YOUNGS MODULUS, MODULUS OF RIGIDITY, ELASTIC CONSTANT & POISSONS RATIO OF A WIRE BY SEARLES METHOD (PERPENDICULAR AXIS)

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YOUNGS MODULUS, MODULUS OF RIGIDITY, ELASTIC CONSTANT & POISSONS RATIO OF A WIRE BY SEARLES METHOD (PERPENDICULAR AXIS) Specification

Type
Experimental Physics Apparatus

Material
Stainless Steel and Aluminium

Size
Standard laboratory dimensions

Color
Metallic Silver

Dimension (L*W*H)
350 mm x 90 mm x 180 mm

Capacity
Single wire operation

Noise Level
Silent (Mechanical Apparatus)

Operating Temperature
Room Temperature (10 - 35C)

Weight
Approx. 2.5 kg

Wire Clamp Material
Brass

Readout
Manual

Measurement Method
Searles Perpendicular Axis Method

Accuracy
Up to 0.01 mm

Accessory Included
Levelling Screws, Spirit Level, Wires (sample)

Calibration
Factory calibrated, calibration certificate included

Applications
Determination of Youngs Modulus, Modulus of Rigidity, Elastic Constant & Poissons Ratio

Safety Features
Non-slip base

Frame Construction
Rigid Aluminium Alloy

Mounting Method
Table Top or Wall Mount available

Scale Type
Vernier Scale for precise measurement

Wire Compatibility
Suitable for steel, copper, and other lab test wires

About YOUNGS MODULUS, MODULUS OF RIGIDITY, ELASTIC CONSTANT & POISSONS RATIO OF A WIRE BY SEARLES METHOD (PERPENDICULAR AXIS)

Shop Now for the scarce and featured Experimental Physics Apparatus designed to deliver unassailable accuracy and lustrous performance. This glorious YOUNG'S MODULUS, MODULUS OF RIGIDITY, ELASTIC CONSTANT & POISSON'S RATIO OF A WIRE BY SEARLE'S METHOD (PERPENDICULAR AXIS) employs Searle's Perpendicular Axis Method and includes a vernier scale for exact measurements. Crafted with a brass clamp and a rigid aluminium alloy frame, this apparatus is perfectly tailored for steel, copper, and other test wires. Its metallic silver finish, sturdy construction, and included calibration certificate guarantee trusted outcomes for your laboratory. Available in India for distributor, exporter, manufacturer, supplier, and trader needs.

Application Surface & Usage Overview

Designed for laboratory surfaces, this apparatus supports both table top and wall mount installation, accommodating diverse scientific environments. Used as an experimental physics tool, it is ideal for precise determination of Young's Modulus, Modulus of Rigidity, Elastic Constant, and Poisson's Ratio of wires. Its scope covers academic, industrial, and research applications, providing exceptional reliability in mechanical property analysis.

Domestic Market & Transaction Details

Our apparatus serves the main domestic market across India, consistently handed over with utmost care. Transparent proposal amounts and competitive sale prices are offered, ensuring excellent value for clients. Each unit is thoroughly packaged to prevent damage during transit, and we accommodate various payment terms for smooth transactions, supporting laboratories and institutions nationwide.

FAQ's of YOUNGaS MODULUS, MODULUS OF RIGIDITY, ELASTIC CONSTANT & POISSONaS RATIO OF A WIRE BY SEARLEaS METHOD (PERPENDICULAR AXIS):

Q: How is the measurement performed using Searle's Perpendicular Axis Method?

A: The apparatus utilizes Searle's Perpendicular Axis Method in conjunction with a vernier scale for precise detection of minute wire extensions, enabling accurate calculation of elasticity constants.

Q: What types of wires are compatible with this experimental setup?

A: It is suitable for steel, copper, and other laboratory test wires, ensuring broad utility across educational and research applications.

Q: When should I calibrate the equipment?

A: The equipment arrives factory calibrated with a calibration certificate; recalibration is recommended after extensive use or as part of scheduled lab maintenance routines.

Q: Where can this apparatus be mounted for operation?

A: It is designed for both table top and wall mount setups, providing flexibility for different laboratory spaces and requirements.

Q: What is the benefit of the included safety features?

A: The non-slip base enhances operational safety by maintaining apparatus stability, minimizing measurement errors and preventing accidents during use.

Q: How accurate are the readings obtained from this apparatus?

A: Readings are accurate up to 0.01 mm due to its high-precision vernier scale, facilitating reliable and repeatable results in experimental physics investigations.

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