Pruducts
Surge Simulator PSUG-20T1
PSUG-20T1 is specially designed for the requirements of electromagnetic compatibility - surge (impact) (SUG) immunity test. It is used to evaluate the performance of power cords and internal connecting wires of electrical and electronic equipment when they are subjected to high-energy transient interference caused by switches and natural lightning strikes.

Details

PSUG-20T1 is specially designed for the requirements of electromagnetic compatibility - surge (impact) (SUG) immunity test. It is used to evaluate the performance of power cords and internal connecting wires of electrical and electronic equipment when they are subjected to high-energy transient interference caused by switches and natural lightning strikes.

 

1.  Support multi-channel testing

2.  Positive and negative polarity can be switched freely

3.  One-button switch between Chinese and English modes

4.  Built-in international standard grade parameters

5.  Excellent craftsmanship, durable

6.  The maximum test voltage can reach 20000V

7.  10.1-inch color touch screen operation

8.  Built-in temperature and humidity, time, real-time high-voltage display

9.  Phase angle asynchronous or 0~360°free setting

10.  Surge test mode full-speed automatic switching

11.  Built-in RJ45 interface, remote control (optional)

12.  Built-in high-voltage differential probe and current transformer can measure waveform

 

standard

    IEC/EN60664

    GB/T17626.5/IEC61000-4-5

    ITU K20

    ANSIC62.41/45

    GB/T16927.1

    IEC/EN 61643-1

    ITU K44

    ITU K45

 

 

Product model

PSUG-20T1

Open circuit voltage

2000V ~ 20000V± 10%

Voltage resolution

100V

Rise time

1.2μs ±30%

Duration

50μs  ±20%

Short circuit current

1000 A~10000A ±10%

Rise time

8μs   ±20%

Duration

20μs  ±20%

Output polarity

+,-,+/-,  -/+

Output impedance

2 Ω

Step voltage

0~20000V

Interval Time

5s~9999s

Test times

1c~60000c

Trigger mode

Manual, external, interval trigger

Phase synchronization

0°~359°(50 HZ or 60 HZ) (Synchronous Asynchronous)

Build-in CDN

Coupling

1-phase 3-wire coupling

Decoupling Load

UAC MAX  240V /16A   UDC MAX 220V/16A

Coupling capacitor

9μF(L-PE)、 18μF(L-L)

Coupling resistor

12 Ω、2 Ω

Residual pulse voltage at the injection end of the tested equipment

Not more than 15% of the applied test pulse voltage or twice the rated voltage peak of the coupling/decoupling network