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Electrical Machines Series 2700 Family 2700

Type 2730

Type 2730

Device type · Individual type of the family 2700 Electrical Machines Series 2700

Assignment
Type of the series 2700
Experiments
30 in 1 manual
Manuals
V 0170
As of
2026-09-06
To the family 2700 All manuals and experiments

Experiments in which type 2730 is used according to the component overview or the experiment text (titles, numbers and pages from the tables of contents; German manuals). All manuals and experiments

V 0170 Electric machines Manual · 206 pages 30 experiments

Main device of this manual – applies to all experiments View table of contents

  1. 2.2 Use of a motor protection switch p. 7
  2. 2.4 The torque attenuator of the control unit p. 9
  3. 3.8.2 Operation of a three-phase induction motor in star and delta connections p. 17
  4. 3.8.3 Efficiency, current and power factor of a three-phase induction motor p. 20
  5. 4.4.2 Operation of the Dahlander motor at low and high speed p. 27
  6. 4.4.3 Dahlander motor efficiency, current and power factor p. 30
  7. 5.4.2 Operation of the three-phase induction motor (separate windings) at low and high speed p. 36
  8. 5.4.3 Efficiency, current and power factor of the three-phase induction motor with separate windings p. 39
  9. 6.4.2 Characteristics of the slip-ring induction motor p. 47
  10. 7.4.2 Motor operation with run and start capacitors p. 56
  11. 7.4.3 Capacitor motor efficiency, current and power factor p. 59
  12. 8.7.2 Load characteristic of the synchronous generator p. 71
  13. 8.7.3 Grid synchronization and control characteristic of the synchronous generator p. 74
  14. 8.8.2 V-curves of the synchronous motor p. 80
  15. 10.6.2 No-load characteristic of the DC shunt motor p. 95
  16. 10.6.3 Speed behavior of the DC shunt motor during field weakening p. 97
  17. 10.6.4 Load characteristic of the DC shunt motor p. 100
  18. 10.7.1 Load characteristic curve of the self-excited DC shunt generator p. 102
  19. 10.7.2 Load characteristic curve of the separately excited DC shunt generator p. 104
  20. 11.6.2 Load characteristics of the DC series motor p. 111
  21. 11.7.1 Load characteristic curve of the DC series generator p. 114
  22. 12.6.2 Load characteristics of the DC compound-wound motor without field weakening p. 120
  23. 12.6.3 No-load characteristic of the DC compound-wound motor with field weakening p. 122
  24. 12.6.4 Load characteristic of the DC compound-wound machine operating as a shunt motor p. 125
  25. 13.6.2 Compounding Types of DC Compound Motor p. 131
  26. 13.6.3 Load characteristics of the DC compound machine as a series motor p. 135
  27. 13.7.1 Compounding Types of DC Compound Generator p. 138
  28. 13.7.2 Load characteristic curve of the DC compound machine as a series generator p. 142
  29. 14.4.2 Load characteristics of the universal motor in direct current operation p. 149
  30. 14.4.3 Load characteristics of the universal motor in alternating current operation p. 152
Other sections mentioning this product (12)
  1. 3.8 Experiments on three-phase induction motor with squirrel cage rotor p. 15
  2. 4.4 Experiments on the Dahlander motor p. 25
  3. 5.4 Experiments on three-phase induction motor with separate windings p. 34
  4. 6.4 Experiments with the slip-ring induction motor p. 44
  5. 7.4 Experiments with the capacitor motor p. 54
  6. 8.7 Experiments with the synchronous generator p. 68
  7. 8.8 Experiments with synchronous motors p. 77
  8. 10.6 Experiments on DC shunt motors p. 93
  9. 11.6 Experiments on DC series motors p. 109
  10. 12.6 Experiments with the DC compound-wound motor p. 118
  11. 13.6 Experiments on DC compound motors p. 129
  12. 14.4 Experiments with the universal motor p. 147

Type number and description are taken from the component overviews of the hps manuals. Only titles, numbers and pages of the experiments are shown, no manual contents.