Steam Engine Model | Torquemaster-36
Steam Engine Model Torquemaster-36 is an educational model of a modern horizontal steam engine with piston valve control demonstrating internal structure and operating principles. This Steam Engine Model features a cross-sectioned metal cylinder with clear cover showing piston movement, working slide valve, link motion, reversing method, and centrifugal governor. It can be operated by turning the flywheel or blowing air due to its light weight. Chromium plated and galvanized parts ensure durability for classroom use.
The Steam Engine Model Torquemaster-36 is an educational model of a modern horizontal steam engine with piston valve control. This Steam Engine Model can be put in motion by turning the flywheel, thus showing the manner of operation of the engine and the built-on centrifugal governor.
Product Overview
The Torquemaster-36 is a cutaway model carefully sectioned for training purposes and professionally painted with different colours to better differentiate the various parts and cross-sections. Many parts have been chromium plated and galvanized for a longer life. This Steam Engine Model shows the internal structure and operating principles of a working steam engine. The metal cylinder is cross-section cut and is covered with a clear plate to show the movement of the piston inside the cylinder. Complete with working parts, the piston and slide valve both move, and the link motion and reversing method can be observed. The movement of the wheel is light enough to demonstrate even by blowing with your mouth, making it ideal for classroom demonstrations without requiring external power.
Steam Engine Model Torquemaster-36 — Technical Specifications
| Parameter | Value |
|---|---|
| Model | Torquemaster-36 |
| Engine Type | Modern horizontal steam engine with piston valve control |
| Operation | Manual, by turning flywheel or blowing air |
| Cylinder Design | Cross-section cut metal cylinder with clear plate cover |
| Working Parts | Piston, slide valve, link motion, reversing method |
| Centrifugal Governor | Built-on centrifugal governor |
| Finish | Fine finish with chromium-plated and galvanized parts |
| Length x Width x Height (approx.) | 450 x 350 x 300 mm |
| Weight (approx.) | 9 kg |
Technical Data
| Component | Detail |
|---|---|
| Cylinder | Cross-section cut metal cylinder with clear plate cover |
| Piston | Working piston with visible movement inside cylinder |
| Slide Valve | Working slide valve, moves to control steam admission |
| Link Motion | Operating link motion for piston rod control |
| Reversing Method | Reversible engine capability for demonstration |
| Flywheel | Light weight for easy manual rotation |
| Governor | Centrifugal governor for speed control demonstration |
| Power Source | Manual turning of flywheel or air blowing |
Key Features
- Design: Steam engine model ideal for classroom demonstrations
- Cross-Sectioning: Cylinder cross-sectioned with clear plate to show internal piston operation
- Working Parts: Piston, slide valve both move, link motion and reversing method operate
- Operation: Movement of the wheel is light enough to demonstrate even by blowing with your mouth
- Centrifugal Governor: Built-on centrifugal governor for speed control demonstration
- Finish: Fine finish with chromium-plated and galvanized parts for durability
- Design Type: Steam Engine Model demonstrating horizontal steam engine principles
Experiments
- Study of steam engine internal structure and operating principles
- Observation of piston movement inside the cross-sectioned cylinder
- Study of slide valve operation and steam admission control
- Observation of link motion and connecting rod mechanics
- Study of reversing method and directional control
- Centrifugal governor operation and speed control
- Manual operation by turning the flywheel
- Demonstration of light load operation by air blowing
- Understanding of steam engine thermodynamic principles
Construction and Design
The Steam Engine Model Torquemaster-36 is built as an educational model of a modern horizontal steam engine with piston valve control. The metal cylinder is cross-section cut to allow clear visibility of internal operation, covered with a clear plate to show the movement of the piston inside. Complete working parts include a moving piston, operating slide valve, functional link motion, and reversible engine capability. A centrifugal governor is built-on to demonstrate speed control principles. The model can be put in motion by turning the flywheel manually, or even by blowing air on the wheel due to its light weight. Parts are professionally painted with different colours to differentiate components and cross-sections, with many parts chromium plated and galvanized for durability.
Scope of Delivery
- Steam engine cutaway model with horizontal configuration
- Cross-sectioned metal cylinder with clear plate cover
- Working piston and slide valve assembly
- Link motion and reversing mechanism
- Centrifugal governor assembly
- Flywheel
Q1: What does the Steam Engine Model Torquemaster-36 demonstrate?
A: It demonstrates the internal structure, operating principles, and mechanics of a modern horizontal steam engine with piston valve control.
Q2: How is the model operated?
A: The model can be put in motion by turning the flywheel manually, or even by blowing air on the wheel due to its light weight.
Q3: What working parts can be observed in this model?
A: The piston, slide valve, link motion, reversing method, and centrifugal governor can all be observed in operation.
Q4: Why is the cylinder cross-sectioned?
A: The cross-sectioned cylinder with a clear plate cover allows clear visibility of the internal piston movement and steam admission control.
Q5: What are the dimensions and weight of the model?
A: The approximate dimensions are 450 x 350 x 300 mm, with an approximate weight of 9 kg.
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