EasyLogic PFC+ Capacitor

New generation of of LV Power factor correction capacitor designed for better performance, Safety and Reliability in slightly harmonic polluted network.

Part of Easy Series

LV power factor correction capacitor with higher reliability, extended life and higher over-current capacity for handling slightly harmonic-polluted networks.
EasyLogic PFC+ Capacitor Schneider Electric New generation of of LV Power factor correction capacitor designed for better performance, Safety and Reliability in slightly harmonic polluted network.

Features

EasyLogic PFC Plus Capacitors are low voltage aluminium can type capacitors specially designed to mitigate power factor issues and improve your savings. Its compact design and easy installation deliver high durability and safety in standard operating conditions.

Technical data:

  • High life expectancy up to 120,000 hours
  • One point mounting and Earthing
  • Voltage 480V & 525 V
  • Power ratings up to 33.3kvar / 480V, 37.7Kvar / 525V
  • Operating temperature up to 55 °C
  • Degree of protection IP20
  • Compliant with standards IEC 60831-1 and -2

EasyLogic PFC Capacitors must be selected depending on the working conditions expected during their lifetime. Since the harmonics are caused by non-linear loads, an indicator for the magnitude of harmonics is the ratio NLL of the total power of non-linear loads to the power supply transformer rating.

Benefits

A safe, reliable and high-performance solution for power factor correction in the most severe application conditions

Safety:

  • Self-healing.
  • 3 Phase Pressure-sensitive disconnector.
  • Non accessible tamper resistant discharge resistors.
  • Finger-proof Clamptite terminals.
  • High thermal efficiency.

Easy to install, Easy to maintain:

  • Compacity with an optimized design for reduced panel dimension.
  • One point fixing and earthing for easy installation.
  • Unique termination system for maintained tightening.

Applications

Fixed and Automatic Power Factor Correction (APFC) systems

  • Compensation in standalone applications and in APFC systems.
  • Compensation with detuned reactors in APFC system.
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