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Cam mechanisms are used in many areas of technology, such as for valve control in combustion engines. The simple experimental set-up permits quick demonstration of the action principle, and can be used to demonstrate the influence of different cam shapes. The cam follower can work either as a roller tappet, cup tappet, or trailing lever. The stroke is measured using a mechanical position measurement gauge. A scaled disk indicates the associated angle of rotation.
The well-structured instructional material outlines the fundamentals of cam theory and provides a step-by-step guide through the experiments. |
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Learning Objectives / Experiments |
- Displacement curves for cam mechanisms
+ arc/tangent/concave/asymmetric cam
+ choice of roller tappet, cup tappet or trailing lever |
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Features
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* Demonstration and measurement of the displacement curves for cam mechanisms1
* Rapid part changing without tool |
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Alternative products
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GL 112 -- Cam Analysis Apparatus
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| Specification |
[1] Action principle of cam mechanisms
[2] 4 different cams: arc/tangent/concave/asymmetric cam
[3] Roller tappet, cup tappet and trailing lever
[4] Angled scale 0...360°, D=100mm
[5] Dial gauge D=58mm
[6] Cams and tappets easy to change, without use of tools
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| Technical Data |
Angle scale:
- 0...360°
- graduations: 1°
Dial gauge for displacement:
- 0...30mm
- graduations: 0.01mm |
| Dimensions and Weight |
l x w x h : 160 x 160 x 260 mm
Weight : 7 kg |
| Scope of Delivery |
1 cam mechanism experimentation unit
4 cams
3 cam tracers
1 dial gauge
1 set of instructional material |
| Order Details |
030.11000 GL 110 Cam Mechanism
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