SKU: AG-002_MECA2

Load Elevation Mechanisms Experiments

Experimenting with the main mechanisms used for load elevation. Analysis of their work and efficiency.

1) All experiment elements are made in special anodized aluminium.

2) Three pulley block.

3) Two pulley block.

4) Wheel and axle set.

5) Weston differential chain block.

6) Screw jack.

7) Support screw.

8) Adjustable hooks.

9) Set of weights:

    10 weights of 0.01 N.

    4 weights of 0.05 N.

    10 weights of 0.1 N.

    2 weights of 0.5 N.

    4 weights of 1 N.

    2 weights of 2 N.

    1 weight of 5 N. 

10) Weight hooks.

11) Light weight hook.

12) Pulleys.

13) Adjustable pulley.

14) Single pulley block.

15) Knurled nuts.

16) Dynamometer.

17) Spare rope.

18) Screws.

19) Laboratory sheet for each corresponding experiment. This will give a list of elements needed and will indicate the correct position on the base panel. Also this sheet gives valuable guidance on the way of conducting the experiment and recording the results.

20) High quality case for elements storage.

21) Dimensions: 500 x 360 x 120 mm. approx. Weight: 9 Kg. approx.


1- Simple pulleys. Verification of the variation of cable tension in a pulley with the cable's direction as it passes over the pulley. To determine the mechanical advantages of a simple combination of fixed and movable pulleys.
2- Pulley blocks. Analysis of the mechanical features of a set of pulley blocks, which has three sheaves in the upper block and two pulleys in the lower block.
3- Single axle and wheel. Determine the  law of the Machine for a simple axle and wheel, and the variation of mechanical advantage and efficiency with load.
4- Differential axle and wheel. Determine the law of the Machine for differential axle and wheel. Verification that the mechanical advantage and efficiency increases with load up to a limiting maximum.
5- Weston differential chain blocks. Analysis of the specific characteristics of these chains.
6- Screw Jack. To measure the effort required to raise various loads using a simple form of screw jack and to determine how the mechanical advantage and efficiency varies with load.


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