WIT-PFC Wiring Installation Training for Power Factor Correction Devices

WIRING INSTALLATION TRAINING FOR POWER FACTOR CORRECTION DEVICES - WIT-PFC

INNOVATIVE SYSTEMS

The Wiring Installation Training, Power Factor Correction Devices application, "WIT-PFC", has been designed by Edibon for the formation at professional-practical level in the field of the installations, wiring and testing of existing power factor correction systems in industry.

See general description

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General Description

The Wiring Installation Training, Power Factor Correction Devices application, "WIT-PFC", has been designed by Edibon for the formation at professional-practical level in the field of the installations, wiring and testing of existing power factor correction systems in industry.

This application provides the future professionals with knowledge and essential skills on the assembly, installation, wiring and testing of different reactive power compensation systems (according to the technology employed) through the use of capacitor batteries and power factor controllers.

To acquire a complete knowledge, this application includes a specific manual in which is explained, at theoretical-practical level, the aspects concerning to the installation procedures and wiring of these installations.

Exercises and guided practices

GUIDED PRACTICAL EXERCISES INCLUDED IN THE MANUAL

  1. Wiring and installation of the capacitors battery connected in star.
  2. Wiring and installation of the capacitors battery connected in delta.
  3. Wiring and installation of the nitrogen capacitors battery connected in star.
  4. Wiring and installation of the nitrogen capacitors battery connected in delta.
  5. Wiring and installation of the protection fuses of the feed line.
  6. Wiring and installation of the control contactors.
  7. Wiring and installation of the control thyristor.
  8. Wiring and installation of the discharge resistor to its corresponding capacitor.
  9. Wiring and installation of the harmonic filtered reactance.
  10. Wiring and installation of the power factor controller.
  11. Wiring and installation of the variable resistive and inductive load.
  12. Testing of the linear power factor correction according to a preconfigured power pactor.
  13. Testing of the stepper power factor correction according to a preconfigured power factor.
- Several other exercises can be done and designed by the user.

Quality

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