BENDING OF BEAM APPARATUS By Labcare Export

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BENDING OF BEAM APPARATUS By Labcare Export

Price 2400.0 INR/ Piece

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MOQ : 1 Piece

BENDING OF BEAM APPARATUS By Labcare Export Specification

Capacity
Up to 50 kg

Automation Grade
Manual

Model No
LB-BENDING-01

Accuracy
0.01 mm

Feature
High Accuracy, Sturdy Construction, Corrosion Resistant

Voltage
230 V AC

Core Components
Beam, Supports, Load Hanger, Slotted Weights, Dial Gauge

Temperature Range
Ambient

Measurement Range
025 mm Deflection

Power Source
Manual/Mechanical

Frequency
50 Hz

Equipment Materials
Mild Steel (MS), Stainless Steel (SS), Aluminum

Type
Mechanical, Bench-top

Usage
Lab Experiment, Educational Use

Display Type
Analog Dial Gauge

Dimension (L*W*H)
1000 x 200 x 450 mm

Weight
Approx 20 kg

Scale Graduation
0.01 mm

Loading Type
Central Point/Multiple Point Loading

Length of Beam
700 mm

Width of Beam
25 mm

Thickness of Beam
3 mm

Suitable For
Young's Modulus and Elastic Modulus Experiments

Max Deflection Gauge Reading
25 mm

Surface Finish
Smooth, Powder Coated

No. of Supports
2 Adjustable Knife Edge Supports

BENDING OF BEAM APPARATUS By Labcare Export Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
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Supply Ability
100 Pieces Per Week

Delivery Time
7 Days

Sample Available
No

Sample Policy
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Main Export Market(s)
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Main Domestic Market
', ', l, l, All India

About BENDING OF BEAM APPARATUS By Labcare Export

A Bar Pendulum also known as a Compound Pendulum is a type of pendulum that consists of a rigid bar or rod with a fixed pivot point Unlike a simple pendulum which consists of a mass attached to a string or rod a compound pendulum uses the bar itself as the oscillating object and its motion depends on both the center of mass and the distribution of mass along the bar

Key Features

Rigid Structure The bar is typically made from a material with a high density such as steel or brass to ensure the pendulum has significant mass

Fixed Pivot Point The bar is hinged at one end allowing it to swing in a circular arc

Period of Oscillation The time it takes for one full swing back and forth depends on the length of the bar and the position of the pivot The formula for the period of a compound pendulum takes into account the moment of inertia of the bar and the distance from the pivot to the center of mass

Use in Measuring Gravity Compound pendulums are often used in experiments to measure gravitational acceleration as their period can be precisely calculated from the dimensions of the bar and the position of the pivot

Moment of Inertia The oscillation period is influenced by the distribution of mass along the bar which is described by its moment of inertia

Applications

Scientific Experiments Used in the study of oscillatory motion and as a method to determine the value of g acceleration due to gravity

Timekeeping Devices Historically similar principles were used in timekeeping devices like early clocks

Physics Demonstrations Demonstrates rotational and oscillatory motion in educational settings

Exceptional Measurement Precision

Equipped with an analog dial gauge offering 0.01 mm scale graduation, the Bending of Beam Apparatus delivers high accuracy in deflection measurements. This level of sensitivity is especially valuable when conducting experiments to determine Youngs modulus and elastic properties of different materials, supporting both educational and industrial testing requirements.

Versatile and Sturdy Construction

Designed with two adjustable knife-edge supports, this apparatus accommodates beams up to 700 mm in length and 25 mm in width, supporting central and multiple loading scenarios. Manufactured from powder-coated mild steel, stainless steel, and aluminum, its built for durability, corrosion resistance, and long-term laboratory use.

Ideal for Educational Laboratories

Intended for bench-top use with a manual, non-automated system, the model is perfect for academic settings. Students and instructors benefit from clear, hands-on learning experiences while establishing foundational understanding of mechanical properties using reliable, easy-to-use instrumentation.

FAQs of BENDING OF BEAM APPARATUS By Labcare Export:

Q: How do you use the Bending of Beam Apparatus for Youngs modulus experiments?

A: To conduct Youngs modulus experiments, securely place the beam on the two adjustable knife-edge supports. Apply a known weight via the load hanger at the central or multiple points, depending on the experiment. Use the analog dial gauge to record the resulting deflection, then calculate Youngs modulus using the measured values and standard formulas.

Q: What types of loads can this apparatus accommodate?

A: The apparatus supports both central point loading and multiple point loading. With a capacity of up to 50 kg, users can test a broad range of forces using slotted weights and load hangers, making it suitable for various beam deflection experiments.

Q: When should the device be recalibrated or checked for accuracy?

A: It is advisable to check the dial gauge and supports for calibration before each use, particularly in a laboratory environment where consistent accuracy is essential. Regular maintenance and periodic checks help in maintaining measurement precision and device longevity.

Q: Where is the Bending of Beam Apparatus commonly used?

A: This apparatus is primarily used in educational and research laboratories, such as those in universities, technical institutes, and quality control labs in engineering industries across India. Its suitable for teaching, demonstrations, and routine experimental research.

Q: What processes are involved in setting up the bending experiment?

A: Begin by adjusting the beam supports to the desired positions and ensure a stable setup. Place the beam, zero the dial gauge, and slowly add weights using the load hanger. Observe and record the deflection indicated by the dial gauge for each weight applied, ensuring the apparatus remains level and stable during the test.

Q: What are the benefits of using this manual bench-top model?

A: Manual operation ensures direct, hands-on control and engagement with experiments, fostering better understanding of mechanical properties. Its analog precision, sturdy design, and ease of use make it ideal for educational purposes, while corrosion resistance ensures a long service life.

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