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Youngs Modulus Apparatus

Price 2250 INR/ Piece

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MOQ : 1 , , Piece

Youngs Modulus Apparatus Specification

Measurement Range
0-30 mm scale extension

Frequency
Manual operation (no frequency)

Core Components
Frame, scale, micrometer screw, weights, wire holders

Accuracy
Up to 0.01 mm (micrometer graduations)

Power Source
Not required (manual)

Capacity
Up to 5 kg load (depends on model)

Temperature Range
Ambient

Automation Grade
Manual

Model No
YM-01 or as per supplier

Feature
Fine reading micrometer, stable base, adjustable scale

Equipment Materials
Stainless steel, brass, aluminum, and cast iron components

Type
Youngs Modulus Measurement Apparatus

Usage
For laboratory experiments to determine Youngs Modulus of wires

Display Type
Analog scale with pointer and vernier

Dimension (L*W*H)
Approx. 60 x 18 x 18 cm

Weight
Approx. 5-8 kg (varies by model)

Compliance
Meets standard laboratory requirements for physical measurement apparatus

Distance Scale
Graduated in millimeters for accurate readings

Base Construction
Heavy cast iron base offers high stability

Finish
Corrosion-resistant powder coating

Packing
Supplied in export-quality packaging for safe transport

Customization Options
Available as per customer request

Micrometer Range
0-25 mm

Application Field
Suitable for educational institutes and research laboratories

Suspension System
Precision pulleys reduce friction loss

Maximum Extension
Up to 30 mm depending on wire and weights

Wire Compatibility
Suitable for steel, brass, and copper wires

Youngs Modulus Apparatus Trade Information

Minimum Order Quantity
1 , , Piece

Main Export Market(s)
Western Europe, Africa, Central America, Eastern Europe, Middle East, South America, Asia, North America, Australia

About Youngs Modulus Apparatus

Youngs Modulus Apparatus

Consists Of A Brass Scale 10 Cm Long And A Vernier Reading To 0.1 Mm With V Side Clamp, Guides For Wire, Ceiling Attachment, 5 Meter Of Wire And A Rectangular Tension Weight.

Reliable Measurements for Lab Experiments

This Youngs Modulus Apparatus is crafted to meet the demands of both educational institutes and research facilities. It enables clear, analog scale readings and supports wires made from steel, brass, and copper, helping students and researchers obtain reproducible results with minimal error. Its corrosion-resistant finish and robust construction enhance longevity and consistent performance across a range of ambient conditions.

Enhanced Stability and Accuracy

The apparatus features a heavy cast iron base for stability and precision pulleys to reduce friction loss during experimentation. Accurate extension measurements are possible due to a finely graduated millimeter scale and micrometer screw, allowing detection of minute changes in wire length, which is vital for Youngs modulus calculations.

FAQs of Youngs Modulus Apparatus:

Q: How is the Youngs Modulus Apparatus used in laboratory experiments?

A: In laboratory settings, the apparatus is employed by suspending a wire, attaching calibrated weights up to 5 kg, and measuring its extension using the micrometer and analog scale. This process lets users determine the Youngs modulus by calculating the wires elastic response under load.

Q: What types of wires are compatible with this apparatus?

A: The Youngs Modulus Apparatus is suitable for steel, brass, and copper wires, allowing flexibility in experimentation and adherence to standard physical measurement protocols.

Q: What benefits does the heavy cast iron base provide?

A: The heavy cast iron base ensures the apparatus remains stable during use, reducing mechanical vibrations and inaccuracies, thus offering reliable and repeatable measurement results.

Q: Where can this apparatus be deployed effectively?

A: It is ideal for educational institutes, university laboratories, and research facilities where physical property characterization and Youngs modulus measurements are required.

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

A: To measure extension, the wire is loaded gradually with weights, and changes in its length are read from the millimeter scale and micrometer, which measures extensions as small as 0.01 mm.

Q: When is customization available for this apparatus?

A: Customization is available upon customer request, allowing adjustments in specifications, wire holders, or other features to suit specific laboratory requirements or applications.

Q: What are the main advantages of manual operation with this apparatus?

A: Manual operation provides direct control over the experiment, increases reliability since power sources are not needed, and suits environments where accessibility and simplicity are preferred.

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