Heavy Duty Inclined Plane With Attached Frictionless Pulley

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Heavy Duty Inclined Plane With Attached Frictionless Pulley Specification

Automation Grade
Manual

Accessories Type
Includes attached pulley, sliding block, and weight hanger

Surface Treatment
Anti-corrosive powder coated finish

Power Source
Not required (mechanical operation)

Features
Heavy duty construction, stable base, precision-machined plane, frictionless pulley, easy to operate

Machine Type
Laboratory apparatus, mechanical demonstration unit

Technology
Precision-engineered using advanced fabrication methods for education and research purposes

Accuracy
High dimensional accuracy, for precise experimental results

Control System
User-operated physical controls

Type
Inclined Plane with attached frictionless pulley

Material
Heavy gauge stainless steel and mild steel

Function
Demonstrates principles of mechanics; used for experiments on forces, motion, and frictionless pulleys

Application
Physics laboratory, engineering colleges, science education, academic demonstration

Pulley Diameter
50 mm approx.

Weight Capacity
Supports up to 8 kg on weight hanger

Plane Angle Range
0° to 45°, smooth adjustable mechanism

Pulley Bearing Type
Low friction, precision bearing

Angle Scale Type
Graduated protractor marked for precise reading

Base Dimensions
300 mm x 100 mm x 25 mm approx.

Finish Quality
Smooth, laboratory-grade finish

Compliance Standard
Meets academic laboratory standards for mechanics experiments

Packaging
Foam padded box for safe transit

Color
Silver/grey with black base

Inclined Plane Dimensions
450 mm length x 60 mm width

Pulley Material
Chrome-plated brass or aluminum

Mounting Type
Rubber feet for stability and protection

About Heavy Duty Inclined Plane With Attached Frictionless Pulley

InclinedPlane

The convenience and versatility of this unit has made it very popular. It consists of a 15x60 cm, wooden board with glass top hinged on an iron base to which in sector with graduated are and vertical scale is provided. The plane may be clamped at any angle upto 45degree. A 5cm dia frictionless pulley isattached to the end by means of a clamp adjustable to any necessary position Complete with brass roller, cart and pan, but without weights.

Precision Meets Durability

Built from high-quality heavy gauge stainless steel and mild steel, the inclined plane withstands rigorous use while ensuring high dimensional accuracy. Its anti-corrosive finish and laboratory-grade smoothness make it ideal for long-term use in demanding academic environments. Advanced fabrication guarantees consistent performance for mechanics demonstrations.

Easy Operation and Accurate Results

Adjustable from 0 to 45 with a graduated protractor, this inclined plane allows for precise angle selection and reliable data collection. The frictionless, chrome-plated pulley minimizes resistance, making it perfect for studying fundamental principles in physics, including force, motion, and mechanical advantage.

Designed for Education and Research

Engineered to meet academic laboratory standards, this apparatus suits the needs of physics labs, engineering colleges, and science demonstrations. Its user-friendly manual controls, foam-padded packaging, and stable rubber base make it safe, accessible, and easy to integrate into a range of experimental setups.

FAQs of Heavy Duty Inclined Plane With Attached Frictionless Pulley:

Q: How is the inclined plane angle adjusted and measured?

A: The angle of the inclined plane can be smoothly adjusted from 0 to 45 with a graduated protractor. This allows for precise selection and measurement of the inclination during experiments, enhancing accuracy and repeatability.

Q: What types of experiments can be conducted with this apparatus?

A: This inclined plane with a frictionless pulley is ideal for demonstrating and studying the principles of classical mechanics, such as forces, motion on inclines, frictionless systems, and mechanical advantage. Its commonly used in physics laboratories, engineering classrooms, and academic demonstrations.

Q: Where is this apparatus most commonly used?

A: The apparatus is primarily used in physics laboratories at schools, colleges, and universities, as well as in engineering institutions for teaching and research related to mechanics.

Q: What are the benefits of using a frictionless pulley in experiments?

A: A frictionless pulley ensures minimal resistance, providing more accurate results when measuring forces and motion. This enables students and researchers to analyze systems in near-ideal conditions, closely matching theoretical predictions.

Q: How do the rubber feet contribute to the apparatuss usability?

A: The attached rubber feet provide stability and prevent slippage during experiments, as well as protecting laboratory surfaces from scratches and damage.

Q: What accessories are included with the inclined plane apparatus?

A: The unit comes complete with an attached chrome-plated or aluminum pulley, a sliding block for demonstrating motion, a weight hanger supporting up to 8 kg, and a graduated scale for accurate angle readings.

Q: What quality and safety standards does this product meet?

A: Manufactured to meet academic laboratory standards, the apparatus uses precision engineering and high-quality materials, including laboratory-grade finishes and anti-corrosive treatments, to ensure durability, safety, and reliable performance.

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