Haefely Technology AXOS5 User Manual

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Thank you for choosing the Haefely AXOS5. Please take a little time to read through this user manual and familiarize yourself with the instrument controls and some potential dangers.

We hope you have many productive years of operation from the AXOS5 Compact Immunity Test System .

HAEFELY TEST AG

Document Title User Manual: AXOS5 Compact Immunity Test System Reference No. 4700787_pr4

A Note to Begin

Contents

CONTENTS .................................................................................................................. I

SAFETY...............................................................................................................1

1.1

General Safety Information.............................................................................1

1.2

Safety Standards.............................................................................................1

PRODUCT DESCRIPTION ....................................................................................2

2.1

Basic information ............................................................................................2

2.2

Standards covered by AXOS5...........................................................................3

TECHNICAL DATA ...............................................................................................4

3.1

General ...........................................................................................................4

3.2

Surge ..............................................................................................................4

3.3

Burst ...............................................................................................................4

3.4

Voltage dips ....................................................................................................5

3.5

Integrated single-phase CDN ..........................................................................5

INITIAL OPERATION ..........................................................................................6

4.1

Visual check ....................................................................................................6

4.2

Installation .....................................................................................................6

4.3

Earth connection .............................................................................................6

4.4

EUT Supply Input ............................................................................................6

4.5

Connection to EUT ...........................................................................................7

4.6

V dip Input ......................................................................................................7

GENERAL OPERATION ........................................................................................8

5.1

Front view .......................................................................................................8

5.2

Rear view ........................................................................................................9

5.3

SETUP menu..................................................................................................10

5.4

Predefined standard program........................................................................11

5.5

5.6

Icon bar ........................................................................................................12

Test Report Data ...........................................................................................12

SURGE ............................................................................................................. 13

6.1

General information...................................................................................... 13

6.2

Combination wave generator........................................................................ 13

6.2.1 Open Circuit Voltage (OCV) .............................................................................13

6.2.2 Short Circuit Current (SCC).............................................................................14

6.3

SURGE Menu ................................................................................................. 14

6.3.1 Output & Coupling Paths .................................................................................16

6.3.2 Properties .....................................................................................................16

6.3.3 Transition .....................................................................................................17

6.3.4 Trigger .........................................................................................................17

6.3.5 Synchronization AC ........................................................................................18

MAGNETIC FIELD............................................................................................. 19

7.1

General Information ..................................................................................... 19

7.1.1 Coil antenna..................................................................................................20

7.1.2 Transition .....................................................................................................21

7.1.3 Properties .....................................................................................................21

ELECTRICAL FAST TRANSIENT BURST ............................................................. 22

8.1

General information...................................................................................... 22

8.2

BURST TEST .................................................................................................. 22

8.2.1 Output & Coupling Paths .................................................................................23

8.2.2 Properties .....................................................................................................24

8.2.3 Transition .....................................................................................................24

8.2.4 Trigger .........................................................................................................25

8.2.5 Synchronization .............................................................................................25

8.2.6 Burst mode ...................................................................................................25

VOLTAGE DIPS & INTERRUPTS ........................................................................ 26

9.1

General information...................................................................................... 26

9.2

Interrupts..................................................................................................... 26

9.3

Dips .............................................................................................................. 26

9.3.1 Transformer DIP 116......................................................................................28

9.3.2 External transformer ......................................................................................29

9.3.3 Properties .....................................................................................................29

9.3.4 Transition .....................................................................................................30

9.3.5 Trigger .........................................................................................................30

10 ERROR MESSAGES ........................................................................................... 31

10.1 Error messages............................................................................................. 31

10.2 Troubleshooting............................................................................................ 31

10.3 Logic errors .................................................................................................. 32

11 SOFTWARE ...................................................................................................... 33

11.1 Remote Software .......................................................................................... 33

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AXOS

12 SERVICE...........................................................................................................34

12.1 Verification....................................................................................................34

12.1.1 Waveform OCV (Surge) ............................................................................... 34

12.1.2 Waveform SCC (Surge) ............................................................................... 34

12.1.3 Electrical fast transient/Burst ....................................................................... 35

12.1.4 Burst verification adapter ............................................................................ 35

12.2 Calibration.....................................................................................................35

12.3 Recycling.......................................................................................................36

13 ACCESSORIES AND OPTIONS ...........................................................................37

13.1 AXOS5 Accessories........................................................................................37

14 ADDITIONS ......................................................................................................38

14.1 Addresses......................................................................................................38

14.1.1 International customer service ..................................................................... 38

14.1.2 USA customer service ................................................................................. 38

14.1.3 China customer service ............................................................................... 38

14.1.4 Manufacturer.............................................................................................. 38

14.2 Glossary of terms and abbreviations .............................................................39

14.3 Reference......................................................................................................40

14.4 Table of figure...............................................................................................41

14.5 Table of table ................................................................................................42

15 APPENDIX ........................................................................................................43

15.1 CE conformity................................................................................................43

1 Safety

1.1 General Safety Information

Significant: Please read carefully the safety requirements before using the AXOS5!

This warning sign is visible on the equipment. Meaning: The documentation must be consulted before connecting the equipment to any voltage supply

Dangerous mains voltage or high voltages are present inside the AXOS5.

The earth connection of the AXOS5 must be connected to a good earth. If trigger is pressed without connection to earth, electrical shock may occur!

Before removing any covers, remove all external connection cables.

The AXOS5 should only be maintained by trained personnel.

Do not open any system modules, they contains no user replaceable parts.

People with heart pacemakers must not be in the vicinity of the system, when it is in operation.

Do not switch on or operate the AXOS5 System if an explosion hazard exists. The system should be operated in a dry room. If condensation is visible the unit should be dried before operating.

Never touch the Equipment Under Test (EUT), when the AXOS5 is operating. Establish a safety barrier around the test setup (Close the circuit pin 4 and pin 5 in Table 5-3).

If any part of the AXOS5 is damaged or it is possible that damage has occurred, for example during transportation, do not switch on the unit.

Before opening any units remove the mains power cord.

Before changing the mains fuse, remove the mains power cord.

Fuses should only be replaced with the same type and value.

This user manual is an integral part of the test system. Haefely Test AG and its sales partners refuse to accept any responsibility for consequential or direct damage to persons and/or goods due to none observance of instructions contained herein or due to incorrect use of the AXOS5.

When applying Magnetic field, do not touch the coil when test is running. Only direct output HI and COM must be used to connect the coil. The coil loop (from HI till COM) must be closed.

Never connect a supply voltage directly to the HI/COM surge outputs. This will damage the unit!!!. Always use a suitable CDN

Table 1-1: Safety requirements AXOS

When a test is started on the AXOS5 the symbol in Figure 1-1 is displayed on the screen.

1.2 Safety Standards

The AXOS5 fulfils the requirements of IEC 61010-1.

AXOS

Figure 1-1: Safety sign

Compact immunity test System 1

2 Product description

2.1 Basic information

The AXOS5 compact immunity test system integrates all of the best pieces of our stand alone test systems into one single economic solution. It combines 5 kV Burst/EFT, Surge combination wave, AC/DC Dips & Interrupts, along with an integrated single-phase coupling / decoupling network into one compact system. This allows for quick and completely automated testing to the most common IEC standards.

AXOS5 can either be operated via front panel by large colour graphic touch screen interface or remotely from the PC. The menu together with the availability of predefined test routines for different standards makes testing easy and reliable, even for less frequently users.

All the test parameters can be varied in a broad range. Together with the ability of changing test parameters during test, AXOS5 is not only the ideal product for compliance and pre-compliance testing, it is useful for monitoring & debugging function during design phase.

A wide range of cost-efficient and user friendly coupling / decoupling networks for power lines as well as for symmetrical and asymmetrical data- and signal-lines are available as options.

In Figure 2-1 is the starting menu of the ASOX5 version displayed. The menu is fully controlled by a touch screen. Every command is entered through the touch screen. By pressing the Surge, EFT/Burst, Voltage Dips or Magnetic field an under menu gets open. If purchasing an individual version for Surge (includes Magnetic field), EFT/Burst and Voltage Dips it shows only the particular function.

Figure 2-1: Start display

After selecting one of the functions as shown in the Figure 2-1, there are generally two operating modes of the menu available. Only in pre-compliance it is possible to change parameters even though the EUT is testing. In addition, by pressing a function parameter a basic description gets open and describes the characteristic of it. The values can be directly specified as for each criteria necessary. The same is possible in standard operating mode. Additionally Ipeak and Upeak to the EUT gets displayed on the screen.

It is possible to come back from every application to the start menu as shown in Figure 2-1, when pressing the “home” button. Every test procedure stops.

The LED on every output & coupling paths flashes when specific paths has been in the menu selected. This selection is equal for Surge, Burst as well as Voltage Dips & Interrupts.

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2.2 Standards covered by AXOS5

Table 2-1 Basic standards covered by the AXOS5

Standard Description Test equipment

IEC/EN 61000-4-4 EST/Burst AXOS5 IEC/EN 61000-4-5 Surge AXOS5 IEC/EN 61000-4-9 Magnetic field AXOS IEC/EN 61000-4-11 AC Voltage Dip and Interrupt AXOS IEC/EN 61000-4-29 DC Voltage Dip und Interrupt AXOS5

Table 2-1: IEC norm covered by AXOS

For detailed test description of each particular norm please read IEC/EN standard carefully. This is the overall norm, many product norm consist further tests. Indeed, for many products the requirements will be described more detailed in the product norm. Note: Product norms will be partly fulfilled by the AXOS5 as well. Please contact for further assistance your sales representative or HAEFELY TEST AG directly.

& MSURGE-A

& DIP 116 (optionally)

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3 Technical data

3.1 General

General Data

Control Power 85V - 264V

50/60 Hz User Test Storage Unlimited Weight 30kg Remote Interface Ethernet

RJ45 Display 7" / 800x480 / 24bit

with touch-screen External Trigger Input 5V TTL Synch Input BNC, 10V – 264V AC Trigger Output 5V TTL External Start / Stop

EUT failed Input 5V TTL Analog Output 0 – 10V, for use with external

Warning Lamp Output 2 x 24V / 1A DC Safety Circuit stops the test when unlocked

Table 3-1: General data

3.2 Surge

Dimensions

(W x H x D)

USB for USB memory stick

AUX Interface D-sub 37p for external CDN,

Input

19" / 4U (45 x 18 x 49 cm)

external transformer etc.

5V TTL, starts / stops predefined test sequence

options

IEC / EN 61000-4-5 Edition 2 Surge Combination Wave

Output Voltage 0.2 – 5.0kV ±10% Output Current 0.1 – 2.5kA ±10% Voltage Rise Time 1.2us ±30% Current Rise Time 8us ±20% Voltage Duration 50us ±20% Current Duration 20us ±20% Polarity pos / neg / alternate Output Impedance 2 Ohms Phase Sync 0 – 359° with 1° steps

or asynchronous mode Counter preselect

Counter Peak Voltage Monitor

Table 3-2: Surge data

1 – 1000

infinite

100000

BNC output: 1000:1

Display: 3 Digits

Integrated Single Phase CDN

Impulse Trigger automatic 2s – 100 minutes

Peak Current

Monitor

264V AC / 16A 220V DC / 10A

manual external trigger input BNC output: 1kA/V Display: 3 Digits

3.3 Burst

IEC / EN 61000-4-4 Edition 2 EFT / Burst

Output Voltage 0.2 – 5.0kV ±10% at

coaxial output Polarity pos / neg / alternate Burst Duration 10us – 1s Output Impedance 50 Ohms Burst Period 1ms – 10s Rise Time 5ns ±30% Test Time 1s– 1000 minutes Impulse Duration 50ns ±30% at 50

Ohm

50ns –15 +100ns

at 1000 Ohm Burst Mode normal

continuous

real

random

Table 3-3: Burst data

Spike Frequency 1Hz – 1MHz

Trigger automatic

manual external trigger input

Integrated Single

Phase Coupling / Decoupling Network

264V AC / 16A 220V DC / 10A

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Compact immunity test System

3.4 Voltage dips

IEC / EN 61000-4-11 Edition 2 and IEC / EN 61000-4-29 Dips & Interrupts

Max. Voltage 264V AC/DC Interrupt Time 0.5 period – 800 periods

100us – 1000 minutes

Max. Current 16A AC/DC continuous

20A for 5s 40A for 3s 500A inrush Current

Trigger automatic

manual

external trigger input Interrupt Dip Level

RMS Voltage Monitor BNC Output: 100:1

Table 3-4: Voltage dips and interrupts data

0% – 99% with

external voltage

source

Display: 4 Digits

Interval Time 1 period – 800 periods

synch 100us – 1000 minutes async

Test Time 1s – 1000 minutes

Infinite

Phase Sync 0 – 359° 16 / 40 / 50 / 60 Hz

asynchronous Mode

RMS Current

Monitor

BNC Output: 10A/V Display: 4 Digits

3.5 Integrated single-phase CDN

AXOS5 provides an integrated single-phase coupling / decoupling network for Burst and Surge tests. It is protected against over-current by an integrated protection circuit. Current limit can be selected between 1A to 16A in the PROPERTIES menu. The integrated CDN may be used with AC or with DC power lines. The input of the integrated CDN (i.e. EUT Supply Input) must be connected to power lines which are protected by a line safety switch equal or less 16A rated current and characteristic B or C.

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4 Initial operation

4.1 Visual check

During transport AXOS5 may be subjected to excessive shocks and vibrations, even though every care is taken by HAEFELY Test AG to provide suitable packaging. Before operating the unit, check for signs of mechanical damage. Damaged packing cases may by a sign of transport damage. Damage caused in transit must be reported to the shipping agent immediately.

4.2 Installation

All safety measures must be followed, as described in Table 1-1.

4.3 Earth connection

The "Earth Stud" on the back panel must always be connected to a solid earth before the "EUT Supply Input" is connected to power source. Cross section of connection must be at least 2.5mm squared.

4.4 EUT Supply Input

The "EUT Supply Inpu" on the back is the connection to the integrated single-phase CDN, which can be used up to 16A / 264V. There are three banana-plugs (stackable) delivered with the standard accessories set:

- black: line conductor

- blue: neutral conductor

- green/yellow: protection earth conductor These banana plugs shall be mounted on a suitable connection cable.

The EUT Supply Input must be connected to power lines which are protected by a line safety switch equal or less 16A rated current and characteristic B or C.

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Compact immunity test System

Inside the AXOS, there are filter capacitors connected between L-PE and N-PE, as required by the standard. These capacitors will cause a residual current, which will trip the residual current circuit breaker.

Hence, an isolation transformer needs to be inserted between main power supply and "EUT Supply Input" as shown in Figure 4-1 below.

Figure 4-1: Transformer connection

Note: N and PE need to be connected as shown in the figure. This enables that a possible follow current from the mains can be delivered to the EUT.

All further equipment connected after the isolation transformer are not protected any more by the residual current circuit breaker.

4.5 Connection to EUT

The L, N and PE banana sockets on the front panel are the outputs of the integrated single-phase CDN. For power line testing, the EUT is connected here.

There are three banana-plugs (non-stackable) delivered with the standard accessories set:

- black: line conductor

- blue: neutral conductor

- green: protection earth conductor These banana plugs shall be mounted on a suitable connection cable.

4.6 V dip Input

The "V dip" input is used to supply voltage having XX% level for Dips testing. For example, for testing 40% Dips level, 92V supply need to be connected between "V dip" and neutral (at nominal voltage 230V).

In case of interrupt testing i.e. 0% Dips test level, "V dip" must be connected to "N" (neutral) input, using the purple coloured safety banana cable supplied with the standard accessories

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5 General operation

5.1 Front view

The Figure 5-1 shows the front view of the AXOS5. In the Table 5-1 is the detail description of every physical input and output.

1 2 3 4

Figure 5-1: AXOS5 Front view

Pos. Function Description

1 On/off switch Turns on and off the power of AXOS5

Surge impulse voltage monitor output

Surge impulse current monitor output

4 Urms monitor output 100:1

Irms monitor output 10A/V

HI Generator output Surge; (Direct

output) COM Generator output Surge

(Direct output) 8 Burst Output Direct output of burst generator to external CDN or EUT 9 L output to EUT

10 N output to EUT 11 PE output to EUT

13 USB port for data transfer Save report data or test files onto USB memory stick

Table 5-1: Description front view function

PE Connection to ground reference plane or the verification

Colour touch screen Every command and adjustment will be controlled and entered

5 12

1000:1 divider for surge impulse. Direct connection to oscilloscope. Example: 5000Vsurge impulse output will show 5V on this BNC socket 1000A/V surge impulse current monitor. Direct connection to oscilloscope. Example: 2500A surge current will show 2.5V on this BNC socket Monitoring the signal of the generator when creating voltage dips or voltage interrupts. Direct connection to oscilloscope.

Direct output of surge generator Connection to external CDN. Do not connect directly any external supply voltage, generator will be damaged.

Connection for single phase EUT to the internal coupling/decoupling network

adater

via the touch screen

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Compact immunity test System

5.2 Rear view

The rear view of the AXOS5 is shown in Figure 5-2. A detailed description of every input and output is written in the Table 5-2 below the graphic.

1 2 3

Figure 5-2: AXOS5 rear view

Pos. Function Description

L “EUT Supply Input” (direct

connection of power supply via banana plug) N “EUT Supply Input” (direct

connection of power supply via banana plug) PE “EUT Supply Input” (direct

connection of power supply via banana plug) V dip (for Voltage dips & interrupts)

“Link” to external HAEFELY transformer DIP 116

6 “AUX” inputs and outputs detailed description of function in Table 5-3

“RJ 45”Ethernet Interface operation of the AXOS5 through an external device, likely a PC for

Sync. BNC Interface The BNC interface is used for external synchronization of a

9 Main power switch for AXOS5 Switching on/off total power supply

Table 5-2: description rear view

Electrical grounding The generator must always be connected to a reference earth

direct single-phase connection of power supply to the EUT. It can either be connected to a DC power supply or to AC power supply. Awareness, the power supply should NOT be secured by a ground fault Switch. If yes please take capture Fehler! Verweisquelle konnte nicht gefunden werden. in consideration

Input for the voltage dips und interrupts. For voltage interrupts it has to be connected via banana plug with position 2. However. when using external transformer, the only connection to the generator is through the V dip input Input for HAEFELY transformer DIP 116 for voltage dips, then adjustable on 0%,40%, 70% and 80% in reference to the U1 nominal voltage of AXOS5. In any other case the transformer has to be controlled independently and it will be connected only through the “position 4” with the AXOS5.

the remote software

manual CDN

before every use

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AUX (Pos. 7.) function description

1 Red warning lamp Indicates when safety circuit closed 2 Green warning lamp Indicates when safety circuit opened 3 GND 0 V 4 GND 0 V 5 Safety interlock When safety barriers installed, connection

must be done between pin 5 and pin 4 to close the circle (safety instruments), however, bridge between pin 4 and pin 5 exist as delivery

setting 6 GND 0 V 7 Start/Stop program 1 is running (Input) Start/Stop automatic for starting a predefined

program in the “Setup” menu “start file (Figure

5-3)”, signal for instance external device, PLC

signal 8 GND 0 V 9 Trigger Input Input for external trigger to start for instance

through an external signal a generator

10 GND 0 V 11 EUT Fail (Input) External condition (e.g. device or PLC signal),

the position becomes 1 and causes an action

(Ignore, Alarm, Test Stop or test stop & line off)

12 GND 0 V 13 0-10V Analogue output Reserved and used for further application 14 GND 0 V 15 Trigger output When Burst, Surge or Voltage dips package in

use, signal becomes 0, after the applied

package has finished the signal becomes

1(negation); used for indication of signal on

oscilloscope

16 GND 0 V 17 Spare (Reserve) Not in use 18 GND 0 V

Table 5-3: AUX function description

5.3 SETUP menu

The Figure 5-3 shows the “Setup” menu after selecting this button in the starting field. Every button is explained in the Table 5-4.

Figure 5-3: Setup menu

In the right upper corner the current software version, serial number can be seen. The FPGA indicates the hardware of the chip version.

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Compact immunity test System

Menu field Description

Language Selection of different language, in the moment only English available Date & Time Entering of current date and time Sound Volume Adjusting of sound operating volume and warn signals Report data saving

Reporting data can be automatically saved when pushing the device in USB port or manually by pressing the “Rep.Data” in the menu of every application and then entering the device

Start file Selection of predefined test in accordance with particular norm for Surge, Burst, Magnetic field

and Voltage dips & interrupts; it gets only applied from an external start/stop automatic (

Last Calibration Factory calibration from HAEFEY TEST AG, in future term the “next calibration” becomes “last

calibration

Next calibration Recommended calibration period from HAEFELY TEST AG is 2 years, however, it always

depends on the quality management system of every company and certainly the test requirements of equipment and certification environment

Remote GUI Remote GUI is possible to access when license key purchased from the HAEFELY TEST AG;

switch on/off of communication between remote computer and AXOS5 possible Coil Antenna Entering of new “coil Antenna” factor as described in Communication Communication via RJ45 at the rear view of AXOS5 Firmware update For updating the new operating software of the AXOS5 License Manager Entry of license codes for Surge, Burst, Magnetic field and Voltage Dips & Interrupts and remote

GUI. After entering the license code, accessible in main menu Touch calibration In normal delivery mode there is a pre-calibration of the touch screen. However, if required,

please follow and press for few seconds with a pen the cross at the screen. It requires five

different positions. Then confirming and as a control measure four different yellow dots get open.

Again confirming and the calibration has finished.

Table 5-4: Setup description

After setting has been finished the “Setup” gets closed when pressing the “close” button. Afterwards the starting window gets displayed. It can be selected between Surge, Burst, Magnetic field and Voltage Dips & Interrupts.

5.4 Predefined standard program

The AXOS5 contains predefined standards test for “Surge”, “Burst”, ”Magnetic field” and “Voltage Dips & Interrupts” according to each particular norm. Each test can be selected and applied through the Generator to the EUT. The Figure 5-4 reflects the save and option of data at the “Surge” generator. These application works similar for “Burst”, “Magnetic field” and “Voltage Dips & Interrupts. The basic understanding of the tool is similar to normal office applications. Data can be “load”, “Save”, “Save as”, “Copy” and “Delete” as for instance in word. These options occur on the screen, when “file” button is pushed.

Figure 5-4: Save and load option of data

Two directories can be selected as shown in Figure 5-5. However, the “standard” directory can only read and load the predefined test procedure in accordance to the particular norm. These files can only be read. The second directory is “Internal”. The internal data (customized testing files) can be saved, loaded and deleted. Either of the directories can only be accessed out of the particular menu, like for instance the “surge” generator.

In addition, the loaded program is displayed in the upper line in either of the standard and pre-compliance menu.

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However, through the “Setup” menu predefined programs can be loaded and applied via an external “start/stop” device. There get controlled though Pin 7 in Table 5-3. When particular file has been selected, it must be confirmed with “load”.

Figure 5-5: File selection Internal/Standard

Note: When file wants to be applied and started without any external signal parameter, it must be selected inside the specific modus (e.g. Surge”) via “load”. However, if controlled from an external signal, it must be selected through the “Setup” (Figure 5-3) and then confirmed as seen in Figure 5-5. Selection in “setup” menu will not be applied to generator when not external control of the program.

5.5 Icon bar

The Table 5-5 presents a overview of icons in the operating menu. The icons get displayed in the right upper corner of the operating menu, except position 3.

Position Symbol function

When button “line” pushed in the operating menu, connection between “EUT supply

Table 5-5: Icon bar menu

inputs (L, N, PE)” and “EUT supply output (L, N, PE)” is existing; note: no actual “EUT Supply Input” required for the connection When circuit closed between PIN 5 and PIN 4 in Table 5-3, either through existing factory bridge or external circuit connection When generator charging, symbol gets displayed at touch screen

“Reporting data symbol”, when pushing “Rep.Data” button, this icon comes up in the right upper corner of the window and the report of the test will be saved via USB-port on a connected device; Note: only accessible when test has finished Symbol, when L and N on “EUT Supply Input” are exchanged, therefore, L and N must be changed back

5.6 Test Report Data

Test report data can be automatically saved to USB memory stick. If "Report Data Saving: Automatic" is selected in the "Setup" menu, test data are saved automatically after each test. If "Report Data Saving: Manual" is selected, test data can be saved on the memory stick by using the "REPORT" key within the accordingly menu. The test data are saved into five CSV files which can easily imported into Excel or similar applications. Data are saved as follows:

Prg_Log.csv : Test conclusion Prg_Set_Seq.csv : Test header data PrgItem002_Log.csv : Test log data PrgItem002_Set.csv : Test setup data PrgItem_Res.csv : Test overview data

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Compact immunity test System

6 Surge

6.1 General information

Please read carefully the Table 5-1 and Table 5-2 in detail before first use of the Surge generator. The short voltage impulse stays on the EUT during several µs. The peak voltage gets with the Axos5 up to 5 kV. The generator fulfils the requirements according to the IEC 61000-4-5 norm. The source impedance of the generator is 2 Ω. The HI and COM signals should be used from the beginning as scheduled, because in extern CDN the polarity becomes important. It can be select either between the Hi and Com output or the coupling network (Position 9,10,11 in Figure 5-1).

6.2 Combination wave generator

In General waveforms are specified as open circuit voltage (OCV) and short circuit current (SCC). The Surge is applied directly from the Generator to the Surge HI and COM output, the waveforms are specified in the next two under captures. The function graphic and the key parameter can be read in the Table 6-1. In accordance to the IEC 60060-1 the front time for the OCV is 1,2 µs ± 30% and the SCC is 8 µs ± 20%.

IEC 60060-1 Definitions

Front time [µs] Time to half value [µs] Open circuit voltage 1,2 ± 30% 50 ± 20% Short circuit current 8 ± 20% 20 ± 20%

Table 6-1: Key parameter wave generator

For a detailed description please read the topic “test instrumentation” in the IEC 61000-4-5 norm.

6.2.1 Open Circuit Voltage (OCV)

Figure 6-1: Open circuit voltage (OCV) [1]

Front time: T1 = 1,67 x T = 1,2µs ± 30% Time to half value: T2 = 50µs ± 20%

Verification of the Surge output signal (HI and COM) in the front view can be done with the help of the in capture 12.1.1 described PDP 8000.

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AXOS

6.2.2 Short Circuit Current (SCC)

Figure 6-2: Short circuit current (SCC) [1]

Front time: T1 = 1,25 x T = 8 µs ± 20% Time to half value: T2 = 20 µs ± 20%

For verification of the output signal, a current transformer must be connected between position 6 and position 7 as shown in Figure 5-1. EUT Supply Input must be disconnected. The current transformer from capture 12.1.2 is for the verification necessary.

6.3 SURGE Menu

Test requirements must be achieved by the user according to the IEC 61000-4-5 norm. The safety standards as written in Table 1-1 must be unconditionally fulfilled, when operating the AXOS5.

In the next step, the user selects either the pre-compliance or the standard operation mode. The Figure 6-3 and Figure 6-4 reflects either of the appliance modes. As seen by pressing on each particular function parameter a purple bow comes up and the definition of the function gets displayed.

Figure 6-3: Surge Standard mode

When pressing the “home” button the user gets transferred automatically to the start menu as shown in Figure 2-1.

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Compact immunity test System

In the Figure 6-4 it shows the use of the pre-compliance mode. Indeed, every parameter can be changed by simply pressing on the black bows next to the value. Furthermore, it can be changed between direct and line output. All data entries can be done while the generator is operating.

Figure 6-4: Surge pre-compliance mode

For instance, in the standard mode after selecting the peak voltage field the Figure 6-5 opens up and the parameter can be entered. In a similar way works the repetition rate and the number of surge. Awareness is to give for line synchronization; hence, it has been described more detailed in the capture 6.3.5.

Figure 6-5: Surge peak voltage

After values entered, the start button can be pushed and the window Figure 6-6 opens up, if selected pre-compliance mode.

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The safety symbol, the direct output and the output voltage and output current are displayed. In addition, the user is able to see nominal values of the peak voltage, reputation time and the synchronization period. Additionally, these values can be modified while the test is proceeding. It happens by simply pressing each particular function. The test stops when pushing the “STOP” button.

Figure 6-6: Surge Pre-compliance mode charging

In the right corner of the graphic is the plug flashing in red, when direct connection between L, N, PE to the “EUT Supply Input” and button “line” has been pushed. The safety lock symbols shows that the safety circuit has been closed between PIN 4 and PIN 5 in Table 5-3.

Information about Transition, Trigger and properties has to be entered independently if the test has stopped. “Transition” and “Trigger” are only accessible in standard operating mode.

6.3.1 Output & Coupling Paths

In the IEC norm 61000-4-5 it is written that every coupling phase has to be tested against each other. That realizes the AXOS5 with the line output and selecting the options independently. The HI and Com output gets active when in operating menu “direct” output is selected. L, N, PE can be selected when in “line”.

6.3.2 Properties

In the Figure 6-7 below is the properties menu displayed. The Table 6-2 explains the function more detailed.

Figure 6-7: Surge properties

The Table 6-2 describes the different functions more detailed. The window gets closed, when confirming the “OK” button.

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Position Description

External (Pin11 on Aux) External condition (e.g. device or PLC signal), the position becomes

1 and causes an action (Ignore, Alarm, Test Stop or test stop & line

off) Line Current Limits the current (L, N, PE front view) to the EUT. Peak voltage It defines an area (min. and max.) within the peak voltage value of

the surge waveform becomes. If not successful, it causes an action,

which can be: Ignore, Alarm, Test Stop or test stop & line off. Peak current It defines an area within the peak current (min. and max.) value of

the surge waveform can become. If not successful, it causes an

action, which can be: Ignore, Alarm, Test Stop or test stop & line off. Action: Ignore, Alarm, Test stop, Test stop & line off

Due to EUT fails, AXOS5 cause an action which can be: Ignore,

Alarm, Test Stop, Test Stop & Line off. Line off Voltage locked at L, N, PE when test has finished Line on Voltage unlocked at L, N, PE when test has finished Sound on or off Acoustic signal when test ends

Table 6-2: Surge properties

6.3.3 Transition

The Figure 6-8 reflects the transition window of the AXOS5. The “alternative polarity” makes possible to switch between positive and negative. Alternate polarity, peak voltage and phase can be selected and parameter entered. It is only possible to select phase in either external synchronization or synchronization mode. According to IEC 61000-4-5 alternate polarity at the EUT must be tested.

Significant awareness must be given in the transitions mode, that Trigger “auto” mode is selected, otherwise it is not possible to access the “Transition” function.

Figure 6-8: SURGE transition mode

After successfully entering the parameter, “OK” button can be pushed and then the “Start” button in the main menu. Test should be proceeding now.

6.3.4 Trigger

In the trigger window it is possible to select between “auto”, “manual” or “external trigger”. When being in “manual mode” the user controls the trigger by pressing the start button first, after the generator is charged the menu button “trigger” flashes up and can be pushed. “Auto mode” provides the signal according to set up and works completely automatically. All key parameter like “peak voltage” sets the user through the touch screen in the main operating window. In “external trigger” the signal for the trigger comes from an external source and gets connected via PIN 11 in the AUX input at the rear view of the AXOS5.

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6.3.5 Synchronization AC

To synchronize the surge signal with the main supply source it is necessary to adjust in the menu “Synchronization” and then “Line Sync.”. Further adjustments of the angle can be done in a range from 0° to 359°. However, if no power supply is connected to the EUT input at the rear view, it has to be entered “Async.”, otherwise it is impossible to get a Surge impulse of the generator.

In external synchronization, the output with the position 8 Figure 5-2 in the rear view is in use. As an external source could be used for instance a manual CDN. Normal operation through the touch screen is possible.

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7 Magnetic field

7.1 General Information

The test setup is described in accordance to the norm IEC 61000-4-9. A SCC waveform will be created. For the magnetic field the coil gets connected directly via banana plug to the surge output HI and COM as written in position 6 and Position 7 in Figure 5-1. Significant is that only these outputs can be used for the Surge impulse.

Do not touch the coil when the test is proceeding. Do fulfil safety requirements as described in capture 1.1.

In Figure 7-1 is the pre-compliance mode presented. The parameter can be entered by pressing the numbers. For instance to change the magnet field the parameter “+120 A/m” must be selected and then e new parameter entered.

Figure 7-1: Magnetic field Pre-compliance mode

In addition, the purple bow describes the function. On the top of the window it shows which “Coil Antenna” is selected. In the standard mode (Figure 7-2) the values can be changed by pressing on the particular parameter as well. Additionally, the “transition” (capture 8.2.3) can be adjusted.

Figure 7-2: Magnetic field Standard mode

When “Line” button pushed, “EUT Supply Input” connected with L, N, PE front view and in the right corner the plug flashes red. After pushing the “Start” button the surge impulse gets applied.

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In Figure 7-3 is the Surge impulse proceeding. The magnetic field will be displayed and the safety symbol is flashing. The test can be stopped by pushing the “Stop” button. When pushing the “home” button the starting screen as shown in Figure 2-1 gets displayed.

Figure 7-3: Magnetic field charging

In following points “Coil Antenna”, “Trigger”, “Transition” and “properties” will be described. When being in the “Setup” menu Figure 5-3, manual has been selected for “rep data”, therefore a test report can be written on a USB device simply by pressing “Rep.Data”. However, first connect device to USB port.

7.1.1 Coil antenna

When the AXOS5 has started, the setup menu contains a standard predefined coil in accordance to IEC 61000-4-9. It can be up to 10 different coil factors added to the menu.

Figure 7-4: Coil Antenna factor

To add a different coil, it will be entered in setup (Figure 5-3). This selection can be seen in the operating menu in the magnetic field.

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7.1.2 Transition

In “Transition” (Figure 7-5) the user can adjust the “Field Strength”, “Sync. Phase” and “Alternative Polarity”. The description from capture 6.3.3 is valid, except “peak voltage” has been changed to “field strength”. The other parameters stay equal, since an OCC will be applied to the coil antenna and is basically a Surge impulse.

Figure 7-5: Magnetic field transition

When all parameters has been entered then simply confirming with ok and in the menu is showing “transition on”, this indicates the settings will be applied to the coil antenna when pushing the “start” button. Furthermore, when test is proceeding, the intervals for instance of the “field strength” gets displayed.

7.1.3 Properties

Position description

External (Pin11 on Aux) External condition (e.g. device or PLC signal), the

position becomes 1 and causes an action (Ignore,

Alarm, Test Stop or test stop & line off) Line Current Limits the current (L, N, PE front view) to the EUT. Action: Ignore, Alarm, Test stop, Test stop & line off Due to EUT fails, AXOS5 causes an action which can

be: Ignore, Alarm, Test Stop, Test Stop & Line off. Line off Voltage locked at L, N, PE when test has finished Line on Voltage unlocked at L, N, PE when test has finished Sound on or off Acoustic signal when test ends Table 7-1: Magnetic field properties

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8 Electrical Fast Transient Burst

8.1 General information

The Burst generator generates Electrical Fast Transient Bursts (EFT) as described in IEC 61000-4-4. The source impedance of the generator is 50 Ω. The burst is a common mode transient, coupled simultaneously to all selected paths with respect to ground. It can be selected between using the coaxial output or the built in mains coupling network.

8.2 BURST TEST

Test requirements must be achieved by the user according to the IEC 61000-4-4 norm. The safety standards as written in capture Figure 1-1 must be unconditionally fulfilled.

After selecting in the start menu the function “Burst”, the user has the choice between standard and pre-compliance mode. It gets selected in the top icon bar. The Figure 8-1 shows the standard menu. When pressing “peak voltage”, “repetition frequency”, “burst duration” a purple bow opens up and describes visually the waveform impulse.

Furthermore, the user can select between “properties”, “trigger manual”, “Burst mode” and “direct out”. Detailed description is to find in the following under captures. However, when no further adjustment necessary the “Start” button can be pushed and the window (Figure 8-4) gets open. When pressing the “line” button, the plug in the right corner flashes red. As a result L, N, PE front view are connected with L, N, PE rear view and full power supply for the EUT is provided.

Figure 8-1: EFT/BURST Standard mode

By pressing at each particular value, a new parameter (Figure 8-1) can be entered. Then confirming with “OK” and the parameter will be written in the standard test mode. In Addition it can be immediately selected between kV and V.

Figure 8-2: EFT/BURST peak voltage configuration

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The following graphic represents the pre-compliance mode. In comparison with the standard menu, every command gets displayed the entire visual description of the function is described through purple bows. Main advantage of the pre-compliance mode is that the parameter can be changed while the test is operating.

Figure 8-3: EFT / BURST pre-compliance mode

However, when every parameter has been adjusted, the “Start” button can be pushed and generator is charging. Now, the following graphic should be displayed. The selected output path (direct or line) is flashing yellow.

Figure 8-4: Burst pre-compliance mode charging

The Burst waveform gets stopped, when pushing the “Stop” button. Afterwards, test report can be saved on the USB device.

8.2.1 Output & Coupling Paths

In Burst testing mode every line signal gets tested against GND (PE). In direct output the signals stands on the position 8 in Figure 5-1. It gets connected directly to the EUT or will be used for verification of the Burst waveform. Furthermore, it can be connected to three-phase test CDN. For further assistance please contact the HAEFELY TEST AG directly.

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8.2.2 Properties

The next window shows the property window of the Burst waveform. Detailed description of each parameter can be read in the Table 8-1.

Figure 8-5: BURST properties

Position Description

External (Pin11 on Aux) External condition (e.g. device or PLC signal), the

position becomes 1 and causes an action (Ignore,

Alarm, Test Stop or test stop & line off) Line Current Limits the current (L, N, PE front view) to the EUT Action: Ignore, Alarm, Test stop, Test stop & line off Due to EUT fails, AXOS5 cause an action which can

Table 8-1: BURST properties description

After selection has been finished, the button “OK” must be confirmed and setting gets applied to the Burst generator.

8.2.3 Transition

The Figure 8-6 shows the “transition” menu. It is possible to select independently “peak voltage”, “Repetition frequency”, “Phase” and “Alternate polarity”. To be able to select “phase” the Synchrony has to be either set as Synchronization or external Synchronization, otherwise it is not possible to select it. Eventually, every parameter can be changed by pushing the certain value and entering a new.

Figure 8-6: BURST Transition

When finalizing the parameter, it must be confirmed with “OK” and either the pre-compliance or standard mode gets open depending on what has been previous operation mode.

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8.2.4 Trigger

When selecting “manual trigger” the following window opens up. It gets applied to EUT by pressing the “Trigger” button. It gets always only one Burst package applied.

Figure 8-7: BURST mode Trigger normal

Furthermore, it shows between which line and GND the burst package gets applied. After finalizing the process, it will be stopped when pushing the “Stop” button. A manual report gets saved on the USB device, after selecting “Rep.Data” and “manual” selection in the “Setup” menu.

8.2.5 Synchronization

To synchronize the burst signal with the main supply source it is necessary to select in the menu “Synchronization” and then “Line Sync.”. Adjustments of the angle can be done in a range from 0° to 359°. However, if no power supply is connected to the EUT supply input at the rear view, it has to be entered “Async.”, otherwise it is impossible to get a Burst waveform.

In external synchronization, the output with the position 8 Figure 5-2 in the rear view is in use. An external source could be for instance a manual CDN. Finally, normal operation through the touch screen is possible.

8.2.6 Burst mode

The Burst mode gives the user the option to select between “Normal”, “Continuous”, “Real” and “Random BURST” signals. Afterwards the function gets automatically displayed on the screen and can be applied to the EUT after pushing the “Start” button.

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9 Voltage dips & interrupts

9.1 General information

For the voltage dips & interrupts only the EUT will be only connected through the output (L, N, PE) in the front view. The EUT Supply Input (L, N, PE) in the rear view gets connected to the power supply. For verification of the signal, Pos.4 and Pos.5 in Figure 5-1 can be connected to the oscilloscope. Only these five outputs in Figure 5-1 can be used, when applying or verifying voltage dips & Interrupts at the EUT. Further adjustments of the operation menu will be described in the following under captures.

9.2 Interrupts

Only the voltage interrupts it is possible to create without an external transformer. To create those interrupts there must be a connection between V dip and N via banana plug, as seen in Figure 9-1. Additionally, an external powers supply source has to be connected to EUT supply Input. Afterwards it can be selected between pre-compliance mode and standard operating menu. The entering of “duration”, “interval”, “test time”, “synchronization” via touch screen by pressing each specific function (Figure 9-3). When pushing the function name a purple bow opens up and defines the parameter in the graphic. After successfully selecting the key parameter, the “start” button can be pushed and the parameter gets applied.

Figure 9-1: Voltage interrupts electrical installation

9.3 Dips

To create the Voltage dips an external transformer is necessary, because a second voltage level is required. When purchasing the DIP 116 from the HAEFELY TEST AG the position 5 at the rear view graphic can be used. The Figure 9-2 gets displayed when DIP 116 is successfully connected. Exact hardware configuration of DIP 116 is described in capture 9.3.1. Fully compatibility is guaranteed with the AXOS5.

Figure 9-2: DIP 116 Transformer connected

Only in this case the V dip voltage can be proportionally controlled regarding to the U1 nominal voltage via the touch screen or via remote software. Moreover all other adjustments are compatible with the AXOS5. Reference voltage according to the U1 nominal can be selected. V dip can either be 0%, 40%, 70% or 80% in reference to U1 nominal,

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when using the D116 transformer. The selection happens in the “Dip Voltage” menu field. When selecting 0% it creates a voltage interrupt, since the V dip becomes 0V.

The Figure 9-3 shows the voltage dips in standard mode. When pushing the particular function name: “Dip Voltage”, “Line sync.”, “Duration”, “interval” and “test time a visual description gets open with a purple bow as seen below. For changing the parameter the value has to be pushed, for instance 5 min. New parameter can be entered. When pushing the button “file” data can be saved and loaded.

Figure 9-3: Voltage Dips Standard mode

The Figure 9-4 represents the pre-compliance mode of the “voltage dips” menu. The purple bows define the function and show which particular parameter influenced the function. All parameters can be adjusted, when test is operating.

Figure 9-4: Voltage Dips pre-compliance mode (External transformer)

After all parameters have been adjusted and selected the “start” button can be pressed and the voltage dips starting. Significant, is the right selection of “Line Sync”, “Sync” and “external”. Only in either “line Sync” or “Sync” can the phase angle be selected, since an external power supply has to be connected, otherwise the synchronization with the phase would not be technical possible. However, by pushing the “home” button the starting menu as seen in Figure 2-1 gets open.

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9.3.1 Transformer DIP 116

The HAEFELY TEST AG DIP 116 transformer will be connected through the V Dip and the Link input at the rear view of the AXOS5. The DIP 116 has an independent connection to an external power supply via banana plug. Once the setup is done it can be fully automatically controlled through the touch screen of the AXOS5, when being in the menu field of the “Voltage Dips”.

Figure 9-5: Transformer DIP 116

Then V dip 0%, 40%, 70% and 80% in reference to U1 nominal. Only with the DIP 116 the proportional voltage adjustment through the menu is possible. The second main advantage will be reflected in the compatibility of the transformer with the AXOS5 compact immunity tester.

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9.3.2 External transformer

The only connection from the external transformer (Figure 9-6) with the compact immunity tester happens through V dip and N’ at the rear view via banana plug. L and N from the external transformer gets connected to the power supply. The output voltage (between V dip and N) gets displayed as adjusted at the transformer. However, no further adjustment of the second nominal voltage in the AXOS5 menu possible.

Ext. Transformer

AXOS5

Udip

Figure 9-6: External transformer

Now the incoming V dip can be regulated directly at the transformer. Note: No further connection of the link data cable at the rear view possible.

9.3.3 Properties

Position description

External (Pin11 on Aux) External condition (e.g. device or PLC signal), the

position becomes 1 and causes an action (Ignore,

Table 9-1: Properties Voltage Dips & Interrupts

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9.3.4 Transition

The Figure 9-7 shows the “transition” menu. It is possible to select independently “Duration”, “Interval”, “Phase” and “Alternate polarity”. To be able to select “phase” the Synchrony has to be either set as Synchronization or external Synchronization, otherwise it is not possible to access it. Eventually, every parameter can be changed by pushing the certain value.

Figure 9-7: Voltage Dips Transition

When finalizing the parameter, it must be confirmed with “OK” and either the pre-compliance or standard mode gets open depending what selection was previously done. In addition the incremental intervals get displayed at each particular function name, like for example “interval”.

9.3.5 Trigger

The trigger can be accessed either from pre-compliance mode or standard mode when generator is not in use. The user can select after pressing the “trigger” button between: “auto”, “manual” and “external”. In “Auto”: signal gets applied automatically in accordance to parameters. In “Manual”: pushing the start button after “manual” selection, then pressing the “trigger” button. In “External”: Signal will be controlled from external source, connection through PIN 11 in Table 5-3.

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10 Error Messages

10.1 Error messages

In the menu is a short summary of possible alarm messages which can occur when operating the AXOS5.

10.2 Troubleshooting

Alarm message Possible cause Action needed

Safety Circuit opened close Safety Circuit

tried to start a Test with open Safety Circuit close Safety Circuit and Start

Test again

no file defined in Setup Start File define a Start File

no valid file define a valid Start File

EUT requires more than 16 A support current, may EUT defect, short circuit EUT

EUT requires more than 16 A support current, may EUT defect, short circuit EUT, protection of AXOS5

EUT requires more than 16 A support current, may EUT defect, short circuit EUT

-check Inominal of EUT (max. support with AXOS5 16A)

-control EUT independently, short circuit might occurred,

-External CDN necessary, if higher Inominal required

1 x beep and automatic shut down

Table 10-1: Error messages

at system startup any of internal supply voltages (not 24V) are out of range at system startup internal supply voltage 24V is out of range

- bad or missing Function Key

- internal storage card missing or damaged

Frequency of EUT Supply Input is too high use EUT Supply Input voltage

L and N on EUT Supply Input are exchanged Exchange L and N on EUT

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send AXOS5 for repair

- go to Setup License Manager and check for correct numbers

- send for repair

with nominal frequency of 50 or 60 Hz

Supply Input

10.3 Logic errors

Alarm message Possible cause Action needed

Decrease peak voltage / rep.

Too many spikes per second

frequency / Burst or increase

burst period

Repetition frequency is too high

Decrease peak voltage ,

repetition frequency

burst period / burst duration incompatible

Decrease burst duration / Sync.

time

Incompatible settings

Decrease burst duration /Sync.

Time increase Burst period

Incompatible settings

Increase burst period, repetition

Frequency

Decrease Burst duration, Rep.

Too many spikes per packet

Frequency, Increase Burst

period

Incompatible settings for pre-compliance

mode

Burst mode must be set to

Normal, Trigger must be set to

Auto, Transition must be set off

Incompatible settings

Entered value out of range

Table 10-2: Logic causes and actions

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Decrease peak voltage,

increase repetition rate

Decrease field strength,

increase repetition rate

Decrease dip duration or

increase dip interval

Value must be in the range of

min. and max. value Note:

Similar error can occur, only

with different units, however,

similar action for solving

11 Software

11.1 Remote Software

A remote software for the AXOS5 is available. Connection through RJ45 input at the rear view. If further assistance required, please contact either your HAEFELY TEST AG representative or the sales department of the HAEFELY TEST AG.

The license code for the “remote GUI” will accessed in the “setup” menu in Figure 5-3 and then in “license manager”. After entering the license code (Figure 11-1), the “remote GUI” section becomes enabled and it can be either operated just from the PC or parallel with the touch screen as well. For communication via PC is the IP address required, it is written in the communication window of the “Setup” menu.

Figure 11-1: License manager

When information and data entered it must be confirmed with “OK”.

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12 Service

12.1 Verification

In the next under captures are descriptions of our additional verification equipment for the AXOS5. If further information required of any of the equipment, please either contact your sales representatives or the HAEFELY TEST AG technical support team directly.

12.1.1 Waveform OCV (Surge)

The HAEFELY PDP8000 is a differential impulse measurement probe that can be used to measure surge pulses. Two banana plug cables are provided as the High and Common inputs to the PDP8000, and a coaxial output is provided for connection to an oscilloscope. The divider ratio is 1000:1 and the PDP8000 is rated up to 8kV for surge, 690VAC or 400VDC. The two banana plug will be directly connected to “direct” or “line” output in the front view.

Figure 12-1: PDP 8000

12.1.2 Waveform SCC (Surge)

The current transformer is necessary to verify the SCC waveform. It will be connected with pos.6 and pos.7. Then the outgoing BNC output creates the connection to the oscilloscope. The SCC gets displayed on the oscilloscope and can be compared with the parameter as shown in the operation menu from the AXOS5. It represents the signal in accordance to the IEC 61000-4-4. The same test procedure gets applied for L, N, PE output at the front view. Significant: Do not connect the “EUT Supply Input” with external power supply at the rear view, when using the current transformer. It can be directly purchased through the HAEFELY TEST AG or contact your sales representative.

Figure 12-2: Current transformer

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12.1.3 Electrical fast transient/Burst

The HAEFELY EFT Verification Kit includes a 50 Ω and 1000 Ω attenuator as required in the IEC 61000-4-4 standard. The appropriate attenuator is fitted to the “Burst” coaxial output, and an oscilloscope is then connected to the output of the attenuator. For measuring the waveform at the output of the coupling filter, single phase and three phase adapters are available. NOTE: Be sure to disconnect mains power from the “EUT Supply Input” before connecting the measuring attenuators. Measuring attenuators are designed for burst voltages only and will be destroyed if subjected to AC/DC voltage.

Figure 12-3: EFT Verification Kit

12.1.4 Burst verification adapter

Additionally, an EFT verification adapter is available for testing of every single phase (L, N, PE front view from AXOS5). It gets connected with the PE pin (Pos.12 Figure 5-1) and every single phase (L, N, PE Figure 5-1). The BNC output of the burst adapter is then connected to the oscilloscope. Do not connect “EUT Supply Input” to power supply, when verification of burst output.

Figure 12-4: Burst verification adapter

12.2 Calibration

Calibration period of the AXOS5 has to be determined by the user, and depends on the intensity of use and end user requirements. Typically, a calibration is recommended every 2 years. The AXOS5 is factory calibrated before shipped and supplied with the calibration certificate.

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12.3 Recycling

When the instrument reaches the end of its working life it can, if required, be disassembled and recycled. No special instructions are necessary for dismantling.

The instrument is constructed of metal parts (mostly aluminium) and synthetic materials. The various component parts can be separated and recycled, or disposed of in accordance with the associated local rules and regulations.

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13 Accessories and Options

13.1 AXOS5 Accessories

Article Article number

FP-COMB 32 3-Phase / 32A Power Line CDN Surge & EFT 2490430 FP-EFT 100M2 3-Phase / 100A Power Line CDN EFT 2495860 IP4A Capacitive coupling clamp for EFT 2491300 FP-SURGE 100M2 phase / 100A Power Line CDN SURGE 2490181 PCD 121 Symmetrical Data & Control Line Coupler 2498010 PCD 126A Asymmetrical Data & Control Line Coupler 2498030 DEC 5 Symmetrical Data & Control Line Decoupler 2490141 DEC 6 Symmetrical Data & Control Line Decoupler DEC 7 Asymmetrical Data & Control Line Decoupler 2490161 DIP 116 Automatic Dips Transformer 16A 40/70/80% 2490410 MSURGE Magnetic Field Test IEC / EN 61000-4-9 2495591 VTM 15000 Isolation Test 1.2/50us up to 10kV 2499960 PDP 8000 HV differential Probe 1000:1 for Surge 2499911 CP 101 Current Probe Model for Surge 2499931 ES External emergency stop Switch P12 4700751 WL External warning Lamp P12 4700750 WinFEAT'R Control, Measurement & Reporting Software 2499701 Calibration Accredited Calibration AXOS5 2490420

Table 13-1: Article for AXOS5

2490151

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14 Additions

14.1 Addresses

14.1.1 International customer service

e-Mail: EMC-Support@haefely.com

Address: Haefely Test AG Birsstrasse 300 4052 Basel / Switzerland

Fax : + 41.61.373 45 99

Internet: www.haefelyEMC.com

14.1.2 USA customer service

e-Mail: EMC-Support@haefely.com

Address: Hipotronics Inc. Department EMC 1650 Route 22 Brewster, NY 10509 / USA

Telephone : (845) 279 3644 Fax : (845) 279 2467

Internet: www.haefelyEMC.com

14.1.3 China customer service

e-Mail: EMC-Support@haefely.com

Address: Haefely Representative Office 8-1-602, Fortune Street No.67, Chaoyang Road, Chaoyang District Beijing, China 100025

Telephone : +86 10 8578 8099 / 8199 / 8299 Fax : +86 10 8578 9908

Internet: www.haefelyEMC.com

14.1.4 Manufacturer

e-Mail: EMC-Sales@haefely.com

Address: Haefely Test AG Birsstrasse 300 4052 Basel / Switzerland

Telephone : + 41.61.373 41 11 Fax : + 41.61.373 49 12

Internet: www.haefelyEMC.com

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14.2 Glossary of terms and abbreviations

meaning: Helpful hints, notes, tips or remarks

EUT Equipment Under Test CDN Coupling Decoupling Network HV High Voltage LED Light Emitting Diode IEC International Electro-technical Committee EN European Norm ANSI American National Standards Institute EMC EMV

DEC Decoupling network PCD Coupling / Decoupling module (Electrical circuit for transferring energy between networks with

STBY Standby HV DC High Voltage Direct Current Hybrid Same as Combination f.s.d. full scale deflection

meaning: Attention!

Electro Magnetic Compatibility German equivalent of EMC

the minimum loss and that attenuates the Surge signal so that it does not cause undue interference to equipment other than the EUT)

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14.3 Reference

• [1] IEC 61000-4-5 Testing and measurement techniques-Surge immunity test, part 4-5, edt.2, 2005/11

• [2] IEC 61000-4-4 Testing and measurement techniques – Electrical fast transient/burst immunity test, part 4-4,

edt.2, 2004/07

• [3] IEC 61000-4-11 Testing and measurement techniques-voltage dips, short interruptions and voltage variations immunity tests, part 4-11, edt. 2, 2004/03

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14.4 Table of figure

Figure 1-1: Safety sign ..................................................................................................................................................... 1

Figure 2-1: Start display ................................................................................................................................................... 2

Figure 4-1: Transformer connection ................................................................................................................................. 7

Figure 5-1: AXOS5 Front view .......................................................................................................................................... 8

Figure 5-2: AXOS5 rear view ............................................................................................................................................ 9

Figure 5-3: Setup menu.................................................................................................................................................. 10

Figure 5-4: Save and load option of data ....................................................................................................................... 11

Figure 5-5: File selection Internal/Standard ................................................................................................................... 12

Figure 6-1: Open circuit voltage (OCV) [1] ..................................................................................................................... 13

Figure 6-2: Short circuit current (SCC) [1] ...................................................................................................................... 14

Figure 6-3: Surge Standard mode.................................................................................................................................. 14

Figure 6-4: Surge pre-compliance mode ........................................................................................................................ 15

Figure 6-5: Surge peak voltage ...................................................................................................................................... 15

Figure 6-6: Surge Pre-compliance mode charging......................................................................................................... 16

Figure 6-7: Surge properties .......................................................................................................................................... 16

Figure 6-8: SURGE transition mode............................................................................................................................... 17

Figure 7-1: Magnetic field Pre-compliance mode ........................................................................................................... 19

Figure 7-2: Magnetic field Standard mode ..................................................................................................................... 19

Figure 7-3: Magnetic field charging ................................................................................................................................ 20

Figure 7-4: Coil Antenna factor ...................................................................................................................................... 20

Figure 7-5: Magnetic field transition ............................................................................................................................... 21

Figure 8-1: EFT/BURST Standard mode........................................................................................................................ 22

Figure 8-2: EFT/BURST peak voltage configuration ...................................................................................................... 22

Figure 8-3: EFT / BURST pre-compliance mode............................................................................................................ 23

Figure 8-4: Burst pre-compliance mode charging .......................................................................................................... 23

Figure 8-5: BURST properties ........................................................................................................................................ 24

Figure 8-6: BURST Transition ........................................................................................................................................ 24

Figure 8-7: BURST mode Trigger normal....................................................................................................................... 25

Figure 9-1: Voltage interrupts electrical installation........................................................................................................ 26

Figure 9-2: DIP 116 Transformer connected .................................................................................................................. 26

Figure 9-3: Voltage Dips Standard mode ....................................................................................................................... 27

Figure 9-4: Voltage Dips pre-compliance mode (External transformer) ......................................................................... 27

Figure 9-5: Transformer DIP 116.................................................................................................................................... 28

Figure 9-6: External transformer..................................................................................................................................... 29

Figure 9-7: Voltage Dips Transition ................................................................................................................................ 30

Figure 11-1: License manager ....................................................................................................................................... 33

Figure 12-1: PDP 8000................................................................................................................................................... 34

Figure 12-2: Current transformer.................................................................................................................................... 34

Figure 12-3: EFT Verification Kit .................................................................................................................................... 35

Figure 12-4: Burst verification adapter ........................................................................................................................... 35

Compact immunity test System 41

AXOS

14.5 Table of table

Table 1-1: Safety requirements AXOS ............................................................................................................................. 1

Table 2-1: IEC norm covered by AXOS............................................................................................................................ 3

Table 3-1: General data ................................................................................................................................................... 4

Table 3-2: Surge data....................................................................................................................................................... 4

Table 3-3: Burst data ........................................................................................................................................................ 4

Table 3-4: Voltage dips and interrupts data ..................................................................................................................... 5

Table 5-1: Description front view function ........................................................................................................................ 8

Table 5-2: description rear view ....................................................................................................................................... 9

Table 5-3: AUX function description ............................................................................................................................... 10

Table 5-4: Setup description .......................................................................................................................................... 11

Table 5-5: Icon bar menu ............................................................................................................................................... 12

Table 6-1: Key parameter wave generator ..................................................................................................................... 13

Table 6-2: Surge properties............................................................................................................................................ 17

Table 7-1: Magnetic field properties ............................................................................................................................... 21

Table 8-1: BURST properties description....................................................................................................................... 24

Table 9-1: Properties Voltage Dips & Interrupts ............................................................................................................. 29

Table 10-1: Error messages ........................................................................................................................................... 31

Table 10-2: Logic causes and actions ............................................................................................................................ 32

Table 13-1: Article for AXOS5 ........................................................................................................................................ 37

42 AXOS

Compact immunity test System

15 Appendix

15.1 CE conformity

Compact immunity test System 43

AXOS

Haefely Technology AXOS5 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual