NETWAVE Three-Phase Series Multifunctional Programmable AC and DC Power Quality Immunity Simulator-Century Wisdom (Suzhou) Testing Technology Co., Ltd

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NETWAVE Three-Phase Series Multifunctional Programmable AC and DC Power Quality Immunity Simulator

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NETWAVE Three-Phase Series Multifunctional Programmable AC and DC Power Quality Immunity Simulator

Product Description
Main features
Technical parameters

- Commodity name: NETWAVE Three-Phase Series Multifunctional Programmable AC and DC Power Quality Immunity Simulator
- Commodity ID: 1064528482240450560
- 品牌11: EMTEST
- 行业: 军品,民用,汽车电子和整车
- 描述: The NetWave 3-Phase Series as a 3-Phase AC Power Quality Immunity Simulator is specifically designed to comply with IEC / EN 61000-4-13, -4-14, -4-27 (pre-compliant) and -4-28 standards. As a DC power quality immunity simulator, it can also meet the IEC/E
- 品牌: EM TEST
NetWave - Simulation of various power phenomena

The NetWave 3-Phase Series as a 3-Phase AC Power Quality Immunity Simulator is specifically designed to comply with IEC / EN 61000-4-13, -4-14, -4-27 (pre-compliant) and -4-28 standards. As a DC power quality immunity simulator, it can also meet the IEC/EN 61000-4-17 standard for DC ripple voltage testing and the IEC/EN 61000-4-29 standard for DC power supply voltage dips and short interruptions test requirements.

The NetWave family is suitable for inverters (eg solar inverters, wind inverters) and electric vehicle testing. In addition, the NetWave 3-phase series can meet aviation standards RTCA / DO 160 D/ E / F / G, Airbus ABD0100 and Boeing and military standards MIL-STD-704 A/ B / C / D / E / F, GJB181, GJB181 A/B requirements.

The NetWave 3-phase series can also be equipped with a power recovery module (option) for absorbing feedback power (AC/DC) up to NetWave nominal power.
main feature:

　　Wide range frequency range DC - 5 kHz

　　Output power up to 270 kVA AC / 324 kW DC

　　Output voltage up to 3 x 690 V AC (pn), ±1120 V DC

　　Can withstand large energy surge current

　　Power recovery can reach the nominal power (option)

　　Built-in arbitrary waveform generator for easy simulation of complex waveforms

　　Standard test procedures meet IEC / EN standards, aviation standards and MIL-STD military standard test requirements

　　Various interfaces

Standards compliant:

　　AIRBUS

　　AIRBUS, BOEING

　　BMW GS 95023

　　BOEING

　　DO 160 Section 16

　　DO 160 Section 16, Section 18

　　DO 160 Section 18

　　IEC/EN 61000-3-11

　　IEC/EN 61000-3-12

　　IEC/EN 61000-3-2

　　IEC/EN 61000-3-2, -3-12

　　IEC/EN 61000-3-3

　　IEC/EN 61000-3-3, -3-11

　　IEC/EN 61000-4-11, -4-29, -4-34

　　IEC 61000-4-11

　　IEC 61000-4-13

　　IEC 61000-4-14

　　IEC 61000-4-17

　　IEC 61000-4-27

　　IEC 61000-4-28

　　IEC 61000-4-29

　　IEC 61000-4-34

　　HE C 61000-3-2

　　LV 123

　　MBN LV 123

　　MIL STD 461

　　MIL STD 461 E CS 101

　　MIL STD 461 F CS 101

　　MIL STD 461 G CS 101

　　MIL-STD-704

　　PSA B21 7110

　　VW 80300

　　VW 80303

advantage:

　　NetWave - Powerful and versatile AC/DC power simulator

　　NetWave is a programmable three-phase AC and DC power supply with a wide frequency range and the ability to generate various waveforms to meet the needs of various test applications in the field of electromagnetic compatibility and aerospace. NetWave is not only based on real-time processor technology, but also equipped with a built-in high-performance PC, digital signal processor (DSP) and hard disk to generate and record waveforms in real time.

　　Measurements of harmonics and flicker require a pure sinusoidal voltage as required by the standard. NetWave output voltage distortion is guaranteed to be less than 0.1%, regardless of load conditions. Editing waveforms with NetWave can be done by editing waveform segments, or by editing test points (which will usually generate megabytes of data).

　　NetWave supports many common interface types, such as GPIB, Ethernet interface.

　　A Complete Solution for High Voltage Component Testing

　　With NetWave, for the first time, high voltage components up to 1120vdc can be inspected according to LV 123, VW 80300 and other automotive standards. Tests include fast and slow voltage changes and voltage ripple testing.

　　Additional Low Frequency Amplifier Amplifier 200Nx Use CN 200Nx to couple voltage ripple up to 450 kHz to the power line.

　　Using a closed-loop control approach, the network control software measures the voltage ripple and continuously controls its magnitude.

　　

controlling software:

　　netwave.control (hereinafter referred to as nc) - editing, text and management software for waveform and standard tests

　　nc is a handy tool for easily manipulating NewWave. Users can use nc to edit various waveforms composed of waveform fragments or test points, and download them to NetWave. According to different needs, users can adjust the waveform with advanced image tools. nc provides users with a variety of preset waveform segments and a large number of standard test procedures in line with electromagnetic compatibility and aerospace standards. In addition, nc also supports any waveform recorded by other means, such as a waveform intercepted from an oscilloscope, or a waveform imported from an Excel or CSV file, etc. All types of waveforms can be downloaded to NetWave.

　　nc also has a powerful reporting function that can generate test or measurement reports and supports Windows 2000, Windows XP, Windows Vista, Windows 7 and Windows 8 operating systems.

Specific indicators:

THREE PHASE NETWAVE MODELS
NETWAVE 20 / 20.X	Three Phase Multifunction AC/DC Power Quality Immunity Simulator 22,500 VA AC/27,000 W DC Cabinet with Casters
NetWave 30 / 30.x	Three-phase multifunctional AC/DC power quality immunity simulator 30,000 VA AC/36,000 W DC Cabinet with casters
NetWave 67.x	Three-phase multifunctional AC/DC power quality immunity simulator 67,000 VA AC/72,000 W DC Cabinet with optional casters
NetWave 90.x	Three Phase Multifunction AC/DC Power Quality Immunity Simulator 90,000 VA AC/108,000 W DC Cabinet Without Casters
NetWave 108.x	108 kVA AC / 150 kW DC, fixed position
technical details
NETWAVE 20
The output voltage	0V - 3x300V AC (p-n) 0V - +/- 425V DC
Output current	26A (RMS) continuous 47A (RMS) short-time (max. 3s) 200A repeatable peak current
NETWAVE 20.2
The output voltage	0V - 3x360V AC (pn) 0V - 3 x 620V AC (pp) 0V - +/- 500V DC
Output current (at AC voltage up to 300 V, DC voltage up to 360 V)	26A (RMS) continuous 47A (RMS) short-time (max. 3s) 200A repeatable peak current
NETWAVE 20.3
The output voltage	0V - 3x400V AC (pn) 0 V - 3 x 690 V AC (pp) 0V - +/- 1120V DC Insulation voltage 560 V DC
Output current (at AC voltage up to 300 V, DC voltage up to 360 V)	26A (RMS) continuous 47A (RMS) short-time (max. 3s) 200A repeatable peak current
NETWAVE 20.5
The output voltage	0V - 3x400V AC (pn) 0 V - 3 x 690 V AC (pp) 0V - +/- 1000V DC Insulation voltage 1000 V DC
Output current (at AC voltage up to 300 V, DC voltage up to 360 V)	26A (RMS) continuous 47A (RMS) short-time (max. 3s) 200A repeatable peak current
NETWAVE 30
The output voltage	0V - 3x300V AC (p-n) 0V - +/- 425V DC
Output current	33A (RMS) continuous 66A (RMS) short-term (max. 3s) 250A repeatable peak current
NETWAVE 30.2
The output voltage	0V - 3x360V AC (pn) 0V - 3 x 620V AC (pp) 0V - +/- 500V DC
Output current (at AC voltage up to 300 V)	33A (RMS) continuous 66A (RMS) short-term (max. 3s) 250A repeatable peak current
NETWAVE 30.3
The output voltage	0V - 3x400V AC (pn) 0 V - 3 x 690 V AC (pp) 0V - +/- 1120V DC Insulation voltage 560 V DC
Output current (at AC voltage up to 300 V, DC voltage up to 360 V)	33A (RMS) continuous 66A (RMS) short-term (max. 3s) 250A repeatable peak current
NETWAVE 30.5
The output voltage	0V - 3x400V AC (pn) 0 V - 3 x 690 V AC (pp) 0V - +/- 1000V DC Insulation voltage 1000 V DC
Output current (at AC voltage up to 300 V, DC voltage up to 360 V)	33A (RMS) continuous 66A (RMS) short-term (max. 3s) 250A repeatable peak current
NETWAVE 60
The output voltage	0V - 3x300V AC (p-n) 0V - +/- 425V DC
Output current	66A (RMS) continuous 100A (RMS) short-term (max. 3s) 400A repeatable peak current
NETWAVE 60.2
The output voltage	0V - 3x360V AC (pn) 0V - 3 x 620V AC (pp) 0V - +/- 500V DC
Output current (at AC voltage up to 300 V)	66A (RMS) continuous 100A (RMS) short-term (max. 3s) 400A repeatable peak current
NETWAVE 67.3
The output voltage	0V - 3x400V AC (pn) 0 V - 3 x 690 V AC (pp) 0V - +/- 1120V DC Insulation voltage 560 V DC
Output current (at AC voltage up to 300 V, DC voltage up to 360 V)	75A (RMS) continuous 100A (RMS) short-time (max. 3s) 400A repeatable peak current
NETWAVE 67.5
The output voltage	0V - 3x400V AC (pn) 0 V - 3 x 690 V AC (pp) 0V - +/- 1000V DC Insulation voltage 1000 V DC
Output current (at AC voltage up to 300 V, DC voltage up to 360 V)	75A (RMS) continuous 100A (RMS) short-time (max. 3s) 400A repeatable peak current
NETWAVE 90.2
The output voltage	0V - 3x360V AC (pn) 0V - 3 x 620V AC (pp) 0V - +/- 500V DC
Output current (at AC voltage up to 300 V)	100A (RMS) continuous 150A (RMS) short-term (max. 3s) 500A repeatable peak current
NETWAVE 90.3
The output voltage	0V - 3x400V AC (pn) 0 V - 3 x 690 V AC (pp) 0V - +/- 1120V DC Insulation voltage 560 V DC
Output current (at AC voltage up to 300 V, DC voltage up to 360 V)	100A (RMS) continuous 150A (RMS) short-term (max. 3s) 500A repeatable peak current
NETWAVE 90.5
The output voltage	0V - 3x400V AC (pn) 0 V - 3 x 690 V AC (pp) 0V - +/- 1000V DC Insulation voltage 1000 V DC
Output current (at AC voltage up to 300 V, DC voltage up to 360 V)	100A (RMS) continuous 150A (RMS) short-term (max. 3s) 500A repeatable peak current
NETWAVE 108.3
The output voltage	0V - 3x400V AC (pn) 0 V - 3 x 690 V AC (pp) 0V - +/- 1120V DC Insulation voltage 560 V DC
Output current (at AC voltage up to 300 V, DC voltage up to 500 V)	100A (RMS) continuous 150A (RMS) short-term (max. 3s) 500A repeatable peak current
NETWAVE 108.5
The output voltage	0V - 3x400V AC (pn) 0 V - 3 x 690 V AC (pp) 0V - +/- 1000V DC Insulation voltage 1000 V DC
Output current (at AC voltage up to 300 V, DC voltage up to 500 V)	100A (RMS) continuous 150A (RMS) short-term (max. 3s) 500A repeatable peak current
NETWAVE Scalable Testing Capabilities
simple mode	Control via MatLab to integrate NetWave into existing automated test environments
AC source mode	PLL synchronization with other voltage sources
trigger	Extensible trigger functions
Fragment "Leap"	Increment/decrement of voltage and/or frequency in continuous time windows
external mode	Control NetWave via external control signal
General Data (All Models)
Output frequency	DC - 5,000Hz
Frequency Accuracy Stability	100ppm
Phase Accuracy	Resolution 1°
output noise	< 50 V : 110 mV rms ；> 50 V : 320 mV rms
conversion rate	8 V / us
Output insulation voltage	x.5 Models: 1000 VDC Line-Ground All Other Models: 600 VDC Line-Ground
output connector	Safety Lab Connector CEE Type 32 A Connector (NetWave 20.x and NetWave 30.x only)
interface	GPIB Ethernet interface RS 232 (connected to DPA analyzer) Frame bus (internal system bus)
General data
voltage detection	internal or external, 4 wire
Distortion rate (THD)	< 0.5%, @ 50 / 60 Hz
Output Voltage Stability	Better than 0.1%
Output Voltage Accuracy	Better than DC: +-0.2 % of set value +-0.15 % of full scale, AC: add +-0.1 % of set frequency/1000
Maximum Voltage Compensation	5% of nominal voltage
current limiter	5A - Maximum current (peak), stop/continue (behavior)
Protect	Overcurrent, overvoltage, overheating, undervoltage
Triggering and DUT monitoring
trigger	2 inputs, 2 outputs
Device under test monitoring	2 inputs, configurable
waveform generator
DC waveform	DC, Ramp, Square, Triangle, Sawtooth, Step, Sine, Sine sweep, Sine ramp, Damped sinewave, Sine ripple, Profile, Square sweep, Noise, Sine Dwell, Sinc, Harmonic, Exponent ...
AC waveform	Sine, Modulation, Sine sweep, Sweep on Sine, Sine up/down, Sine unbalance, Overswing, Sine offset, Sine Dip, Harmonic, Interharmonic, Interharmonic step, Harmonicdistortion ...
Display and Control
show	2 lines LCD, 40 characters per line
LED indicator	Respectively display: power on, output channel, trigger, hard disk function status
operate	6 function keys, start test key, power key
size
NetWave 20.x	Approx. 1785 x 930 x 755 mm Approx. 1785 x 1210 x 755 mm (with power recovery hardware module)
NetWave 30.x	Approx. 1785 x 930 x 755 mm Approx. 1785 x 1210 x 755 mm (with power recovery hardware module)
NetWave 67.x	Approx. 2080 x 1205 x 970 mm Approx. 2080 x 1615 x 970 mm (with power recovery hardware module)
NetWave 90.2	Approx. 2080 x 1810 x 970 mm Approx. 2080 x 2410 x 970 mm (with power recovery hardware module)
NetWave 90.3	approx. 2080 x 2410 x 970 mm
NetWave 108.3	approx. 2080 x 2410 x 970 mm
weight
NetWave 20.x	Approx. 740 kg Approx. 810 kg (with power recovery hardware module)
NetWave 30.x	Approx. 740 kg Approx. 810 kg (with power recovery hardware module)
NetWave 67.x	Approx. 1,180 kg Approx. 1,380 kg (with power recovery hardware module)
NetWave 90.2	Approx. 1,700 kg Approx. 2,000 kg (with power recovery hardware module)
NetWave 90.3	approx. 2,000 kg (recovery)
NetWave 108.3	approx. 2,000 kg (recovery)
power supply
supply voltage	3 x 400 V (3P, PE) or optionally 3 x 480 V (3P, PE)
Input Current	50 A / 90 A (NetWave 20 / 20.x)* 70 A / 140 A (NetWave 30 / 30.x)* 160 A / 212 A (NetWave 60 / 60.x)* 210 A / 318 A (NetWave 90.2 )* * Higher current value for 3 s short-time current
power frequency	45Hz - 65Hz
Connector	screw terminal
option
NW-BOARD measurement module
aisle	Built-in 6-channel (three-phase) measurement board 3 voltage measurement channels 3 current measurement channels
voltage range	25V, 50V, 100V, 250V, 550V unipolar or bipolar
current range	10A, 25A, 50A, 100A, 220A unipolar or bipolar
resolution	16 bit
Accuracy	Voltage: Better than +-0.05 % of reading +-0.2 % of range Current: Better than +-0.2 % of reading +-0.3 % of range
Frequency Range	DC - 100 kHz
Sampling Rate	5 Hz - 200 kHz, selectable
data storage	Hard disk space minimum 40 GB file maximum 1 GB
PC requirements	Minimum Intel i5 with 8 GB RAM or similar
Measure Parallel Mode	NetWave 20.x ；NetWave 30.x
Parallel mode hardware (parallel mode options 20/30, 67, 90, 108)
parallel mode	In parallel mode, all three built-in sources will be used in parallel. A separate interface terminal is provided for single-phase output for the connection of the EUT. In parallel mode, the three-phase interface terminals will be disconnected from the internal power supply.
NetWave 20.x	78 A (RMS) continuous short-term (up to 3 s) 141 A (RMS) repeatable peak 600 A
NetWave 30.x	99 A (rms) continuous short-term (up to 3 s) 198 A (rms) repeatable peak 500 A
NetWave 67.x	225 A (RMS) continuous short-term (up to 3 s) 300 A (RMS) repeatable peak 600 A
NetWave 90.x	300 A (rms) continuous short-term (up to 3 s) 450 A (rms) repeatable peak 700 A
NetWave 108.x	300 A (rms) continuous short-term (up to 3 s) 450 A (rms) repeatable peak 1000 A
Power recovery (requires optional power recovery module 20 / 30, 67, 90, 108)
voltage	400 V +/- 10% (45 Hz - 65 Hz)
recoverable power	Returnable to nominal AC/DC power for this NetWave model
Power Restoration Module 20/30	For NetWave 20/20.x up to 22.5 kVA AC/27 kW DC 26 A (rms) continuous short (up to 3 s) 47 A (rms) repeatable peak 200 A
Power Restoration Module 20/30	For NetWave 30 / 30.x up to 30 kVA AC / 36 kW DC 33 A (rms) continuous short (up to 3 s) 66 A (rms) repetitive peak 250 A
Power Restoration Module 67	For NetWave 67/67.x up to 67 kVA AC/72 kW DC 75 A (rms) continuous short (up to 3 s) 100 A (rms) repetitive peak 400 A
Power Recovery Module 90	For NetWave 90.2 Up to 90 kVA AC/108 kW DC 100 A (RMS) Continuous Short (up to 3 s) 150 A (RMS) Repeatable Peak 500 A
Power Recovery Module 108	For NetWave 108.3 Up to 108 kVA AC/132 kW DC 100 A (RMS) Continuous Short (up to 3 s) 150 A (RMS) Repeatable Peak 500 A
power factor	> 0.92 at full load
DC Extended Voltage Range
OPT-3 DC-EVR	Dual DC voltage range, using virtual dual phase, only valid for 3 phase NetWaves
NetWave 20, 30, 67, 90, 108	Extends to 425 VDC to 850 VDC
NetWave x.2 models	Scalable to 500 VDC to 1000 VDC
NetWave x.3 models	Extended to 560 VDC to 1120 VDC included
Filter box F-BOX 3-60
application	Low pass filter for smooth DC voltage ≤ 500 mV required for very low ripple applications
standard	MIL-HDBK-704-7 HDC 103 MIL-HDBK-704-8 LDC 103 Other applications with low ripple signal
MIL-HDBK application	Test Condition A (10 Hz); Test Condition B (25 Hz)
Voltage	AC: 230 V; DC: 500 V
electric current	60 A
frequency	up to 60 Hz
size	200 mm x 150 mm x 60 mm
weight	1.65 kg
Filter box F-BOX 3-100
application	Low pass filter for smooth DC voltage ≤ 500 mV required for very low ripple applications
standard	MIL-HDBK-704-7 HDC 103 MIL-HDBK-704-8 LDC 103 Other applications with low ripple signal
MIL-HDBK application	Test Condition A (10 Hz); Test Condition B (25 Hz)
Voltage	AC: 230 V; DC: 500 V
electric current	100 A
frequency	up to 60 Hz
size	255 mm x 180 mm x 80 mm
weight	3.25 kg
Filter box L-BOX 1-32A
application	50 µH decoupling coil with integrated 10 µF capacitor per MIL-STD-704 LDC
Maximum EUT voltage	500 VDC / 360 VAC
Maximum EUT current	32 A
Filter box L-BOX 1-100A
application	50 µH decoupling coil with integrated 10 µF capacitor per MIL-STD-704 LDC
Maximum EUT voltage	500 VDC / 360 VAC
Maximum EUT current	100 A
other models
NetWave Single Phase Series	Single-phase multifunctional power quality immunity simulator up to 7,500 VA AC and 9,000 W DC