Physics

Demonstration kit DynaMot


To carry out teachers’ experiments with the hand driven generator DynaMot and the experimental notes by Dr. H. Muckenfuß.
Hand driven generator as power supply and alive teaching support for the formation of concepts in electricity.
DynaMot can be used as a DC-generator as well as a DC-motor and it is able to replace batteries or power supplies in the basic electricity teaching.
As the students can generate the power for most of the experiments themselves the concepts and theories about the electric circuit are closely connected with personal experiences gathered when generating the electric energy with the generator.
 
Survey of experiments:

  • Energetic basic ideas, energy current, load carrier, current, current concept, current measuring, mechanic parameter for the energy conversion
  • Increasing the power of the energy current with the load carrier current (P ~ I), parallel circuit of consumers
  • Energy current and electron current at the electric motor
  • Ideas for the voltage concept (P ~ U), series circuit
  • Experiments to determine the voltage definition
The picture shows a red case with experimental materials, which contains various components for physics experiments. The arrangement in the case is clear, with a variety of pulleys, cables and tools that can be used for teaching purposes.
The picture shows a red case with experimental materials, which contains various components for physics experiments. The arrangement in the case is clear, with a variety of pulleys, cables and tools that can be used for teaching purposes.
The picture shows an experimental kit called "DynaMot" housed in a red case. The case contains various components and a manual for conducting experiments on generating voltage and power.
The picture shows two motors mounted on a table, connected to a measuring device. One of the motors has a weight hanging from it, which can be used for experiments investigating mechanical energy or torque.
The picture shows an information sheet about the DynaMot Demo Set, a hand-operated generator ideal for experiments in school lessons. In the background, the associated equipment is shown in a red case, which is used for student and teacher experiments.
The picture shows a red storage box with a black foam insert that contains various experimental devices. A silver motor is particularly clearly visible, which is housed in one of the compartments.
The image shows a collection of experimental equipment housed in a black foam box insert. The equipment appears to be designed for physics experiments and includes, among other things, some kind of holding device and a pulley.
The picture shows a page from a catalog that shows a layout plan for an experimental kit called "DynaMot". It contains an overview of the components included in a red case as well as order numbers for the products.
The picture shows instructions for an experiment entitled "Electrical energy transfer" that can be carried out as part of school experiments. Materials such as DynaMot, table clamps and other components that are needed for the experiment are listed.
The picture shows an experiment kit that includes various components such as a motor, clamps, cables and instructions for learning experiments. It is used for practical experiments in the field of physics education.
The picture shows an experimental device with an electric motor, a display clock and a control and power supply unit. The setup is designed for practical experiments in the field of physics or technology in education.
The picture shows an experimental device with two electric motors connected to each other via belts and pulleys. It is used to illustrate physical principles such as energy transfer and the mechanics of movement.

item number 54852

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Comparison with mechanical energy transfer


Comparison with electrical power transmission.


Practicing current measurement and observing the effect of the rotation speed of the crank and the brightness of the lamp.


Study of the behavior of the current in a parallel circuit.


Exploring the relationship between P and t.


Basics of the concept of tension.


Physical quantity voltage is defined.


Definition of the voltage is achieved.


  • 2 × Stand rod 500x12 mmØ
  • 2 × Bosshead, universal
  • 1 × Hook with bosshead
  • 1 × Weight with hook, 100 g
  • 2 × Weight with hook, 200 g
  • 1 × Weight with hook, 500 g
  • 1 × Demonstration cord 20 m, 1 mm Ø
  • 1 × Plug lead, 25 cm, red
  • 2 × Plug lead, 50 cm, red
  • 1 × Long driving belt and plug leads
  • 1 × Foam insert grey, knobbed515x360x30 mm
  • 1 × Foam insert for 54852, 520x360x110 mm
  • 2 ×
  • 1 × Loose pulley, 58 mm dia. with one hook
  • 2 × DynaMot generator
  • 1 × DynaMot, mechanical transmission
  • 1 × Plastic case ca.540x450x150 mm
  • 1 × Storing diagram DynaMot
  • 2 ×

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55222
Power supply unit, 12 V/3 A
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Accessory kit ‘DynaMot’
In the manual further experiments are suggested which can be conducted with the components of the ...
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The picture shows an experiment set with two grey components connected to electrical circuits and various light bulbs in different colours. It also includes two plugs that can be used for the electrical connections.
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