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General Items
Deflections of Beams Apparatus AZA1339
The AZA1339 Deflections of Beams Apparatus is a comprehensive experimental setup designed to study the deflection characteristics of beams under various loading and support conditions. This apparatus is an essential teaching and research tool for Strength of Materials, Structural Mechanics, and Civil & Mechanical Engineering laboratories.
It enables students and engineers to experimentally verify fundamental beam theory, including simply supported beams, point loading, distributed loading effects, and reaction forces. The apparatus allows precise measurement of beam deflection and reactions, making it ideal for both academic instruction and advanced laboratory demonstrations.
Description
The apparatus consists of a rigid base frame supporting a steel test beam mounted on adjustable digital reaction piers. Loads are applied to the beam using calibrated weight hangers, and the resulting deflections are measured with high-precision dial gauges.
The reaction piers are digitally instrumented, allowing users to directly measure reaction forces at the supports with high resolution. Their height adjustability ensures accurate alignment and easy configuration for different beam setups.
As loads are applied at specific points or positions along the beam, the resulting vertical deflection is recorded using dial gauges positioned at critical locations. This allows comparison between theoretical deflection values and experimental results, reinforcing fundamental engineering concepts.
Key Learning Outcomes
- Study deflection behavior of beams under point loads
- Verify Euler–Bernoulli beam theory
- Measure reactions at supports digitally
- Understand load distribution and bending behavior
- Compare analytical and experimental deflection values
Construction & Design Features
- Heavy-duty base frame for vibration-free testing
- Precision-machined steel beam for repeatable results
- Digital reaction piers with fine resolution for accurate force measurement
- Height-adjustable supports for easy alignment
- High-accuracy dial gauges for deflection measurement
- Modular loading system for flexible experiment setups
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | AZA1339 |
| Beam Span | Up to 1000 mm |
| Beam Size | 1200 (L) × 25 (W) × 5 (H) mm |
| Beam Material | Steel |
| Digital Reaction Piers | ±50 N capacity |
| Reaction Pier Resolution | 0.1 N |
| Reaction Pier Height Adjustment | 9 mm |
| Dial Gauges | 2 Nos. |
| Dial Gauge Range | 25 mm |
| Dial Gauge Resolution | 0.01 mm |
| Base Frame Length | Approx. 1400 mm |
| Load Hangers | 0.5 N × 2 |
| Hanger Clamps | 2 Nos. (for point loading) |
| Weight Set | Included |
| Application | Beam deflection & reaction experiments |
| Brand | AZALAB |
Applications
- Strength of Materials laboratories
- Civil Engineering structural analysis labs
- Mechanical Engineering teaching labs
- Polytechnic and university engineering programs
- Research and demonstration of beam behavior
Advantages
- Direct digital measurement of support reactions
- High accuracy deflection readings
- Multiple loading and support configurations
- Robust and stable construction
- Ideal for repeated student use
- Clear visualization of beam theory concepts
Related products
Buckling of Columns Apparatus AZA1337
The AZA1337 Buckling of Columns Apparatus is a precision-engineered educational and laboratory instrument designed to study the buckling behavior of slender columns under axial compressive loads. This apparatus is widely used in Strength of Materials, Structural Engineering, and Mechanics of Solids laboratories to experimentally verify Euler’s Buckling Theory and to demonstrate the effect of different end conditions on the critical load of columns.
The apparatus consists of four high-quality spring steel columns mounted vertically on a rigid wooden backing board. Each column is configured with a different end condition, allowing direct comparison of column stability and buckling characteristics under identical loading conditions.
Column End Conditions Provided
- Both Ends Pinned
- Both Ends Fixed
- One End Fixed and One End Pinned
- One End Fixed and One End Free
Curved Beam Deflection Apparatus AZA1338
Description and Working Principle
The apparatus consists of a high-strength steel bar system that can be configured into various curved beam geometries. These interchangeable members allow students and researchers to analyze how curvature and shape influence stress distribution and deflection under applied loads. The curved members that can be formed using the steel bar include:- Circular ring segment
- Semicircular beam with straight arm
- Quadrant of a circle
- Quadrant of a circle with straight arm
Shear Force and Bending Moment Apparatus AZA1336
Shear Force and Bending Moment Apparatus AZA1336
The Shear Force and Bending Moment Apparatus is a precision educational and laboratory instrument designed to demonstrate fundamental principles of structural mechanics in beams subjected to transverse loading. Suitable for both classroom instruction and laboratory experimentation, the apparatus provides a clear, visual understanding of shear force and bending moment relationships along a beam.
The apparatus allows students and engineers to verify that, at any section of a loaded beam:
-
The shear force is equal to the algebraic sum of the transverse components of all forces acting on one side of the section.
-
The bending moment is equal to the algebraic sum of the moments of all forces acting on one side of the section.
Surface Grinding Machine AZA1176A
If your workshop demands precision, durability, and operational efficiency, the AZA LAB Hydraulic Surface Grinder – Model AZA1176A is the ideal solution. This heavy-duty machine is engineered for large-scale and high-precision grinding applications, delivering exceptional stability, accuracy, and surface finish.
Designed for tool rooms, production lines, and fabrication facilities, the AZA1176A combines a robust hydraulic system with fine feed control and rigid construction to ensure consistent, vibration-free grinding even during prolonged operations.
