demonstration of function and structure of various gears
| Code | GL100 |
Description:
- Gears are machine elements that are classified as transmission or conversion elements.
- They are responsible for transferring torque and speed between guiding members such as wheels or pulleys.
- The motion is transferred either by means of non-positive connections (with gears, friction wheel) or positive connections (with gears, toothed belts, chains).
- The GL 100experimental unit illustrates the function and structure of belt drives, friction wheels and gear drives.
- Fundamental concepts and relationships, such as transmission ratio, change of direction of rotation, pitch and module or the function of intermediate gears can be explained clearly.
- A sturdy anodised aluminium frame forms the base of the unit.
- The bearings of the wheels are attached to the frame by clamping levers in T-grooves.
- They are easy to detach and can be moved horizontally, thereby allowing a wealth of different setups.
- All experiments are powered by hand.
- The size of the experimental unit ensures that the experiments are clearly visible even for a larger group of students.
Technical details:
Specifications:
- demonstration of the function of belt drives, friction wheels and gear drives
- plastic pulleys and friction washers
- O-ring as a drive belt
- steel gears
- anodised aluminium profile base frame
Technical Data:
- Gears, steel:
- number of teeth: z=15, 16, 20
- module: 20mm
- Pulleys, plastic:
- diameter: Ø=300, Ø=320, Ø=400mm
Dimensions & Weight:
- L x W x H: 1100x320x600mm
- Weight: approx. 22kg
Learning Objectives/Experiments:
- principle and differences of belt drives, friction wheels and gear drives
- explanation and demonstration of:
- gear ratio
- pitch
- module
- function of intermediate gears
Scope of Delivery:
- 1 experimental unit
- 1 set of instructional material
Accessories:
· optional:
– WP 300.09 Laboratory trolley
Due to the continuous development of our products, the goods supplied may vary in detail to that illustrated on this Website.
