Deflection of Beam Apparatus

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Deflection of Beam Apparatus Specification

Technology
Mechanical

Accessories Type
Weights, Dial Gauge, Scale, Knife Edges, Hanger

Accuracy
1 mm

Operating Pressure
Ambient/Not Applicable

Surface Treatment
Powder Coated

Power Source
Manual, No electrical power required

Machine Type
Bench Top, Portable

Control System
Mechanical Adjustment with Screw and Scale

Features
Removable supports, Graduated scale for accurate measurement, Rigid frame, Easy load application

Automation Grade
Manual

Type
Educational Laboratory Apparatus

Material
Mild Steel and Aluminum

Function
To study and measure the deflection of beams under various loads

Application
Engineering Laboratories, Educational Institutes, Universities

Number of Supports
2 (simply supported and cantilever arrangement possible)

Beam Material
Aluminum or Mild Steel

Safety
Stable base, Non-slip feet, Safe loading structure

Frame Material
Powder-coated mild steel

Assembly
Easy to assemble and dismantle for storage or transport

Dimensions (LxWxH)
Approx. 1100 x 150 x 250 mm

Load Application
Hook weights with hanger

Beam Length
500 mm to 1000 mm (typical range supplied)

Measurement Method
Dial Gauge or Vernier Scale

Accessories Included
Set of standard weights, Hanger, Instruction manual

Usage
For practical demonstration of beam deflection theory

Finish
Corrosion-resistant coating

Maximum Load Capacity
Up to 5 kg

About Deflection of Beam Apparatus

Deflection of Beam Apparatus

Consistingof two knife edge and supports, a hanger with knife edge, and a pointer moving over a graduated scale. Completewith scale pan and two beams, one of iron and the other of wood each beam is120cm in length. Without weights.

Versatile Educational Tool for Beam Deflection

This apparatus provides a practical solution for demonstrating and investigating beam deflection under various loads in academic settings. By allowing different support configurations and beam lengths, it facilitates in-depth study, helping students understand fundamental engineering concepts through hands-on experience.

Robust Construction and User-Friendly Design

Built with a powder-coated mild steel frame and non-slip feet, the apparatus prioritizes safety and longevity. Its modular design allows for easy assembly and disassembly, making it suitable for both fixed laboratory setups and portable demonstrations. A corrosion-resistant finish ensures durability through repeated use.

Accurate and Reliable Measurement Features

Equipped with a graduated scale and either a dial gauge or vernier scale, users can measure deflection with an accuracy of 1 mm. Removable supports further enhance the apparatus's adaptability, accommodating experiments involving simply supported or cantilever beam arrangements.

FAQ's of Deflection of Beam Apparatus:

Q: How do I set up the Deflection of Beam Apparatus for experiments?

A: Assembly is straightforward: place the frame on a stable surface using its non-slip feet, install the removable supports according to the desired beam configuration (simply supported or cantilever), and secure the aluminum or mild steel beam. Attach the dial gauge or vernier scale for measurement and ensure the load hanger is in position before applying weights.

Q: What can I study using this apparatus?

A: This apparatus is designed to help users study and measure the deflection of beams under various loading conditions. It allows for the comparison of theoretical and experimental results, thus enhancing understanding of material properties, loading modes, and structural behavior in engineering education.

Q: When should I use a dial gauge versus a vernier scale for measurement?

A: A dial gauge is best for capturing small deflections with greater precision, while a vernier scale is suitable for larger or less sensitive measurements. Choose the instrument based on the expected magnitude of deflection and the required accuracy for your experiment.

Q: Where is the apparatus typically used?

A: It is utilized in engineering laboratories, universities, and other educational institutes. As a bench-top, portable device, it's convenient for classroom demonstrations, practical laboratory sessions, and hands-on workshops.

Q: What is the process for measuring beam deflection using the apparatus?

A: After configuring the supports and securing the beam, position the measurement device at the deflection point, typically mid-span. Apply weights incrementally to the hanger, and record the resulting displacement from the dial gauge or vernier scale at each increment for analysis.

Q: How does the apparatus ensure safe and accurate experimentation?

A: Safety is enhanced through a stable, non-slip base and a rigid, corrosion-resistant frame structure. The apparatus is rated for loads up to 5 kg and features easy, controlled load application with hook weights and a dedicated hanger, ensuring secure and hazard-free usage during experiments.

Q: What are the benefits of using this apparatus in engineering education?

A: Students gain practical experience in structural analysis, deepening theoretical knowledge by visualizing and quantifying beam behavior under loads. The apparatus's portability, accuracy, and versatility make it a valuable investment for any educational laboratory.

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