Specifications

It has adopt modular desktop structure, hang fixed, facilitates the implementation of motor maintenance training.

Motor and Transformer Assembly Maintenance Calibration Training Device

 

1. Product structure:

Adopt modular desktop structure, hang fixed, facilitates the implementation of motor maintenance training.

2. Main parameters:

Size: 1600 mm x 700 mm x 1500 mm;

The power supply: the three-phase AC380V, power < 1500 VA.

3. Main components:

The training platform, power control unit, ac motor test unit, dc motor test unit, motor disassembling the hand tools, electronic counting coiling machine, omnipotent wire model, not paint single-phase transformer, not paint of rotor cage three-phase asynchronous motor, not paint single-phase asynchronous motor, dc machines etc.

4. Main functions:

The system can fully realize the small ac motors, dc motors and transformer winding around the whole process; Fully realized a small motor and transformer conventional electrical parameters measurement of the whole process; Can be familiar with all kinds of instruments of use and the matters needing attention and commonly used motor transformer testing lines, etc.

5. Annex:

Experimental jump line, commonly used tools, software discs, the product specification.

6.Training Projects:

1. Data recording and calculating of transformer before dismantling;

2. Dismantling of transformer;

3. Winding of transformer;

4. Assembling of transformer;

5. Insulating resistance measurement;

6. AC withstand voltage test of transformer;

7. DC resistance measurement;

8. Transformer same-polarity distinguishing;

9. Transformer no-load voltage ratio testing;

10. Transformer no-load running;

11. Transformer short-current;

12. Data recording and calculating of single-phase capacitor operation motor before dismantling;

13. Dismantling of single-phase asynchronous motor;

14. Winding of single-phase motor;

15. Assembling of single-phase transformer;

16. Insulation resistance testing;

17. AC withstand voltage of single-phase asynchronous motor;

18. DC resistance testing;

19. Single-phase asynchronous motor with no load.;

20. Short current of single-phase asynchronous motor;

21. Repairing and testing of 1.1kW three-phase squirrel cage asynchronous motor;

22. Data recording and calculating of three-phase squirrel cage asynchronous motor before dismantling.

23. Dismantling of three-phase squirrel cage asynchronous motor;

24. Winding of three-phase squirrel cage asynchronous motor;

25. Assembling of three-phase squirrel cage asynchronous motor;

26. Insulation resistance testing;

27. AC withstand voltage of three-phase squirrel cage asynchronous motor;

28. DC resistance testing;

29. Winding head-end and tail-end distinguishing of three-phase squirrel cage asynchronous motor;

30. Three-phase squirrel cage asynchronous motor with no load;

31. Short current of three-phase squirrel cage asynchronous motor;

32. Overspeed experiment of three-phase squirrel cage asynchronous motor;

33. Separated excitation DC motor repairing and testing;

34. Data recording and rewinding of separated excitation DC motor before dismantling.

35. Calculating and confirming of data;

36. Winding dismantling of separated excitation DC motor;

37. Coil coiling of separated excitation DC motor;

38. Inserting line and assembling of separated excitation DC motor;

39. Insulation resistance of separated excitation DC motor;

40. Position confirming of electric brush centre line of separated excitation DC motor;

41. DC resistance measurement in cold state of separated excitation DC motor;

42. AC withstand voltage test of separated excitation DC motor;

43. No load test of separated excitation DC motor;

44. Overspeed test of separated excitation DC motor;

45. Tachometer applying;

46. Torque meter applying;

47. Magnetic powder braker applying;

48. Intelligent single-phase integrated electric parameter measurement instrument applying;

49. Intelligent three-phase integrated electric parameter measurement instrument applying.