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  3. Power Factor Correction Capacitors for low voltage

Power Factor Correction Capacitors for low voltage

The KNK capacitors are used for power factor correction of inductive consumers (transformers, electric motors, rectifiers) in industrial networks for voltages up to 690 V. Low voltage power factor correction capacitors can achieve savings by lowering power factor.

 

Benefits include:

  • Improve efficiencies on power system
  • power factor correction,
  • harmonic voltage,
  • system capacity release and
  • reduced system losses.
  • Ikonce/transformer
  • Ikonce/motor
Power Factor Correction Capacitors for low voltage

  • KNK 1053 - dry type –  for compensation of reactive energy at inductive users (transformers, electromotors) under industrial voltage up to 690 V.
  • KNK 5015 –  for compensation of reactive energy at inductive users (transformers, electromotors) under industrial voltage up to 525 V.
  • KNK  6049 – for compensation of reactive energy at inductive users (transformers, electromotors) under industrial voltage up to 525 V.
  • KNK 9101 and 9141 – for compensation of reactive energy at inductive users (transformers, electromotors) under industrial voltage up to 525V.
  • KNK 9103 - 9143 – for compensation of reactive energy at inductive users (transformers, electromotors) under industrial voltage up to 525V.
  • KNKC 9053 - dry type –  for compensation of reactive energy at inductive users (transformers, electromotors) under industrial voltage up to 525 V.
  • KNKD 1103  –  for compensation of reactive energy at inductive users (transformers, electromotors) under industrial voltage up to 525 V.
  • KNK 9053 - for compensation of reactive energy at inductive users (transformers, electromotors) under industrial voltage up to 690 V
  • KNK 3053 - dry type - for compensation of reactive energy at inductive users (transformers, electromotors) under industrial voltage up to 800 V
  • KNK 4053 - for compensation of reactive energy at inductive users (transformers, electromotors) under industrial voltage up to 800 V

 
 

designed and developed Kabi