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REYNOLDS S APPARATUS

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MOQ : 1 Piece

REYNOLDS S APPARATUS Specification

Accuracy
2% of reading

Application
Engineering Testing Equipment

Frequency
50 Hz

Specimen Size
Glass tube usually 1 m length

Power Supply
230 V AC, 50 Hz

Temperature
Room temperature, typically 20-30C

Port Size
Standard Inlet/Outlet; Glass tube diameter 1 cm

Usage
Engineering Testing Equipment

Max Height
Approx. 1.1 m

Automation Grade
Manual

Humidity
Ambient

Features
Transparent glass tube for visual observation of flow; color dye injection

Interface Type
Manual (no digital interface)

Number of Specimens
Single specimen per test

Mounting Type
Floor mounted

Product Type
REYNOLDSS APPARATUS

Equipment Type
Fluid Mechanics Lab Apparatus

Resolution
0.01 ml/s (measuring cylinder)

Gas Pressure
Ambient atmospheric pressure

Hardness
Glass tube, standard laboratory grade

Measuring Range
Reynolds number 500 to 3000

Operating Voltage
230 V AC

Response Time
Immediate

Test Range
Laminar, Transition, and Turbulent flow regimes

Display Type
Graduated scale

Capacity
Approx. 25 litres

Machine Weight
Approx. 30 kg

Test Speed
Variable, controlled by the measuring cylinder

Test Width
Standard tube diameter 1 cm

Control Mode
Manual

Observation Tube
Borosilicate graduate tube 1 m

Finish
Corrosion-resistant, powder-coated base

Valve
Precision flow control valve

Water Circulation
Gravity-fed, with drain facility

Dye Injection Method
Syringe type manual injector

Included Accessories
Set of plastic measuring cylinder, dye syringe, user manual

Safety Features
Splash guard around dye injector

Compliances
Conforms to IS/ASTM standards for educational apparatus

Material
Tube made of borosilicate glass; base and tank made of powder-coated steel

Tank Capacity
Approx. 25 litres

REYNOLDS S APPARATUS Trade Information

Minimum Order Quantity
1 Piece

Packaging Details
Carton Box, Export Quality also Available

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About REYNOLDS S APPARATUS

Specification:

REYNOLDSS APPARATUS

It is manufactured at our unit byusing highest quality materials under the guidance of the experts. This isextensively used to illustrate laminar, transitional and fully turbulent pipeflows. It also determines the conditions under which the flow occurs. ReynoldsApparatus 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

Visualize Fluid Flow Regimes Accurately

REYNOLDS S APPARATUS enables students and researchers to observe flow patterns directly within a transparent borosilicate glass tube. By injecting dye via a manual syringe, users can clearly identify the shift from laminar to turbulent flow. Its precision flow control valve and graduated scale add accuracy and repeatability to every demonstration, making it an ideal tool for fluid mechanics education.

Engineered for Safety and Durability

Constructed with a borosilicate glass tube and a powder-coated steel tank, Reynolds S provides both durability and corrosion resistance. The incorporated splash guard around the dye injector and drainage facility prioritize operator safety and convenience. The apparatus remains stable and safe during use thanks to its sturdy, floor-mounted design.

Manual Operation for Comprehensive Learning

This apparatus is fully manual, encouraging hands-on interaction and in-depth understanding of fluid mechanics fundamentals. The gravity-fed water circulation and measuring cylinder-based test speed control require users to engage closely with the setup, fostering comprehensive, practical learning.

FAQs of REYNOLDS S APPARATUS:

Q: How does Reynolds S Apparatus demonstrate different flow regimes?

A: The apparatus uses a transparent borosilicate glass tube where water flows under controlled, gravity-fed conditions. By injecting a dye with the manual syringe, users can visually observe whether the flow is laminar, transitional, or turbulent, based on the dye streaks behavior along the tube.

Q: What is the process for measuring the Reynolds number with this apparatus?

A: To measure Reynolds number, fill the tank with water, adjust the flow rate using the precision valve, and inject dye at the tube inlet. The measuring cylinder determines flow speed, and the graduated scale helps in precise readings. The Reynolds number can be calculated for each regime observed, within the 500 to 3000 range the apparatus supports.

Q: When should I use the splash guard feature?

A: The splash guard is designed to be used at all times when injecting dye, as it protects the operator from accidental splashes and ensures that the experiment is conducted safely, particularly during the introduction of dye near the opening of the observation tube.

Q: Where is this apparatus best utilized?

A: Reynolds S Apparatus is ideally suited for engineering laboratories in educational institutions, research centers, and training facilities where fluid mechanics principles need to be demonstrated or studied in practical, hands-on sessions.

Q: What are the main benefits of the manual control mode?

A: Manual control allows users to finely adjust and observe the effects of flow changes directly. This fosters a deeper understanding of fluid mechanics principles, encourages active participation, and enables repeatable experimentation for accurate data collection.

Q: How do I maintain the apparatus after use?

A: After use, drain the water using the provided facility, rinse the tank and glass tube with clean water, and ensure no dye residue remains. Store the measuring cylinder and dye syringe in a dry place and occasionally check that the precision flow valve and splash guard are functioning correctly.

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