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GL 110 Cam mechanism

FEATURES:

 

  • Demonstration and measurement of the displacement curves for cam mechanisms
  • Rapid part changing without tool

DESCRIPTION

Technical Description

Cam mechanisms are used in many areas of technology, such as for valve control in combustion engines. The simple experimental setup 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 sets out the fundamentals and provides a step-by-step guide through the experiments.


Learning Objectives / Experiments
- displacement curves for cam mechanisms
  * arc/tangent/concave/asymmetric cam
  * choice of roller tappet, cup tappet or trailing lever

FEATURES

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 


Technical Data

Angle scale
- 0...360°
- graduations: 1°
Dial gauge for displacement
- 0...30mm
- graduations: 0,01mm


Dimensions and Weight
LxWxH: 160x160x260mm
Weight: approx. 7kg 


Scope of Delivery
1 cam mechanism experimental unit
4 cams
2 cam tracers
1 dial gauge
1 set of instructional material

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