Coil 1200 turns Code: 4640.79 An easy way to study the magnetic field generated by a coil when current flows through it. This item is a single layer solenoid that enables to study the fundamental laws of electromagnetism. Specifications Size: 42x30x16 cm Weight: 4.2 kg Single layer solenoid Three safety sockets (400 – 800 –…
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Induction Coil 1100 turns Code: 4640.77 Explore magnetic fields easily Using this apparatus and with a simple set-up, it’s possible to explore and to understand in depth basic laws of electromagnetism such as Biot-Savart Law and Ampere Equivalence Theorem. Specifications Size: approx. Dia. 12 cm, length 31 cm Weight: 2 Kg 1100 Turns Max inductance:…
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Induction Coil 600 turns Code: 4640.76 A powerful and sturdy coil for electromagnetism experiments This coil provides the easiest way to generate a strong magnetic field (up to 80 mH). Used with a Magnetic Field Sensor (code 2313.50), it provides accurate and repeatable results. Specifications Size: approx. Dia. 19 cm Weight: 2 Kg 600 Turns…
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Precedente Successivo Induction Coils Code: 4640.75 Induction coils are essential laboratory equipment for a wide range of electromagnetism experiments Altay Induction Coils are a simple and versatile piece of equipment for the study of electromagnetism, magnetic induction and generation of static and dynamic magnetic fields. Suggested for all physics introductory laboratory courses. Specifications Size: Dia.…
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Precedente Successivo Rotating Coil Code: 4640.60 Rotating Coil is an interesting device to study Faraday-Neumann-Lenz’s law Generation of currents when a coil rotates in a magnetic field is a basic concept of hundreds of crucial applications in physics, engineering and everyday life (e.g. this is the principle of the dynamo). This apparatus is comprised of…
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Linear Oersted Apparatus Code: 4614.60 Experimental study of the Biot-Savart Law for an electric wire The Linear Oersted apparatus shows that an electric current flowing through a linear conductor produces a magnetic field able to divert the equilibrium position of a magnetic needle. Specifications Size: Dia. 16×5 cm Weight: 0.1 kg Copper wire Dia. 0.2…
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Precedente Successivo Demonstration Compass Code: 4614.50 Study the cardinal points with a compass Our Demonstration Compass consists of a simple magnetic needle on a compass map. Our compass makes it extremely easy to demonstrate the cardinal points of a compass and determine all their directions. Specifications Size: Dia. 16×5 cm Weight: 0.1 kg Magnetic needle:…
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Precedente Successivo Magnetic Needle on Stand Code: 4613.80 A simple magnetic needle compass Our Magnetic Needle provides a simple demonstration model of how a compass works. It is simply constructed with a magnetic needle finely balanced on a needle on top of a supporting stand. The pointer is alternately coloured in red and blue, allowing…
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Various Magnets Different shape magnets for a wide number of magnetism experiments In physics, magnetism is one of the phenomena by which materials exert an attractive or repulsive force on other materials. Some well known materials that easily exhibit detectable magnetic properties are iron, some steels and the mineral lodestone; however, all materials are influenced…
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Aepinus Air Condenser Code: 4628.32 A demonstration model of a condenser Specifications A condenser is a device that allows the storage of energy in the electric field created between a pair of conductors on which electric charges of equal magnitude, but opposite sign, have been placed. With our Aepinus Air Condenser, it is possible to show…
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