer

Universal Drive And Brake Unit

Francis Turbine Trainer

Axial Flow Turbo Machines

Open Wind Tunnel

Oil Pump Supply Unit

Side Channel Pump

Computerized Water Pumps Assembly Testing Bench With Transparent Head D.C. Motor Assembly

Mini-Hydroelectric Power Station With Pelton Turbine Computerized

Sharp Crested Weir With Rectangular Section

Parshall Channel

Computerized Pump And Hydraulic Turbine Study Unit

Different Roughness Channel Beds

Pitot Tube Speed Meter

Trapezoidal Flume Wsc

Computerized Pelton Turbine Study Unit Bench Top Model

Spillway .

Kaplan Turbine Trainer

Siphon Spillway

Sharp Crested Weir With Pressure Tap

Projection Flow Meter

Sharp Crested V-Notch Weir

SHARP CRESTED WEIR WITH FREE SECTION AND PRESSURE TAPPING

Orifice Outflow Study

Operating Principle of Pelton Turbine

Calibration Of Notches

Apparatus For Flow Rate Measurement With Head Pump

Weir Tank

Woltmann Flow Meter

Lab Stroboscope

Hydraulic Bench With Transparent Variable Speed Pump

Francis Turbine

Hydrogen Bubble Flow Visualisation System

Apparatus For Pressure Gauge Calibration

Hydrodynamics Kit

Bernoulli's Theorem And Implications

Sharp Edged Broad Crested Weir

Venturi Channel

Hydrostatic Kit

Vertical Sluice Gate

Crump Weir

Series And Parallel Centrifugal Pump Test Set

Flow Measurements

Osborne Reynolds Experiment

Set Of Bends, Valves And Connections

Centrifugal Pumps Study Unit

Two Stage Axial Flow Fan

Rainfall Hydrograph

Compressible Flow Banch

Pelton Wheel Turbine Apparatus

Flowmeter Measurement Apparatus

Basic Metacentric Height Apparatus

Francis Turbine Apparatus

Air Flow Studies Apparatus

Hydrostatic Pressure Apparatus

Osborne Reynold Demonstration Apparatus

Orifice and Free Jet Flow Apparatus

Energy Losses in Pipes Apparatus

Flow Over Weirs Apparatus

Water Hammer Apparatus

Hydraulics Bench

Laminar Air Flow Table

Fluid Friction Measurements

Computer Interfaced Fluid Machines

Impact of Jet of Water Apparatus

Laminar And Turbulent flow Apparatus

Plunger Pump Demonstration Unit

Centrifugal Pump Test Rig

Venturimeter .

Orifice and Mouthpiece Apparatus

Compressible Flow Bench

Francis Turbine Test Rig

Axial Flow Impulse Turbine

Flow Meter Demonstration Unit

Flow Through Non Circular Pipe

Free and Forced Vortex Flow Apparatus

Orifice Discharge Apparatus

Losses Due To Friction In Pipe Line

Hydraulic Bench

Kaplan Turbine Test Rig

Bernoullis Theorem Demonstration

Orifice Meter Apparatus

Bernoullis Apparatus

Series and Parallel Pumps

Pelton Turbine

Cavitation Demonstration Unit

Reynolds Apparatus

Pressure Drop Through Packed Bed

Drag Coefficient Apparatus

Fluidized Bed Dryer

Free Forced Convection System

Flow Measurement Apparatus

Metacentric Height Apparatus

Computerized Venturi Meter

Flow Through Circular Pipe

Fluid Friction Apparatus

Centrifugal Pump Test Rig

Fluid Mechanics Lab Apparatus

Rotameter Apparatus

Notch Apparatus

Impact Of Jet Apparatus

Impact Of A Jet

Computerized Flow Meter