CLASS A POWER AND VOLTAGE QUALITY & CONSUMPTION AND DISTURBANCES
Delivered energy, specially the quality of delivered energy became more and more important with the market deregulation, where more players are acting on the market.˝Power quality refers to a different measurable parameter which must be inside the specified levels. Constant monitoring of Power Quality parameters allows electrical equipment to function in the intended manner without major loss of capacity or service life, this includes a steady and stable supply of electricity.
Standard IEC 61000-4-30 standardizes the measurement algorithms, parameters, accuracy and time aggregation.
Measured power quality parameters:
- Power frequency;
- Magnitude of the supply voltage;
- Flicker;
- Supply voltage dips and swells;
- Voltage interruptions;
- Transient voltages;
- Supply voltage unbalance;
- Voltage harmonics;
- Voltage interharmonics;
- Mains signalling voltage on the supply voltage;
- Rapid voltage changes;
- Measurement of underdeviation and overdeviation parameters.
Power Quality Analysers, produced according IEC 61000-4-30 Class A must to comply to the highest performances and accuracy level to obtain repeatable and comparable results.
Besides to the measuring of Power Quality parameters, Class A analysers are capable of measuring also other power quality phenomena, like:
- Signal waveforms in case of interruptions in the network;
- Alarms capturing;
- Transient detection in voltages and currents;
- Inrush current detection.
Class A Analysers are intended for advanced power quality users and industrial & utilities technicians.
ADVANTAGES
- Voltage TRMS, peak, crest factor (4-channel), 0 … 1000 Vrms;
- Current TRMS, peak, crest factor (4-channel), automatic clamp recognition;
- Power (fundamental, non fundamental, combined, active, reactive, apparent), Power factor, cos fi, Unbalance;
- Power harmonics;
- Harmonics Pollution;
- Energy (fundamental, non fundamental, combined, active, reactive, apparent, generated, consumed);
- Harmonic analysis up to 50th harmonic, THD, TID, TDD measurement, K-Factor;
- VFD measurement;
- 50/60 Hz, 400 Hz;
- Power measurement: IEEE 1459 / Classic (Vector, Arithmetic);
- Flicker measurement;
- Waveform displaying and Transient snapshotting;
- Fast logging and Inrush Current recording;
- Fast transient recording;
- Signalling;
- Temperature measurement;
- Faster troubleshooting due to on-screen displaying of trends and captured events;
- Voltage events and user defined alarms capture:
- GPS time synchronization;
- Internal memory allows recording over one year period exchangeable SD card;
- Instrument, or a group of them, can be remotely controlled and programmed via GPRS/Wi-Fi modem.
GENERAL FEATURES
- Automatic Voltage and Power Quality Analysis according to EN 50160 with PASS / FAIL limit evaluation, including flickers and harmonics;
- IEEE-519 Recommended Practice and Requirements for Harmonics Control in Electric Power Systems report creation;
- Energy Demand report creation;
- Compliance with power quality standard IEC 61000-4-30 Class A. Predefined recorder profile for EN 50160 survey;
- Troubleshooting and Maintenance Tool to discover voltage sags and swells, resonant states, high neutral conductor currents in 3-phase systems, asymmetry, transients;
- Designing Tool of filtering systems, power correction equipment, over voltage protection and UPS systems;
- Power Quality Negotiating background Tool;
- Download, view and analyse with PowerView PC SW platform that contains a package of functionalities needed for evaluation of power quality phenomena and creation of complex reports.
APPLICATIONS
- Power Factor Compensation measurements, Power Quality, Maintenance, Filters, Inrush current measurement;
- Power quality assessment and troubleshooting in low and middle voltage electrical systems;
- Energy assessment to quantify the before and after installation improvements in energy consumption in order to justify energy saving devices;
- Checking power correction equipment performance;
- Long-term analysis, to uncover hard-to-find or intermittent issues;
- Predictive maintenance, to detect and prevent power quality issues before they cause downtime;
- Load studies, to verify electrical system capacity before adding loads;
- Inrush current, unbalance/asymmetry recording to optimize systems efficiency.
- Fast transient detections;
- Electrical Safety in Public Areas.
CLASS A POWER AND VOLTAGE QUALITY & CONSUMPTION AND DISTURBANCES
Delivered energy, specially the quality of delivered energy became more and more important with the market deregulation, where more players are acting on the market.˝Power quality refers to a different measurable parameter which must be inside the specified levels. Constant monitoring of Power Quality parameters allows electrical equipment to function in the intended manner without major loss of capacity or service life, this includes a steady and stable supply of electricity.
Standard IEC 61000-4-30 standardizes the measurement algorithms, parameters, accuracy and time aggregation.
Measured power quality parameters:
- Power frequency;
- Magnitude of the supply voltage;
- Flicker;
- Supply voltage dips and swells;
- Voltage interruptions;
- Transient voltages;
- Supply voltage unbalance;
- Voltage harmonics;
- Voltage interharmonics;
- Mains signalling voltage on the supply voltage;
- Rapid voltage changes;
- Measurement of underdeviation and overdeviation parameters.
Power Quality Analysers, produced according IEC 61000-4-30 Class A must to comply to the highest performances and accuracy level to obtain repeatable and comparable results.
Besides to the measuring of Power Quality parameters, Class A analysers are capable of measuring also other power quality phenomena, like:
- Signal waveforms in case of interruptions in the network;
- Alarms capturing;
- Transient detection in voltages and currents;
- Inrush current detection.
Class A Analysers are intended for advanced power quality users and industrial & utilities technicians.
ADVANTAGES
- Voltage TRMS, peak, crest factor (4-channel), 0 … 1000 Vrms;
- Current TRMS, peak, crest factor (4-channel), automatic clamp recognition;
- Power (fundamental, non fundamental, combined, active, reactive, apparent), Power factor, cos fi, Unbalance;
- Power harmonics;
- Harmonics Pollution;
- Energy (fundamental, non fundamental, combined, active, reactive, apparent, generated, consumed);
- Harmonic analysis up to 50th harmonic, THD, TID, TDD measurement, K-Factor;
- VFD measurement;
- 50/60 Hz, 400 Hz;
- Power measurement: IEEE 1459 / Classic (Vector, Arithmetic);
- Flicker measurement;
- Waveform displaying and Transient snapshotting;
- Fast logging and Inrush Current recording;
- Fast transient recording;
- Signalling;
- Temperature measurement;
- Faster troubleshooting due to on-screen displaying of trends and captured events;
- Voltage events and user defined alarms capture:
- GPS time synchronization;
- Internal memory allows recording over one year period exchangeable SD card;
- Instrument, or a group of them, can be remotely controlled and programmed via GPRS/Wi-Fi modem.
GENERAL FEATURES
- Automatic Voltage and Power Quality Analysis according to EN 50160 with PASS / FAIL limit evaluation, including flickers and harmonics;
- IEEE-519 Recommended Practice and Requirements for Harmonics Control in Electric Power Systems report creation;
- Energy Demand report creation;
- Compliance with power quality standard IEC 61000-4-30 Class A. Predefined recorder profile for EN 50160 survey;
- Troubleshooting and Maintenance Tool to discover voltage sags and swells, resonant states, high neutral conductor currents in 3-phase systems, asymmetry, transients;
- Designing Tool of filtering systems, power correction equipment, over voltage protection and UPS systems;
- Power Quality Negotiating background Tool;
- Download, view and analyse with PowerView PC SW platform that contains a package of functionalities needed for evaluation of power quality phenomena and creation of complex reports.
APPLICATIONS
- Power Factor Compensation measurements, Power Quality, Maintenance, Filters, Inrush current measurement;
- Power quality assessment and troubleshooting in low and middle voltage electrical systems;
- Energy assessment to quantify the before and after installation improvements in energy consumption in order to justify energy saving devices;
- Checking power correction equipment performance;
- Long-term analysis, to uncover hard-to-find or intermittent issues;
- Predictive maintenance, to detect and prevent power quality issues before they cause downtime;
- Load studies, to verify electrical system capacity before adding loads;
- Inrush current, unbalance/asymmetry recording to optimize systems efficiency.
- Fast transient detections;
- Electrical Safety in Public Areas.
Read more >>
CLASS A POWER AND VOLTAGE QUALITY & CONSUMPTION AND DISTURBANCES
Delivered energy, specially the quality of delivered energy became more and more important with the market deregulation, where more players are acting on the market.˝Power quality refers to a different measurable parameter which must be inside the specified levels. Constant monitoring of Power Quality parameters allows electrical equipment to function in the intended manner without major loss of capacity or service life, this includes a steady and stable supply of electricity.
Standard IEC 61000-4-30 standardizes the measurement algorithms, parameters, accuracy and time aggregation.
Measured power quality parameters:
- Power frequency;
- Magnitude of the supply voltage;
- Flicker;
- Supply voltage dips and swells;
- Voltage interruptions;
- Transient voltages;
- Supply voltage unbalance;
- Voltage harmonics;
- Voltage interharmonics;
- Mains signalling voltage on the supply voltage;
- Rapid voltage changes;
- Measurement of underdeviation and overdeviation parameters.
Power Quality Analysers, produced according IEC 61000-4-30 Class A must to comply to the highest performances and accuracy level to obtain repeatable and comparable results.
Besides to the measuring of Power Quality parameters, Class A analysers are capable of measuring also other power quality phenomena, like:
- Signal waveforms in case of interruptions in the network;
- Alarms capturing;
- Transient detection in voltages and currents;
- Inrush current detection.
Class A Analysers are intended for advanced power quality users and industrial & utilities technicians.
ADVANTAGES
- Voltage TRMS, peak, crest factor (4-channel), 0 … 1000 Vrms;
- Current TRMS, peak, crest factor (4-channel), automatic clamp recognition;
- Power (fundamental, non fundamental, combined, active, reactive, apparent), Power factor, cos fi, Unbalance;
- Power harmonics;
- Harmonics Pollution;
- Energy (fundamental, non fundamental, combined, active, reactive, apparent, generated, consumed);
- Harmonic analysis up to 50th harmonic, THD, TID, TDD measurement, K-Factor;
- VFD measurement;
- 50/60 Hz, 400 Hz;
- Power measurement: IEEE 1459 / Classic (Vector, Arithmetic);
- Flicker measurement;
- Waveform displaying and Transient snapshotting;
- Fast logging and Inrush Current recording;
- Fast transient recording;
- Signalling;
- Temperature measurement;
- Faster troubleshooting due to on-screen displaying of trends and captured events;
- Voltage events and user defined alarms capture:
- GPS time synchronization;
- Internal memory allows recording over one year period exchangeable SD card;
- Instrument, or a group of them, can be remotely controlled and programmed via GPRS/Wi-Fi modem.
GENERAL FEATURES
- Automatic Voltage and Power Quality Analysis according to EN 50160 with PASS / FAIL limit evaluation, including flickers and harmonics;
- IEEE-519 Recommended Practice and Requirements for Harmonics Control in Electric Power Systems report creation;
- Energy Demand report creation;
- Compliance with power quality standard IEC 61000-4-30 Class A. Predefined recorder profile for EN 50160 survey;
- Troubleshooting and Maintenance Tool to discover voltage sags and swells, resonant states, high neutral conductor currents in 3-phase systems, asymmetry, transients;
- Designing Tool of filtering systems, power correction equipment, over voltage protection and UPS systems;
- Power Quality Negotiating background Tool;
- Download, view and analyse with PowerView PC SW platform that contains a package of functionalities needed for evaluation of power quality phenomena and creation of complex reports.
APPLICATIONS
- Power Factor Compensation measurements, Power Quality, Maintenance, Filters, Inrush current measurement;
- Power quality assessment and troubleshooting in low and middle voltage electrical systems;
- Energy assessment to quantify the before and after installation improvements in energy consumption in order to justify energy saving devices;
- Checking power correction equipment performance;
- Long-term analysis, to uncover hard-to-find or intermittent issues;
- Predictive maintenance, to detect and prevent power quality issues before they cause downtime;
- Load studies, to verify electrical system capacity before adding loads;
- Inrush current, unbalance/asymmetry recording to optimize systems efficiency.
- Fast transient detections;
- Electrical Safety in Public Areas.
