Pitot Tube Setup For Fluid Mechanics Lab

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Pitot Tube Setup For Fluid Mechanics Lab Specification

Measurement Range
0-1.2 m/s (velocity)

Temperature Range
Ambient

Frequency
50 Hz

Capacity
15 Liters

Model No
FM-PT01

Accuracy
±1% of Full Scale

Automation Grade
Manual

Feature
Corrosion Resistant, Portable, Easy-to-Operate

Power Source
Electric

Core Components
Pitot Tube, Water Circulating Pump, Manometer, Flow Measuring Tank, Sump Tank

Voltage
230 V AC Single Phase

Equipment Materials
Mild Steel Powder Coated, Stainless Steel, Acrylic

Type
Pitot Tube Experimental Setup

Usage
Fluid Mechanics Laboratory, Educational Purpose

Display Type
Manometer Scale

Dimension (L*W*H)
900 mm x 400 mm x 900 mm

Weight
Approx. 35 Kg

Number of Manometer Tubes
1

Material of Pitot Tube
Stainless Steel

Water Circulating Pump Capacity
0.5 HP

Application
Measurement of Fluid Velocity Distribution

Flow Control
Provided with By-Pass Valve

Pipe Material
PVC/SS

Manometer Liquid
Mercury/Water

Flow Collection Tank Capacity
25 Liters

Safety Features
Overload Protection for Pump

Sump Tank Capacity
40 Liters

About Pitot Tube Setup For Fluid Mechanics Lab

PiTOT TUBE SETUP APPARATUS:

To find the point velocity at the centre of a tube for different flow rates of water and calibrates the pitottube.To Pitot velocity profile across the across the cross section of pipe.Flow measurement- using tank 40 lrts Sump tank- capacity 70 ltrs

Precision Fluid Velocity Measurement

This experimental setup utilizes a stainless steel pitot tube connected to a manometer scale, allowing students and researchers to determine fluid velocity distribution with high accuracy. The apparatus achieves measurement ranges between 0 and 1.2 m/s, ensuring reliable results for laboratory analysis.

Robust and Safe Construction

Composed of corrosion-resistant materials including powder-coated mild steel and acrylic, the FM-PT01 is built for longevity. The water circulating pump features overload protection, while flow control is facilitated by a by-pass valve for safe and hassle-free operation under varied conditions.

FAQ's of Pitot Tube Setup For Fluid Mechanics Lab:

Q: How is the fluid velocity measured using the Pitot Tube Setup?

A: Fluid velocity is determined by inserting the stainless steel pitot tube into the flow path. The pressure difference between the stagnation and static points is displayed on the manometer scale, allowing calculation of velocity through established fluid mechanics principles.

Q: What is the capacity of the water circulating pump and the flow collection tank?

A: The setup includes a water circulating pump with a capacity of 0.5 HP and a flow collection tank with a capacity of 25 liters. The sump tank holds 40 liters, providing ample fluid volume for continuous experiments.

Q: When should the by-pass valve be used in this setup?

A: The by-pass valve is utilized to control the flow rate during experiments. Adjusting it helps maintain optimal fluid velocity and ensures precise measurement without overloading the pump.

Q: Where can the Pitot Tube Experimental Setup FM-PT01 be used?

A: This setup is ideal for placement in fluid mechanics laboratory environments, especially within universities, engineering colleges, and research centers involved in educational and experimental activities.

Q: What safety features are incorporated in the equipment?

A: The apparatus is equipped with overload protection for the water circulating pump, ensuring safe operation. Sturdy material construction further enhances safety by minimizing corrosion and operational failures.

Q: How does the manometer work, and which liquids are compatible?

A: The manometer displays the pressure differential using either mercury or water as the manometer liquid. This visual indication supports accurate velocity calculation and can be adjusted according to experiment requirements.

Q: What are the benefits of using the FM-PT01 Pitot Tube Setup?

A: Benefits include reliable measurement accuracy (1% of full scale), portability, ease of operation, corrosion resistance, and suitability for various educational experiments-making it a valuable asset for fluid mechanics learning.

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