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REDUNDANT JOINT APPARATUS

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MOQ : 1 Piece

REDUNDANT JOINT APPARATUS Specification

Temperature Range
Ambient

Capacity
As per design specification

Product Type
REDUNDANT JOINT APPARATUS

Frequency
50 Hz

Measurement Range
Subject to the load applied

Usage
Mechanical Engineering Lab Equipment

Model No
ME-RJA-01

Core Components
Rigid frame, supporting accessories, scale, weights

Automation Grade
Manual

Feature
Demonstrates redundancy in structures, easy assembly

Accuracy
1% on measured values

Power Source
Manual

Application
Mechanical Engineering Lab Equipment

Equipment Materials
Mild steel, powder coated; Stainless steel attachments

Type
Mechanical Apparatus

Display Type
Analog scale

Dimension (L*W*H)
Approx. 800 mm x 250 mm x 500 mm

Weight
Approx. 20 kg

Finish
Anti-corrosive powder coating

Load Arrangement
Hangers and Slotted Weights

Base Material
Heavy duty cast iron base

Structure Demonstrated
Redundant Joint in Engineering Structures

Assembly Required
Yes

Accessories Supplied
Instruction manual, weight set

Spares
Available upon request

REDUNDANT JOINT APPARATUS Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About REDUNDANT JOINT APPARATUS

Specification:

REDUNDANT JOINT APPARATUS

Product Specification

Usage/Application: Industry

Material: Mild Steel

Voltage: 380V

Shape: Rectangular

Finishing: Powder Coated

Country of Origin: Made in India

Power: 3.5 kW

Showcase Redundancy in Structures

This apparatus offers students and educators a clear demonstration of how redundant joints affect load distribution and structural stability in engineering. Designed for classrooms and labs, it visually clarifies complex mechanical concepts through hands-on experimentation, ensuring deeper understanding and better retention of theoretical knowledge.

Durable Construction for Longevity

Built on a solid cast iron base with a powder-coated finish, the apparatus resists corrosion and wear. Stainless steel attachments and mild steel components add durability, making it suitable for repetitive use in demanding academic environments. The 20 kg apparatus is conveniently sized for standard laboratory benches.

Easy Setup and Precise Measurements

Assembly is straightforward, with an included instruction manual. The apparatus operates manually without the need for electrical power and employs an analog scale for observing load effects with an accuracy of 1%. Its user-friendly design accommodates a range of demonstration scenarios and experimental configurations.

FAQs of REDUNDANT JOINT APPARATUS:

Q: How is the REDUNDANT JOINT APPARATUS assembled in a laboratory setting?

A: Assembly is simple and requires minimal tools, following the step-by-step instruction manual provided. All supporting accessories and the weight set are included to help you set up the apparatus quickly for immediate use in demonstrations.

Q: What structural concepts does this apparatus help to demonstrate?

A: The apparatus is designed to demonstrate the redundancy in engineering structures, particularly highlighting how loads are distributed across redundant joints and the resulting effects on structural stability and performance.

Q: When should experimental spares or replacement parts be requested?

A: Spares are generally recommended when components show signs of excessive wear or require replacement due to frequent use. They are available upon request from the supplier to ensure long-term functionality of the apparatus.

Q: Where is this apparatus best utilized?

A: The REDUNDANT JOINT APPARATUS is ideal for mechanical engineering laboratories and educational institutions, providing practical, hands-on learning in courses focused on structural analysis and engineering principles.

Q: What is the process for conducting experiments with this apparatus?

A: Users set up test specimens on the rigid frame, arrange hangers and slotted weights according to experimental requirements, and measure the resulting structural responses using the analog scale, all under ambient laboratory temperatures.

Q: What benefits does the apparatus offer for mechanical engineering education?

A: It allows students to visualize and analyze real-world engineering concepts such as load transfer and redundancy, enhancing comprehension through interactive, practical experimentation. The straightforward, durable design supports repeated and varied instructional use.

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