General Parameters

Display

5.7-inch TFT touch screen

Scope of Working Power Supply

100 ~ 264 V AC, 47 ~ 63 Hz

Fuse

6:00 AM

Maximum Power Consumption

300 W

Communication Method

Ethernet LAN

External Control Mode

25 needle parallel thread

External Trigger Input

BNC, 5 V TTL

CRO Triggers Output

BNC, 5 V TTL

Operation Control Input

BNC, 5 V TTL

Pulse Triggering Method

Manual, automatic, externally triggered

External Synchronous Input

20 ~ 400 V, 45 ~ 65 Hz

Warning Light Output

Multi core connector output, matched with external alarm light module (optional)

Safety Circuit

Short circuit of safety loop, stop working when the safety loop is open circuit

Failure Detection

When it fails, the front panel LCD displays and interrupts the instrument's operation

Instrument Working Status Indication

LED indication, LCD display

Instrument Grounding Connection Method

Use a flat grounding wire

Chassis Size

6U L * W * H: 620 * 450 * 280 mm

Instrument Weight

About 50 kg

Environmental Scope

15℃ ~ 35℃

Pressure Range

86 kPa ~ 106 kPa

Humidity Range

45% ~ 75%

Built in coupling/decoupling network (single-phase fully automatic)

EUT Carrying Capacity

AC 300 V 20 A/32 A (optional) 50/60 Hz

DC 300 V 20 A/32 A (optional)

EUT Power Input and Output

4mm banana plug cable

EUT Voltage Monitoring Output

BNC output, 100 V: 1 V

EUT Current Monitoring Output

BNC output, 10 A: 1 V

Synchronization Method

Internal synchronization, external synchronization, asynchronous

Internal Synchronization

0°~360°, 1° step setting or random mode

1.2/50 μs Combined Wave Coupling/decoupling

Built in single-phase automatic coupling/decoupling network

Note: The CWS 600 (S) configuration only has a source, while the CWS 600 (S-300-20) comes with a built-in coupling decoupling network

IEC-61000-4-5 Surge Immunity Test

Test Voltage

0.25 kV ~ 6 kV ±10%

Test Current

0.125 kA ~ 3 kA ± 10%

Voltage Waveform

1.2 μs ± 30% , 50 μs ± 20%

Current Waveform

8 μs ± 20%, 20 μs ± 20%

Output Impedance

2 Ω, 12 Ω

Test Interval Time

6 ~ 99 s(the shortest depends on the test voltage)

Number of Experiments

1~999 times

Experimental Mode

Optional scheduling mode

Polarity

Positive, negative, alternate

Calibration Capacitor

18 μF built-in

Coupling Resistance

0 Ω, 10 Ω

Coupling Capacitor

Built in at 9 μF and 18 μF

Surge Voltage Peak Detection

LCD display, BNC output 1000 V: 1 V

Surge Current Peak Detection

LCD display, BNC output 500 A: 1 V

IEC-61000-4-5 Communication Wave Test

Test Voltage

0.25 kV ~ 6 kV (±10%)

Test Current

6.25 A ~ 150 A ±10%

Voltage Waveform

10 μs ± 30% , 700 μs ± 20%

Current Waveform

5 μs ± 20%, 320 μs ± 20%

Output Impedance

15 Ω, 40 Ω

Test Interval Time

6 ~ 99 s(the shortest depends on the test voltage)

Number of Experiments

1~999 times

Experimental Mode

Optional scheduling mode

Polarity

Positive, negative, positive/negative

Note: CWS 600 (T) should be selected for communication waves

CWS 600 Selection Guide List

Generator

1.2/50 μs

10/700 μs

CDN single-phase three wire network

Compact immunity test system 

CWS 600(ST-300-20)

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Compact immunity test system 

CWS 600(S-300-20)

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Compact immunity test system 

CWS 600(S)

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Compact immunity test system 

CWS 600(T)

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Optional module

Lightning surge coupling/Decoupling network SPN xxxxT10 series

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Can be customized according to EUT voltage and current level requirements

Non shielded symmetrical high-speed communication line lightning surge coupling decoupling network CDN 405T8A1

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Non shielded symmetrical high-speed communication line lightning surge coupling decoupling network CDN 405T8-C

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List of Testing and Measurement Selection Guidelines

Instrument name and model

1.2/50 μs

10/700 μs

Differential probe VCF-80

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Broadband current monitoring clamp 

CM 0220M

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10 kV surge calibration capacitor module 

CCM 1000

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Immunity testing software
CoreLab

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