Eisco Labs Coils & Core Activity Set - Transformers

• Allows students to study not only how transformers work, but also study several different properties of induced magnetism
• Set includes: (1) plastic base, (1) laminated iron core with mounting fixtures, (6) coils
• Includes manual with product and activity instructions
• Topics covered include Lenz Law, Faradays Law, how iron cores increase magnetic field strength, and electromagnetic induction
• An exciting, hands-on activity for physics classrooms

Cores and Coils Set allows students to study not only how transformers work, but also study several different properties of induced magnetism. This kit consists of a plastic base, a laminated iron core, mounting fixtures, and six coils protected in a heat resistant film. Topics covered include Lenz Law, Faradays Law, how iron cores increase magnetic field strength, and electromagnetic induction itself. This versatile piece of equipment can also be used to teach about how transformers used by power companies carry electrical energy. Extensive instructions on how to use the apparatus as a demonstration as well as inquiry-based lessons surrounding electromagnetic induction and transformers are included as well as five different student activity capture sheets. Please note that this set does not include all the materials necessary for the activities in the instruction manual.

Whats included:

• Plastic Base
• 1 washer & 1 nut for attaching base
• Laminated Iron Core with removable top
• Thumbscrew and threaded rod to hold iron core into base
• 6 coils: 3200 Turns, 1600 Turns, 800 Turns, 600 Turns, 400 Turns & 200 Turns
• Instruction & demonstration manual

• AC Power Supply 2-15 Volts
• Banana plug wires (6-8)
• Multi-meter that reads up to 200 AC Volts (2)

• Analog DC Voltmeter (up to 5 Volts)
• DC Ammeter (up to 100 mA depending on strength of magnet), or Galvanometer (works best if meter can read both positive and negative values.)
• Ring Stand and Clamp (2)
• Horseshoe Magnet
• Paper Clip (must contain iron to be attracted to the magnet)
• About 40 cm of string
• Set of bars made of different metals. At least one should be magnetic (iron or nickel) Possible equipment to use for the set of bars: EISCO Set of Metal Strips (PH0798A), EISCO Set of Metal Discs (PH0798B), EISCO Materials Collection (PH0798C)
• Strong bar magnets (2)
• Springs with low spring constants and loops for hooks on either end (2)
• Strong Tape