Capacitor Bank
Improve electrical networks and reduce energy costs
Ensure reliability and safety on installations while achieving your
sustainability goals with Smart power factor correction.
We Assess, Design and Install all PowerLogic™ PFC System.
Request for free site assessment and consultation to design, install and build your Power Factor Correction requirement.
Unique combination of abilities to give you more convenience, reliability and performance.
Forward-thinking design and meticulous manufacturing quality means you can count on PowerLogic™ PFC capacitor banks to deliver dependable, long-term service
Automatic compensation, Variable load, 400 V / 50 Hz – Bottom entry, “Polluted Network” Tuning order 2.7 – Tuning frequency 135 Hz
PowerLogic™ PFC Capacitor 400 V – 50 Hz for low polluted network, overload protection for each stage, 3 phase overPressure Disconnection System on each capacitor, IP31 protection for indoor application, multi level and redondancy of protections, automatic step size detection.
Minimizing Your Energy Risk.
The objective of Reactive Energy management is improvement of Power Factor, or “Power Factor Correction”. This is typically achieved by producing reactive energy close to the consuming loads, through connection of capacitor banks to the network.
A high power factor optimizes an electrical installation by allowing better use of the components. Installing power factor correction equipment allows conductor cross-section to be reduced, since less current is absorbed by the compensated installation for the same active power.
Automatic compensation, Variable load, 400 V / 50 Hz – Bottom entry, “Low Polluted Network” from 6 to 1150kVAr Bottom & Top entry
PowerLogic™ PFC Capacitor 400 V – 50 Hz for low polluted network, overload protection for each stage, 3 phase overPressure Disconnection System on each capacitor, IP31 protection for indoor application, multi level and redundancy of protections, automatic step size detection.
Automatic compensation, Variable load, 400 V / 50 Hz – Bottom entry, “No Polluted Network” from 7.5 to 600kVAr
EasyLogic™ PFC Capacitor 400 V – 50 Hz, Maximum over current: 1.5 In, Overpressure protection, Discharge resistance 50 V – 1 min, Contactors: Dedicated to capacitor switching.
Fixed compensation, Variable load, 400 V / 50 Hz – Bottom entry, “Polluted Network” from 50 to 200kVAr
PowerLogic™ PFC Capacitor 400 V – 50 Hz for low, polluted network,
Maximum over current: 1.8 In, Overpressure protection, Discharge resistance 50 V – 1 min, Detuned Reactor PowerLogic™ PFC DR, Overheating protection by thermostat.
Fixed compensation, Variable load, 400 V / 50 Hz – Bottom entry, “Low Polluted Network” from 79 to 200kVAr
PowerLogic™ PFC Capacitor 400 V – 50 Hz for low polluted network, Three-phase, 400 V – 50 Hz, Insulation voltage 500 V up to 32 kVAr, 690 V from 50 kVAr, Degree of protection IP31.