Fluid Mechanics, Hydraulic Machines, Equipments for Civil Engineering, Wind Tunnel, Strength of Material, Measurement Lab, Stress Analysis Lab, Material Handling Equipments, Steam Lab, India

HYD-001 METACENTRIC HEIGHT APPARATUS

a. Semi circular sectioned hollow ship model, provisions for loading
    as cargo & war ship. Fine arrangement for accurate angle
    measurement. Extra weight in metric units for the tilling couple to
    determine the metacentric height.
b. M.S. collecting   tank   of size 0.5 m x 0.5 x 0.3 m with a drain
     plug for floating model ship.

HYD-002 REYNOLD’S APPARATUS.

a. M.S. supply tank of size 0.5 m x 0.5 m x 0.8 m with drain, small
    tank for supply of colored liquid, an elliptical inlet to the
    30 mm. dia. glass tube of 1 m. length & control valve.
b. Strong iron stand to support the unit.
c. M.S. collecting tank of size 0.3 m x 0.3 m x 0.6 m with glass tube,
    scale fitting, a drain valve of 25 mm size & a bend.

HYD-003 ARCHIMEDE’S PRINCIPLE

Specific Gravity Tester - balance based on the principle

Archimede’s for the range of 0.9 - 3 Kg. Useful to test the

gravity of Rubber & Rubber like materials.

HYD-004 IMPACT OF JET APPARATUS

a. High efficient G.M. Nozzle fitted to 25 mm pipe supply line with a
    control valve, enclosed in a structural housing with leak proof
    transparent sides, a different lever with adjustable no load, screw
    mechanism & set of dead weights to measure the force. A side door
   for easy access on nozzle & vanes. Brackets to hold different types
   of vanes, suitable pressure.
b. Strong iron stand to support the unit.
c. M.S. collecting tank of size 0.45 m x 0.45 m x 0.7 m with gauge
    glass & scale fitting, drain valve of 2” size & a bend.
d. 2 G.M. Nozzles with inside section as :
    1. Straight taper.
    2. Curved taper.
5 G.M. Vanes of shapes.
1. Semi circular vane angle of deflection 180^o.
2. Curved vane angle of deflection 135^o
3. Horizontal flat vane angle of deflection 90^o
4. 60^o inclined flat vane
5. 30^o inclined flat vane.

OPTIONAL :
i. 1 HP High Head Centrifugal Pump ( Monoblock)
ii. Water Sump For Closed Circuit System.

HYD-005 BERNOULLIS THEOREM APPARATUS

a. Supply   &   receiving   chambers   with scale & glass tube fittings
    for   the   measurement of total potential head, & interlinking duct
    mead of thick transparent perspex sheet smooth variable cross
    section, quality glass piezometer tubes   to   measure the pressure
    head along the duct, & a flow control valve.
b. Strong iron stand for supporting the equipment.
c. M.S. Collecting Tank of Size 0.3 m x 0.3 m x 0.6 m gauge glass
     scale fittings & a drain valve of 1” size & bend.

OPTIONAL :
i. 1 HP High Head Centrifugal Pump ( Monoblock)
ii. Water Sump For Closed Circuit System.

HYD-006 PITOT TUBES

a. Precision type Prandle Pitot Tube, nickel plated to measure the total
    pressure head & velocity head static head with calibration chart to read
    velocity head static head.
b. Different Manometer for measurement of pressure

HYD-007 PITOT CYLINDERS

a. Three holed   pitot to find the direction of flow & velocity of the fluid.
    Nickel plated cylindrical shape 0.5 length.
b. A special type 3 limb manometer for pressuremeasurement from the three
    tappings for the probes.

HYD-008 PITOT TUBE APPARATUS.

(Closed Circuit System)
The unit consists of :
a. Pitot Tube for 1” pipeline.
b. Pipe line for pitot tube.
c. 1 HP high head monoblock.
d. 1 m height double column differential manometer.
e. Measuring tank 100 Ltr. capacity.
f. Supply tank 250 Ltr. capacity.

HYD-009 CALIBRATION OF VENTURIMETER.

(Closed Circuit System)
The unit consists of :
a. Ventirimeter 1” size with 2 G.M. valves.
b. 1 m Double column differential manometer (without Mercurry)
c. Measuring tank 85 Ltr. capacity.
d. Supply tank of 50 ltr. capacity.
e. ½ HP high head monoblock for water circulation.
f. Strong iron stand to support the structure.
g. Instruction manual 1 copy.

HYD-010 CALIBRATION OF ORIFICEMETER.

(Closed circuit system)
The unit consists of :
a. Orificemeter 1” size with 2 G.M. valves.
b. 1 m Double column differential manometer (without Mercurry)
c. Measuring tank 85 Ltr. capacity.
d. Supply tank of 50 ltr. capacity.
e. ½ HP high head monoblock for water circulation.
f. Strong iron stand to support the structure.
g. Instruction manual 1 copy.

HYD-011 CALIBRATION TEST RIG FOR MEASURING DISCHARGE OF

WATER THROUGH VENTU-

RIMETER & ORIFICEMETERS.

a. i One set of 3 G.M. Venturimeter of size.
1. 50 mm. inlet dia.
2. 40 mm. inlet dia.
3. 25 mm. inlet dia.
d/D ratio = 0.6.

ii. One set of 3 G.M. Orificemeter of size
1. 50 mm. inlet dia.
2. 40 mm. inlet dia.
3. 25 mm. inlet dia.
d/D ratio = 0.6.

b. G.I. Piping system for mounting the Venturimeters & Orificemeters. Each pipe having the respective Venturimeters, & Orificemeters, the pressure tappings with quick change over cocks connected to a common middle chamber which in turn connected to the manometer &
G.M. gate valve.

c. M.S. collecting tank of size 0.45 m x 0.45 m x 0.7 m with gauge
glass & scale fitting, drain valve of 8” size & a bend.

d Strong iron stand for supporting the equipment.

e. Differential manometer of 1 m. height. (without mercury)

OPTIONAL :
i. 3 HP high speed centrifugal pump ( Monoblock)
ii. Water sump for closed circuit system

HYD-012 CALIBRATION OF ORIFICEMETER, VENTURIMETER

& ROTAMETER TEST RIG

(Closed circuit system)
The setup consists of :

a. Orificemeter : 1” size with 2 G.M. cocks.

b. Venturimeter : 1” size with 2 G.M. cocks.

c. Rotameter : 1” size with 4.2 to 42 LPM.

d. Water sump : 150 Ltr. capacity for close circuit system.

e. Measuring Tank : 300 x 300 x 450 mm size with drain valve
& gauge glass fitting.

f. Manometer : 1 m height differential manometer without mercury

g. Water pump : ½ HP for water circulation.

h. Instruction manual : 1 Copy.

HYD-013 CALIBRATION TEST RIG FOR MEASURING

DISCHARGE OF WATER THROUGH

ORIFICEMETERS.

a. One set of 3 G.M. standard Orificemeter of size.
1. 50 mm dia.
2. 40 mm dia.
3. 25 mm dia.
d/D Ratio = 0.6

b G.I. Piping system for mounting the Venturimeters & Orificemeters. Each pipe having the respective Venturimeters, & Orificemeters, the pressure tappings with quick change over cocks connected to a
common middle chamber which in turn connected to the manometer & G.M. gate valve.

c. M.S. collecting tank of size 0.45 m x 0.45 m x 0.7 m with gauge glass & scale fitting, drain valve of 8” size & a bend

d Strong iron stand for supporting the equipment

e. Differential manometer of 1 m. height. (without mercury)

OPTIONAL :
i. 3 HP high speed centrifugal pump ( Monoblock)
ii. Water sump for closed circuit system.

HYD-014 FLOW THROUGH NOZZLES.

(Closed circuit System)

a. 25 mm inlet dia. Gunmental Nozzle.

b. G.I. piping system for mounting the nozzle. Pressure tappings with quick change over cocks connected to the manometer & G.M. gate valves as flow control valve.

c. M.S. collecting tank of size 0.3 m x 0.3 m x 0.6 m with gauge
glass & scale fitting, drain valve of 2” size & a bend.

d Strong iron stand for supporting the equipment.

e. Differential manometer of 1 m. height.(without mercury)

f. Centrifugal pump of 1 HP capacity (High Head).

HYD-015 POWER TRANSMISSION THROUGH NOZZLES.

(Closed circuit system)

a. 40 mm inlet dia. Gunmetal Nozzle.

b. G.I. piping system for mounting the nozzle. Pressure tappings with quick change over cocks connected to the manometer & G.M. gate valves as flow control valve.

c. M.S. collecting tank of size 0.4 m x 0.4 m x 0.7 m with gauge glass & scale fitting, drain valve of 2” size & a bend.

d Strong iron stand for supporting the equipment.

e. Differential manometer of 1 m. height.(without mercury)

f. Centrifugal pump of 1 HP capacity (High Head).

HYD-016 PIPES IN SERIES.

a. Pipes in series of 25 mm dia. x 2 m, 40 mm dia. x 2 m, 25 mm dia. x 1 m in sequence.

b. For each pipe 2 G.M. cocks at 1.5 m distance & tappings connected to manifold from there manometer.

c. Differential manometer of 1 m. height. (without mercury)

d. M.S. collecting tank of size 0.4 m x 0.4 m x 0.7 m with gauge glass & scale fitting, drain valve of 2” size & a bend.

e. Strong iron stand for supporting the equipment.

f. Centrifugal pump of 1 HP capacity (High Head).

OPTIONAL :
i. Water sump for closed system

HYD-017 PIPES IN PARALLEL.

a. Pipes in Parallel of 40 mm dia x 2 m x 3 Nos with inlet & outlet
header.

b. For each pipe 2 G.M. cocks at 1.5 m distance & tappings connected to maniflod from there manometer.

c. Differential manometer of 1 m. height.(without mecurry)

d. M.S. collecting tank of size 0.4 m x 0.4 m x 0.7 m with gauge glass & scale fitting, drain valve of 2” size & a bend.

e. Strong iron stand for supporting the equipment.

f. Centrifugal pump of 1 HP capacity (High Head).

OPTIONAL :
i. Water sump for closed system.

HYD-018 POWER TRANSMISSION PIPES.

This setup consists of :

a. Seamless pipe of dia. 40 mm. With G.M. cocks & tappings at different intervals. Tappings are connected separately to middle chambers which in turn connected to the manometer for easy change over.

b. Strong iron stand for supporting the equipment.

c. M.S. collecting tank of size 0.6 m x 0.6 m x 0.8 m with gauge glass & scale fitting, drain valve of 2” size & a bend.

d. Differential manometer of 1 m. height.

e. Centrifugal pump of 1 HP capacity (High Head).

OPTIONAL :
i. Water sump for closed system.

HYD-019 PIPE FRICTION APPARATUS.

a. Piping circuit with 3 G.I. pipes lines of sizes 40 mm, 25 mm.&
15 mm. dia. with G.M. cocks tappings, at 2.5 m distances. Tappings
are connected separately to middle chambers which in turn connected to the manometer for easy change over control size.

b. Strong iron stand for supporting the equipment.

c. M.S. collecting tank of size 0.6 m x 0.6 m x 0.8 m with gauge glass & scale fitting, drain valve of 2” size & a bend.

d. Differential manometer of 1 m. height.

e. Centrifugal pump of 1 HP capacity (High Head).

OPTIONAL :
i. 2 HP high head (Monoblock)
ii. Water sump for closed circuit system.

HYD-020 APPARATUS FOR DETERMINATION OF LOSSES IN

PIPE LINES DUE TO SUDDEN ENLARGEMENT,

CONTRACTION BENDS & ELBOW.

a. A battery of G.I. pipes about 3 m long nominal diameters 40 mm,
25 mm & 15 mm, bend, elbow, sudden enlargement, sudden contraction & fitted to the pipe lines, separate flow control valves pipe lines. Separate upstream & downstream pressure feed tubes are
connected to a middle chambers which in turn connected to manometer.

b. Strong iron stand for supporting the equipment.

c. M.S. collecting tank of size 0.4 m x 0.4 m x 0.7 m with gauge glass & scale fitting, drain valve of 2” size & a bend.

d. Differential manometer of 1 m. height (without mercury).

e. Centrifugal pump of 1 HP capacity (High Head).

OPTIONAL :
i. 2 HP high head (Monoblock)
ii. Water sump for closed circuit system.

HYD-021 FREE & FORCED VORTEX FLOW APPARATUS.

a. A free vortex flow apparatus consists of a center bottom discharge vessel of 60 Ltr. capacity jacket by outer vessel of 80 Ltr. capacity perforated at the top. A centrifugal pump of 1.5 HP connected to main sump of 120 Ltr. capacity with drain provided.

b. A forced vortex flow apparatus consists of a glass vessel of 1.5 Ltr capacity with mangnet used as external forced body moved by magnetic coupling. The speed can be adjusted by a regulator. The centrifugal head generated by forced vortex flow can be calculated.

HYD-022 APPLICATION OF MOMENTUM EQUATION.

a. A propeller of 250 mm dia. driven by 2800 RPM. 3 HP (D.C.) motor hubbed in a circular pipe of 260 mm dia. for 2.5 m. length.

b. A multi column inclined tube manometer with engraved scale is
fitted on wooden board & has titting facility with digree of inclination scale.

c. Digital anemometer for velocity measurement.

d. (D.C.) variable speed drive with control panel including, amperemeter, voltmeter, fuses & switches.

HYD-023 HAMMER BLOW / WATER HAMMER TEST RIG.

a. Water supply tank of size 0.6m x 0.6m. x 0.1m. with diffusor inlet supply line gauge glass & a scale fittings over flow arrangement drain cock, supply line of 50 mm dia. & 6 m. length with coupling at both end to connect the supply tank to the bottom valve & vertical pipe line, with control.

b. Pitot tube & differential manometer for measurement of velocity head.

c. Rising pipeline with glass cylinder at the top.

d. Strong iron stand for mounting the supply tank.

e. Stop clock.

OPTIONAL :
i. 2 HP high head centrifugal pump ( Monoblock)

HYD-024 EQUIVALENT LENGTHS OF PIPES & FITTINGS.

(Close circuit system)

The apparatus is designed to illustrate the quantitative relationship between rates of flow & pressure difference. Power requirements of
the system can thus be established. M.S. water sump of 150 Ltr. capacity, water measuring tank of 85 Ltr. capacity & ½ HP pump set will be provided.

In this system following fittings are considered.

a. Threaded elbows.

b. Threaded tees.

c. Coupling.

d. Union.

e. 45^o elbow.

f. Gate valve.

g. Globe valve.

h. Non return valve.

HYD-025 FLOW THROUGH HELICAL COILS.

The set up consists of a tank & a small centrifugal pump with rotameter to measure the flow of water & a coil of 15 Cm dia. & 10 coils of ½ “ ID with gate & pressure & flow measuring device suitable to above test rig.

HYD-026 APPARATUS FOR DETERMINATION OF CO

-EFFICIENT OF DISCHARGE OF RECTANGULAR

NOTCHES.

a. M.S. storage tank of size 0.2 m x 0.2 m x 0.3m provided with 4 sets of baffles & sieves for steadying water supply fixing arrangement for interchangeable notches.

b. Strong iron stand for supporting the equipment.

c. M.S. collecting tank of size 0.4 m x 0.4 m x 0.7 m with gauge glass & scale fitting, drain valve of 2” size & a bend.

d. A set of 2 notches 30 cm x 20 cm size made of brass plate.

1. Rectangular Notch.

2. Cippolitti Notch.

e. 30 cm. hook gauge with provision for fitting.

OPTIONAL :
i. 2 HP high head (Monoblock)
ii. Water sump for close circuit system.

HYD-027 APPARATUS FOR DETERMINATION OF

CO-EFFICIENT OF DISCHARGE OF V NOTCHES.

a. M.S. storage tank of size 0.2 m x 0.2 m x 0.3m provided with 4 sets of baffles & sieves for steadying water supply fixing arrangement for interchargable notches.

b. Strong iron stand for supporting the equipment.

c. M.S. collecting tank of size 0.4 m x 0.4 m x 0.7 m with gauge glass & scale fitting, drain valve of 2” size & a bend.

d. A set notches 30 cm x 20 cm size made of brass plate.

1. 90^o V Notch.

2. 120^o V Notch.

3. Trapezodial Notch

e. 30 cm. hook gauge with provision for fitting.

OPTIONAL :
i. 2 HP high head (Monoblock)
ii. Water sump for close circuit system.

HYD-028 HYDRAULIC FLUME (Tilting Type)

a. M.S. hydraulic flume of size 1.0 m ht x 0.6 broad x 25 m long titiling type with transparent walls at the section for visual observation of the flow pattern. Steadying arrangement with baffles 5 Nos. in the receiving chamber to streamline the flow. The upstream & the downstream sections are provided with 2 Nos. of fine gates with rack (G.M). The slope of the flume ranges upto ± 1/50 to 2%. The flume is provided with following extra replacement accessories to conduct different type of experiment.

1. Rectangular Notch.

2. V Notch.

3. Suppressed Weir.

4. Spill way.

5. Broad crested weir.

6. Venturimeter.

b. Centrifugal pump size 4” x 4” for supply of water for the flume 10 HP
induction motor 440/400 V 3 phase AC supply, switch & starter.

c. Piping system & foot valve.

d. Adjustable trolley wheel & a standard hook gauge 0.6 m height.

e. 4” G.M. Venturimeter & differential manometer of 1 m height to
determine the discharge.

HYD-029 HYDRAULIC FLUME (Tilting Type).

(Perapes sheet walled ) Tilting Type.

a. Hydraulic flume of size 30 cm. wide, 40 cm. deep & 10 cm long
with transparent sides of thick perspe sheet plates for length of 6 m on both sides for visual observation of flow pattern fixed nearly to M.S. angle frame section rubber packing, the inlet section is provided with flow. The upstream & the downstream section are provided with 2 Nos. of fine gates with rack (G.M). The slope of the flume ranges upto ± 1/50 to 2%. The tilling arrangement is operated by an electric motor drive for both forward & backward slope settings. The flume is provided with following extra replacement accessories to conduct different type of experiments

1. Rectangular Notch.

2. V Notch.

3. Suppressed Weir.

4. Spill way.

5. Broad crested weir.

6. Venturimeter.

b. Centrifugal pump size 4” x 4” for supply of water for the flume 10 HP induction motor 440/400 V 3 phase AC supply, switch & starter.

c. Piping system & foot valve.

d. Adjustable trolley wheel & a standard hook gauge 0.6 m height.

e. 4” G.M. Venturimeter & differential manometer of 1 m height to determine the discharge.

HYD-030 CAVITATION TEST RIG

Cavitation teat rig consists if a closed circuit system 2 cylindrical vessels of size 0.5 m & 0.6 m dia. 1.5 heights, made of M.S. sheets. The vessels are connected by 2 pipes lines of 2 ½ “ & 2” to another vessel. The vessels are placed at 3 m. apart a centrifugal pump set connected in series with the bottom pipe line to move water. The top pipe line to move water. The pipe line includes a 2 ½ “ size transparent venturimeter for visualisation growth of the cavitation. Both the pressure gauges are mounted on the vessel. The teat ring includes 2½ “ x 2½” centrifugal pump & 5 HP motor with switch & starter. Two limb G. M. Manometer at throat & the atmospheric pressure. The differential manometer at the inlet & at the throat. The 2½ “ G.M. venturimeter (without mercury) to measure the discharge & to determine the velocity. Various types of probes to inlet the cavitation.

HYD-031 MANOMETER

Manometer are mounted on the polished teak wood stand (withoutmercury). The reservoir & receiving chambers are fitted 1with thick glass tubes.

1. Differential Manometer double column type.

a. 0.3m height.

b. 0.5 height.

c. 1.0m height.

2. Inclined Manometer.

a. 0.5 height.

b. 1.0m height.

HYD-032 PIZOMETERS

Pizometers for measurement of static pressure in pipe lines. Scale fitting, quick change G.M. cock.

a. 30 cm length.

b. 45 cm length.

c. 60 cm length.

HYDRAULICS MACHINES SECTION (PUMPS )

HYD-041 RECIPROCATING PUMP TEST RIG. (VARIABLE SPEED).

a. Reciprocating Pump Set suitable for pump test at variable speeds size 1” x 1” to discharge 220 GHP at 40 m. head, electric motor of capacity 1 HP three phase Ac 440 V. Drive from motor to pump is given by a variable reduction pulley belt drive, special arrangement for quick alteration of speed. Additional special large air vessel is provided.

b. Variable speed arrangement by reduction Pulley.

c. Pressure gauge, Vaccum gauge & Foot valve.

d. Energy meter, switch, starter & stop clock.

e. Measuring tank of size 0.3 m. x 0.3 m. x 0.6 m with scale fitting & 1 “ drain valve

HYD-042 CENTRIFUGAL PUMP TEST RIG ( SINGLE STAGE).

a. Centrifugal pump of size 2” x 2” to discharge 150 LPM at 30 m. coupled to 5 HP motor total head 35 m. The characteristics being supply at different speeds against different heads.

b. Variable speed arrangement by reduction Pulley.

c. Pressure gauge, Vaccum gauge & Foot valve.

d. Energy meter, switch, starter & stop clock.

e. Measuring tank of size 0.45 m. x 0.45 m. x 0.75 m with scale fitting & 2 “ drain valve

OPTIONAL :
i. Tachometer Analog. (for RPM measurement).

HYD - 043 COMPUTERISED CENTRIFUGAL PUMP TEST RIG.

This unit consists of :

                        a.                     Centrifugal pump of size 50 mm. x 65 mm. to develop 30 mtr.
            head, coupled to HP D.C. Motor. The characteristics
            being   studied at different speeds against different heads.

b. Variable speed arrangement by computer controlled D.C. drive for infinate variable speed.

c. Closed circuit tank of size 0.8 mtr. x 0.8 mtr x 1.5 mtr. on which pump set & mounting tank, both are mounted.

d. Measuring Tank of size 0.5 m x 0.5 m x 0.8 m will be provided with level transmitter soleniod valve, both mounted.

e. Pressure Transmitter on the delivery side for measurement of pressure head developed by pump set.

f. Diaphragm Actuated Pneumatically operated control
valve to control the discharge.

g. I/P Converter to convert the electrical signal from computer
into pneumatic signal to control the diaphragm valve.

h. Computer : Pentium - 8 MB RAM, 1.2 MB FDD. 101 Keys
Keyboard & Colour Monitor.

                        i.                     Control Software :   A   powerful control software for study
           &   investigation   of characteristics of centrifugal pump i.e
          speed Vs head, head Vs discharge etc.

j. Accessories :

                                                i. Pressure gauge.                     1 No.
           ii. Vaccuam Gauge                   1 No.
          iii. Tachogenerator                     1 No.

iv. Energymeter 1 No.

v. Stop Clock. 1 No.

vi. Main Switch. 1 No.

k. Instruction Manual 1 copy.

HYD-044 SELF PRIMING PUMP TEST RIG.

a. Self priming pump of size 2” x 2” ( 50 mm. x 50 mm) for total hard of 20 m. coupled 5 HP motor, 3 Phase, 440 V AC.

b. Suction & delivery pipes with tappings for gauges, foot valve for suction pipe gate valve to control discharge.

c. Pressure gauge, Vaccum gauge Energy meter, switch, starter & stop clock.

d. M.S. Collecting tank of size 0.5 m. x 0.5 m x 0.8 m & 50 mm gate valve as a 2” drain valve, gauge glass, scale fittings & a bend.

HYD-045 CENTRIFUGAL PUMP TEST RIG ( MULTI STAGE).

a. A multi stage pump of size 2” x 2” to discharge 350 LPM at 45 m.
head to normal speed 1440 RPM, is coupled with 7.5 HP electric motor, 3 Phase AC. 400/440 V Characteristics being studied at different speeds against different heads.

b. Variable speed arrangement by 3 step pulley.

c. Pressure gauge, Vaccum gauge & Foot valve.

d. Energy meter, switch, starter & stop clock.

e. Measuring tank of size 0.4 m. x 0.4 m. x 0.7 m with scale fitting

& 2 ½ “ drain valves

HYD- 046 GEAR PUMP TEST RIG.

a. The set up consists of gear pump of size 1” x 1” coupled to 3 HP, 3 phase, 440 V motor.

b. M.S. Collecting tank of size 0.3 m x 0.3 m x 0.7 m. Reservoir tank of size 0.4 m x 0.4 m x 0.6 m collecting tank mounted on strong iron stand.

c. Necessary pipe line is provided.

d. Pressure gauge, Vaccum gauge, Switch, Starter, Stop Clock, Energy meter, gate valve to avoid complete closing.

HYD-047 JET PUMP TEST RIG

a. Jet pump of size 32 mm x 32 mm. for a total head of 28 m. coupled to 3 HP motor 440 V AC.

b. Suction & delivery pipes with tapping for gauges gate valve to control discharge & head.

c. Pressure gauge, Switch, Starter, Stop Clock, Energy Meter.

d. M.S. Collecting Tank of size 0.4 m. x 0.4 m. x 0.7 m. & 2” gate valve for drain, gauge glass scale fitting & a bend is provided.

HYD-048 VANE PUMP TEST RIG.

a. Vane pump of size 1.½” x 1.½” for a total head of 40 m. coupled to 5 HP motor 440 V AC.

b. Suction & delivery pipes with tapping for gauges gate valve to control discharge & head.

c. Pressure gauge, Switch, Starter, Stop Clock, Energy Meter.

d. M.S. Collecting Tank of size 0.3 m. x 0.3 m. x 0.5 m. & 1” gate valve for drain, gauge glass scale fitting & a bend is provided

HYD-049 RADIAL PISTON PUMP TEST RIG.

                        a          Radial Piston Pump.
Radial Piston Designation      : IR basic radial piston group.
Design                                  : Radial piston, valve Controlled.
No. of Piston                        : 3.
Mounting                              : Face Mounting.
Speed Range                        : 300 - 2000 RPM.
Geometrical Displacement     : 1.21 cc/rev.
Rated output at 1450 RPM    : 3.5 Ltr/min.
Operating Pressure                : 50 bar.
Input Power at 1450 RPM.     : 3.2 HP.

Accessories :
Belt Housing Accessories      : (For Coupling Pump to Electric motor)
Consists of                           : Bell Housing.
                                             : Flexible Coupling Set.
                                             : Boit Kits for Pumps, Motor &
                                               Belt Housing.

b. Suction & delivery pipes with tapping for gauges gate valve to control discharge & head.

c. Pressure gauge, Switch, Starter, Stop Clock, Energy Meter.

d. M.S. Collecting Tank of size 0.3 m. x 0.3 m. x 0.4 m. & ½” gate valve for drain, gauge glass scale fitting & a bend is provided.

e. M.S. Tank for oil Reservoir of 100 Ltr. capacity with gauge glass fittings & a drain.

HYD-050 AXIAL PISTON PUMP TEST RIG.

                        a.         Axial Piston Pump.
Axial Piston Designation         : IR basic axial pistongroup.
Design                                     : Axial piston, valve Controlled.
No. of Piston                           : 2.
Mounting                                  : Plate Mounting.
Speed Range                          : 1000 - 1450 RPM.
Geometrical Displacement     : 2.1 cc/stroke.
Rated output at 1450 RPM     : 3.2 Ltr/min.
Operating Pressure                : 220 bar.
Input Power at 1450 RPM.      : 3.5 HP.

b. Suction & delivery pipes with tapping for gauges gate valve to control discharge & head.

c. Pressure gauge, Switch, Starter, Stop Clock, Energy Meter.

d. M.S. Collecting Tank of size 0.3 m. x 0.3 m. x 0.4 m. & ½” gate valve for drain, gauge glass scale fitting & a bend is provided.

e. M.S. Tank for oil Reservoir of 100 Ltr. capacity with gauge glass fittings & a drain.

HYD-051 SCREW PUMP TEST RIG.

a. Screw pump of size 40 mm. x 40 mm. coupled to 2 HP, 440 V, 3 phase motor capacity of pump 26 LPM head 25 m.

b. Necessary pipe lines, suction & delivery pipes with tappings for gauges, globe valve to control discharge & head.

c. Pressure gauge Switch, Starter, Stop Clock, Energy Meter.

d. M.S. Tank for oil Reservoir of 80 Ltr. capacity & oil reservoir of 150 ltr. Capacity.

HYD-052 HYDRAULIC RAM TEST RIG.

The test rig consists of:

a. Datacones Hydraulic Ram of size 2” x 1” to work from a supply head of 8’ & to discharge 360 LPH at 45’ deliver head.

b. Water supply tank of size 0.6 m. x 0.6 m x 1 m with a diffuser inlet supply line gauge glass & scale fittings, over flow arrangement drain cock supply pipe line of 2” dia. & length 20” with coupling at both ends to connect the supply tank to the Hydraulic Ram.

c. Measuring tank for measurement of useful water 0.3 m. x 0.3 m. x 0.6 m. of size with gauge glass & scale fittings.

HYD-053 ASSORTED RUNNERS OF THE PUMPS.

Working Runners mounted on board for the propose.

a. Centrifugal Pump Runner.

b. Mixed Flow Pump Runner.

c. Domestic Self Priming Runner.

HYD-054 VALVES IN CUT SECTION.

Actual valves in cut section - Globe valve, Gate Valve, Angle Vabe, Needle Valve, Ball Valve, Swing Valve, Foot Valve, Butterfly Valve, Cylindrical Valve, Shut Off Valve are mounted on wooden board.

HYD-055 CUT SECTION MODELS.

A. CENTRIFUGAL PUMP.

Actual centrifugal pump is sectioned so as to see the runner & inviolate casing of the pump.

B. RECIPROCATING PUMP.

Actual Reciprocating pump is sectioned so as to see the piston, cylinder, inlet, & outlet port of the pump.

C. GEAR PUMP.

Actual Gear Pump is sectioned so as to see the gears inlet, & outlet port of the pump.

D. JET PUMP.

Actual Jet Pump is sectioned so as to see the jet section, venture, inlet, & outlet ports of the pump.

HYDRAULIC MACHINES SECTION ( TURBINES)

HYD-061 FRANCIS TURBINE TEST RIG.

(Open Circuit System).

a. Datacones Francis Turbine designed for laboratory experimental purpose & to conduct test in metric units for the following specifications.

Specific speed : 15 RPM.

Net Head : 16 m.

Discharge : 2010 LPM.

Normal Speed : 1500 RPM.

Power. : 3.75 Kw (5 HP)

Runner Diameter : 150 mm.

Number of Vanes : 8.

Brake Drum Dia. : 300 mm.

Casing : Spiral shaped & made of close grained cast iron.

Guide Vane Assembly : The vanes are operated by hand wheel through a screws & nut mechanism a guide ring & a system of links & levers.

Runner : Of gun metal designed for efficient operation accurately machined & smoothly finished & securely keyed to the shaft.

Ball Bearing : With single row angular contact type provided in the casing to take up the axial thrust & a couple row self aligning radial type provided in the outer pedestal.

Draft Bend : Provided at the exit with a cylindrical transparent window fitted down stream of the runner for observation of flow & a conical draft tube of M.S. fabrication.

Brake Arrangement : Consists of a cast iron brake drum machined & polished, cooling water supply pipe from the turbine
inlet, internal scoop, discharge pipe, spring balance rope brake & cast iron loading weights in metric units.

b. Centrifugal pump set suitable for the supply of water for the size of 4” x 4” to discharge 800 GPM at a total head of 16 m. coupled to 15 HP 1440 RPM induction motor 3 phase 400/440 V. AC. supply

c. Flow measuring Unit : A 100 mm (4 “) Venturimeter of Gun Metal with two pressure gauges on a panel board to measure the difference of pressure.

d. Starter, Switch, Piping, line & gate valve, foot valve etc.

HYD-062 COMPUTERISED FRANCIS TURBINE TEST RIG.

The unit consists of :

a. Datacones Francis Turbine designed for 5 HP capacity at normal speed 1500 RPM discharge 2010 LPM & head 16 m loading arrangement with Rope Brake.

The characteristics being statied on computer at different loads Vs head & discharge.

b. Centrifugal pump set suitable for the supply of water for the size of 4” x 4” to discharge 800 GPM at a total head of 16 m. coupled to 15 HP 1440 RPM induction motor 3 phase 400/440 V AC supply.

c. Flow measuring unit : A 100 mm ( 4”) venturimeter with flow pressure tappings connected to differential pressure flow transmitter.

d. Automatic guide vane assembly for opening & closing of gates with help of servometer. Servometer is operated from computer.

e. Pneumatically actuated diaphragm control valve to control the discharge automatically.

f. Computer : Pentium - 8 MB RAM 1.2 MB FDD 101 keys
Keyboard & Colour Monitor.

g. Software : A powerful control software for study & investigation of
characteristics of Francis Turbine e.g. Load, Head, Discharge & power developed by the turbine.

h. Accessories :

i. Pressure gauge. : 1 No. For measurement of trans head develop.

ii. Vaccuam Gauge : 1 No.

iii. Tachometer : Tachogenerator for speed measurement of turbine

iv. Starter Switch : 1 No.

v. Main Switch : 1 No.

i. Instruction Manual 1 copy.

HYD-063 PELTON WHEEL TURBINE TEST RIG.

(Open Circuit system)

                        a.         Specified Speed          :           19 RPM.
Net Head                     :           45 M.
Discharge                   :           820 LPM
Normal Speed             :           750 RPM.
Power                          :           3.75 Kw (5 HP)
Runner Diameter        :           250 mm.
Number of Buckets     :           18.
Brake Drum Dia          :           450 mm.

The unit consists of the following :

Casing : Of close grained cast iron with large circular observation window.
Runner : Of gun metal fitted with ground & accurately finished buckets.

Shaft : Of steel ground to close tolerance.

Spear Road : Of gun metal fitted with a brass opening & iron wheel for adjustment.

Inlet Pipe : Of close grained C.I. arranged so that the inlet can be either vertical or horizontal.

Brake Arrangement : Consists of a cast iron brake drum machined & polished, cooling water supply pipe from the turbine inlet, internal scoop, discharge pipe, spring balance rope brake & cast iron loading weights in metric units.

b. Centrifugal pump set suitable for the supply of water for the size of 3” x 2.½” to discharge 800 GPM at a total head of 16 m. coupled to 15 HP 1440 RPM induction motor 3 phase 400/440 V. AC. supply

c. Flow measuring Unit : G.A. 65 mm (2.2 “) Venturimeter of Gun Metal to measure the flow with two pressure gauges on a panel board to measure the difference of pressure.

d. Starter, Switch, Piping, line & gate valve, foot valve etc.

HYD-064 COMPUTERISED PELTON TURBINE TEST RIG.

The unit consists of :

a. Datacones Pelton Turbine designed for 5 HP capacity at normal
speed 750 RPM discharge 820 LPM & head 45 m. loading
arrangement with Rope Brake Dynamometer.
The characterstics being stutied on computer at different loads Vs
head & discharge.

b. Centrifugal pump set suitable for the supply of water for the size of
4” x 4” to discharge 800 GPM at a total head of 45 m. coupled to 15 HP 1440 RPM induction motor 3 phase 400/440 V AC supply.

c. Flow measuring unit : A 65 mm (2.½”) venturimeter with flow
pressure tappings connected to differential pressure flow transmitter.

d. Automatic Nozzle for opening & closing of gates with help of servometer. Servometer is operated from computer.

e. Pneumatically actuated diaphragm control valve to control the discharge automatically.

f. Computer : Pentium - 8 MB RAM 1.2 MB FDD 101 keys
Keyboard & Colour Monitor.

g. Software : A powerful control software for study & investigation of characteristics of Pelton Turbine e.g. Load, Head, Discharge & power developed by the turbine.

h. Accessories :

i. Pressure gauge : 1 No. For measurement of trans head develop.

ii. Tachometer : Tachogenerator for speed measurement of turbine

iii. Starter Switch : 1 No.

iv. Main Switch. : 1 No.

i. Instruction Manual 1 copy.

HYD-065 KAPLAN TURBINE(HORIZONTAL SHAFT TYPE)

TEST RIG.

(Open circuit system).

a. Datacones Kaplan Turbine designed for laboratory experimental purpose & to conduct test in metric units for the following specifications.

Specific speed : 450 RPM.

Net Head : 7 m.

Discharge : 4900 LPM.

Normal Speed : 1500 RPM.

Power. : 3.75 Kw (5 HP)

Runner Diameter : 200 mm.

Number of Vanes : 8.

Brake Drum Dia. : 300 mm.

Spiral Casing : Of close grained cast iron, with 250 mm flanged inlet.

Guide Vane Assembly : Stainless steel guide Vanes coast integral with their spindles with external link mechanism, which can be operated by means of a hand wheel.

Runner : Of gun metal with polished adjustable rofiol blades for efficient operations. The blades can be adjustable by means of a suitable area link mechanismhoused inside the runner hub, operating through the hollow steel shaft.

Draft Bend : Of cats iron provided at the exit with a cylindrical transparent window for observation of flow & a straight conical draft tube of Steel fabricated construction.

Brake Arrangement : Consists of a cast iron brake drum machined & polished, cooling water supply pipe from the turbine inlet, internal scoop, discharge pipe, spring balance rope brake & cast iron loading weights in metric units.

b. Mixed flow pump with volute casing suitable for the supply of water for the Turbine size of 10” x 10” to discharge 5900 LPM at a total head of 8 m. coupled to 20 HP induction motor 3 phase 400/440 V. AC. supply

c. Flow measuring Unit : A.C.I Venturimeter 250 mm. dia. (10”) size with G.M. lining with two pressure gauges on a panel board to measure the difference of pressure.

d. Starter, Switch, 10 “Piping line & gate valve, foot valve etc.

HYD-066 COMPUTERSIED KAPLAN TURBINE TEST RIG.

The unit consists of :

a. Datacones Kaplan Turbines designed for 5 HP capacity at normal 1500 RPM discharge 4900 LPM & head 7 m. loading arrangement with rope brake Dynamometer.

b. Centrifugal pump set suitable for the supply of water for the size of 4” x 4” to discharge 800 GPM at a total head of 45 m. coupled to 15 HP 1440 RPM induction motor 3 phase 400/440 V AC supply.

c. Flow measuring unit : A C. I 250 mm (10”) venturimeter with G.M. Loading with two pressure tappings connected to differential pressure flow transmitter.

d. Automatic Nozzle for opening & closing of gates with help of servometer. Servometer is operated from computer.

e. Pneumatically actuated diaphragm control valve to control the discharge automatically.

f. Computer : Pentium - 8 MB RAM 1.2 MB FDD 101 keys Keyboard & Colour Monitor.

g. Software : A powerful control software for study & investigation of characteristics of Francis Turbine e.g. Load, Head, Discharge & power developed by the turbine.

h. Accessories :

i. Pressure gauge. : 1 No. For measurement of trans head develop.

ii. Tachometer : Tachogenerator for speed measurement of turbine

iii. Starter Switch : 1 No.

iv. Main Switch. : 1 No.

i. Instruction Manual 1 copy.

HYD-067 MODELS

a. FRANCIS TURBINE MODEL

The model is showing water inlet blades, guide ring, tall race etc. Complete mounted on metal base with transparent perplex sheet at front.

b. PELTON TURBINE MODEL

An all metallic working model, comprising of a single jet horizontal shaft turbine. A 20 cm dia. disc is provided with double hemispherical cups mounted in housing with a transparent window on one side.

c. KAPLAN TURBINE MODEL

Model showing the detail parts such as inlet, runner & tail race etc.

HYD-068 ASSORTED RUNNERS OF TURBINES.

Working Runners for study purpose mounted on board.
a. Kaplan turbine
b. Pelton turbine
c. Francis turbine