Mechanical Transmission Principles Training Platform
A collection of mechanical teaching models for explaining how mechanisms transmit and transform motion.
- Equipment minimum dimensions (L × W × H)
- 1630 × 780 × 1730 mm
- Mechanical model material
- PVC
On This Page Overview
Product Overview
The Baitongkexin Mechanical Transmission Principles Training Platform brings mechanism models, a computer and a teaching display onto one station. It is intended for agricultural machinery and mechanical fundamentals courses. Learners can compare input and output movement across different arrangements, connecting a visible model with a mechanism diagram and an explanation of its role in power transmission or motion control.
Core Functions
Different Motion Relationships
The model scope includes a universal joint, sine mechanism, differential and Geneva mechanisms. These give instructors distinct examples for explaining continuous, variable and intermittent motion relationships.
Visible Teaching Models
Polyvinyl chloride (PVC) models provide the physical teaching format. Students can identify the moving elements and relate their arrangement to a mechanism drawing.
Mechanism Comparison
Lesson topics include linear motion, an oscillating-slider mechanism and helical-gear transmission. A comparison exercise can ask students to explain how the output differs for each selected mechanism.
Practical Training Tasks
- Label the input and output members of a selected model.
- Compare two mechanisms and describe the difference in output motion.
Equipment and Scope
The platform combines mechanical models, computer, display and metal base. Select the final mechanism list to suit the syllabus; the models are for principle teaching rather than rated industrial transmission testing.
Technical Specifications
Minimum equipment dimensions are not installation clearances. Confirm the final layout, service access and operating space for the supplied configuration.
| Equipment minimum dimensions (L × W × H) | 1630 × 780 × 1730 mm |
|---|---|
| Mechanical model material | PVC |
Configuration and Ordering
Reference Laboratory Quantity
1 unit
This quantity belongs to the reference laboratory equipment schedule. Confirm the quantity for your project in the quotation.
Details for Your Inquiry
Send the mechanisms covered by your course. Request an illustrated model list and confirmation of how each selected model is operated during teaching.
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Compare the stated teaching roles below. Product connections, included accessories and software licenses are confirmed in the selected configuration.
