Submarine simulator Manufacturer,Supplier and Exporter in India
Product Code : SCL-MH-12728
The Submarine Simulator by Educational Instrument India is an interactive science teaching model designed to demonstrate the working principle of a submarine. It helps students understand how submarines float, sink, and remain suspended in water by changing their buoyancy.
This educational apparatus explains important scientific concepts such as buoyancy, density, water displacement, air pressure, and ballast tank operation. It is suitable for physics laboratories, science classrooms, STEM activities, and school practical demonstrations.
The Submarine Simulator provides a simple and visual way to show how filling and emptying ballast tanks changes the overall density of a submarine. When water enters the ballast tank, the submarine becomes heavier and sinks. When air is introduced and water is pushed out, the submarine becomes lighter and rises.
Designed for classroom learning, this apparatus makes complex fluid mechanics concepts easy to understand through hands-on observation and practical experimentation.
Product Specifications
|
Specification |
Details |
|
Product Name |
Submarine Simulator |
|
Brand |
Educational Instrument India |
|
Application |
Demonstration of submarine working principle |
|
Subject |
Physics / General Science / STEM Education |
|
Suitable For |
Schools, colleges, science labs, and training institutes |
|
Main Concepts |
Buoyancy, density, displacement, floating and sinking |
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Working Principle |
Change in buoyancy using water and air |
|
Material |
Durable laboratory-grade plastic, acrylic, rubber, or metal components |
|
Operation |
Manual demonstration model |
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Usage Type |
Teacher demonstration and student practical activity |
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Design |
Compact, educational, and easy to operate |
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Finish |
Smooth and durable finish |
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Packaging |
Securely packed for safe transportation |
How to Use
Place the Submarine Simulator in a transparent water tank or suitable container filled with water.
Check that all parts are properly connected and the simulator is ready for demonstration.
Allow water to enter the ballast section of the model.
Observe how the submarine simulator becomes heavier and starts to sink.
Introduce air into the ballast section to push the water out.
Observe how the simulator becomes lighter and rises toward the surface.
Adjust the amount of water and air to show floating, sinking, and neutral buoyancy.
Explain the role of ballast tanks in real submarines.
After the experiment, remove the simulator from water, drain it properly, and dry all parts before storage.
Key Features
Demonstrates the working principle of a submarine.
Helps explain buoyancy, density, and water displacement.
Useful for hands-on science and STEM learning.
Easy to operate in classroom and laboratory demonstrations.
Suitable for school and college physics experiments.
Encourages practical understanding of floating and sinking.
Durable construction for repeated educational use.
Ideal for teacher demonstrations and student observation.
Applications
Physics laboratory demonstrations
STEM education activities
General science classroom teaching
Fluid mechanics experiments
Buoyancy and density demonstrations
School science exhibitions
Educational training programs
Frequently Asked Questions
- What is a Submarine Simulator used for?
A Submarine Simulator is used to demonstrate how a submarine floats, sinks, and stays suspended in water by changing its buoyancy.
- What scientific principle does this apparatus explain?
It explains buoyancy, density, displacement of water, floating, sinking, and the working of ballast tanks.
- Is this product suitable for school laboratories?
Yes, it is suitable for school science labs, college physics labs, STEM classrooms, and educational demonstrations.
- How does the Submarine Simulator work?
It works by changing the amount of water and air inside the model. When water enters, it becomes heavier and sinks. When air pushes the water out, it becomes lighter and rises.
- Can students use this apparatus?
Yes, students can use it under teacher supervision for practical learning and observation.
- Does this apparatus require electricity?
Most educational submarine simulators work manually and do not require electricity. However, usage may depend on the specific model design.
- Why is this apparatus useful in science education?
It makes the concept of buoyancy and density easy to understand through a practical and visual demonstration.
