Simply Suported Beam Apparatus With Weights

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MOQ : 1 Unit

Simply Suported Beam Apparatus With Weights Specification

Temperature Range
Room Temperature

Capacity
Weights supplied: Up to 1 kg each

Feature
Detachable supports; graduated scale for reading deflection

Power Source
Manual

Core Components
Beam, supports, set of weights, dial gauge

Measurement Range
Deflection 020 mm (dial gauge)

Model No
SSBA-01

Automation Grade
Manual

Accuracy
0.01 mm (using dial gauge)

Equipment Materials
Mild steel with powder coating, stainless steel scale and supports, aluminum beam

Type
Educational Laboratory Apparatus

Usage
To study reactions, deflections, and bending of simply supported beams

Display Type
Analog scale markings

Dimension (L*W*H)
Approx. 1000 mm x 250 mm x 250 mm

Weight
Apparatus weight approx. 8-10 kg

Maximum Load
10 kg distributed

Beam Length
Approx. 1 meter

Finish
Corrosion resistant, powder coated

Dial Gauge Travel
025 mm

Application Area
Engineering, Physics, Structural Laboratory Demonstrations

Made in
India

Setup Time
< 10 minutes

Support Type
Knife edge and roller supports

About Simply Suported Beam Apparatus With Weights

The Elite Simply Supported Beam Apparatus With Weights is a matchless educational tool designed for engineering, physics, and structural laboratory explorations. Featuring a breathtaking aluminum beam of 1-meter length and praiseworthy corrosion-resistant, powder-coated components, this apparatus offers precision with a dial gauge accuracy of 0.01 mm. With knife edge and roller supports, detachable features, and analog scale markings, it empowers users to explore beam reactions, deflections, and bending. Setup is swift (<10 minutes), and weights up to 10 kg distributed are included for versatile demonstration. Made in India, its construction ensures reliability and outstanding durability.

Advantage and Versatile Application

Simply Supported Beam Apparatus With Weights delivers a praiseworthy advantage in effortlessly studying structural behavior in educational labs. This elite apparatus is designed for engineering and physics environments, with a user-friendly manual operation. It supports practical demonstrations of beam reactions, deflections, and bending, making it invaluable for both foundational learning and advanced structural explorations.

Export Market Reach and Secure Packaging

Exports span major markets in Asia and worldwide, ensuring goods transport is handled with care for safe, reliable delivery. Each apparatus is packaged securely, reflecting professional valuation and competitive, lowest price commitments. Main domestic market includes leading Indian institutions, with prompt dispatches supporting quality education and research across the country.

FAQ's of Simply Suported Beam Apparatus With Weights:

Q: How can I use the Simply Supported Beam Apparatus to study beam deflection?

A: You can set weights at designated points on the aluminum beam and use the dial gauge to precisely measure vertical deflections. The analog scale markings and graduated scale facilitate easy reading of results.

Q: What makes this apparatus suitable for laboratory demonstrations?

A: Its corrosion-resistant, powder-coated finish, detachable supports, and high accuracy make it ideal for repetitive lab usage. The equipment's components are designed for durability and ease of assembly in various academic settings.

Q: When is the apparatus ready for use after delivery?

A: The setup is efficient and can be completed in less than 10 minutes, allowing users to begin experiments almost immediately after unpacking and installation.

Q: Where is the Simply Supported Beam Apparatus manufactured and exported from?

A: The apparatus is proudly made in India and exported globally, reaching markets in Asia and beyond, catering to educational institutions and research labs.

Q: What is the process for reading deflection using the dial gauge?

A: Place weights on the beam, monitor the dial gauge's travel (0-25 mm), and read the deflection value using the graduated scale for precise measurement, ensuring reliable structural analysis results.

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