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RE5115 Bar Magnets With Keepers, Steel
Consist of two painted bar magnets with poles stamped and
keepers. Supplied in a handy wooden storage box.
Length
-01 50mm
-02 75mm
-03 100mm
 
RE5116 Bar Magnets With Keepers, Alnico
Consist of two painted bar magnets with poles stamped and
keepers. Supplied in a handy wooden storage box.
Length
-01 50mm
-02 75mm
-03 100mm
 
RE5118 Horseshoe Magnet
Steel with keepers. Painted red.
Length
-01 50mm
-02 75mm
-03 125mm
 
 
RE5120 Cylindrical Magnets With Keepers, Steel
Consist of two painted bar magnets with poles stamped and
keepers. Supplied in a handy wooden storage box.
Length
-01 75mm
-02 100mm
-03 150mm
 
RE5121 Cylindrical Magnets With Keepers, Alnico
Consist of two painted bar magnets with poles stamped and
keepers. Supplied in a handy wooden storage box.
Length
-01 75mm
-02 100mm
-03 150mm
 
RE5124 Dip Needle
Consists of a graduated arc, steel needle 10cm long, capable of rotation on aluminium base, divided at 45°.
 

RE5126 Oersted’s Law Apparatus
To show the action of a current upon a magnet. Comprising of a magnetic needle 75mm long pivoted at the centre of a heavy gauge copper rod rectangle, with terminals.
 
RE5129 Electromagnet
A very powerful magnet with a U-shape iron core, having several windings of copper wire, 0.9mm in thickness. The length is 100mm.






 
RE5131 Solenoid, Magnetising & Demagnetising
For magnetising and demagnetising steel rods, strips etc.
Comprising a solenoid 15cm long x 2.5cm diameter mounted on a wooden base, with 4mm socket connections.
 
 
RE5132 Solenoid
To study the magnetic field linked with a solenoid coil. Consists of a copper wire coil 10cm long x 50cm diameter wound on an acrylic sheet, with 4mm socket terminals.
 
 
RE5134 Primary and Secondary Coils
Consisting of a primary inner coil of insulated copper wire wound upon a cylinder with terminals and a secondary coil wound upon a cylinder into which the primary coil fits. A soft iron core fits the primary cylinder. Complete with 4mm socket terminals.
 
RE5136 Barlows Wheel
To illustrate motion of a movable current carrying conductor in a magnetic field. A current of approximately 3A at 3-4V causes steady rotation of star shaped wheel. With electromagnet but without mercury.
 
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