Motorised Gyroscope

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MOQ : 1 Unit

Motorised Gyroscope Specification

Core Components
Electric Motor, Flywheel, Gimbal Rings, Base

Accuracy
1%

Voltage
220 V AC

Feature
Demonstrates gyroscopic effect under different axis

Power Source
Electric (AC Mains)

Automation Grade
Manual with Motor Drive

Measurement Range
0-500 RPM

Temperature Range
Ambient

Model No
TG-101

Frequency
50 Hz

Capacity
10 Kg Flywheel

Equipment Materials
Powder Coated Mild Steel and Stainless Steel

Type
Laboratory Instrument

Usage
Physics Laboratory Experiments

Display Type
Analog scale with pointer

Dimension (L*W*H)
50 cm x 30 cm x 25 cm

Weight
Approx. 25 kg

Finish
Durable enamel paint

Gimbal Range
360° rotation

Application
Demonstrates vector relationships, gyroscopic effect, precession and nutation in physics education setups

Operation
Switch operated

Motor Type
Single phase, 1/12 HP

Flywheel Diameter
Approx. 25 cm

Cooling System
Air cooled

Safety Features
Overload protection

Mounting
Rigid base with anti-vibration pads

Rotational Speed
Up to 500 RPM

About Motorised Gyroscope

Discover the splendiferous Motorised Gyroscope TG-101-an unrivaled instrument renowned across academia. Featuring customizable rotational speeds up to 500 RPM and a durable, powder-coated mild steel and stainless steel build, it is ideal for physics labs. The advanced unit features a high-capacity 10 kg flywheel with a 360 gimbal range, overload protection, and a precise analog scale. Designed with in-demand safety and user features, it's perfect for demonstrating precession, nutation, and vector relationships. Advance purchase available for educational institutions, exporters, suppliers, and manufacturers across India.

Extraordinary Features and Versatile Use

The Motorised Gyroscope TG-101 brings enhanced learning with its anti-vibration rigid base, air-cooled motor, and switch-operated functionality. Benefit from its analog pointer display for precise speed readings. Additional features include a splendid enamel finish, robust construction, and manual-mechanical-motor drive for versatile experimentation. This laboratory instrument is an excellent choice for use in physics educational setups, allowing demonstration of the gyroscopic effect under varying axes and conditions.

Export, Delivery, and Main Domestic Market

Our gyroscope is handed over and delivered to leading educational markets worldwide, with main export destinations across Asia, Africa, and the Middle East. Products are efficiently dispatched via renowned FOB ports in India to ensure prompt international shipments. Domestically, this in-demand item is delivered throughout the thriving Indian educational sector and research institutions, strengthening our presence in the domestic mar and beyond.

FAQ's of Motorised Gyroscope:

Q: How does the Motorised Gyroscope TG-101 demonstrate gyroscopic effects?

A: The Motorised Gyroscope TG-101 illustrates gyroscopic effects by allowing users to observe precession, nutation, and vector relationships through its rotating flywheel and adjustable gimbal rings, making physics principles tangible for students.

Q: What makes this gyroscope suitable for physics laboratory experiments?

A: Its robust construction, accurate analog scale, 360 gimbal rotation, and safety features such as overload protection make the TG-101 ideal for hands-on laboratory experiments, offering educators reliable and reproducible results.

Q: When is advance purchase recommended for this equipment?

A: Advance purchase is recommended for educational institutions or suppliers anticipating high demand or large-scale setups, ensuring adequate stock and timely delivery, especially during peak academic seasons.

Q: Where can the Motorised Gyroscope TG-101 be delivered and exported?

A: The TG-101 is supplied across India's domestic markets and exported to international customers in Asia, Africa, the Middle East, and other regions, facilitated by major Indian FOB ports.

Q: What are the benefits of using this gyroscope in teaching settings?

A: Using this gyroscope enables interactive demonstrations of complex physical phenomena, promotes better conceptual understanding for students, and supports effective engagement in advanced physics education.

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