Worm and Worm Wheel Single With Weights

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MOQ : 1 Unit

Worm and Worm Wheel Single With Weights Specification

Automation Grade
Manual

Capacity
Demonstration Model (weights to show balancing of forces, not load bearing)

Power Source
Manual Operation (No Electricity Required)

Feature
High Durability, Corrosion Resistance, Smooth Operation, Easy to Assemble

Accuracy
Suitable for Classroom DemonstrationNon-Metrological

Core Components
Worm, Worm Wheel, Spindle, Removable Weights, Base Stand

Temperature Range
Not Applicable (Indoor Educational Use)

Model No
Lab Gears-006

Equipment Materials
Aluminum Alloy (Wheel), Brass (Worm), Mild Steel Stand, Stainless Steel Screws

Type
Physics Laboratory Demonstration Apparatus

Usage
Educational/Physics LabsDemonstration of Worm Gearing, Velocity Ratio, and Mechanical Advantage

Display Type
Manual/Analog, Visual Demonstration

Dimension (L*W*H)
Approx. 250 mm x 150 mm x 150 mm

Weight
Appx. 2.5 kg (Varies with weights supplied)

Shaft Material
Mild Steel, Chrome Plated for Durability

Rotation Mechanism
Hand-operated by attached spindle

Worm Material
Brass, Precision Cut

Application
Demonstrates mechanical advantage and velocity ratio of worm gearing in educational settings

Weight Set
Includes Slotted Brass Weights50 g, 100 g, and 200 g

Wheel Diameter
75 mm

Finish
Powder Coated/Polished

Mounting
Pre-attached on a stable metal base plate

Compliance
Conforms to standard laboratory apparatus construction guidelines

Packaging
Sturdy cardboard box with Safety Foam Inserts

Wheel Teeth
40

About Worm and Worm Wheel Single With Weights

Technical Details

Worm and Worm Wheel Single with Weights : will be provided.

An ENGLISH instruction manual consisting of experimental procedures, block diagram etc. will be provided along with the Apparatus.

Demonstrating Worm Gear Physics with Clarity

This demonstration model lays out the principles of worm gearing, mechanical advantage, and velocity ratio in a hands-on, interactive way. Designed for educational settings, it allows students and instructors to visually observe force balancing using the slotted brass weights. The setup is straightforward, facilitating easy assembly so lessons can begin quickly without fuss.

Built for Durability and Repeated Use

Constructed with high-grade materials-brass, aluminum alloy, and corrosion-resistant mild steel-this apparatus is designed for long life under classroom conditions. The chrome-plated shaft and powder-coated or polished finish resist wear and protect against environmental factors, while the strong metal base keeps the demonstration stable during use.

FAQ's of Worm and Worm Wheel Single With Weights:

Q: How do I set up and use the Worm and Worm Wheel Single With Weights in a classroom?

A: Setup involves placing the apparatus on a stable surface, attaching the desired brass weights to the wheel, and rotating the spindle to observe the movement and measure the resulting mechanical advantage. No electrical power is needed, making it convenient and quick to use in a demonstration.

Q: What educational benefits does this product offer for physics students?

A: The apparatus allows for hands-on demonstration of worm gearing, mechanical advantage, and velocity ratio, providing students with a tangible understanding of these mechanical concepts. It encourages experiential learning and helps visualize abstract physics principles.

Q: When is this demonstration apparatus typically used?

A: It is primarily used during laboratory sessions or classroom demonstrations related to mechanical advantage, simple machines, or gearing systems in physics curricula. Its manual operation ensures it's always ready for impromptu lessons.

Q: Where is the ideal location for employing this worm gear model?

A: This demonstration model is best used indoors in physics laboratories, classrooms, or educational workshops, where its sturdy base and safety foam packaging ensure protection on workbenches or demonstration tables.

Q: What is the process for adjusting the weights and measuring velocity ratios?

A: Users can vary the weight combinations (50 g, 100 g, 200 g) to explore different force balances. By winding the spindle and observing the wheel's rotation, students can calculate mechanical advantage and verify velocity ratios.

Q: What maintenance is required to ensure smooth operation of the device?

A: Regularly check for dust or debris in the gearing, ensure all bolts and screws remain tight, and occasionally wipe down the surfaces. The chrome-plated and powder-coated finish greatly reduces maintenance needs.

Q: What is the main advantage of using a manual, analog display for this apparatus?

A: The manual operation fosters direct student engagement, enhances visibility of gearing mechanics, and eliminates dependency on power sources or electronic components, making it reliable and easy to use for educational purposes.

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