Four Bar Chain Mechanism

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MOQ : 1 Unit

Four Bar Chain Mechanism Specification

Feature
Easy to Operate, Durable, Precise Motion

Frequency
Manual Operation

Automation Grade
Manual

Measurement Range
Angular Position (Manual)

Model No
FBM-102

Temperature Range
Ambient (Room Temperature)

Accuracy
Demonstration accuracy, not for industrial tolerance

Power Source
Manual

Capacity
Single Mechanism Setup

Core Components
Four Bars, Joints, Frame, Coupler

Equipment Materials
Mild Steel Links, Chrome Plated Brass, Acrylic Base

Type
Kinematic Mechanism

Usage
Engineering Education, Demonstration, Laboratory Experiments

Display Type
Analog (Mechanical Linkages)

Dimension (L*W*H)
Approx. 450 x 250 x 180 mm

Weight
Approx. 10-15 kg

Movement Type
Planar Motion

Base Plate Material
Powder Coated Steel or Acrylic

Educational Level
Engineering and Technical Institutions

Number of Links
4 (Four Bar Linkage)

Type of Joints
Rotational/Pin Jointed

Demonstration Capability
Can demonstrate Grashof Condition and Inversion

Surface Finish
Smooth, Rust Resistant

Installation
Benchtop/Portable

Application
Study of Kinematics and Mechanism Analysis

Accessories Included
User Manual, Experiment Sheet

Assembly Required
No (Pre-Assembled)

About Four Bar Chain Mechanism

Get the acclaimed Four Bar Chain Mechanism, Model FBM-102, a prime educational tool for comprehending kinematics and mechanism analysis. Popular among engineering institutions, this valorous setup features four uncommon rotational/pin joints and is constructed with first-rate mild steel, chrome-plated brass, and powder-coated steel or acrylic base for rust resistance and durability. Pre-assembled for benchtop, this analog device precisely demonstrates Grashof condition and inversion. Its smooth surface, manual operation, and included accessories make it the favored choice for insightful, hands-on engineering education nationwide.

Versatile Applications and Industry Use

The Four Bar Chain Mechanism is not only ideal for laboratory demonstrations but also finds application in plant environments and real-world mechanical systems. This uncommon kinematic mechanism aids in analyzing motion on various application surfaces including machinery, robotics, and automation projects. With its valorous and robust structure, the mechanism is a prime resource for both educational and industrial settings, delivering in-depth insights into the principles of planar motion across diverse engineering domains.

Packaging, Delivery, and Certifications

Our Four Bar Chain Mechanism is expertly packaged to ensure damage-free transport via reputable domestic market transport services. Devices are securely boxed with foam and protective layers, maintaining prime condition from exporter to end user. Delivery time varies by rate and destination, typically ranging between 7-14 business days within India. Acclaimed for its quality, the product complies with current industry standards and comes with relevant certifications, making it a trusted choice for engineering education suppliers nationwide.

FAQ's of Four Bar Chain Mechanism:

Q: How does the Four Bar Chain Mechanism demonstrate kinematic principles?

A: The mechanism offers hands-on demonstration of kinematic relationships, including Grashof condition and inversion, using clearly visible analog linkages, helping students grasp theoretical concepts through practical analysis.

Q: What is included with the Four Bar Chain Mechanism upon delivery?

A: Each package contains a pre-assembled mechanism, a comprehensive user manual, and an experiment sheet, providing everything required for immediate use in laboratory or classroom environments.

Q: Where can this mechanism be installed and used?

A: Designed for benchtop or portable use, the mechanism is suitable for engineering classrooms, laboratories, technical institutions, and plant settings requiring motion analysis studies.

Q: What is the benefit of using powder-coated steel or acrylic for the base plate?

A: Using powder-coated steel or acrylic provides a smooth, rust-resistant surface for enhanced durability, resulting in a longer equipment lifespan and lower maintenance requirements.

Q: When should the Four Bar Chain Mechanism be considered for procurement?

A: It is ideal for procurement when setting up or upgrading mechanical engineering laboratories, especially for courses related to kinematics, mechanism analysis, or hands-on educational demonstrations.

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