6 experiments on rotary motion with the dynamics device set on the following topics:
a) Disc with diametrical holes
Device for experiments on centrifugal
force. Metal disc
D = 300 mm, powder-coated, yellow, with 4 holes with distances
of 30/60/90/120 mm with central hole for retaining shaft for storing steel balls.
2 steel balls, D = 12.7 mm included in the scope of delivery.
b) Retaining shaft
Metal shaft with plastic nut for holding the disc with
diametrical holes, a central hole for storing a steel ball.
c) Short bearing unit
Rotatable clamping column, double ball bearing
with string groove on bosshead for clamping shafts with a diameter of 10 mm, primarily
the belt pulley for setting up a centrifugal machine
d) Long bearing unit
Rotatable clamping column, double ball bearing with
string groove on bosshead for clamping shafts with a diameter of 10 mm, cross hole
e) Belt pulley
Aluminium disc with string groove, D = 150 mm, on shaft,
D = 10 mm with detachable crank pin
f) Drive belt
Plastic belt, D = 3 mm, for centrifugal machine, scope:
Approx. 80 cm
g) Centrifugal trough
Device for demonstrating the proportionality of
the centrifugal force to the mass.
Acrylic glass circular cell on support
rod, D = 10 mm, 2 balls (plastic/steel) included in the scope of delivery.
Can also be used as a centrifugal cell for analysing the relationship between the
surface shape of rotating liquids and their angular velocity
Diameter of the
cuvette: 150 mm
h) Flyweight governor
Flyweight governor model on shaft
pendulum: 150 mm
Shaft diameter: 10 mm
i) Flexible hoop ring
Device for demonstrating the flexible hoops
ring diameter: 150 mm, shaft diameter: 10 mm