EEM 5.3-1 Three-phase reluctance machine 1kW
EEM 5.3-1 Three-phase reluctance machine 1kW
Experiment topics:
- Machine connection
- Starting Reversing rotation direction
- Load characteristics
- Measurement evaluation
Topics
- Electric Machines with UniTrain
-
Electric Machines 300W
- EEM 2-3 DC machines 300W
- EEM 3-3 AC machines 300W
-
EEM 4-3 Asynchronous machines 300W
- EEM 4.1-3 Three-phase induction motor with squirrel cage and distinct pull-out torque 300W
- EEM 4.2-3 Three-phase induction motor with squirrel-cage, pole-changing according to Dahlander 300W
- EEM 4.3-3 Three-phase induction motor with squirrel cage, pole-changing with 2 separate windings 300W
- EEM 4.4-3 Three-phase motor with slip-rings (wound rotor) 300W
- EEM 4.5-3 Fault simulation on electrical machines 300W
- EEM 4.6-3 Protection for electrical machines 300W
- EEM 5-3 Synchronous machines and power grid synchronization; reluctance machines 300W
- EEM 11-3 Energy-saving drives 300W
- Power electronics with UniTrain
- Power Electronics and Drives 300W
- Designing drive controllers with MATLAB - Simulink 300W
- ENT 5 Single-Phase and Three-Phase Transformers 100VA
- Industrial drive technology 300W
-
Electric Machines 1kW
- EEM 2-1 DC machines 1kW
- EEM 3-1 AC machines 1kW
-
EEM 4-1 Asynchronous machines 1kW
- EEM 4.1-1 Three-phase induction motor with squirrel cage and distinct pull-out torque 1kW
- EEM 4.2-1 Three-phase induction motor with squirrel-cage, pole-changing according to Dahlander 1kW
- EEM 4.3-1 Three-phase induction motor with squirrel cage, pole-changing with 2 separate windings 1kW
- EEM 4.4-1 Three-phase motor with slip-rings (slip-ring rotor) 1kW
- EEM 4.5-1 Fault simulation on electrical machines 1kW
- EEM 4.6-1 Protection for electrical machines 1kW
- EEM 5-1 Synchronous machines and mains synchronization; reluctance machines 1kW
- Power electronics and didactically-optimized drives 1kW
- Designing drive controllers with MATLAB - Simulink 1kW
- Industrial drive technology 1kW
- Equipment sets for practical training