
Connection to a public power supply network requires compliance with the
limit values for circuit feedback associated with harmonics and flicker. A
stable power supply with pure sinusoidal voltage, a harmonics measuring
device and flicker impedance are required for normative measurement.
The AC sources of the NetWave series are well suited for measuring harmo-
nics and flicker for -phase and -phase DUTs and for simulating supply
network disturbances. For the measurement of harmonics, ECE Regulation
No. requires measuring between % and % charging current. The
DPA N already has this routine in its standards library and automati-
cally terminates the test when the threshold value is reached.
TECHNICAL DATA EXCERPT
NETWAVE . (-phase)
Output voltage V– V AC, V +/– V DC
Output current A (RMS) continuous
A (RMS) short term (max. sec.)
A peak value
Frequency range DC–, Hz
Frequency accuracy ppm
Distortion (THD) Better than .% @/ Hz
Output voltage stability Better than .%
Output voltage accuracy Better than .%
DPA N
Input channels ( x voltage and x current)
Data memory Internal SSD (Solid State Drive)
Voltage input range V– V rms
Voltage accuracy Better than .% of the displayed value
Current input range A continuous, A short term
Internal accuracy current Better than .% of the displayed value
Better than .% based on A
Harmonics U, I, Phase P, Q, S (nd to th order)
Filckerimpedanz Phase line: . ohm + J. ohm
Neutral line: . ohm + J. ohm
Rack ( HU) (L x W x H) mm x mm x , mm
APPLICATIONS
SUPPORTED STANDARDS EXCERPT
> IEC --
> IEC --
> IEC --
> IEC --
> JIS C --
> IEC -- as per ECE R test procedure
> IEC -- as per ECE R test procedure
> IEC --
> IEC --
> IEC --
> IEC --
> IEC --
> IEC --
> IEC --
> IEC --
> MIL-ST D
> RTC A/DO Section
> Airbus
> Boeing
Harmonics up to A
Flicker up to A
AC source, -phase
Flat curve
Frequency sweep
Harmonics
DC simulation
Power fail (dips)
Power fail (interruption)
PHASE TEST SYSTEM FOR HARMONICS
AND FLICKER
DPA N | NETWAVE .
Connection to a public power supply network requires compliance with the
limit values for circuit feedback associated with harmonics and flicker.
A stable power supply with pure sinusoidal voltage, a harmonics measu-
ring device and flicker impedance are required for normative measure-
ment.
In accordance with IEC -, harmonic and interharmonic voltages
must also be simulated and tested. To meet all of these requirements,
EM TEST has the ultimate -phase testing system, which consists of
NetWave, DPA N and the AIF N flicker impedance.
TECHNICAL DATA EXCERPT
NETWAVE (-phase)
Output voltage V– VAC, V +/– V DC
Output current/phase A to A (RMS) continuous
A to A (RMS) short term (max. sec.)
A to A peak value
Frequency range DC–, Hz
Frequency accuracy ppm
Distortion (THD) Better than .% @/ Hz
Output voltage stability Better than .%
Output voltage accuracy Better than .%
DPA N
Input channels ( x voltage and x current)
Data memory Internal SSD (Solid State Drive)
Voltage input range V– V rms
Voltage accuracy Better than .% of the displayed value
Current input range A continuous, short term A
Internal accuracy current Better than .% of the displayed value
Better than .% based on A
Harmonics U, I, Phase P, Q, S (nd to th order)
AIF N
Flicker impedance Zref Phase line: . ohm + J. ohm
Neutral line: . ohm + J. ohm
Flicker impedance Ztest Phase line: . ohm + J. ohm
Neutral line: . ohm + J. ohm
Phase current A, A, A, A, depending on model
APPLICATIONS
SUPPORTED STANDARDS EXCERPT
> IEC --
> IEC --
> IEC --
> IEC --
> JIS C --
> IEC --
as per ECE R test procedure
> IEC --
as per ECE R test procedure
> IEC --
> IEC --
> IEC -
> IEC -
> IEC --
> IEC --
> IEC --
> IEC --
> IEC --
> IEC --
> MIL-ST D
Harmonics up to A
Harmonics > A– A
Flicker up to A
Flicker up to > A– A
AC source, -phase
AC source, -phase
Flat curve
Frequency sweep
Harmonics
DC simulation
Power fail (dips)
Power fail (interruption)
HARMONIC AND FLICKER SYSTEM/GENERATION
OF HARMONICS AND INTERHARMONIC VOLTAGES
NETWAVE PHASE |
DPA N | AIF N
AUTOMOTIVE > EMC TEST SYSTEMS FOR AUTOMOTIVE ELECTRONICSAUTOMOTIVE > EMC TEST SYSTEMS FOR AUTOMOTIVE ELECTRONICS
> As per ECE Regulation No. ,
IEC -, Ed. , Part
> Testing for harmonics and fl icker
> Simulation of disturbances
in power supply networks
> Harmonics test routine as per the testing
methods of ECE Regulation No.
> ECE R/IEC -/IEC --
> AC/DC source x VAC, +/– V DC
> Output power up to kVA AC, kW DC
> Currents up to A per phase
> High inrush and peak current capability
Comentários a estes Manuais