Magnetic Demo
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Lenz's Law Apparatus
501-10 Consists of two metal rings connected by an aluminum beam that can rotate freely on a support. One of rings is a closed loop, the other has an opening for comparison. When a bar magnet moves into or out of the loop the magnetic flux will change. According to Lenz's Law, a current will be induced in the loop to oppose the change. Students can verify the law by analyzing the movement of the loop. 8" x 6" x 3" |
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Magnetic Field Demonstrator 1257 A quick and clean way to visualize magnetic fields. The unit is a transparent acrylic case that holds iron filings in a fluid of proper viscosity. The unit can also be placed on an overhead projector for classroom demonstration. Magnetic bar/shoe piece is not included. Measures 8 x 4-1/2 x 3/8", 11 oz. |
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3D Magnetic Field Demonstrator 1257-1 This device allows students to observe magnetic fields in 3D and 2D views. It consists of two half hexagonal acrylic containers with metal filings. The two parts, connected with hinges, can be swung open or closed. A strong bar magnet is placed in the concavities of the containers to reveal the cross section of a magnetic field. |
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3D Magnetic Field Demonstrator 1257-2 This device allows students to observe magnetic fields in 3D and 2D views. It consists of two half hexagonal acrylic containers with metal filings. The two parts, connected with hinges, can be swung open or closed. Two strong bar magnets are placed in the concavities of the containers to reveal the cross section of a magnetic field. |
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3D Magnetic Field Demonstrator 1257-3 This device allows students to observe magnetic fields in 3D and 2D views. It consists of two half hexagonal acrylic containers with metal filings. The two parts, connected with hinges, can be swung open or closed. A strong U magnet is placed in the concavities of the containers to reveal the cross section of a magnetic field. |
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Floating (Levitation） Magnets Set, Vertical Type 1368 with 3 Ceramic Rings 1368-1 with 6 Ceramic Rings A terrific demonstration of magnetic repulsion! Three circular magnets float above an acrylic base. The apparatus can be used to demonstrate both magnetic attraction and repulsion. Magnets are in plastic cases to reduce breakage. |
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Floating Magnets Set, Horizontal Rotor 1382 This device demonstrates many phenomena of physics. Place the pointed end against the glass inset and gently twirl. It is good for magnetic levitation discussions and frictional force experiments. |
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Magnet Needle Set S313-6 |
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Magnet Needle Set MN-005 This is an excellent set to demonstrate the different magnetic fields within a given area. The set includes 10 needles and 10 5/8" high bases. |
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Magnetic Field Needle Demonstration Set S402.1-1 To show magnetic field characteristic in needle type. 117 magnetic needles aligned on square board. |
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Magnetic Field Needle Demonstration Set S402.1-2 To show magnetic field characteristic in needle type. 172 magnetic needles aligned on rectangle board. S402.1-3 rectangle 59 magnetic needles |
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Power Generation by Rotating Coils S315-2A Power is generated by rotating coils in the magnetic field. Understand connection between magnetism and electric current |
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Power Generation by Rotating Magnet S315-2B Understand connection between magnetism and electric current. Electricity is generated by rotating the magnet. |
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Experiment of Magnetic Field and Current S315-3A Understand connection between magnetic field and electric current. Plactice right hand and left hand rules. |
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Experiment of Magnetic Field and Current S315-3B Understand connection between magnetic field and electric current. Plactice right hand and left hand rules. |
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Experiment of Magnetic Field and Current S315-3C Understand connection between magnetic field and electric current. Plactice right hand and left hand rules. |
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Magnetic Field Demo. S403 Perfect for all classroom experiments requiring an external magnetic field. Great for studying induction and the rate of magnetic flux change through a coil. Made of four layers of 0.67 mm wires (23 gauge) with approximately 710 turns of polyurethane enameled copper wire. PVC core is 5-5/16" L with a 1-3/8" diameter. Designed to carry 7-10 amperes intermittently |
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Electromagnetic Field and Flux S403-1 Perfect for all classroom experiments requiring an external magnetic field. Great for studying induction and the rate of magnetic flux change through a coil. |
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Magnetic Field S403-2-1 This kit shows how electromagnetic field works. |
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Magnetic Field S403-2-2 This kit shows how electromagnetic field works. |
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Magnetic Field S403-2-3 This kit shows how electromagnetic field works. |
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Electro Magnetic Field S403-2A This is a compact kit shows how electromagnetic field works. |
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Oersted's Law Apparatus S403-3A This demo shows how the magnetic field direction near a wire depends on current direction. A variable power supply will hinge magnetic field strength. |
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Oersted's Law Apparatus S403-3B This demo shows how the magnetic field direction near a wire depends on current direction. A variable power supply will hinge magnetic field strength |
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Oersted's Law Apparatus S403-3C This demo shows how the magnetic field direction near a wire depends on current direction |
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Electro Magnetic Field S403-4 Understand relationship between magnetic field and electricity. |
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Electric Bell S406-A Electric bell with on wooden board The apparatus consists of a magnet, a shaded pole, and a bell, all mounted on a board. It is designed to show how electrical energy converted to sound energy (bell). S406-B Electric bell on cast iron frame |
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Electric Bell S406-D The bell is operated by electro magntic field. It demonstrates the relationship between magnetic field and electricity. |