Magnetism & Electromagnetism
Showing 49–64 of 168 results
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Magnetism & Electromagnetism, Physics
Electromagnet Investigation
Catalogue No: 1070695
Useful apparatus for investigating the factor on which strength of electromagnet depends – number of turns on coil, core material, magnitude of current etc. Complete assembly housed in a transparent acrylic casing to view the internal structure. Sockets fitted on top panel provide connctivity to electromaget coil with number of turner from 100 to 600. Maximum current rating 1A DC.
* Electromagnet InvestigationPack of (Pcs): 1
SKU: 1070695 -
Magnetism & Electromagnetism, Physics
Electromagnet, Large
Catalogue No: 1070730
Used to demonstrate that how electric energy is converted into a very strong magnetic field. The precision machined contact surface makes this electromagnet so strong that it generates tremendous lifting power. The electromagnet consists of a core and a yoke with a provision for holding four D type cells. The core has a cylindrical coil wound with enameled copper wire on annular bobbin. Both core and yoke provided with steel eye bolts for loading it to observe its lifting power. It can also be operated with 6V/2A DC power supply.
* ElectromagnetPack of (Pcs): 1
SKU: 1070730 -
Magnetism & Electromagnetism, Physics
Electromagnet, Small
Catalogue No: 1070740
Demonstrates how electric current can be used to generate very strong magnetic fields. This two-part, dissectible electromagnet comprises a core and a yoke, with their mating surfaces precisely machined to very close tolerances. The core has a cylindrical coil wound with enameled copper wire on annular bobbin, which is connected to cell holder using crocodile clips. Both core and yoke provided with steel eye-bolts. Operates on cells. Generates tremendous lifting power.
* ElectromagnetPack of (Pcs): 1
SKU: 1070740 -
Magnetism & Electromagnetism, Physics
Electromagnet, U-Shaped
Catalogue No: 1070720/2
Comprising iron U-shaped core of circular section with armature and carrying hook. Armatures on both the arms wound with enameled copper wire and are joined in series. Input voltage: 4-6V DC.
* Deluxe Model with thicker soft iron U-corePack of (Pcs): 1
SKU: 1070720/2 -
Magnetism & Electromagnetism, Physics
Electromagnet, U-Shaped
Catalogue No: 1070720/3
Comprising iron U-shaped core of circular section with armature and carrying hook. Armatures on both the arms wound with enameled copper wire and are joined in series. Input voltage: 4-6V DC.
* Very powerful, advanced model, with bigger coil and thick soft iron corePack of (Pcs): 1
SKU: 1070720/3 -
Magnetism & Electromagnetism, Physics
Electromagnet, U-Shaped
Catalogue No: 1070720/4
Comprising iron U-shaped core of circular section with armature and carrying hook. Armatures on both the arms wound with enameled copper wire and are joined in series. Input voltage: 4-6V DC.
* Deluxe model with 4 mm sockets and a hook on electromagnetPack of (Pcs): 1
SKU: 1070720/4 -
Magnetism & Electromagnetism, Physics
Electromagnet, U-Shaped
Catalogue No: 1070720/1
Comprising iron U-shaped core of circular section with armature and carrying hook. Armatures on both the arms wound with enameled copper wire and are joined in series. Input voltage: 4-6V DC.
* Economical Model with mild steel U-corePack of (Pcs): 1
SKU: 1070720/1 -
Magnetism & Electromagnetism, Physics
Electromagnetic Field Experiment
Catalogue No: 1070350
Demonstrates the field patterns associated with different shapes / configurations of current carrying conductors – rectangular, circular loop and solenoid, all mounted on moulded plastic case. Each configurations consists of 6 turns of 0.6mm copper wire with 4mm safety sockets. Operates on 6V DC, 8A max. Also included are iron filling and a set of 8 magnetic compass of 16mm diameter.
* Electromagnetic Field ExperimentPack of (Set): 1
SKU: 1070350 -
Magnetism & Electromagnetism, Physics
Faraday’s Electromagnetic Induction Demonstrator
Catalogue No: 1070830
For demonstrating the important experiments performed by Faraday and how they lead to some of the significant conclusions in electromagnetism. Designed to perform studies even beyond the basic experiments, it comprises three solenoids of 20, 40 and 80 turns each of identical cross section, mounted on a transparent base along with a milliammeter. Repeatedly inserting a magnet into the coil and removing it causes electric current to flow through the coil, which can be read directly from the milliammeter. Using this apparatus, students can study correlations between induced current to that of magnetic field strength, number of turns of coil, magnetic field polarity and speed.
* Faraday’s Electromagnetic Induction DemonstratorPack of (Pcs): 1
SKU: 1070830 -
Magnetism & Electromagnetism, Physics
Faraday’s Law Apparatus
Catalogue No: 1070710
For quick visualization of Faraday’s Law. Includes a 150-0-300 turns coil with 4mm sockets which can freely slide on a transparent acrylic tube. On drooping down a cylindrical magnet through the tube, a pulse of electricity is generated across the coil and can be observed on an oscilloscope.
* Faraday’s LawPack of (Pcs): 1
SKU: 1070710 -
Magnetism & Electromagnetism, Physics
Floating Ring Magnets
Catalogue No: 1070220
Helps understand the concept of magnetic levitation. Five strong ceramic ring magnets of size 25 x 10mm (Dia x Height) in red and blue ABS casing are located on a molulded plastic stand.
* Floating Ring MagnetsPack of (Pcs): 1
SKU: 1070220 -
Magnetism & Electromagnetism, Physics
Hall Effect Probe
Catalogue No: 1070210
For measurement of magnetic fields strength of permanent magnets and electromagnets. In fields, the device generates an output voltage in the range -4V to +4V for field densities – 70mT to +70mT. Whole assembly is fitted inside a plastic moulded case. Operates on 9V battery.
* Hall Effect ProbePack of (Pcs): 1
SKU: 1070210 -
Magnetism & Electromagnetism, Physics
Helmholtz Coil
Catalogue No: 1070835
For producing a region of nearly uniform magnetic field or to minimize the effect of external magnetic fields such as Earth magnetic field. It consists of two solenoid electromagnets on the same axis. The solenoids consist of coils of super enameled copper wire wound on moulded bobbins of about 5 diameter and provided with 4mm binding posts for connections. A clamp is provides towards one end to hold magnetic probe (magnetic filed sensor). One magnetic flux density meter (Cat. No. 1070405). Can be used with this apparatus to determine the magnetic field intensity.
* Helmholtz CoilPack of (Pcs): 1
SKU: 1070835 -
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