Works with the 3-phase variable 0-48V 15A power supply (not included).
See Ref. ALI-DEMO.
Presentation: The interconnection of the windings on to a didactic ter minal box
provides a visual understanding of the coil of the various electrical machines and
their functions. Series poles can be added or removed to/from the shunt poles to
create a compound machine. Users are able to see the position of the brushes
and their movement. It is powered by 48 volt ELV. A full user manual is provided
with the motor/alternator.
DEVELOPED PRACTICAL WORK
• Direct current motor theory.
• Armature reaction.
• Winding polarities.
• DC shunt motor
• DC shunt motor with commutating poles.
• Speed control.
• Long shunt compound DC motor.
• Long shunt compound DC motor with commutating poles.
• Short shunt compound DC motor.
• Short shunt compound DC motor with commutating poles.
• DC shunt motor, separately excited.
• DC generator theor y.
• DC shunt generator.
• Separately excited generator.
• Series DC generator with commutating poles.
• Series-excitation generator.
• Compound generator.
• Long shunt compound DC generator.
• Short shunt compound DC motor.
TECHNICAL DESCRIPTION
• Open frame.
• A direct current stator.
• An aluminium base.
• Two aluminium bearings for supporting the motor shaft.
• Possibility for studying 14 different motors, with safety terminal connections
DC shunt motor/DC shunt motor with commutating poles
DC series motor/DC series motor with commutating poles
DEMO-DC: 48V DIRECT CURRENT UNIT
Long shunt compound generator
Long shunt compound generator with commutating poles
Short shunt compound motor
Short shunt compound motor with commutating poles.
Separately excited shunt motor
Universal motor without commutating poles/with commutating poles
Repulsion motor
Series generator with commutating poles.
Separately excited series source rotor generator
Separately excited series source stator generator
Self-excited long shunt compound generator
Self-excited short shunt compound generator
• An armature
• Half coupling.
• A user manual.
See Ref. ALI-DEMO.
Presentation: The interconnection of the windings on to a didactic ter minal box
provides a visual understanding of the coil of the various electrical machines and
their functions. Series poles can be added or removed to/from the shunt poles to
create a compound machine. Users are able to see the position of the brushes
and their movement. It is powered by 48 volt ELV. A full user manual is provided
with the motor/alternator.
DEVELOPED PRACTICAL WORK
• Direct current motor theory.
• Armature reaction.
• Winding polarities.
• DC shunt motor
• DC shunt motor with commutating poles.
• Speed control.
• Long shunt compound DC motor.
• Long shunt compound DC motor with commutating poles.
• Short shunt compound DC motor.
• Short shunt compound DC motor with commutating poles.
• DC shunt motor, separately excited.
• DC generator theor y.
• DC shunt generator.
• Separately excited generator.
• Series DC generator with commutating poles.
• Series-excitation generator.
• Compound generator.
• Long shunt compound DC generator.
• Short shunt compound DC motor.
TECHNICAL DESCRIPTION
• Open frame.
• A direct current stator.
• An aluminium base.
• Two aluminium bearings for supporting the motor shaft.
• Possibility for studying 14 different motors, with safety terminal connections
DC shunt motor/DC shunt motor with commutating poles
DC series motor/DC series motor with commutating poles
DEMO-DC: 48V DIRECT CURRENT UNIT
Long shunt compound generator
Long shunt compound generator with commutating poles
Short shunt compound motor
Short shunt compound motor with commutating poles.
Separately excited shunt motor
Universal motor without commutating poles/with commutating poles
Repulsion motor
Series generator with commutating poles.
Separately excited series source rotor generator
Separately excited series source stator generator
Self-excited long shunt compound generator
Self-excited short shunt compound generator
• An armature
• Half coupling.
• A user manual.
Properties
- DEMO-DC/ELE