Force on a Conductor Apparatus Manufacturer,Supplier and Exporter in Africa
Product Code : DA-E-11389
Quick Answer: The Force on a Conductor Apparatus demonstrates the effect of a current flowing through a conductor in a magnetic field. With a current of up to 8 A, the crossbar rolls one way or the other.
Last updated: October 2026
Key Features
- Demonstrates the effect of a current through a conductor in a magnetic field
- Crossbar rolls one way or the other under the electromagnetic force
- Takes currents of up to 8 A
- 4 mm sockets attached to the side rails
- Clearly labelled magnet poles for demonstrating Fleming's Left Hand Rule
About This Product
This is a version of a traditional piece of apparatus for showing the force on a current-carrying conductor in a magnetic field. Current is connected through the 4 mm sockets on the side rails, and when up to 8 A flows the crossbar rolls in one direction or the other. The clearly labelled magnet poles make it easy to relate the direction of movement to Fleming's Left Hand Rule. Export supply of the Force on a Conductor Apparatus can be arranged to laboratories and schools in Uzbekistan, Afghanistan, Morocco, Belarus and Vanuatu.
Frequently Asked Questions
Q1. What current does the Force on a Conductor Apparatus use?
A current of up to 8 A, connected via the 4 mm sockets attached to the side rails.
Q2. Can it be used to demonstrate Fleming's Left Hand Rule?
Yes. The magnet has clearly labelled poles, which makes Fleming's Left Hand Rule easy to demonstrate.
Related: Electromagnetism range, Pohl Swing (Oersted's Law Apparatus), Current Balance (BIL Coil).
For a quotation on the Force on a Conductor Apparatus, contact Didactic Africa.
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