ESAB WeldScanner S3 Technical manual EN User manual

ESAB
Brand
ESAB
Model
WeldScanner S3 Technical manual EN
Category
Measuring, testing & control
Type
User manual

This manual is also suitable for

HKS-Prozesstechnik GmbH
Heinrich-Damerow-Str. 2
D-06120 Halle / Saale
Tel. +49 (0)345 68309-0
Fax +49 (0)345 68309-49
[email protected]
www.hks-prozesstechnik.de
Computer-assisted measuring system
for assessment and documentation
of welding processes
Manual and
Technical documentation
WeldScanner-S3
WeldScanner S3 Operating manual and technical documentation 2016-12-06
HKS-Prozesstechnik GmbH
Table of contents
TABLE OF CONTENTS ........................................................................................................................................ 1
DECLARATION OF CONFORMITY ...................................................................................................................... 2
1. GENERAL NOTES .......................................................................................................................................... 3
1.1 SAFETY NOTES ....................................................................................................................................................... 3
1.2 LICENCE TERMS ...................................................................................................................................................... 3
1.3 AREA OF APPLICATION ............................................................................................................................................. 4
1.4 DELIVERY CONTENTS ............................................................................................................................................... 4
2. WELDSCANNER S3 DEVICE DESCRIPTION ..................................................................................................... 5
2.1 WELDSCANNERS3 – HOUSING ................................................................................................................................. 5
2.3 SENSOR CONNECTION .............................................................................................................................................. 5
2.4 OPTIONAL SAFETY EQUIPMENT ................................................................................................................................. 5
3. OPERATING THE WELDSCANNER ................................................................................................................. 6
3.1 SWITCHING ON THE DEVICE AND MAIN MENU ............................................................................................................... 6
3.2 BEGIN RECORDING WELD SEAMS ................................................................................................................................ 7
3.3 COMBINING WELDING SEAMS ................................................................................................................................... 7
3.4 DISPLAYING AND ANALYSING RECORDED DATA .............................................................................................................. 8
3.4. STORAGE PRINCIPLE RING BUFFER ............................................................................................................................. 8
3.5 EXPORTING THE DATA ............................................................................................................................................ 8
3.6 SETTINGS ............................................................................................................................................................. 9
4. PC SOFTWARE FOR ANALYSING THE WELDING DATA ................................................................................. 10
5. CALIBRATION MODE (OPTIONAL) ............................................................................................................... 12
6. TECHNICAL DATA WELDSANNER-S3 ............................................................................................................ 14
7. TECHNICAL DATA OF THE WELDING PROCESSES ......................................................................................... 15
SERVICE-ACCOMPANYING-CERTIFICATE
WeldScanner S3 Operating manual and technical documentation
HKS-Prozesstechnik GmbH
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Declaration of conformity
according to DIN EN ISO/IEC 17050
manufacturers name /aderess:
PRODUCTS / MODEL
µQAS-S3
S3-Modul
WeldScanner S3
WeldAnalyst S3
ThermoProfilScanner
process sensors:
P100-S3, P1000-S3; P 1500-S3; P100K-H-S3
gas sensor: GM30L10B-S3
wire sensors:
DV25M-S3; DV25ST-S3; DV25UP-S3; DV25UP/K-S3
designation:
welding monitoring systems
The listed products have been manufactured
according to the technical specifications of the
product and conform in all respects to the rele-
vant standards and regulations. The following
standards were taken into account particularly:
EN 55022 - transient emissions
EN 61000-6-2 - INTERFERENCE RESISTANCE
location: Halle / Saale
date: 19.05.2016
CEO
WeldScanner S3 Operating manual and technical documentation
HKS-Prozesstechnik GmbH
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1. General notes
Congratulations on purchasing your new WeldScanner. Please read this user manual carefully and in its
entirety before using it.
1.1 Safety notes
The WeldScanner is a device that is powered by mains voltage. Proper use of the equipment, along with
adherence to the safety notes, are the only ways to ensure that you, the user, do not experience any damage
or come to any harm. Furthermore, observing the instructions on proper use of the equipment contained in
the following pages ensures that the WeldScanner’s service life is prolonged, as well as protecting you, the
user, from time-consuming and expensive troubleshooting.
The WeldScanner meets applicable German and European directives and regulations for measuring
instruments. If you have any questions whatsoever about installation, operation or safety of the supplied
product, please contact the manufacturer. In the event that it is necessary to open the basic unit, ensure that
all cables are first removed.
As the WeldScanner is used in conjunction with welding power sources and welding processes, the relevant
precautions and safety measures applicable to these areas must be observed. Only use original accessories
(USB memory sticks, welding connection cables etc.).
The use of other accessories can lead to irreparable damage to the WeldScanner device. The WeldScanner
must not be operated or stored in extremely hot, cold or humid environments. The device contains metal and
electronic components. Once the equipment, its internal buffer battery or clock batteries have reached the
end of their service life, these components must be disposed of in accordance with the legal provisions
applicable in your country.
1.2 Licence terms
The software and its accompanying written material are protected by copyright laws. The licence issued solely
covers use for the intended purpose. The manufacturer accepts no liability for the software being free of
errors. In particular, the manufacturer cannot guarantee that the software is suitable for the licence holder’s
requirements and purposes, or that it will work in conjunction with other programs selected by the licensee.
The licensee is responsible for the correct selection of software, the consequences of its use and the intended
results.
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HKS-Prozesstechnik GmbH
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1.3 Area of application
The WeldScanner S3 can be used as a mobile multimeter, oscilloscope, data logger and power source
calibrator. It is a universal aid for welding experts, which can be used for error analysis and welding data
documentation as well as for calibrating power sources.
In just a few simple steps, the WeldScanner is connected to the welding power source using the supplied
sensors. Once the device automatically recognises that welding has begun, the display shows all set
parameters, such as welding voltage, welding current, wire speed and gas flow etc., and stores the curve
progression in its memory. After welding has ended, the parameters’ mean values and curve progressions can
be displayed.
Additional analysis options, such as analysis of the parameter progressions, archiving, printouts of
documentation etc. can all be achieved with the easy to use Windows software supplied. The data from the
WeldScanner is loaded onto the PC via a USB memory stick. It is clearly presented, sorted by date, time and
number, ready for analysis.
The WeldScanner can be used for recording measurements with all arc welding processes. Depending on the
welding process, the appropriate sensors (detectors) must be connected.
1.4 Delivery contents
Before using your equipment, please check the complete delivery contents against your
delivery note. Each delivery contains the following basic components:
WeldScanner basic unit and mains power cable
USB memory stick
CD containing software for performing analyses on a PC
Depending on your measuring task and your welding process:
Various different detectors (sensors)
Adaptor plugs or measurement cables for measuring voltage
Power cable measuring sensor–WeldScanner
The delivery could optionally also include additional components:
USB keyboard, which enables more advanced operator input when calibrating
Load resistance for adjusting current and voltage when calibrating
Pyrometer including stand for measuring cooling time
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2. WeldScanner S3 Device description
2.1 WeldScannerS3 – Housing
1 Network interface
6 Carrying handle
8 Sensor connection socket
2 USB port
7 Touch display
9 Reserve connection socket
3 Power connection socket
4 Power switch
5 Type plate
2.3 Sensor connection
The connection of the sensors is done at the sockets Sens1 (sensors) and reserve (cooling time T8/5)
depending on the welding process (see appendix) . The accompanying description of the sensors contains the
attachment options on the welding process.
2.4 Optional safety equipment
Foldable protector cap in polycarbonate
to avoid welding and weld spatter.
Interchangeable and available as an accessory
Additional safety bracket
for heavy mechanical stress
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3. Operating the WeldScanner
3.1 Switching on the device and main menu
The WeldScanner features a wide range voltage
input with automatic range detection. This
ensures that the device can be connected to all
common power grids (110 V–230 V). Use the
supplied cold appliance connection cable to
connect the WeldScanner to the power supply
and switch the device on. After about 1 minute,
the start screen (Fig 1) appears. The equipment is
ready to use. The WeldScanner can be com-
pletely operated via the touch-screen display.
(1) The WeldScanner is immediately ready to record data
Start screen
top: current date and time, total number of records, circular buffer capacity
Combine records
(see 3.3)
Record
display plus
manual
start
and stop (see 3.2)
00:00
Current welding time
Text field for your own
entries
(machine, customer)
Main area: Shows selected parameters, such as voltage, current, wire, gas…
Main menu and keypad
The main menu bar (at the top) can be accessed
from any screen by dragging the top bar
downwards. (Fig 2)
The keypad appears automatically, as soon as it is
required.
All blue fields (icons) are active and ready for use.
They lead to the following functions:
(2) In all screens, pulling the top bar downwards takes you to
the main menu
Measure
Analyse
Export
Settings
Calibrate
Exit
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3.2 Begin recording weld seams
Automatic start
The device automatically recognises
when a welding process begins, and
recording commences. (rec – shows in red)
Just as on a multimeter, the current parameters and
duration of the welding process are shown. Once
welding ceases, the recorded information is
automatically saved, and is available for later
analysis.
A seam that was started automatically cannot be
stopped manually.
In order to be able to recognise when welding starts
and ends, the WeldScanner has an internal
current trigger, e.g. for arc welding processes with
the following values:
Trigger threshold on: 15 A
Trigger threshold off: 10 A
This means that recording begins if current greater
than 15 A and stops if the current less than 10 A.
The pre-trigger and post-trigger can be
adjusted in the configuration screen, each
dependend on the welding process.
Manual start
Alternatively, the welding progress can be started
and stopped manually be pressing the rec key.
Automatic start when welding begins – Record key is red
manual start manual stop
Manual start/stop via the rec key
3.3 Combining welding seams
Multiple records can be combined into a ‘combined
seam’.
This function must first be activated in the set-
tings, and is then displayed at the top left of the
measurement screen.
Use: for interrupted welds on a seam (e.g. due to
electrode changes).
When welding begins, the key is blue (active).
Once all seams that need to be combined are
complete, this key must be pressed. (Colour
changes – white). This results in the previous
records being combined into one seam, i.e. the
pauses in between are omitted.
When the key is active (blue), the data is
only being ‘collected’, not saved. The data is
only combined and saved when this key is
pressed.
.
Combined seam
ready
Combined
seam active
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3.4 Displaying and analysing recorded data
The ‘Analyse’ icon brings up a tabular
list of all the measurement values
stored in the circular buffer (Fig 1). In
this table, the date, time, recording
number and mean value of the recorded param-
eters, as well as the custom field (writeable field
on the start screen) are displayed to the right.
Each line represents a single weld.
Placing a tick next to a measurement results in
its curves being displayed at the left-hand side.
(slide the screen to the right)
It is also possible to select more than one meas-
urement at a time. These are then displayed ei-
ther next to one another or above one another
in the chart to the left.
You can choose how this information is shown
using the options at the bottom left of the
screen.
The blue bar in the middle of the screen can be
moved to the left or right, so that you can adjust
the size of the areas for the curves or table as
desired.
Toolbar bottom right:
the number of saved records
update data
filter data
Home – back to the ‘Measure’ screen
Blue arrow – manually updates the data.
Press the blue arrow for longer => green
arrow – auto update
Only once the update field has been pressed will
the last measurement data be shown.
(1) Analyse screen – graphical and tabular
Use your fingers to ‘zoom’ in on the curves or table.
Filter function
Press and hold the filter key to bring up the filter settings
window (Fig 2). You can also set multiple filters at once by
pressing the keys to the left.
A short press of the filter key results in
the most recently used filter being activated again.
(2) Press the filter icon to bring up the filter settings window
3.4. Storage principle ring buffer
The WeldScanner stores according to the principle of the ring buffer. The maximum amount of seams in the
memory is process dependent. (See chapter 7 – Technical data welding processes). If the ring buffer is filled,
the first stitching will be overwritten.
3.5 exporting the data
First insert a USB memory stick into one of
the two USB ports.
Touch the ‘Export’ icon. An ‘Export’
button then appears towards the bottom of the
screen. Touch this to export your data.
A confirmation prompt then appears at the top right.
This asks you whether or not you want to delete the
data from the WeldScanner.
Afterwards, the WeldScanner returns to measuring
mode.
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3.6 Settings
Press the ‘Settings’ icon to access the
configuration screen. Here you can adjust
all the settings relating to the measuring
process.
Technology
Select the welding procedure to be measured in the
‘Technology’ field at the top left. All supported
methods including the possible measurement
channels are described attached .
1 Arc welding
2 Arc welding AC
4 Stud welding / lift arc
5 Stud welding / Condensator
6 Resistance welding
14 Scope –Mode
15 T 8/5 time
Combine records
Placing a tick next to this field activates the
‘Combined seam’ function. (see 3.3 for description)
Pre-trigger and post-trigger
The ‘Pre-trigger’ and ‘Post-trigger’ fields enable you
to adjust the recording duration before and after
welding, in order to be able to view the start and end
processes.
Do not save records shorter than…
Only seams that take longer than the specified
duration will be saved. This is useful if you don’t want
to see details of spark failures and stuttering
ignitions.
Current in A, Hold tine in ms
For example, if there are 10 A over a holding time
of 100 ms, the measurement is initiated.
Max. record duration per seam in min
For the measurement channels selected in the table
here the maximum duration of a recording is
displayed. In Theo header you can see Theo fill level
of the ring buffer.
‘Settings’ screen
Please select the required parameters in the ‘Active’
column at the left.
The recording frequencies (‘Frequency’ column in Hz)
can be changed for all measured parameters.
In the column „Trigger“ please select the
parameter, which is used for trigerring.
(e.g for cooling time T8/5 mark the temperatur, if
there is’nt current for triggering)
Touching the boxes with black arrow right another
selection window will appear. (selection of sensors ,
of gas compositions and for calculated parameters
like seam length and energy input)
The buttons at the bottom of the screen have the
following functions:
Import => Option to load additional sensor files
Basic configuration => Set language and physical units
Factory settings => Return WeldScanner to its default
factory settings
Apply => Settings changed in this screen will be saved,
and the WeldScanner returns to the start screen,
ready for measuring
Cancel => The WeldScanner returns to the start
screen, ready for measuring
All settings are saved and after restart again
available.
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4. PC software for analysing the welding data
The supplied WeldScanner PC software enables data recorded with the device to be read and analysed. The
software runs on Windows 7 or above. Please see the enclosed instructions for installation information.
Program launch
Once the PC program is launched, a screen
appears that is similar to the
WeldScanner’s analysis screen, and which
contains existing data.
After installation of the PC software, this
screen doesn’t initially include any data.
Screen shown after the PC software is launched
Processing the data
All functions relating to displaying and
processing the loaded datasets
correspond with the ‘Analyse’ feature on
the WeldScanner (as described in section
3.4).
If you wish to display additional
parameters or data, you can insert
additional columns. To do so, move the
cursor over the column after which you
want to insert a new one and press the
right mouse button.
Customising the view – Inserting columns
Loading new data
To do so, please use a USB stick. Click the
menu button at the bottom right of the
menu bar. A selection menu appears.
A description of the individual menu
functions can be found on the next page.
Selection menu brought up by the menu button (see page 13 for
description)
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Description of the PC software’s menu functions
Open
This provides you with the option of opening other
databases.
(1) Import welding data screen
Import
The ‘Import’ button enables you to choose a source
directory from which you can load saved data, for
example, a USB stick or a different directory.
Press ‘Update’ and the data then appears on screen,
ready for you to begin processing.
Export
Select the seams to be exported and then choose
‘Export’ from the menu. A new window opens.
Here you can choose the name, the memory location
and the format.
HKS: Data are readable from all HKS software tools.
curves: The time courses are saved as text-files
(csv)
table: The contents of the table shown and the
marked records are stored as text files (csv)
Test programs: Special format for other
Applications. Please select here the format “curves”
or “table (*.csv)” and select the destination folder.
(2) Export welding data screen
Note: CSV files can be read from Windows Excel
(Excel and Windows are registered trademarks of Microsoft.)
Print table
Choosing ‘Print table’ in the menu results in the
selected recordings been loaded into a table.
(3) Print table screen
Print curves
Choosing ‘Print curves’ in the menu enables you to
output the selected recordings as curves.
(4) Print curves
screen
Data manager
This additional program enables you to set up
additional databases, as well as to process and copy
the data to other directories.
(5) Data manager
WeldScanner S3 Operating manual and technical documentation
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5. Calibration mode (optional)
As an additional function of the
WeldScanner, you have the option of
unlocking the ‘Calibration mode’. This
mode enables you to calibrate welding
devices, as well as manage and print calibration
reports. If you didn’t order this function, this icon is
missing from the menu bar.
Press this button to start calibration mode. The
calibration start screen appears.
Creating a calibration report
The left-hand side of the screen (Fig 1), lists all
previously calibrated welding devices, including
date and time, device type and serial number.
Select an ‘old’ calibration and click the ‘View’
button to view, print and save a previously created
report. Click the ‘New’ button to create a new
report for this machine.
If your machine is not listed in the overview (e.g.
new purchase), a sample report is shown, which
can be amended accordingly.
At the right-hand side of the screen, you can make
selections to search for device type or serial
number.
The ‘New’ button brings up the
‘Select welding machine’ and ‘Begin calibrating’
screen (Fig 1).
Setting up and starting calibration
At the left-hand side of the screen (Fig 2), you can
type directly into a report of your choice to
customise it for the respective customer, as well as
to add your own data
and logo.
Date and time are created automatically.
The right-hand side is where all the machine’s
technical data and desired
accuracy class are entered. These are then
automatically included in the report.
Click the ‘Wire’ or ‘Voltage/Current’ buttons to
begin calibration.
(1) Calibration program’s start screen – Create a calibration
report
(2) Selecting a welding machine, entering data,
starting calibration
Definition of terms:
Calibration Determination of the display deviations
between power source and WeldScanner
Adjustment Adjustment and equalisation of the
power source to resolve systematic deviations –
can only be carried out by the power source
manufacturer.
Gauging Official inspection and standardisation –
only performed by Office of Weights and Measures
or equivalent body
Prescription:
DIN EN ISO 17662: measuring devices, which
represent the process variables in the automatic
welding processes are to calibrate.
DIN EN 50504: calibration and validation of
Arc welding equipment.
WeldScanner S3 Operating manual and technical documentation
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Carrying out calibration
(Fig 1) Calibration begins with the first adjustment
range => determined by the machine’s parameters.
The WeldScanner gives 5 values. It runs through
these twice (from bottom to top and vice versa).
Each current voltage value to be set also has a certain
corresponding resistance value. (Table on the screen
to the right.) The circuit diagram for the HKS load re-
sistance is also loaded, so that you only need to set
the given values for all 10 calibration points.
If you are using a different load resistance, please use
the resistance values shown in the table for your
settings.
The measurement starts automatically when the
current and voltage range is reched and this is 10s
stable. But the measurement can also be started by
hand by operation of the button start / stop.
After 10 seconds, the calibrated values are stored and
immediately analysed. Then select the second setting
for the Current/Voltage range etc.
Clicking the ‘Back’ button returns you to the screen
where
the report and machine’s parameters were adjusted.
Here you have the chance to view the finished report
in advance.
Saving a new calibration
Clicking the ‘Back’ button once more brings up a
prompt, asking you whether you want to save the
data (Fig 2).
Here you can confirm (‘Yes’), decline (‘No’) or cancel.
You can delete individual values and repeat the
measurement if they didn’t run properly.
After confirming with ‘Yes’, you are returned to the
‘Calibration’ start screen (4), where
you will now also find the new report.
Click ‘View’ to create a PDF
of the new report.
(Fig 1) Setting the current/voltage range and
load resistance
(2) Saving the new calibration
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6. Technical data WeldSanner-S3
Größe
Einheit
operational input voltage
90-132V AC / 180-264V AC, Autorange
input fuse
T4 A/250 V
input frequency
47-63Hz
input power
min. 3,6W / max. 50W
recommended circuit breaker / fuse
6 A (Charakteristik C) or slow blow
system perturbation
EN 61000-3-2, class A
electromagnetic emission
EN 55022, class B, IEC / EN 61000-3-2, Klasse A
Electromagnetic compatibility
fault free operation
IEC / EN 61000-4-2; IEC / EN 61000-4-3
IEC / EN 61000-4-4, IEC / EN 61000-4-5
IEC / EN 61000-4-6, IEC / EN 61000-4-111
agency approvals
CB test certificate (IEC/EN 60950-1),
SIQ-report (IEC/EN 60950-1)
CSA certifikate (UL 60950-1)
environmental impact
RoHS Direktive 2011/65 EU
operating temperature
0 to +40°C
storage temperature
-20 bis +80°C
cooling
convection
relative humidity
max. 85%, Non condensing
degree of protection of enclosure
IP 65
size: width x height x depth
330 x 200 x 140 mm
weight
ca. 6,1 kg
attacchment
4 x 6mm-hole, distance: 312 x 144 mm
size LCD
10,1“, 16:9
resolution
LCD: 1024 x 600 CRT/HDMI: 1920 x 1200@60Hz
touch type
Projected Capacitive Touch
ethernet
RJ-45 (Intel 82574L Gigabit Ethernet)
external display (optional)
HDMI oder VGA
USB
2 x USB 2.0
WeldScanner S3 Operating manual and technical documentation
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7. Technical data of the welding processes
You find these on the following sides structured according to the technologies:
1. Arc welding / welding speed
2. Arc welding / seam lenght
3. Arc welding / welding speed / AC
4. Stud welding / lift arc
5. Stud welding/ Condensator
6. Resistance welding
14. Scope-Mode
15. Cooling time T8/5
HKS-Prozesstechnik GmbH / technical documentation WeldScanner-S3 / technology- table 16.12.2016
1. Arc welding / speed
application: All arc processes with and without pulses with DC or where the measurements are based on DC
(Plasma, TIG, MIG / MAG, Submerged welding)
trigger conditions (basic settings)
trigger channel: welding current
trigger value: 10 A
trigger start: 0,1 sek or selectable a trigger stop 0.3 sek
sensors, connectors and sample rate:
welding
current
welding
voltage
wire feed speed
gas flow rate 1
gas flow rate 2
welding
speed
temperature
input energy
possible
sensors
P100
P1000
P1500
P100
P1000
P1500
DV25 ST
DV25 M
DV25 UP
DV25 UP/K
GAS- 3l- 10B
Gas-10l-10B
GAS-30l-10B
GAS-60l-10B
GAS- 3l- 10B
Gas-10l-10B
GAS-30l-10B
GAS-60l-10B
measuring
wheel with
spring arm or
cable pull
PT100
(type K with
converter)
pyrometer
is calculated
in connection with
SENS1
SENS1
P100-P1500
P100-P1500
P100-P1500
P100-P1500
Reserve
---
sample rate in Hz
basic settings
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
---
=> recording duration in the ring buffer for registration of all channels and recommended sample rate: max. 8 hours
=> recording duration per seam: max. 60 min
HKS-Prozesstechnik GmbH / technical documentation WeldScanner-S3 / technology- table 16.12.2016
2. Arc welding / seam length
application: All arc processes with and without pulses with DC or where the measurements are based on DC
(Plasma, TIG, MIG / MAG, Submerged welding)
trigger conditions (basic settings)
trigger channel: welding current
trigger value: 10 A
trigger start: 0,1 sek or selectable a trigger stop 0.3 sek
sensors, connectors and sample rate:
welding
current
welding
voltage
wire feed speed
gas flow rate 1
gas flow rate 2
Welding speed
temperature
Input energy
possible
sensors
P100
P1000
P1500
P100
P1000
P1500
DV25 ST
DV25 M
DV25 UP
DV25 UP/K
GAS- 3l- 10B
Gas-10l-10B
GAS-30l-10B
GAS-60l-10B
GAS- 3l- 10B
Gas-10l-10B
GAS-30l-10B
GAS-60l-10B
measuring wheel
with spring arm or
cable pull
PT100
(Typ K with
converter)
pyrometer
is calculated
in connection with
SENS1
SENS1
P100-P1500
P100-P1500
P100-P1500
P100-P1500
Reserve
---
sample rate in Hz
basic settings
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
---
=> recording duration in the ring buffer for registration of all channels and recommended sample rate: max. 8 hours
=> recording duration per seam: max. 60 min
HKS-Prozesstechnik GmbH / technical documentation WeldScanner-S3 / technology- table 16.12.2016
3. Arc welding speed / AC
application: All arc processes with AC and RMS calculation (TIG, Submerged welding)
trigger conditions (basic settings)
trigger channel: welding current
trigger value: 10 A
trigger start: 0,1 sek or selectable a trigger stop 0.3 sek
sensors, connectors and sample rate:
welding
current
welding
voltage
wire feed speed
gas flow rate
welding
speed
temperature
Input energy
possible
sensors
P100
P1000
P1500
P100
P1000
P1500
DV25 ST
DV25 M
DV25 UP
DV25 UP/K
GAS- 3l- 10B
Gas-10l-10B
GAS-30l-10B
GAS-60l-10B
measuring
wheel with
spring arm or
cable pull
PT100
(Typ K with
converter)
pyrometer
is calculated
in connection with
SENS1
SENS1
P100-P1500
P100-P1500
P100-P1500
Reserve
---
sample rate in Hz
basic settings
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
1
10
25
100
---
=> recording duration in the ring buffer for registration of all channels and recommended sample rate: max. 8 hours
=> recording duration per seam: max. 60 min
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ESAB WeldScanner S3 Technical manual EN User manual

ESAB
Brand
ESAB
Model
WeldScanner S3 Technical manual EN
Category
Measuring, testing & control
Type
User manual
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