Electrical Machines - Basic Vocational Knowledge (IBE - Deutschland; 144 pages) Introduction 1. General information about electrical machines 2. Basic principles 3. Execution of rotating electrical machines 4. Synchronous machines 5. Asynchronous motors 6. Direct current machines 7. Single-phase alternating current motors 7.1. Single-phase asynchronous motors (single-phase induction motors) 7.1.1. Assembly and operating principle 7.1.2. Operational behaviour 7.1.3. Technical data 7.2. Three-phase asynchronous motor in single-phase operation (capacitor motor) 7.3. Split pole motors 7.4. Single-phase commutator motors (universal motors) 8. Transformer

#### 7.1.3. Technical data

Several examples of technical data feature in Figures 116 and 117 and in Surveys 16 and 17.

Foot induction motors

Figure 116 - Dimensional images of a foot induction motor (e.g. 65/IM 1001)

(1) Length side, (2) Drive side
1 Axial pressure, 2 Stop socket Pg9, 3 Protective conductor, 4 Air entry, 5 Minimal distance

Survey 16 - Characteristic values of foot induction motors

 Design/nominal size Rated voltage (Ws) Rated current Power input Power output Speed - V A W W rpm 65/IM 1001 220 0.30 60 10 1400 0.42 80 16 2800 1) 220/380 0.38/0.22 70 16 1400 0.49/0.28 105 25 2800 75/IM 1001 220 0.52 100 25 1400 0.62 125 40 2800 220/380 0.59/0.34 110 40 1400 2) 0.73/0.42 160 60 2800
1) C = 2µF 2) C = 2.5µF

Flange induction motors

Figure 117 - Dimensional images of a flange induction motor (e.g. 75/IM 3601)

(1) Length side, (2) Drive side,
1 Air entry, 2 Screw-in depth max. 12 mm

Survey 17 - Characteristic values for flange induction motors

 Design/nominal size Rated voltage (Ws) Rated current Power input Power output Speed - V A W W rpm 65/IM 3601 220 0.38 1) 80 16 1400 0.50 2) 100 25 2800 220/380 0.42/0.24 75 25 1400 0.56/0.32 115 40 2800 75/IM 3601 220 0.58 3) 120 40 1400 0.74 4) 150 60 2800 220/380 0.70/0.40 150 60 1400 1.08/0.60 200 90 2800
1) C = 2µF 2) C = 3µF 3) C = 5µF 4) C = 6µF