• IPG 2554: Oscillatory Wave Generator

IPG 2554: Oscillatory Wave Generator

The oscillatory wave generator IPG 2554 has been designed for immunity testing of electrical and electronic equipment against repetitive damped oscillatory waves according to IEC 61000-4-18 requirements. It generates a decaying sine waveform with ringing frequency from 100 kHz to 30.0 MHz. These waveforms represent disturbances occurring in power, control and signal cables installed in high voltage and medium voltage stations and in heavy industrial installations.

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Data Sheet

SPECIFICATIONS

IPG 2554

Oscillatory Wave Generator

 

 

Slow damped oscillatory

100 kHz

1.0 MHz

Fast damped oscillatory

3.0  MHz

10.0 MHz

30.0 MHz

  

Related offerings:

IPG 2554 S Model is only supplied with Slow damped oscillatory waves 100 kHz and 1 MHz. All other specifications are the same as below.

IPG 2554 F Model is only supplied with Fast damped oscillatory waves 3, 10, & 30 MHz. All other specifications are the same as below.

 

 

According to

IEC 61000-4-18 : 2006

 

 

The oscillatory wave generator IPG 2554 has been designed for immunity testing of electrical and electronic equipment against repetitive damped oscillatory waves according to IEC 61000-4-18 requirements.

 

It generates a decaying sine waveform with ringing frequency from 100 kHz to 30.0 MHz. These waveforms represent disturbances occurring in power, control and signal cables installed in high voltage and medium voltage stations and in heavy industrial installations.

 

The output amplitude is adjustable between 0.25 kV and 4 kV. The positive or negative polarity of the first amplitude can be selected.


The Coupling-/ Decoupling Network integrated allows superimposition of the generator output waveform to up to four interconnection lines of the equipment under test.

 

IPG 2554 features a microprocessor controlled user interface and display unit for ease of use. The microprocessor allows the user to execute either standard test routines or a user-defined test sequence. The test parameters, which are shown on the built-in display, are easily adjusted by means of the rotary encoder. A standard parallel interface provides the ability to print a summary of the test parameters whilst testing is being carried out.

 

Moreover, all generator functions, including the settings of the built-in Coupling-/Decoupling Network may be computer controlled via the isolated optical interface.

The software program OW-REMOTE allows full remote control of the test generator via Ethernet light guide as well as documentation and evaluation of test results, accordingly to the IEC 17025. To record definite impulses, it is equipped with an Impulse Recording Function (IRF).

 

 

 

 

Options

IPG 2554

 

Software OW-REMOTE Test, for remote control

With Impulse Recording Function (IRF)

( XP, WIN7, WIN10 ) incl. 5 m fiber optic cable and PC Ethernet interface


 

TECHNICAL SPECIFICATIONS

IPG 2554

 

Mainframe

Microprocessor controlled touch panel

7”, capacitive

Optical Ethernet Interface for remote control of the generator

optional

Interface for saving reports

USB

External trigger input/ output

Switch/ 10 V

Coupling-/decoupling network for power supply lines

L1, L2, L3, N, PE

Connector for external safety interlock loop

24 V =

External red and green warning lamps

230 V, 60W

Mains power

90V - 264V, 50/60 Hz

Dimensions of desktop case W * H * D

450*330*500 mm3

Weight

35 kg

 

Slow damped oscillatory

Peak1 open circuit voltage

200V to 3 kV ( ± 10%)

Oscillation frequencies

100 kHz 1 MHz ( ± 10%)

Repetition rate

40 Hz      400 Hz ( ± 10%) Range: (40 –

400Hz)

Voltage rise time (first peak)

75 ns ± 20%

Voltage decay

Peak5 > 50 % of Peak1 value Peak10 < 50 % of Peak1 value

Polarity of the first half-period

positive and negative

Burst duration

continuous

Test time

1 - 1000s

Output impedance

200 W ± 20%

HV-output

HV-OUT, 4 mm Æ connector

Monitor output

100:1 ± 5%

Specifications short circuit:

Short circuit current (Peak1)

1.25 A to 12.5 A (± 20 %)

 

Fast damped oscillatory

Peak1 open circuit voltage

200V to 4 kV ( ± 10%)

Oscillation frequencies

3 MHz   10 MHz    30 MHz ( ± 10%)

Repetition rate

5000/s ( ± 10%) Range: (40 – 5000Hz)

Voltage rise time (first peak)

5 ns ± 30%

Voltage decay

Peak5 > 50 % of the Peak1 value Peak10 < 50 % of the Peak1 value

Polarity of the first half-period

positive and negative

Burst duration

3 MHz:   50 ms ( ± 20%)

10 MHz: 15 ms  ( ± 20%)

30 MHz: 5 ms ( ± 20%)

Range : (1ms – 50ms)

Burst period

300 ms ( ± 20%) Range: (300ms – 1000ms)

Test time

1 - 1000s

Output impedance

50 W ± 20%

HV-output

HV-OUT, Fischer connector

Specifications short circuit:

Current rise time

3 MHz: < 330 ns

10 MHz: < 100 ns

30 MHz: < 33 ns

Current oscillation frequencies

3, 10 and 30 MHz (± 30 %)

Decaying

Peak5 > 25 % of the Peak1 value

Peak10 < 25 % of the Peak1 value

Short circuit current (Peak1)

5 A to 80 A (± 20 %)


 

Coupling- / decoupling network for AC/DC power supply ports

CDN 2554-16

Coupling capacitor, slow pulses

0.5 µF

Coupling capacitor, fast pulses

33 nF

 

Isolation withstand capability of the coupling capacitors with the 1.2/50µs wave

5 kV

 

Supply current rating/voltage rating

16 A / 250 V

Number of lines

4 + PE

Coupling mode

line to line or line to ground

Common mode decoupling (attenuation)

20 dB

Differential mode decoupling (attenuation)

30 dB

Input line terminal: L1-L4, GND

4 mm Æ connector

Output EUT terminal: L1-L4, GND

4 mm Æ connector

 

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