CWS 500N4 Common Mode Conducted Disturbance Simulator DC (0 HZ) - 165 kHz-Century Wisdom (Suzhou) Testing Technology Co., Ltd

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CWS 500N4 Common Mode Conducted Disturbance Simulator DC (0 HZ) - 165 kHz

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EMTEST

CWS 500N4 Common Mode Conducted Disturbance Simulator DC (0 HZ) - 165 kHz

Product Description
Main features
Technical parameters

- Commodity name: CWS 500N4 Common Mode Conducted Disturbance Simulator DC (0 HZ) - 165 kHz
- Commodity ID: 1064518422755954688
- 品牌11: EMTEST
- 行业: 民用
- 描述: CWS 500N4 is the most advanced ultra-compact all-in-one 0 Hz (DC) - 165 kHz common mode conducted emission test solution.
- 品牌: EMTEST
CWS 500N4 is the most advanced ultra-compact all-in-one 0 Hz (DC) - 165 kHz common mode conducted emission test solution.

According to the requirements of the IEC 61000-4-16 standard, the equipment can cover 4 test levels of continuous mode and short-term mode tests at DC, 162/3Hz, 50Hz and 60Hz frequency points, and can also perform 4 test levels of Sweep mode testing from 10 Hz to 165 kHz.

In addition, CWS 500N4 also meets the testing requirements of TR 50579 standard and IEC 61000-4-19 standard Annex C (draft) on electric energy metering devices.
main feature:

　　Ultra-compact Common Mode Conducted Emissions Test Set to IEC 61000-4-16

　　Built-in low frequency signal generator and low frequency amplifier

　　Sweep Mode Frequency Range 10 Hz - 165 kHz

　　Built-in rectifier module for DC testing

　　Test option for energy metering devices according to IEC 61000-4-19 Annex C (optional)

　　Built-in voltmeter (rms value)

　　Test frequencies are DC, 16 2 / 3 Hz, 50 Hz and 60 Hz in continuous mode and short-term mode

　　USB interface

　　Built-in semiconductor power switch

Standards compliant:

　　IN 61000-4-16

　　IEC 60255-22-7

　　IEC 60255-26

　　IEC 60533

　　IEC 61000-4-16

　　IEC 61000-4-19, Annex C

　　IEC 61326

　　IEC 61543

　　IEC 61850-3

　　prTR 50579

advantage:

　　Integrated common mode conducted interference test equipment - easy, fast and reliable

　　The CWS 500N4 contains all necessary components required to complete the full compliance testing required by the IEC 61000-4-16 standard, such as signal generators, low-frequency amplifiers, DC rectifier modules, semiconductor power switches and voltage and current rms measurement equipment.

　　The CWS 500N4 generates a 30 V signal at all test frequencies (DC, 16 2/3 Hz, 50 Hz and 60 Hz) in continuous mode and operates in 15 Hz - 150 kHz sweep mode without any external voltage source. test.

　　In conjunction with the MV 2606N2.2, a 300 V signal can be generated at the respective test frequency (DC, 50 Hz or 60 Hz, depending on the power line frequency) in short-time mode. In conjunction with the programmable AC voltage source ACS 500N2.3, tests can be performed at 16 2/3 Hz or a frequency different from the mains line frequency.

　　Through GPIB and USB interface, remote control can be realized by test software icd.control. icd.control supports various test programs, can automatically generate test reports with all test data, and has various interrupt functions. In addition, users can also trigger a quick start test program through manual operation, allowing easy, effective and accurate testing without software control.

　　The menu and function keys on the front panel allow users to quickly and accurately edit the test path. The pointer can quickly control all test parameters in the program path, thus ensuring the reliability of the test.

software:

　　icd.control - forms a complete low frequency test system

　　icd.control meets the requirements of the IEC 61000-4-16 standard and supports the common mode conducted emission test in the frequency range of 0Hz - 150kHz. Through the standard library, various test levels and different test modes required by the standard can be easily, effectively and reliably set. The test report contains all test settings and test results.

Other models:

　　DC - 1GHz Continuous Wave Simulator

　　Continuous wave simulation has a history of more than 90 years. The CWS 500N series products can not only cover most of the frequency ranges required for industrial test applications based on the IEC 61000-4-6 standard, but EM TEST can also provide special test solutions for low frequency ranges or high current injection, as well as for automotive, TEM cell and microwave test solutions for aerospace and military applications.

　　The CWS 500N4 can meet the requirements of the IEC 61000-4-16 standard for low-frequency testing applications of electrical and electronic equipment with common mode interference applied to power lines, control, signal and AC ports.

Specific indicators:

Tested according to IEC / EN 61000-4-16
Output Characteristics in Continuous Mode
test frequency	DC，16 2/3 Hz，50 Hz 和 60 Hz
signal level	0.1 - 35 V rms or dc
Test Level 1	1 V, continuous
Test level 2	3 V, continuous
Test level 3	10 V, continuous
Test Level 4	30 V, continuous
output impedance	50 ohm ± 10%
Total Harmonic Distortion	< 10% (sine wave)
DC ripple	< 5%
Output Characteristics in Short-Time Mode
test frequency	DC，16 2/3 Hz，50 Hz 和 60 Hz
signal level	1 - 330 V rms or dc
Test Level 1	10 V for 1 s
Test level 2	30 V for 1 s
Test level 3	100 V for 1 s
Test Level 4	300 V for 1 s
output impedance	50 ohm ± 10%
Total Harmonic Distortion	< 10% (sine wave)
phase synchronization	0° ± 5%
DC ripple	< 5%
fall/rise time	Between 1 us - 5 us
illustrate	This test requires optional MV 2606N2.2, automatic voltage regulator or ACS 200N2.3, programmable AC voltage source
Output Characteristics at 15 HZ - 165 KHZ
Frequency Range	10 Hz - 165 kHz
signal level	0.1 - 35 V rms
Test Level 1	1 V - 0.1 V - 1 V
Test level 2	3 V - 0.3 V - 3 V
Test level 3	10V - 1V - 10V
Test Level 4	30 V - 3 V - 30 V
output impedance	50 ohm ± 10%
Total Harmonic Distortion	< 1% (sine wave)
Measurement
Voltage	Internal RMS measurement
test program
Quick start test program	Instant on for quick and easy discrete frequency testing
service program	service, settings
Testing of electrical energy metering devices according to TR-EN 50579
Interference test according to TR-EN 50579 and IEC 61000-4-19 ANNEX C (optional)
Test frequency	2 kHz - 150 kHz
signal level	Up to 150 kHz at a maximum current of 3 A
Output impedance	1.0 ohm (external decoupling impedance SH 1R)
Total Harmonic Distortion	< 5% at highest signal level
Accuracy	Better than ± 5%
frequency step	max 1 %
general data
interface
serial interface	USB
parallel interface	IEEE 488, addresses 1 - 30
Failure detection 1	BNC input, active low to terminate test
Failure detection 2	BNC input; when the input is active low, the test will be suspended; when the input is active high, the test will continue. When the number of failure events reaches 10, the test is terminated.
software
icd.control	Versatile, versatile remote control and reporting software. Built-in standard library makes test setup easy.
general data
size	19" / 6 HU (555 mm x 448 mm x 286 mm)
weight	30 kg
supply voltage	115 V or 230 V +10/-15%, 50/60Hz
input power	Maximum 600 W
power factor	cos (phi) = 0.96 at maximum output power in accordance with IEC 555 standard
fuse	2 x 6.3 AT (115 V) or 2 x 3.15 AT (230V) for AC source 2 x 10 AT
cool down	Active cooling, air cooling
Environmental requirements
temperature	10 °C -40 °C
Relative humidity	Maximum 85%, no condensation
atmospheric pressure	86 kPa - 106 kPa
Options
coupling network
CN 16-L2/L4	2-wire/4-wire coupling network, switchable Maximum AC voltage of the device under test: 440 V, 16.7 Hz - 80 Hz Maximum DC voltage of the device under test: 125 V Maximum test signal voltage: 330 V AC/DC power consumption: 40 W maximum
CN 16-L2.1	2-wire coupling network Maximum AC voltage of the equipment under test: 300 V, 16.7 Hz - 80 Hz Maximum DC voltage of the equipment under test: 220 V Maximum voltage of the test signal: 330 V AC/DC power consumption: Maximum 200 W, air-cooled, with overheating Protection function Power supply: 85 - 265 V AC, 50/60Hz, fuse 1 AT
CN 16-L3	3-wire coupling network Maximum AC voltage of the equipment under test: 440 V, 16.7 Hz - 80 Hz Maximum DC voltage of the equipment under test: 125 V Maximum test signal voltage: 330 V AC/DC power consumption: 40 W maximum
CN 16-L4/690V	4-wire coupling network Maximum AC voltage of the equipment under test: 3 x 690 V, 50 / 60 Hz Maximum DC voltage of the equipment under test: 125 V Maximum voltage of the test signal: 330 V AC/DC power consumption: maximum 40 W
CN 16-L8	8-wire coupling network Maximum AC voltage of the equipment under test: 300 V, 16.7 Hz - 80 Hz Maximum DC voltage of the equipment under test: 160 V Maximum voltage of the test signal: 330 V AC/DC power consumption: 40 W maximum
CDN 16-L2	2-wire coupling network, decoupling through isolation transformer Maximum voltage/current of EUT: 300 V / 16 A Maximum voltage of test signal: 330 V AC/DC
CDN 16-L4/400V	4-wire coupling network, decoupling via isolation transformer Maximum voltage/current for EUT: 3 x 480 V / 16 A Maximum voltage for test signal: 330 V AC/DC
CDN 16-T2	Communication line coupling network, 60 V DC, 2 A Maximum EUT voltage: 60 V DC Frequency range of EUT: depends on communication application Maximum test signal voltage: 330 V AC/DC
CN 60255-22-7	4-wire coupling network according to IEC 60255-26 standard figs. A1, A2 and A3, previous IEC 60255-22-7 standard figs. 2, 3 and 4, with common mode coupling and differential mode coupling
CN 61543	Coupling network according to IEC 61543 (100 ohm)
exchange source
ACS 500N2.3	AC power supply, 0 - 330 V (AC) / 2 kVA, 10 Hz - 80 Hz, galvanically isolated; powered by CWS 500N4 Control supply via serial interface: 230 V / 16 A, 50 / 60 Hz
MV 2606N2.2	Automatic voltage regulator, 0 - 330 V (ac) / 2 kVA, 50 Hz / 60 Hz, galvanically isolated; controlled by CWS 500N4 via analog output 0 - 10 V analog signal; mains supply: 230 V / 9 A, 50 / 60Hz
Expansion options for test applications according to IEC 61000-4-19
ELM set	Conforms to the test requirements of Annex C of IEC 61000-4-19 standard for electric energy metering devices, including: -SH ELM, 1R and 100R, shunt resistor box and decoupling impedance -Current meter ext., display digits 5 1/2 digits, 150 kHz, remote control by icd.control software via USB interface -USB remote control cable-SH ELM and energy meter connection cable assembly
ELM-R set (upgrade)	Conforms to the test requirements of Annex C of IEC 61000-4-19 standard for energy metering devices, including: -CWS 500N4 hardware upgrade and calibration service -SH ELM, 1R and 100R, shunt resistor box and decoupling impedance -Current meter ext., display Digits 5 1/2 digits, 150 kHz, remote control by icd.control software via USB interface - USB remote control cable - SH ELM to energy meter connection cable assembly