Steam Engine Model Student Projects

Name: Steam Engine Model Student Projects
Brand: SHREE RAM SCIENCE PROJECTS
Price: 12500 INR
Availability: InStock

Price 12500 INR/ Unit

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MOQ : 1 Unit

Steam Engine Model Student Projects Specification

Model No
SE-12797

Assembly
Partially Assembled (Some Setup Required)

Surface Finish
Polished / Painted

Features
Operating Flywheel, Moving Piston, Water Tank, Detailed Construction

Power Type
Steam-powered (Heated with Spirit Burner or Alcohol Lamp)

Use
Demonstration, Teaching Aid, Science Experiment

Weight
Approx. 2.5 kg

Style
Educational Model

Size
Medium Tabletop Model

Material
High-quality Metal and Glass

Dimensions
230 mm x 120 mm x 180 mm

Shape
Rectangular Base with Cylindrical Components

Color
Silver, Black, Transparent Glass

Function
Display Steam Engine Principle, Converting Steam to Mechanical Motion

Age
10+ years

Advantage
Hands-on Learning, Visible Working Parts

Safety Features
Pressure Release Cap, Heat-resistant Handles

Recommended Usage
Academic Demonstration, Science Fair Model

Boiler Material
Glass Boiler Chamber

Cylinder Material
Machined Metal Cylinder

Lubrication
Manual Lubrication Points

Accessories Included
Spirit Lamp, Instruction Manual, Water Filling Bottle

Operating Pressure
Low Pressure (Safe for Classroom Use)

Base Material
Sturdy Metal Base with Anti-slip Feet

Working Mechanism
Oscillating Cylinder Type

Steam Engine Model Student Projects Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Steam Engine Model Student Projects

Discover a monumental educational tool with our Sizzling Steam Engine Model SE-12797-crafted for superior classroom demonstrations and featured in science fairs. With a sturdy, anti-slip metal base and captivating visible working parts, this model makes steam-to-motion principles astonishingly clear. The robust glass boiler, machined cylinder, polished finish, and manual lubrication all deliver premium functionality and lasting value. Astounding safety features, hands-on learning, and user-friendly design make this model an unbeatable bargain for educators and students alike. Prepare for a bargain in knowledge and display!

Competitive Edge in Academic Settings

This Steam Engine Model is expertly engineered for practical plant application and versatile demonstration on laboratory tables or classrooms, ensuring every detail is visible. Its competitive advantages include robust construction, remarkable safety features, and hands-on design that facilitate superior academic engagement. Its reliable operation on any flat surface further enhances the learning atmosphere, and the model's precision engineering makes it an essential teaching aid for science educators seeking credible, engaging demonstrations.

Global Reach & Premium Value

Our Steam Engine Model enjoys a strong presence in premium international markets, gaining esteem through its superior build and lowest price for its class. Primary export destinations include North America, Europe, and Asia. Payment options are flexible, supporting both advance and letter of credit terms. Each unit is backed by valid certifications for quality and safety, ensuring maximum market value and confidence among educational supplies distributors and institutional buyers alike.

FAQ's of Steam Engine Model:

Q: How is this Steam Engine Model ideally used in classroom demonstrations?

A: The Steam Engine Model enables educators to visually and practically demonstrate the conversion of steam to motion. Its transparent parts and working flywheel help students see every mechanical process during lessons.

Q: What safety features does the model include for student use?

A: Equipped with a pressure release cap and heat-resistant handles, this model ensures safe operation within classroom environments, making it suitable for users aged 10 and above.

Q: When should manual lubrication be applied during operation?

A: Manual lubrication points should be addressed before each demonstration or after prolonged use to ensure smooth and trouble-free motion of the engine parts.

Q: Where can this model be placed for best performance?

A: Place the model on a flat, stable surface such as a science lab or classroom tabletop to ensure steady operation and optimal viewing for all students.

Q: What are the main benefits for students using this working model?

A: Students gain hands-on learning from visibly interactive components, reinforcing STEM principles by observing real-time steam engine operations and mechanical movement.

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