Electrical machines convert electrical energy into mechanical energy or vice versa. A fundamental distinction can be drawn between DC, AC and three-phase machines.

The machines used for training in electrical engineering are designed so that nearly all of the circuitry and drives found in industry, commerce and at home can be conveyed in a didactic fashion in hands-on training. Using the servo drive and braking system it is possible to easily determine all of the relevant data for electrical machines.

EEM 2-1 DC machines 1 kW

EEM 3-1 AC machines 1 kW

• EEM 3.1-1 Universal motor 1 kW.
• EEM 3.3-1 Single-phase induction motor with bifilar starting winding 1 kW.
• EEM 3.4-1 Single-phase induction motor with operating and auxiliary capacitor 1 kW.

EEM 4-1 Asynchronous machines 1 kW

• EEM 4.1-1 Three-phase induction motor with squirrel cage and distinct pull-out torque 1 kW.
• EEM 4.2-1 Three-phase induction motor with squirrel-cage, pole-changing according to Dahlander 1 kW.
• EEM 4.3-1 Three-phase induction motor with squirrel cage, pole-changing with 2 separate windings 1 kW.
• EEM 4.4-1 Three-phase motor with slip-rings (slip-ring rotor) 1 kW.
• EEM 4.5-1 Fault simulation on electrical machines 1 kW.
• EEM 4.6-1 Protection for electrical machines 1 kW.

EEM 5-1 Synchronous machines and mains synchronization; reluctance machines 1 kW

• EEM 5.1-1 Synchronous machines 1 kW.
• EEM 5.2-1 Mains synchronization 1 kW.
• EEM 5.3-1 Three-phase reluctance machine 1 kW.