Wankel Engine Model | Torquemaster-09
Wankel Engine Model Torquemaster-09 is an educational model of a Wankel engine, true to the original and complete with a cutaway carburetor. This Wankel Engine Model shows the triangular piston rotor rotating inside the stator, with a bulb lighting up to simulate ignition during compression. Built with light metal construction and operated manually by a crank handle, it is mounted on a base for classroom demonstration. Parts are colour-coded, chromium plated, and galvanized for durability.
The Wankel Engine Model Torquemaster-09 is an educational model of a Wankel engine, true to the original and complete with a cutaway carburetor. This Wankel Engine Model clearly demonstrates the rotating motion of the triangular piston inside the stator.
Product Overview
The Torquemaster-09 rotor, a triangular piston, operates through the driving shaft and rotates inside the stator, clearly showing the different phases of operation. During the compression phase, a small bulb lights up to simulate gas ignition. This Wankel Engine Model is carefully sectioned for training purposes and professionally painted with different colours to differentiate the various parts, cross-sections, and fuel system. Many parts are chromium plated and galvanized for a longer life, making it ideal for classroom demonstrations.
Planning an automobile lab? See the automobile engineering equipment and model-selection guide.
Wankel Engine Model Torquemaster-09 — Technical Specifications
| Parameter | Value |
|---|---|
| Model | Torquemaster-09 |
| Construction | Light metal construction |
| Operation | Manual, by crank handle |
| Equipment Layout | On base with wheel |
| Finish | Fine finish |
| Length x Width x Height (approx.) | 350 x 400 x 300 mm |
| Weight (approx.) | 7 kg |
Technical Data
| Component | Detail |
|---|---|
| Rotor | Triangular piston, operated by driving shaft |
| Stator | Rotor rotates inside stator, showing different phases |
| Ignition Simulation | Small bulb lights up during compression phase |
| Carburetor | Cutaway carburetor included |
| Finish | Chromium plated and galvanized parts for longer life |
Key Features
- Design: Wankel engine model ideal for classroom demonstrations
- Cross-Sectioning: Various parts cross-sectioned to show internal operation
- Operation: Manual
- Layout: On base with wheel
- Finish: Fine finish
- Handling: Simple operations
- Accuracy: Functional accuracy
- Design Type: Wankel Engine Model with rotating rotor and simulated ignition phase
Experiments
- Study of Wankel engine rotor and stator operation
- Observation of different rotational phases of the triangular piston
- Study of simulated gas ignition during the compression phase
- Study of cutaway carburetor function
- Identification of fuel system and cross-sectioned parts
Construction and Design
The Wankel Engine Model Torquemaster-09 is built with light metal construction and operated manually by a crank handle. It is mounted on a base for stable classroom use. The rotor, shaped as a triangular piston, is driven by the shaft and rotates inside the stator to clearly show the different operating phases. Parts are professionally painted in different colours to distinguish the various components, cross-sections, and fuel system, with several parts chromium plated and galvanized for durability.
Scope of Delivery
- Wankel engine cutaway model with rotor and stator assembly
- Cutaway carburetor
- Compression-phase ignition simulation bulb
- Base-mounted assembly with crank handle
Q1: What does the Wankel Engine Model Torquemaster-09 demonstrate?
A: It demonstrates the rotating operation of a Wankel engine, showing the triangular piston rotor moving inside the stator through its different phases.
Q2: How is the ignition phase simulated?
A: A small bulb lights up during the compression phase to simulate gas ignition.
Q3: How is the model operated?
A: It is operated manually by a crank handle.
Q4: What is the model constructed from?
A: It features light metal construction with several parts chromium plated and galvanized for longer life.
Q5: What are the dimensions and weight of the model?
A: The approximate dimensions are 350 x 400 x 300 mm, with an approximate weight of 7 kg.
Need Assistance? We're Here to Help!
Connect with our team for product specifications, pricing, and customized solutions for your institution or project.
