Hydraulic Bench

We are Manufacturer, Supplier, Exporter of Hydraulic Bench & our setup is situated in Sangli, Maharashtra, India.

Hydraulic Bench covers total 10 experiments mounted on one platform listed as follows.
1. Venturimeter.
2. Orificemeter.
3. Pipe Friction Experiment.
4. Losses in Pipe Fittings.
5. Impact of Jet Experiment.
6. V-Notch Experiment.
7. Rectangular Notch Experiment.
8. Rotameter.
9. Reynolds Experiment.
10. Bernoulli’s Theorem Experiment.

Following accessories provided with this Hydraulic Bench.

M.S. reservoir with gauge glass & scale fitting, drain valve of ½ ” size & a bend.

M.S. collecting as well as measuring tank with bypass arrangement & drain valve of 1” size. A gauge glass & scale fitting are fitted on measuring tank for discharge measurement. A swiveling hopper is provided to direct the discharge of water to the measuring tank or reservoir , as desired by the Operator.

1 m height double column differential manometer. (without Mercury)

1 HP high head monoblock pump for water circulation.

Strong iron stand to support the unit.

Entire unit is powder coated with good colour combination.

Instruction manual 1 copy.

FALLING BALL VISCOMETER

Used to evaluate viscosity of oils in process control as rapid method

The apparatus consists of a hardened steel ball ¾” in diameter and a cup in the hollow steam (made of ebonite ) in which the thermometer is placed.
Complete contact of the ball with the cup prevented by three small projections on the surface of the cup which serve to give a constant thickness of the film. A few drops of oil are placed in the cup & the ball put in position & pressed in. when the oil fills the intervening hemispherical shell. The instrument is then field vertically by the knob & the stop watch started. Time taken by the ball to fall divided by the instrument constant gives the viscosity.

A) TO STUDY THE FLOW CURVES OF FLUID’S FOR NEWTONIAN FLUIDS

DESCRIPTION
The apparatus consists of a circular pipe with pressure taps. Steady flow is set up in the pipe with the help of a suitable pump. Differential manometer mesures the pressure drop. Pitot probe placed in the pipe measures the pressure and velocity. The probe can be traversed over a diameter to determine velocity profiles. A calibrated orificemeter fitted in the pipe gives the discharge and acts
as a fitting to determine setting length.

RANGE OF EXPERIMENTS
1. Study of velocity profiles.
2. Study of settling length.
3. Determination of friction coefficient.

SPECIFICATIONS
1. Centrifugal pump with motor
2. Pitot tube.
3. Swivel joint.
4. Orifice.
5. Measuring Tank – 100 litre capacity.
6. Stop watch.
7. Manometer without mercury.

SERVICES REQUIRED
1. Suitable water supply arrangement.
2. Suitable drainage arrangement.
3. Mercury about 0.5 kg.
4. Power Supply 3 Ph - 440 Volts.
5. Space required : 1 mtr X 6 mtr

Instruction Manual : 1 Copy

B. TO STUDY THE FLOW CURVES OF FLUID’S FOR NON NEWTONIAN FLUIDS

DESCRIPTION
The apparatus consists of a circular pipe with pressure taps. Steady flow is set up in the pipe with the help of a suitable pump.
Differential manometer mesures the pressure drop. Pitot probe placed in the pipe measures the pressure and velocity.
The probe can be traversed over a diameter to determine velocity profiles.
A calibrated orificemeter fitted in the pipe gives the discharge and acts as a fitting to determine setting length.

RANGE OF EXPERIMENTS
1. Study of velocity profiles.
3. Determination of friction coefficient.

SPECIFICATIONS
1. Gear pump with motor
2. Pitot tube.
4. Orifice.
5. Measuring Tank - 100 litre capacity.
7. Manometer without mercury.

SERVICES REQUIRED
1. SAE - 40 No. oil - 100 liter.
2. Mercury about 0.5 kg.
3. Power Supply 3 Ph - 440 Volts.
4. Space required : 1 mtr X 6 mtr

Instruction Manual : 1 Copy

APPERATUS FOR CONDICTING WEIR EXPERIMENT

One sharp edge weir & one board crease fed weir provided for flow measurement.

M.S. rectangular tank with divided in to two parts to direct the flow of water. The said tank is provided with 4 sets of baffles & sieves for reducing eddies in water supply so that flow will be steady.

M.S. reservoir with gauge glass & scale fitting, drain valve of ½ ” size & a bend.

1 HP high head monoblock pump for water circulation.

Strong iron stand to support the unit.

Entire unit is powder coated with good colour combination.

Instruction manual 1 copy.

Flow Measurement by Ultra Sonic Flow Meter

The unit consist of :

Ultrasonic Flow transmitter

Range : 0 to 100 lpm
Output : 4 to 20 mA
Mounting : Field type
Supply : 24 VDC.
Accuracy : + 1%

Water Sump :

Capacity : 150 litre
Drain Valve : 1 No.
Material of Construction : CRC with powder coating.

Flow Channel :
Material of construction : CRC with powder coating.

Measuring Tank
Capacity : 80 liter
Drain valve : 2”
Material construction : CTC. With powder coatin

Pump : for water circulation : ½ HP.

Electronic Digital Flow Indicator : 3 ½ digit.

Power supply : 24 VDC.

Stand : Sturdy M. S. stand mounting all above tanks.

Instruction Manual : 1 copy

Level Measurement by Ultra Sonic Level Meter

The unit consist of :

Ultrasonic Level transmitter
Range : 0 to 500mm of wc

Water Sump :
Capacity : 150 litre
Drain Valve : 1 No.
Material of Construction : CRC with powder coating.

Level Tank :
Size : 400 x 400 x 600 material of construction : CRC with powder coating.

Measuring Tank
Capacity : 80 liter
Drain valve : 2”
Material construction : CTC. With powder coatin

Pump : for water circulation : ½ HP.

Electronic Digital Level Indicator : 3 ½ digit.

Power supply : 24 VDC.

Stand : Sturdy M. S. stand mounting all above tanks.

Instruction Manual : 1 copy