Innovative Techno Lab Equipments
MIDC, Pimpri, Pune, Maharashtra
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Fluid Mechanics Laboratory Equipments

We offer wide range of Fluid Mechanics Lab trainers covering basic as well as advanced studies of Fluid Mechanics. The trainers are manufactured using quality tested components under the guidance of skilled team of professionals.

Features:
• Wide range of trainers for study of different principles in Fluid Mechanics.
• Sturdy construction & maintenance free operation.
• Corrosion resistant materials used for tanks & surfaces coming in contact with water.
• We can customise our product designs to meet customer specifications.


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Our team of qualified professionals who are experts in this field of work have enabled us to provide our clients with FM-02 Hydrostatic Bench. The raw-material and components required for manufacturing the offered products are procured from the most trusted vendors in business. Apart from this, the offered product is made as per the set industrial norms and guidelines.


Features:

  • Efficiently

  • High durability

  • Reliable

  • Strongly built

  • Less maintenance

  • Smooth functionality


The offered product includes the following components:


  • Hygrometer

  • Air Pump

  • Apparatus to study Archimedes Principle

  • Pascal's Apparatus

  • Dead Weight Pressure Gauge Tester

  • Center of Pressure Apparatus

  • Set of Laboratory Glassware

  • Weighing Balance

  • Barometer

  • Pressure Gauge

  • Manometers

  • Viscometer

  • Hydrometer

  • Specific Gravity Bottle

 

Experimental Capabilities:


  • Concept of Pressure Measurement

  • Concept of Viscosity Measurement

  • Study Archimedes Principle

  • Study of Pascal's Law

  • Calibration of Pressure Gauge using Dead Weight Pressure Gauge Tester

  • Determination of Center Pressure acting on submerged bodies



Additional Information:
  • Item Code: FM-02
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Description:
The Bernoulli’s Theorem Apparatus is designed to experimentally verify the Bernoulli’s Theorem. Set up consists of two constant head tanks made of clear acrylic with a venturi tube fitted in between. The venturi tube made in acrylic has 11 pressure measuring points connected to Piezometers so that Pressure Head at each point can be measured.  Arrangements are made to operate the unit under different static heads & at different flow rates.Water is supplied from the sump tank by centrifugal pump & measuring tank is provided to measure the water flow rate. The entire setup is mounted on a strong steel frame.
Experimental Capabilities:
  • Verification of Bernoulli’s Theorem.
  • Calculating Pressure Head & Velocity Head of fluid at different points along Venturimeter.
  • To draw Static Head distribution along length of Venturimeter

Specifications:
  • Constant Head Tank: 2 Nos.
  • Venrurimeter: Convergent – Divergent type, Made in Acrylic with 11 Pressure points
  • Piezometers: Range: 0 – 300 mm, 11 Nos.
  • Sump Tank: 100 Liters, made in PVC
  • Measuring Tank: 32 Liters, Made in PVC, with level indicator
  • Pump: Self priming, Monobloc Centrifugal Pump, Max. Flow 30 LPM, Max. Head 20 m, 230 V AC
  • Piping: PVC Piping with valves
  • Frame: Made of M.S. Square Tubes & Sheets, Welded & Powder coated.


Additional Information:
  • Item Code: FM-05
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FEATURES:
• Recirculating design with supply tank & measuring tank.
• Non corrosive tanks & piping.
• Transparent Venturi meter & Orifice meter made in acrylic

DESCRIPRION:
The Venturi meter & Orifice meter Apparatus is designed for calibration of water flow meters. Set up consists of a venturi meter & orifice meter clear acrylic fitted in pipe. Each flow meter has two pressure ports which can be connected to a mercury manometer to measure pressure difference at inlet & throat. This pressure difference is used to calculate the water flow rate theoretically. Water is supplied from the sump tank by centrifugal pump & measuring tank is provided to measure the water flow rate. The entire setup is mounted on a strong steel frame. By comparing the theoretical & measured flow rate, the discharge coefficient for flowmeter can be determined.
EXPERIMENTAL CAPABILITIES:
• To study water flow measurement using ventui meter & orifice meter.• To determine discharge coefficient for flowmeter.• To compare venture meter & orifice meter.

TECHNICAL SPECIFICATIONS:
  • Venrurimeter: Convergent – Divergent type, Inlet 1’’ BSP, Throat Diameter 16 mm
  • Orificemeter: Inlet 1’’ BSP, Throat Diameter 15 mm
  • Manometer: U tube mercury manometer, Range: 0 – 300 mm
  • Sump Tank: 100 Ltrs, made in PVC
  • Measuring Tank: 32 Ltrs, Made in PVC, with level indicator
  • Pump: Monoblock Centrifugal Pump, 230 V AC
  • Piping:Fixed PVC piping with necessary valves
  • Base Frame: Made of M.S. Square Tubes & Sheets, Welded & Powder coated.


Additional Information:
  • Item Code: FM-09
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DESCRIPTION:
Laminar flow visualization table is used to illustrate the streamlines around drag bodies. The unit uses water as the flow medium. A contrast medium (dye) is injected through small needles into the flow area. Various drag bodies (included) can be placed in the area of flow. In addition, sources and sinks can be simulated and illustrated using eight additional openings in the flow area.The setup consists of a flow channel made of Fiber Reinforced Plastic (FRP) with inlet, outlet tanks. The flow channel is formed between the two tanks. Water enters through the inlet connection in to inlet tank & flows through the flow channel into the outlet tank. To regulate the flow rate of water, valves are provided in inlet & outlet line of the flow table. The flow section consists of base plate made of transparent plastic. A glass plate is used to cover the base plate with a 3 mm space between the two. The upper glass plate can be lifted & secured by chains so that different models can be put in the flow channel. Water flows through the space between two plates into the outlet tank. The dye is injected through set of needles in to the flow section & can be visualized with ease. The dye is contained in a vessel fitted with a valve to adjust the flow rate of dye.The apparatus is supplied with bodies of different shapes made from thin plastic. These shapes include cylinders, rectangles & aerofoils.In order to study effect of sinks & sources in the flow of fluid, 8 openings are provided in the base plate. Each opening is connected to separate valves & thus can act as sink or source. 
RANGE OF EXPERIMENTS:
  • Demonstration of streamline flow pattern for ideal flow around immersed bodies such as cylinder, aerofoil and bluff bodies (such as bus model etc.).
  • Demonstration of streamline flow pattern for ideal flow in channels and at boundaries – convergent channel, divergent channel, convergent-divergent channel, 90 deg bend, suddenenlargement, sudden contraction, step and replacement of a streamline by a solid boundary.
  • Demonstration of streamline flow patterns for ideal flow associated with sources and sinks formation
  • Demonstration of flow separation from surfaces.
TECHNICAL SPECIFICATIONS:
  • Working section with inlet & outlet tank. 
  • Actual viewing area: 500mm X 700mm.
  • Sinks and sources located in the bottom plate.
  • Dye tank with flow control
  • Dye injection system, (Set of needles)
  • Models – cylinders, aerofoils, 
  • Base Frame with leveling screws.
  • Piping Flow control valve and bypass valve.
 

Additional Information:
  • Item Code: FM-18
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DESCRIPTION:
The apparatus is designed to generate and visualise water hammers in pipes and to demonstrate how a surge chamber works. The trainer contains a pipe section with a surge pipe, solenoid valve & ball valve.In the first experiment a pipe surge is produced by rapidly closing the solenoid valve. The sudden deceleration of the water mass releases kinetic energy, which is converted into potential energy in the surge pipe. The resulting pressure oscillations are measured by a pressure sensor in the pipe.The oscillations are plotted on a strip chart recorder. The oscillation can also be seen as pendulum movement of the water level in the surge chamber.In the second experiment the valve at base of surge pipe is closed so that the rapid closing of the solenoid valve in the pipe section produces a strong water hammer. The water's kinetic energy is converted into pressure energy. The water hammer and the subsequent oscillations are detected by the pressure sensor in the pipe section and plotted on the strip chart recorder.

EXPERIMENTAL CAPABILITIES: 
  • To demonstrate water surge in pipe & study effect of water level on surge magnitude.  
  • To demonstrate water hammer in pipe.
 

TECHNICAL SPECIFICATIONS:
• Water reservoir: 250 mm x 250 mm x 1000 mm (H) • Sump Tank: 100 Ltrs, PVC Tank• Pump: Centrifugal Pump, 230 VAC , Flow 30 LPM, Max. Head 20 m.• Surge Pipe: Acrylic Pipe, 1’’ Diameter, 1 m• Pressure Sensor for Surge Pressure Measurement
• Solenoid Valve: Electrically Actuated Solenoid Valve • Strip Chart Recorder

Additional Information:
  • Item Code: HM-21
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Description:
The apparatus consists of a vertical hydraulic cylinder, a oil reservior & set of weights. When weights are added on the cylinder piston, oil pressure increases which displayed on the pressure gauge. By knowing the pistion area & applied force, the resulting pressure can be calculated & compared with the pressure gauge reading.

Experimental Capabilities:
• Calibration of bourdon tube pressure gauge using dead weight pressure gauge apparatus
Technical Specifications:• Hydraulic Cylinder & piston assembly• Set of weights: 10 Kg• Bourdon tube pressure gauge: 0-2 Bar• Oil reservoir• Isolation valve

Additional Information:
  • Item Code: FM-29
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Leveraging on our prolong experience in this domain, we are able to offer our clients a comprehensive range of Orifice & Mouth Piece Apparatus. The offered product is fabricated with utilization of utmost quality raw material that is in sync with the industrial guidelines. Apart from this, the entire product-line is checked on well-defined parameters, in order to ensure complete hassle free performance.

 

Features:

 

  • Longer service life

  • Rigid construction

  • Highly efficient

  • Less maintenance


Experimental Capabilities:

 
  • Calibration of Orifice meter & Mouthpiece 
  • Determination of discharge coefficients
 
Specifications:
 
  • Pump: Self priming, Monobloc Centrifugal Pump, Max. Flow 30 LPM, Max. Head 20 m,  230 V AC
  • Constant Head Tank: Made in FRP / M. S. Tank lined with FRP, Size in mm 200 (L) x 200 (W) x 700 (H)
  • Sump Tank: 100 Liters, made in PVC
  • Measuring Tank: 32 Liters, Made in PVC, with level indicator
  • X – Y arrangement
  • Set of orifice: 6 mm, 8 mm Diameter
  • Set of mouthpiece: Convergent, Divergent Mouthpiece
  • Piping: PVC Piping with valves
  • Digital Stop Watch
  • Frame: Made of M.S. Square Tubes & Sheets, Welded & Powder coated


Additional Information:
  • Item Code: FM-08
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Innovative Techno Lab Equipments

Amol Aradwad (Managing Partner)
26/1, F-II Block MIDC, Pimpri
Pune - 411018
Maharashtra, India
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