POWER QUALITY
Improve your installation’s Network Quality
Poor power quality leads to economic losses, penalties and equipment breakdowns. Analyse, detect and correct with Class A certified solutions.
From production downtime to penalties on the bill, the effects directly involve operating costs and loss of competitiveness.
Voltage and frequency variations outside the regulatory limits affect your installation’s operability and safety.
› Damage to electronic equipment and PLCs
› Unplanned service interruptions
› Reduced productivity
› Increased repair costs
Inductive or capacitive reactive energy reduces efficiency and generates increasing monthly surcharges on the electricity bill.
› Penalties on the electricity bill
› Increased current in lines
› Power transformer saturation
› Reduced network capacity
AC/DC converters generate harmonics that distort the network, causing overheating, insulation failures and interference.
› Overheating of conductors and motors
› Unwanted tripping of protections
› Premature capacitor deterioration
› Shorter useful life of LED lighting
To optimise your installation, you need to act on both the energy you receive and the energy you consume. Circutor offers certified solutions for both dimensions.
Analyse the parameters of the power supplied by the distributor: voltage, frequency, harmonics, flicker and quality events as per EN 50160 and IEC 61000-4-30 Ed.3.
Measure and correct the problems caused by your own loads: current harmonics, inductive and capacitive reactive energy consumption and phase imbalances.
Class A certified analyzers as per IEC 61000-4.30 Ed.3 with automatic reports according to the EN 50160 standard, guaranteeing reliable data for decision-making purposes.
Power quality analyzer
Class A certified analyzer for the overall analysis of the installation. Generate automatic reports in compliance with the EN 50160 standard without manual calculations.
› 100% certified as per IEC 61000-4-30 Ed. 3
› Weekly or configurable automatic reports as per EN 50160
› Automatic ITIC curve — detect equipment damage
› Capture transients from 0.04 ms @ 50 Hz
› Harmonics and interharmonics up to the 63rd order
› 4G / Wi-Fi / 2×Ethernet + GPS positioning
INSTALLATION
Class A certified analyzer for panels
Three devices in one: power quality analyzer, electrical power analyzer and energy meter. 8″ touchscreen with phasors and real-time ITIC curve.
› 8″ touchscreen with phasors and real-time ITIC curve
› Integrated web server for local and remote access
› Indicates direction of harmonics: installation loads or network
› Datalogger with up to 5 years of data storage
› Real-time oscillographs (integrated oscilloscope)
› RS-485 / Wi-Fi / 2×Ethernet / GPS
INSTALLATION
Power quality analyzer
Portable device essential for conducting energy audits and reviewing power quality and consumption. Configurable remotely from the MYeBOX App or MYeBOX Cloud.
› Class A certified — IEC 61000-4-30 Ed. 3
› MYeBOX App + MYeBOX Cloud for remote management
› Compatible with MFC flexible and CPG rigid clamps
› Leak channel filter: fundamental current with and without harmonics
› Datalogger up to 5 years · 4G / Wi-Fi / Ethernet / GPS
› Remote correction of wiring errors from the App
INSTALLATION
AC/DC converters in variable speed drives, UPS systems, LED lighting and electric vehicle chargers generate harmonics that distort the network. Active filters eliminate them by injecting a counter-phase set of currents.
› Damage to electronic equipment and PLCs
› Harmonic and interharmonic filtering up to the 50th order
› Phase current balancing — reduces neutral current
› Flicker mitigation: compensation of fluctuating loads
› Anti-resonance system with automatic detection and activation
› Power factor correction (cos φ) including harmonics
› Reduced phase and neutral currents
› Increased nominal capacity of the transformer
› Smart thermal management — 15-year guaranteed useful life
Active multi-function filter
Next-generation with multilevel (3-level) topology. Superior performance to 2-level systems. Ideal for connections and sub-panels with high load variability.
› 75A – 400A (wall-mounted and cabinet)
› Multi-voltage: 400 / 480 / 550 / 690 Vac · 50/60 Hz
› Elimination of harmonics up to the 50th order
› Phase balancing + multifunction reactive energy compensation
› Touchscreen + built-in power analyzer
› 7-year datalogger · Filtering as per IEEE 519
FILTERED CURRENT
Active Filter · Silicon Carbide
SiC technology: 70% smaller, only 13 kg and >98% efficiency. Designed for installation next to variable speed drives or in motor panels with limited space.
› 30A — First European manufacturer to apply SiC
› >98% efficiency · 13 kg · Volume reduced by 70%
› Harmonics up to the 50th order with selectable frequencies
› Inductive and capacitive reactive energy compensation
› Balancing of two-phase currents in three-wire networks
RECOMMENDED USE
Passive reactors and filters
Passive solution for stable loads such as motors with frequency converters. Especially suitable when the current is constant and the variability is minimal.
› LCL filter: THD(I) < 5% in 6-pulse converters
› LRZ up to 63A · LRBZ up to 600A
› LRZ/LRBZ: reduces THD from 40–50% to ~20%
› Complies with EN 61000-4-3 and IEEE 519 standards
› Installation on the mains side or load side of the transducer
RECOMMENDED USE
Reactive energy is essential for motors, transformers and coils to operate, but an excess of this energy leads to increasing penalties on the bill and losses in the distribution lines.
Compensating the reactive energy reduces circulating currents, unloads lines and transformers and eliminates monthly surcharges due to low power factor.
› Direct reduction in the energy bill
› Unloading of lines and transformers, lower losses
› Voltage regulation and stabilisation in the installation
› Reduction of CO2 emissions due to lower kVA demand
| OPTIM P&P | OPTIM FR P&P | OPTIM FRE | OPTIM SVGm | SVGm | |
 |  |  |  |  |
|
| Inductive reactive energy | ✓ | ✓ | ✓ | ✓ | ✓ |
| Capacitive reactive energy | — | — | — | ✓ | ✓ |
| Compensation type | Passive (capacitors) | Passive (capacitors) | Passive (capacitors) | Passive + Active | Active (IGBT) |
| Rapid load variations | — | — | ✓ Thyristor | ✓ | ✓ |
| Harmonic protection | No presence | Detuned filter | Detuned filter | ✓ Modular | Immune |
| Max. output @ 440 V | 1.600 kvar | 1.200 kvar | 1.200 kvar | 674 kvar | 400 kvar |
| Maintenance | Passive | Passive | Passive | Low | Minimum |
| See product | See product | See product | See product | See product |
For installations operating with Medium Voltage, Circutor designs and manufactures capacitor banks and power electronics solutions (SVGm + AFQm) suited to each project.
More than 50 years of experience, with our own factory in Spain, including a laboratory and clean room for testing. We guarantee the highest quality and traceability in every manufactured component.
Generation, transmission and distribution
Receiving and distributing substations, network nodes. Wind and hydroelectric power plants.
Photovoltaic plants
Compliance with grid codes and voltage profile required by the system operator.
Medium Voltage Industry
Pumping, desalination plants, paper mills, cement plants, petrochemical plants and steel mills operating with Medium Voltage.
MV distribution / LV consumption
Installations with multiple transformer substations and constant reactive energy consumption in LV.
years developing network quality and reactive energy compensation solutions
countries with active Circutor installations worldwide
AFQm and AFQs active filters year guaranteed useful life
european manufacturer to apply SiC technology in active harmonic filters
Vial Sant Jordi s/n – 08232
Viladecavalls, Barcelona (Spain)
+34 93 745 29 00
Contact
After-Sales and Technical Assistance
+34 93 745 29 19
Send enquiry
© 2026 CIRCUTOR.COM | All rights reserved.
