Cut Model Of Planetary Gear System | Torquemaster-23
Cut Model Of Planetary Gear System Torquemaster-23 is a cutaway model showing the operating system of a planetary gear with multiple planet gears revolving around a sun gear. This Cut Model Of Planetary Gear System demonstrates torque and power distribution and gearshift possibilities with sun gear, planet carrier, and ring gear in different functional roles. It is hand-powered and mounted on a base plate with carrying handles, including standards-compliant drawings and technical description for comprehensive engineering education.
The Cut Model Of Planetary Gear System Torquemaster-23 is a cutaway model that shows very clearly and instructively the operating system of a planetary gear and the available gearshift possibilities. This Cut Model Of Planetary Gear System demonstrates the principle of operation and design of a planetary gear system.
Product Overview
The Torquemaster-23 is an industrial original component, fully functional cutaway model designed for engineering teaching. Each model comes with standards-compliant and practical drawings and a technical description, allowing problems of engineering drawing, fasteners, machine parts, production and testing technology to be studied in a clear and practical manner. This Cut Model Of Planetary Gear System shows how the planetary gear is a special type of gear drive in which multiple planet gears revolve around a centrally arranged sun gear. The planet gears are mounted on a planet carrier and engage positively in an internally toothed ring gear. Torque and power are distributed among several planet gears. The sun gear, planet carrier, and ring gear may either be driving, driven, or fixed. Planetary gears are used in automotive construction and shipbuilding, as well as for stationary use in turbines and general mechanical engineering.
Planning an automobile lab? See the automobile engineering equipment and model-selection guide.
Cut Model Of Planetary Gear System Torquemaster-23 — Technical Specifications
| Parameter | Value |
|---|---|
| Model | Torquemaster-23 |
| Type | Industrial original component, fully functional cutaway model |
| Gear System | Planetary gear system |
| Operation | Hand-powered |
| Base | Securely mounted on a base plate with handles for carrying |
| Construction | Active parts clearly visible while maintaining mechanical functionality |
| Length x Width x Height (approx.) | 450 x 400 x 300 mm |
| Weight (approx.) | 10 kg |
Technical Data
| Component | Detail |
|---|---|
| Sun Gear | Central gear, can be driving, driven, or fixed |
| Planet Gears | Multiple gears revolving around the sun gear |
| Planet Carrier | Mounting structure for planet gears |
| Ring Gear | Internally toothed gear engaging with planet gears, can be driving, driven, or fixed |
| Torque Distribution | Distributed among multiple planet gears for load sharing |
| Applications | Automotive automatic transmissions, shipbuilding, turbines, mechanical engineering |
Key Features
- Relevance: Topical as in every automatic motorcar transmission there is a planetary gear
- Functionality: Industrial original component, fully functional cutaway model
- Visibility: Active parts clearly visible while maintaining mechanical functionality
- Operation: Hand-powered for demonstration purposes
- Mounting: Securely mounted on a base plate with handles for easy carrying
- Design Type: Cut Model Of Planetary Gear System for demonstrating complex machine elements and principle of operation
- Documentation: Includes standards-compliant and practical drawings and technical description
Experiments
- Study of planetary gear system structure and operation
- Study of sun gear, planet gears, planet carrier, and ring gear interaction
- Demonstration of torque and power distribution among planet gears
- Study of different gearshift possibilities with fixed, driving, or driven components
- Observation of how planetary gears are used in automatic transmissions
- Study of engineering drawing and machine part principles
- Understanding of production and testing technology through practical demonstration
Construction and Design
The Cut Model Of Planetary Gear System Torquemaster-23 is an industrial original component modified into a fully functional cutaway model. The model clearly shows the operating system of the planetary gear, with the sun gear at the centre, multiple planet gears revolving around it mounted on a planet carrier, and an internally toothed ring gear engaging with the planet gears. All active parts are visible to the user while maintaining their mechanical functionality. The model is hand-powered for demonstration purposes and is securely mounted on a base plate with handles to allow it to be carried easily. It comes with standards-compliant and practical drawings and a technical description for comprehensive engineering education.
Scope of Delivery
- Planetary gear system cutaway model
- Base plate with carrying handles
- Standards-compliant and practical drawings
- Technical description documentation
Q1: What does the Cut Model Of Planetary Gear System Torquemaster-23 demonstrate?
A: It demonstrates the operating system of a planetary gear, showing how multiple planet gears revolve around a sun gear and engage with an internally toothed ring gear.
Q2: How is the model operated?
A: The model is hand-powered, allowing manual demonstration of the planetary gear system operation.
Q3: What are the roles of the sun gear, planet carrier, and ring gear?
A: The sun gear, planet carrier, and ring gear can each be driving, driven, or fixed, allowing demonstration of different gear configurations and load distribution.
Q4: Where are planetary gears used in practice?
A: Planetary gears are used in automotive automatic transmissions, shipbuilding, turbines, and general mechanical engineering applications.
Q5: What are the dimensions and weight of the model?
A: The approximate dimensions are 450 x 400 x 300 mm, with an approximate weight of 10 kg.
Need Assistance? We're Here to Help!
Connect with our team for product specifications, pricing, and customized solutions for your institution or project.
