Link Polygon Apparatus

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Link Polygon Apparatus Specification

Accessories Type
Complete with weights, pulleys, and instruction manual

Control System
Hand Operated

Surface Treatment
Powder Coated

Automation Grade
Manual

Technology
Mechanical Demonstration Apparatus

Power Source
Manual Operation

Accuracy
High Precision

Machine Type
Kinematic Mechanism Model

Features
Robust construction, corrosion resistant, easy to assemble

Operating Pressure
Ambient (No pneumatic/hydraulic system)

Type
Educational Laboratory Apparatus

Material
Mild Steel and Brass Components

Function
Demonstrates Kinematics of Link Polygon Mechanism

Application
Engineering and Technical Education

Safety
Protective edges and stable base

Finish
Smooth & Durable Finish

Model Number
LP-300

Display
Mounted on Wooden Baseboard with Labelled Instructions

Package Contents
Main apparatus, operating handle, instruction manual, weight set

Usage
Academic Demonstrations and Student Practical

Weight
Approximately 8 Kg

Size
Standard Laboratory Size

About Link Polygon Apparatus

Theapparatus is provided with five line- cages and connectors, having hooks towhich pans are hung. These are fixed between two pulleys around which rope isrun to connect to two extension typo spring balances. The un is very useful forthe study of arches, abutments and piers. The wooden recite gular beam is fittedwith scale. Without weights.

Efficient Educational Tool for Kinematic Studies

The Link Polygon Apparatus provides an effective hands-on approach for understanding complex kinematic mechanisms. Its user-friendly design and comprehensive instructional guidance make it highly suitable for student practicals and classroom demonstrations in engineering curricula.

Durable Construction & Superior Safety Features

Manufactured using premium mild steel and brass, the apparatus is both corrosion-resistant and robust. Protective edges and a heavily weighted wooden baseboard ensure safety and stability during operation, supporting repeated academic use.

Complete & Ready-to-Use Package

Supplied as a comprehensive set, the apparatus includes all essential components: weighted elements, pulleys, an operating handle, and a detailed manual. The pre-labelled base and efficient assembly process enable immediate deployment in laboratory environments.

FAQ's of Link Polygon Apparatus:

Q: How is the Link Polygon Apparatus typically used in an educational setting?
A: This apparatus is primarily used for academic demonstrations and hands-on student practicals to elucidate the principles of kinematics of link polygon mechanisms. It helps students visualize and comprehend theoretical concepts in a tangible manner.

Q: What components and accessories are included with the LP-300 model?
A: The package contains the main apparatus, operating handle, complete weight set, pulleys, and a detailed instruction manual, ensuring students and instructors have everything needed for operation and demonstrations.

Q: Where should the Link Polygon Apparatus be installed for optimal use?
A: It is recommended to set up the apparatus on a stable laboratory bench or demonstration table in a classroom or teaching lab, ensuring enough space for free movement and easy observation by students.

Q: What is the process for assembling and operating the apparatus?
A: Assembly is straightforward, guided by the included manual. Users simply mount the components on the wooden baseboard, attach the handle, arrange weights as instructed, and follow labelled operational steps for demonstrations; all actions are performed manually.

Q: When is the apparatus most beneficial during the course of study?
A: The apparatus is particularly valuable during modules on mechanical systems, kinematics, and mechanisms, where it effectively bridges the gap between theory and practice for engineering and technical students.

Q: What measures ensure the safety and durability of the Link Polygon Apparatus?
A: It features protective edges, a stable and weighted base, and a smooth powder-coated finish. These design elements safeguard users and maintain apparatus integrity even with frequent handling.

Q: How does using this apparatus benefit students and instructors?
A: By offering a high-precision, manually operated demonstration of kinematic principles, it enhances practical learning, supports visual comprehension, and reinforces theoretical lectures-enriching the educational experience for both students and educators.