General catalog 2020 | Dewesoft

G E N E R A L C A T A L O G
GC2020-V2.1.

U L T I M A T E T O O L S F O R T E S T &
“I think I mentioned in previous emails how
Dewesoft has mushroomed here, but even I
didn’t know how much. I was informed today
that the data was being reviewed by up 50 to 60
different centers, along with NASA personnel as
high as the manager of the entire Space Shuttle
program.”
- NASA KSC
“Again, thanks for all of the new features that
are being included in Dewesoft X. It is already a
fantastic product and deserves to become the
“Microsoft Word” of data acquisition software.”
- Goodrich

M E A S U R E M E N T A P P L I C A T I O N S
AT DEWESOFT WE DEVELOP,
DESIGN AND BUILD
TEST AND
MEASUREMENT
INSTRUMENTS
AND SOFTWARE
TO PROVIDE SOLUTIONS
FOR APPLICATIONS IN
AUTOMOTIVE, AEROSPACE,
ENERGY, INDUSTRIAL AND
CIVIL ENGINEERING.

D E W E S O F T I S M O R E T H A N A B U S I N E S S
20 years ago, as young engineers we dreamed of creating a revolution in the world of
measurement. We dreamed of creating data acquisition software that was versatile and
powerful - and yet easy to use - something that didn’t exist.
We are who we are because of you - our customers - working in the most advanced labs
around the world. You had the same dream: you introduced us to the challenge that drives
our passion for constant improvement, keeping our minds sharp and our spirits free.
IN PARTNERSHIP WITH YOU, WE BUILT
SOLUTIONS THAT EXTENDED FAR BEYOND
WHAT WE EVER IMAGINED WAS POSSIBLE
TWO DECADES AGO. THANK YOU!
Today, we offer a variety of hardware and software solutions made just for you. And you’re
still our greatest asset. That will never change.
Tell us what you need, and we will continue to push the limits.
Dr. Jure Knez
president and co-founder

D E W E S O F T I S O U R W A Y O F L I F E

D E W E S O F T I S M O R E T H A N A C O M P A N Y .

D E W E S O F T I S P E O P L E .
WE BUILT OUR COMPANY TO LAST,
STRONGLY INVESTING IN PEOPLE,
OUR TECHNOLOGY AND
OUR OWN SALES NET WORK.
DEWESOFT IS
100% EMPLOYEE-OWNED
AND COMPLETELY SELF-FINANCED,
WITH AAA RATING.
The best solutions can be made only by a motivated team of people who love
their work - those who design and build instruments with a spark in their eyes
and those who light up when they have an idea for improvement.
Together with you we are the ones creating Dewesoft.

C O N T E N T S
O N E S O F T W A R E . 1 0
DEWESOFT X3 10
ACQUIRE 12
STORE 13
VISUALIZE 14
PROCESS 15
PUBLISH 16
EXPAND & AUTOMATE 17
SPECS 18
O N E H A R D W A R E . 2 0
DAQ SYSTEMS 20
TECHNOLOGY OVERVIEW 22
SIRIUS® 24
HIGH END DAQ SYSTEMS 24
MODULAR SOLUTIONS 26
SBOX MODULAR SOLUTIONS 27
R4 BOXED SOLUTION 28
R1DB/R2DB PORTABLE INSTRUMENT 29
R8 RACK SYSTEM 30
R8RT RACK SYSTEM 31
R3 INDUSTRIAL PC SYSTEM 32
MINI MODULAR SOLUTION 33
AMPLIFIERS 34
DAQ AND CONTROL SYSTEMS 36
IOLITE® 38
INDUSTRIAL REAL TIME DATA ACQUISITION DEVICES 38
MODULES 40
SPECS 41
RUGGED DAQ SYSTEMS 44
KRYPTON® RUGGED SYSTEMS 46
SIRIUS® AND SBOX RUGGED SYSTEMS 47
KRYPTON® WATERPROOF 48
KRYPTON® 1 WATERPROOF 50
SIRIUS® WATERPROOF 52
SBOX® WATERPROOF 53
O N E S O F T W A R E ,
O N E H A R D W A R E ,
Y O U R S O L U T I O N .

ACCESSORIES, SENSORS & MORE 54
DEWE43A 57
DSI® ADAPTERS 58
MOUNTING PLATES 59
DISPLAYS AND BATTERY PACKS 60
DS-CAM VIDEO CAMERAS 61
GPS AND IMU DEVICES 62
CAN INTERFACES 63
CLAMPS & TRANSDUCERS 64
CURRENT TRANSDUCERS 65
CURRENT CLAMPS AC/DC 66
CURRENT CLAMPS AC / ROGOWSKY COILS AC 67
ACCELEROMETERS 68
ANGLE SENSORS 69
MICROPHONES 70
ACTUATORS 71
Y O U R S O L U T I O N . 7 2
DATA RECORDING & CONTROL 72
SYNCHRONIZED DATA RECORDING FROM VARIOUS SOURCES 74
REAL TIME CONTROL SYSTEM FRONT-END 75
HIGH CHANNEL COUNT DATA RECORDING 76
HIGH SPEED AND TRANSIENT RECORDING 77
POWER 78
POWER ANALYZER 80
POWER QUALITY ANALYZER 82
WIND & SOLAR TESTING 83
ELECTRICAL GRID AND POWER SYSTEM TESTING 84
ELECTRIC VEHICLE TESTING 85
ALL-IN-ONE HYBRID ENGINE ANALYZER 86
FUNCTIONALITIES 87
VEHICLE ANALYSIS 88
ROAD LOAD DATA ANALYSIS 90
DURABILITY TEST BED INTEGRATION 91
BRAKE NOISE 92
BRAKE TESTING 93
POLYGON AND GPS SOLUTIONS 94
ADAS TESTING 95
VEHICLE DYNAMICS - VTS 96
COMBUSTION ANALYSIS 97
HARSH ENVIRONMENT TESTING 98
FATIGUE 99
DYNAMIC SIGNAL ANALYSIS & NVH 100
FFT ANALYZER 102
OCTAVE ANALYZER 103
ORDER TRACKING 104
ROTATIONAL AND TORSIONAL VIBRATIONS 105
BALANCING 106
SHOCK RESPONSE SPECTRUM (SRS) 107
MODAL ANALYSIS 108
SINE PROCESSING 109
SOUND LEVEL METER 110
SOUND POWER 111
SOUND INTENSITY 112
SOUND QUALITY 113
REVERBERATION TIME RT60 114
HUMAN BODY VIBRATION 115
AEROSPACE 116
TELEMETRY: IRIG CHAPTER 4 PCM 118
TELEMETRY: IRIG CHAPTER 10 AND INET 119
O U R C O M PA N Y. 1 2 1

T I M E S A V I N G
A C Q U I R E A N Y D A T A
S T O R E > 5 0 0 M B / S E C
P R O C E S S
P U B L I S H
F R E E U P G R A D E S
E X T R E M E L Y D E E P I N F U N C T I O N A L I T Y
O N E S O F T W A R E .
DEWESOFT X3

EASY TO LEARN
Intuitive user interface. Free PRO on-line training courses. Free webinars.
Large user community. Local support also in your country.
SAVE TIME
Advanced technology aimed at easy setup and rock solid results. Our real-
time“live”data visualization means instant data qualification.
SAVE MONEY
No hidden costs! Software is included with all of our instruments. Free
lifetime software upgrades. Free data analysis. No maintenance fees. You
buy it, you own it.
V I S U A L I Z E
F R E E A N A L Y S I S

DEWESOFT X3
12
ACQUIRE
ACQUIRE
NO OTHER SOFTWARE ALLOWS YOU TO CONNECT SO MANY DIFFERENT KINDS OF DATA SOURCES AND RECORD THEM ALL SYNCHRONOUSLY,
SEE THEM IN REAL TIME, AND RECORD THEM TO A SINGLE DATA FILE. THAT IS THE DEWESOFT ADVANTAGE.
VEHICLE BUS SYSTEMS
CAN, CAN FD, XCP, LIN, FlexRay, CCP,
OBDII, J1587/J1708, J1939, SENT, Arinc
429, MIL 1553, Chapter 10, iNET and
Kiroad.
DIGITAL
Digital inputs, waveform timing, counters,
angle & frequency from encoders, any
type of gear tooth sensors and tachos.
VIDEO
Video from DirectX, GigE, high-speed
Photron™ and FLIR® infra-red cameras.
NAVIGATION
GPS and Inertial platforms.
ANALOG CHANNELS
Voltage, Current, Potentiometer,
Temperature, Strain, Stress, Force,
Displacement, Velocity, Acceleration,
Sound pressure, Pressure, Resistance,
Torque, Mass and TEDS.
DATA BUS SYSTEMS
OPC UA, Ethernet, Modbus, PCM
telemetry, RS232 and RS485, Weather
station and Siemens S7.
OUTPUTS
Analog out, digital out alarms, CAN,
EtherCAT®, Ethernet, RS232 and OPC UA.

13
DEWESOFT X3STORE
STORE
HIGH PERFORMANCE STORING >500MB/SEC, INSTANT FILE LOADING, TRIGGERING, NETWORKED ACQUISITION AND CLOUD STORAGE.
DISTRIBUTED NETWORKED
DATA ACQUISITION
Precise synchronization allows flexible
configurations of thousands of channels.
RAW DATA AND MATH
CHANNELS
Raw data are always stored from the
hardware interface channels and kept
untouched. You can easily create new
math channels based on the raw data,
leaving the original data untouched.
ADVANCED TRIGGERING
Using triggering, only the data you need
are stored. Dewesoft supports Pre trigger,
Post trigger, Hold off, Post time extension,
Simple edge trigger, Filtered edge trigger,
Window and Pulsewidth, Slope, Delta
amplitude, Relative time trigger, Absolute
time trigger and FFT trigger.
HISTORIAN
Dewesoft historian provides a versatile
solution for cloud or local networked
data storage in powerful Influx time
series database. Standard OPC UA
interface allows communication between
measurement units and database and
between database and clients, so any
standard SCADA, MES or mobile solution
can be used for data analysis.
MORE THAN 500MB/SEC
STORING
High performance engine allowing high
data storing write speeds. Advanced data
structure allows data files, even GBs long,
to be loaded instantly.
BIG DATA
For big data and Industry 4.0
applications, data can be stored to the
cloud and reviewed using standard OPC
UA interface.
CLOUD OPC UA
HISTORIAN
OPC UA
NET CLIENT
NET OR
OPC UA
OPC UA
EXTREME LOCAL STORAGE SPEED
SCADA
ERP
MES

14
DEWESOFT X3 VISUALIZE
VISUALIZE
EXTENSIVE WIDGET LIBRARY, FLEXIBLE DISPLAYS, OPTIMIZED GRAPHICS.
EXTENSIVE LIBRARY
OF STANDARD DISPLAYS:
• Recorders - horizontal, vertical and XY recorder
• Oscilloscope - scope, 3D scope, vectorscope
• FFT - FFT, 3D FFT, Harmonic FFT and Octave
• Meters - digital, analog, horizontal/vertical bar meters
• Graphs - 2D, 3D graph, Octave, Orbit, Campbell plot
• Video - standard video display and thermal video
display with temperature indicators
• GPS - positioning display with Satellite and
OpenStreetMap layers
• Control - button, switch, knob, slider, user input
• Combustion analysis - P-V diagram and combustion
scope
• Rotor balancer - for field balancing
• Automotive - 3D polygon for displaying moving
objects
• Aerospace - attitude or artificial horizon indicator
• DSA/NVH - Modal circle
• Other - 2D/3D table, image, text, line, overload
indicator, indicator lamp, note
FLEXIBLE VISUALIZATION
Simple drag-drop and assign channel generates your
perfect display. Create any number of different displays.
FILE REPLAY
During analysis, data replay looks the same as when it
was being recorded. With integrated video you can easily
follow the measurement process.
OPTIMIZED GRAPHICS
Using the latest CPU and GPU technologies, graphics run
smoothly even on basic computers.

DEWESOFT X3
15
PROCESS
PROCESS
AN EXTENSIVE AND EASY TO USE MATHEMATICS LIBRARY FOR DATA AND SIGNAL PROCESSING -
ALL DEVELOPED TO MATCH SPECIFIC APPLICATIONS.
MATH LIBRARY FUNCTIONALITIES:
• Formula - custom formula editor
• Filtering - FIR, IIR, FFR, integration, derivation
• Statistics - RMS, Average, Min, Max, Std deviation,
variance, classification, counting, array statistics …
• Reference curve - time and frequency domain, vector
and XY reference curves
• Time domain analysis - Delay channel, Integral,
derivative, Latch value math, Scope math, Time-to-
vector transform
• Frequency domain analysis - Cepstrum, Correlation,
Exact frequency, Fourier transform, Full spectrum,
Octave analysis, Short-time Fourier transform
• Control systems - PID control
• Strain, stress - Strain rosette
• Constants - Vectors, Matrix constant
ADVANCED APPLICATION ANALYSIS:
POWER ANALYSIS
Power Analyzer, Power Quality, Hybrid
Vehicle Analysis, Inverter Motor Analysis,
efficiency measurements
VEHICLE ANALYSIS
Combustion Analyzer, Combustion Noise,
Polygon, Brake Test, Vehicle Dynamic,
Brake Noise
MACHINERY DIAGNOSTICS
Modal Analysis, Order Tracking, Torsional
Analysis, Balancing, Angle Sensor Math,
Envelope Detection, Sine Processing
(COLA), Tracking Filter
ACOUSTICS
Acoustic Weighting Filters, Sound Level
Meter, Sound Power, Sound Intensity,
Sound Quality, RT60

DEWESOFT X3
16
PUBLISH
PUBLISH
YOU CAN ADD DEWESOFT X ON ANY COMPUTER TO FREELY VIEW AND ANALYZE FILES.
EXPORT DATA AND CREATE REPORTS IN STANDARD FORMATS.
REPORTING
Create and print PDF or printed reports directly from
Dewesoft.
DISPLAY COPY
Copy/paste displays to integrate data in standard reports.
VIDEO FILE EXPORT
If a picture is worth a thousand words, imagine the value
of video! You can export your choice of live screens with all
widgets to a video file.
SEQUENCER
A built-in block diagram sequencer extends the use of
Dewesoft to automated testing applications.
EXPORT YOUR DATA TO A VARIETY OF
STANDARD FORMATS FOR FURTHER
ANALYSIS...
• MS Excel® - standard spreadsheet software
• FlexPro® - powerful, easy-to-use data analysis software
• Text/CSV and ASCII - tab delimited text file
• DIAdem® - powerful data analysis software from NI
• Famos - signal analysis software
• NSoft - NCode file format for Somat software
• MATLAB® - MATLAB® file format
• Sony - Sony tape recorder compatible format
• RPC III - MTS file format used by road simulator testbed
• Comtrade - used in power & energy markets
• UNV - universal file format
• WAV - standard audio file format
• KML - GPS export for viewing path in Google Earth
• BWF - multichannel wave file format
• ATI - native iDeas format for dynamic signal analysis
• SDF - used by LMS and Prosig software
• WFT - Nicolet file format
• CSV - for exporting CAN messages
• TDF - file format defined and used by LMS software
• ASAM MDF4 - standard file format in automotive
industry

DEWESOFT X3
17
EXTEND & AUTOMATE
EXPAND & AUTOMATE
DEWESOFT X OFFERS A WIDE VARIETY OF BUILT-IN FUNCTIONS, BUT IT IS ALSO COMPLETELY OPEN TO ADAPT TO VARIOUS APPLICATIONS.
OPEN EXPORT INTERFACE
Create your own unique export format
using our open export programming
interface.
DCOM INTERFACE
Integrate Dewesoft systems as
components in custom applications.
BUILT-IN C++ COMPILER
Extend your processing capability with
our built-in C++ script editor. No need for
external programming tools.
PLUGIN INTERFACE
Using plugins you can add just about
any external device to your system.
Plugins can be created using virtually any
programming language.
NET INTERFACE
Control remotely and exchange data
with our simple, but powerful exchange
protocol.
OPEN DISPLAY INTERFACE
Our built-in displays cover 99% of
application requirements, however you
can extend our visual displays using the
plugin programming interface for special
cases.
SEQUENCER
Automate test workflow with easy-to-use
build-in flowchart programming tool.
OPC UA INTERFACE
Exchange data between Industry 4.0
systems with standard OPC UA interface.
REAL TIME EtherCAT®
INTERFACE
For control applications, Dewesoft brings
together the words of data acquisition
and control.

DEWESOFT X3
18
SPECS
SPECS
Lite Professional DSA Enterprise
Key features
All applications/
interfaces in one
software
   
Synchronized data
acquisition    
Unlimited number of
configurable channels    
Live visualization of
data    
Triggered storing    
Distributed acquisition
(Dewesoft NET)
Option Option Option 
Offline analysis (Post-
processing)    
Reporting    
Localization (software
translation)    
Lifetime free upgrades    
Configuration management
Saveable/shareable
configuration files    
Project definition for
different users    
Sensor database    
Adjustable physical
quantities    
Modular security,
encryption, access
restriction
   
Input/output interfaces
General
Dewesoft analog/
digital inputs    
Dewesoft analog/
digital outputs    
Analog replay of data    
Function generator Option Option Option 
TEDS support    
Gantner Ethernet
devices
- Option Option 
Gyro platform - LORD
MicroStrain
- Option Option 
Barcodes - Option Option 
Vehicle interfaces
Dewesoft CAN/J1939
interfaces    
Vector CAN/J1939
interfaces
- Option Option 
Vector CAN FD devices - Option Option 
OBDII - Option Option 
XCP/CCP - Option Option 
FlexRay - Option Option 
LIN - Option Option 
SENT (SAE J2716) - Option Option 
Kistler RoaDyn 2000 - Option Option 
Kistler KiRoad - Option Option 
Engine Testbed - Option Option 
GPS and IMU interfaces
Dewesoft or third party
GPS devices    
Dewesoft IMU devices -   
OxTS - Option Option 
Gyro platform -
GeneSys ADMA-CAN
- Option Option 
Gyro platform
- GeneSys ADMA-
Ethernet
- Option Option 
Gyro platform -
MicroStrain MIP
- Option Option 
Aerospace interfaces
PCM telemetry - Option Option 
Chapter 10 - Option Option 
ARINC 429 and MIL-
STD-1553 devices
- Option Option 
iNET - Option Option 
Video cameras
Direct X compatible
cameras    
Dewesoft DS-CAM
cameras
-   
GigE cameras -   
FLIR thermovision
cameras
- Option Option 
Photron high-speed
cameras
- Option Option 
Industrial interfaces
OPC UA server - Option Option 
OPC UA client - Option Option 
Siemens S7 - Option Option 
MODBUS TCP/IP
(master)
- Option Option 
MODBUS TCP/IP (slave) - Option Option 
Serial communication - Option Option 
Ethernet - Option Option 
Data processing and analysis
Standard math
Formula editor    
Filters (IIR, FIR, FFT)    
Integration, derivation    
FFT analyzer (basic)    
Statistics (basic, array,
classification)    
Reference curves    
Latch mathematics    
Interactive math
cursors    
Counting
(histogramming)    
Exact frequency
extraction    
Advanced analysis
Power analysis - Option Option 
Basic combustion
engine analysis
- Option Option 
Advanced combustion
engine analysis
- Option Option 
Combustion noise -   
Vehicle dynamics (VTS) - Option Option 
Polygon for vehicle
analysis
- Option Option 

DEWESOFT X3
19
Brake noise - Option Option 
Brake test - Option Option 
FFT analyzer
(advanced)
- Advanced cursors
- Advanced markers
- Bearing fault
- Option  
Octave band analysis -   
Order tracking - Option  
Rotational and
torsional vibration
- Option  
Rotor balancer - Option  
Human body vibration - Option  
Modal analysis (FRF) - Option  
SRS (offline only) - Option  
Angle sensor math -   
Envelope detection -   
Sine processing - Option Option 
Harmonic tracking filter -   
Full spectrum
(two-sided Fourier
transform)
-   
Cepstrum -   
Sound level meter - Option  
Sound power - Option Option 
Sound intensity - Option Option 
Sound quality - Option Option 
Reverberation Time
RT60
- Option Option 
Fatigue analysis - Option Option 
Psophometer - Option Option 
Visualization
Meters
(digital, analog,
horizontal/vertical bar)
   
Recorders
(horizontal, vertical and
XY recorder)
   
Oscilloscope
(scope, scope 3D,
vectorscope)
   
FFT
(FFT, 3D FFT, Harmonic
FFT and Octave)
   
Graphs (2D, 3D
graph, Octave, Orbit,
Campbell plot)
   
Video    
Control
(button, switch, knob,
slider, user input)
   
Utilities (table, image,
text, line, overload
indicator, indicator
lamp, note)
   
Interactive GPS Map
and 3D Model    
Attitude or artificial
horizon indicator    
Data management
Data export
FlexPro®    
FlexPro® template    
Excel®    
Excel® template    
Dewesoft (file
reduction)    
DIAdem®    
MATLAB®    
Universal file format 58    
Famos    
NSoft    
Text/CSV    
Sony    
RPCIII    
Comtrade    
Technical data
management    
JSON    
ASAM MDF4    
S3    
ATI    
HDF5    
DynaWorks neutral file    
Standard data file    
WFT    
Replay    
Wave    
Google earth KML    
Broadcast wave format    
CAN messages    
IFile CA    
Clipboard    
Data import
Dewesoft data file
merge (channel import)    
Text -   
Data exchange
Data management
(FTP file transfer)
- Option Option 
Online data export to
.csv/SQL/MySql
- Option Option 
Online data writing to
Excel®
- Option Option 
Excel® reporting tool
(Excel® add-in)
- Option Option 
Email/SMS alarm
notifications
-   
Automation/Development tools
Sequencer -   
DCOM -   
Data reader API    
EtherCAT® ENI file
generator
- Option Option 
C++ Script - Option Option 
Third party extensions -   

O N E H A R D W A R E . DAQ SYSTEMS
O N E H A R D W A R E .
E X P A N D A B L E
C O M P A C T F O R M F A C T O R
S Y N C H R O N I Z E D
S O F T W A R E I N C L U D E D
N O H I D D E N C O S T

HYBRID ANALYZER
Ready to be used for any measurement application, all at the same time.
ONE TO 1000 CHANNELS
Modular systems can be expanded for any measurement challenge.
PLUG AND PLAY
Any device, sensor or signal can be detected automatically.
FULLY SYNCHRONIZED
Data from various sources are aligned: Analog, digital, counter, vehicle
buses, video…
DAQ
SYSTEMS
F L E X I B L E
P L U G A N D P L A Y
E X P A N D A B L E

22
HIGH ISOLATION
SIRIUS instruments come with high galvanic channel-to-channel and channel-to-ground
isolation (CAT II 1000 V with ranges up to 1600V), and even include isolated sensor
excitation.
Our high isolation means that you have no problem measuring high voltage potentials or
common mode voltages. You are also safe with measurements like vibration, temperature,
or any other measurement where non-isolated sensors are placed next to the high
voltage potential against the DAQ system ground. In such cases, a non-isolated DAQ
system would burn or at least give faulty results. With SIRIUS it is just one thing less to
worry about.
HIGH DYNAMIC RANGE (SIRIUS®)
The most common problems you face when recording data are signal overloads, noise,
and false signals recorded into the data due to aliasing. When signal levels are higher than
expected, they are clipped by the ADC, resulting in wrong measurements, which means
you have to do the test all over again.
DualCoreADC® technology prevents these problems. Each channel amplifier has two
ADC’s that always measure the high and low gain of the input signal. This results in the full
possible measuring range of the sensor and prevents the signal from being clipped.
With DualCoreADC® technology SIRIUS achieves more than 130 dB signal to noise ratio
and more than 160 dB in dynamic range. This is 20 times better than 24-bit systems and
20 times less noise.
TECHNOLOGY OVERVIEW
TECHNOLOGY OVERVIEW
ADC1
ADC2
ADC1
24 bit
ADC2
24 bit
Fast
CPU
System
ISOLATION
±1000V200 kS
Gain - 1
Gain - 2
Signal
input
Sensor
I/0 signals
SIRIUS modul 1 isolated ADC & CNT control
isolated power supply
isolation
ADC & CNT control
power supply
Dual Core
Δ∑-ADC
(2x24-bit)
OPTIONAL SUPER-COUNTER
1000 V
CHANNEL - GROUND
ISOLATION
1000 V
CHANNEL - CHANNEL

23
SYNCHRONIZATION
SIRIUS hardware is capable of reading different signals like voltage, strain, ICP/IEPE,
charge, CAN, counter, encoder, and digital. Additionally with the included Dewesoft X
software, you can easily acquire and combine data from additional interfaces like GPS,
Flexray, Ethernet, Serial, PCM telemetry, and many more.
Even though each data source have different sampling rates, all your data will be perfectly
synchronized down to microsecond accuracy. All this thanks to our timing and GPS
synchronization technologies.
PRECISE COUNTER AND ENCODER MEASUREMENT
SIRUS® uses a patented technology called SuperCounter® in every one of its counter/
encoder inputs.
Counter inputs can measure RPM and angle when testing rotating machines. Standard
counters only provide integer resolution (like 1, 1, 2, 2) and their data is one sample
behind the data. However, SuperCounter® can extract floating point values like 1.37,
1.87, 2.37, and time-align them precisely with the rest of your data. This is done by
measuring the exact time of the rising edge of the signal with an additional counter. Our
SuperCounter® work on a 102.4 MHz time base, independent from the current sampling
rate.
Counter inputs are fully synchronized with analog, CAN bus, and other data sources to
enable easy applications like balancing, order tracking, and torsional vibrations.
1.37
1
1.5
2.5
4.5
1
2
2
3
3
4
4
5
5
1.87
2.37
2.87
3.50
4.12
4.75
1.37
1
1.5
2.5
2
2
3
3
4
4
1.87
2.37
2.87
3.50
4.12
ADC-clock
Counter input
Ideal counting
Supercounter
Standard counter
Software interpolation
1μs
1μs
GPS
GPS
CAN
SIRIUS
SIRIUS
SIRIUS
SYNC SYNC
SYNC

24
SIRIUS®
SIRIUS®
HIGH END DAQ SYSTEMS
HIGH END DAQ SYSTEMS
• UNIVERSAL ANALOG INPUTS: A wide variety of universal and analog amplifiers that accept voltage and full/half/quarter bridge signals natively as
well charge and IEPE accelerometers, thermocouple and RTD temperature sensors, current, resistance, and even LVDT sensors, with the use of DSI
adapters.
• DIGITAL/COUNTER/ENCODER INPUTS: Each counter channel is capable of 3x digital inputs, 1x event counter, encoder, period, pulse-width, duty-
cycle, and precise frequency and angle measurement using patented SuperCounter® technology.
• ISOLATED CAN BUS INTERFACE: High-speed CAN 2.0b channels with 1 Mbit/sec data throughput with additional support for CCP, OBDII, J1939, and
CAN output.
R4
Integrated solution with 4 SIRIUS slices
and powerful SBOX computer or USB hub
in one unit with real-time EtherCAT® slave
interface
SBOX
Synchronized, highly reliable
data logger and powerful data
processing computer
SIRIUS® MODULAR
Most flexible and distributable
single slices with USB and
EtherCAT® interface

25
• SENSOR POWER SUPPLY: Amplifiers provide channel-independent, programmable power supply for sensor excitation.
• ANALOG OUTPUTS: SIRIUS® slices can be configured with 8 analog outputs and function as a multi-channel function generator, can also act as real
time signal conditioning, analog replay of data in analysis, and as manual or automated control output with output voltage levels of up to ±10V.
• HIGH ISOLATION: High channel-channel and channel-ground isolation prevents damage to the systems from excessive voltage and avoids ground
loops
R3
Up to 3 SIRIUS slices in a rack
mounted lab unit with standard
easy-to-upgrade computer
R8DB/R8
Integrated instrument with 8 SIRIUS slices,
powerful SBOX computer, optional 19”display
(R8D) and batteries (R8DB) and real-time
EtherCAT® slave interface (R8rt)
R1DB/R2DB
Small size instrument with
embedded computer,
12”display and batteries

26
VERSATILE USB AND EtherCAT® DATA ACQUISITION SYSTEMS. ANY SIGNAL, ANY SENSOR - PACKED WITH CUTTING EDGE TECHNOLOGY.
SIRIUS® MODULAR SOLUTIONS
MODULAR SOLUTIONS
FLEXIBLE
SIRIUS single slices provide our most
flexible configuration. Slice-based
systems can be split or combined at any
time, to handle different measurement
tasks.
USB/EtherCAT® INTERFACE
SIRIUS DAQ systems can be connected
via USB or EtherCAT® to any data
acquisition computer, or to one of our
high-performance data loggers.
SCALABLE
SIRIUS DAQ systems can grow with needs
at any time - from a single channel to a
system to thousands of channels.
DISTRIBUTABLE
SIRIUS EtherCAT® slices can be located up
to 100 meters (328 feet) apart from each
other, using a single cable that carries
data, sync, and power!
Up to 8 isolated analog channels of
SIRIUS dual-core or high-speed HS
Up to 16 analog channels
with HD amplifiers

27
HIGHLY RELIABLE SBOX DATA LOGGER WITH POWERFUL DATA PROCESSING COMPUTER.
THE PERFECT COMPANION TO SIRIUS® DATA ACQUISITION SYSTEM.
MODULAR SOLUTIONS SIRIUS® SBOX
SBOX MODULAR SOLUTIONS
HIGH-PERFORMANCE DATA
PROCESSING COMPUTER
With an 8-thread Intel Core i7 CPU and
8GB of memory, SBOX is a powerhouse
computer for worry-free, real-time data
recording and processing.
HIGHLY RELIABLE
SSD STORAGE
SBOX provides highly reliable data
recording with a typical 180MB per
second write speed to the internal fast
SSD. This drive is removable so that you
can swap and replace it quickly.
100 HZ GPS WITH RTK
Optional 10Hz or 100Hz GPS receiver
with additional RTK support can be built
straight into SBOX.
EtherCAT® INTERFACE
Built-in EtherCAT® interface port for
synchronized data acquisition from
Dewesoft EtherCAT® DAQ devices.
3 NETWORK INTERFACES
Two gigabit LAN ports and wireless
WLAN interface with external antenna
ensure maximum connectivity.
6 USB INTERFACES
SBOX includes four USB3.0 ports and two
USB2.0 ports. All USB ports feature screw-
lock connectors to prevent accidental
disconnection.

28
COMPACT DATA ACQUISITION SYSTEM WITH UP TO 64 ANALOG INPUTS, 32 COUNTER INPUTS AND 32 ANALOG OUTPUTS,
WITH BUILT-IN HIGH PERFORMANCE, HIGHLY RELIABLE DATA PROCESSING COMPUTER AND SSD DATA LOGGER.
SIRIUS® R4 BOXED SOLUTION
R4 BOXED SOLUTION
UP TO 4 ISOLATED CAN PORTS
Configure up to 4 high speed CAN
2.0b channels with 1 Mbit/sec data
throughput with additional support for
CCP, OBDII, J1939, and CAN output.
EtherCAT® MASTER PORT
R4 DAQ systems include an EtherCAT®
master port with built-in synchronization,
for easy connection to and extension of
any of our EtherCAT® based DAQ systems
- including KRYPTON DAQ modules or
SIRIUS hardware.
ALL INTERFACES
Interfaces for Wireless LAN, dual
GLAN, 4x USB 3.0, GPS, HDMI and 2x
synchronization are available.
100 HZ GPS WITH RTK
straight into the R4 DAQ system.
HIGH-END SIGNAL
CONDITIONING
R4 data acquisition systems are built
around SIRIUS DAQ technology and
feature the same versatile and powerful
amplifiers for world-leading signal
conditioning.
POWERFUL AND
RELIABLE COMPUTER
R4 DAQ system offers powerful built-in
data processing computer and fast and
reliable SSD data logging capabilities for
a stand-alone operation or USB hub for
connecting R4 to external computer.
UP TO 64 ANALOG INPUTS
Systems can be configured with up to 4
SIRIUS DAQ slices for a total of 64 analog
inputs for connecting virtually any sensor.
UP TO 32
COUNTER/ENCODER INPUTS
The system can be configured with up to
32 counter/encoder inputs, or 96 digital
inputs - all equipped with our patented
SuperCounter® technology.
DUAL MODE
The EtherCAT® slave interface provides
real-time data to a 3rd party control
system, while the internal bus allows full-
speed data to be recorded via Dewesoft X
in parallel. For the first time, the worlds of
data acquisition and control are merged
into a single system!

29
COMPACT, MOBILE DATA ACQUISITION SYSTEM WITH A BUILT-IN DATA LOGGER,
POWERFUL DATA PROCESSING COMPUTER, MULTI-TOUCH DISPLAY AND
INTERNAL BATTERIES FOR MAXIMUM PORTABILITY.
PORTABLE INSTRUMENT SIRIUS® R1DB/R2DB
R1DB/R2DB PORTABLE INSTRUMENT
ALL INTERFACES
Interfaces for Wireless LAN, dual GLAN, 4x
USB 3.0, GPS, HDMI, 2x synchronization
are available.
100 HZ GPS WITH RTK
An optional 10Hz or 100Hz GPS receiver
right into R1DB/R2DB DAQ system.
Up to 2 high speed CAN 2.0b channels
with 1 Mbit/sec data throughput with
additional support for CCP, OBDII, J1939,
and CAN output.
R1DB / R2DB DAQ systems include an
EtherCAT® master port with built-in
synchronization, for easy connection to
and extension of any of our EtherCAT®
based DAQ systems - including KRYPTON
DAQ modules or SIRIUS hardware.
HIGH-END SIGNAL
CONDITIONING
R1DB/R2DB data acquisition systems are
built on solid SIRIUS DAQ technology, and
feature the same powerful, world-leading
signal conditioning amplifiers. See the
SIRIUS product page for a detailed SIRIUS
DAQ technology overview.
ALL-IN-ONE INSTRUMENT
R1DB/R2DB instruments are stand-
alone DAQ systems with the built-in
touchscreen LED display, keyboard, a
powerful data processing computer, SSD
data logging capabilities, and internal
Li-Ion batteries (R1DB/R2DB). A version
without batteries is also available (R2D).
UP TO 16
Up to 16 counter/encoders or 48 digital
input channels, all equipped with our
patented SuperCounter® technology.
Systems can be configured with one
(R1DB) or two (R2DB) SIRIUS DAQ slices
for a total of 32 analog inputs capable of
connecting virtually any sensor.

30
HIGH CHANNEL COUNT DATA ACQUISITION SYSTEM WITH BUILT-IN DATA LOGGER,
POWERFUL DATA PROCESSING COMPUTER, TOUCH SCREEN DISPLAY (R8D)
AND INTERNAL BATTERIES (R8B, R8DB) FOR MAXIMUM PORTABILITY.
SIRIUS® R8 RACK SYSTEM
R8 RACK SYSTEM
100 HZ GPS WITH RTK
straight into R8 DAQ system.
Systems can be configured with up to
eight SIRIUS DAQ slices for a total of 128
analog inputs for virtually any sensor.
ALL INTERFACES
Interfaces for Wireless LAN, dual GLAN, 4x
USB 3.0, GPS, HDMI, 2x synchronization
are available.
ALL-IN-ONE INSTRUMENT
R8 instruments are high channel count,
standalone DAQ systems with built-in
powerful data processing computer, SSD
data logging capabilities, touch-screen
LED display (R8D and R8DB), and internal
Li-Ion batteries (R8B/R8DB) for maximum
portability.
HIGH-END SIGNAL
CONDITIONING
R8 data acquisition systems are built
around SIRIUS DAQ technology and
feature the same versatile and powerful
amplifiers for world-leading signal
conditioning.
Configure up to 8 high speed CAN
2.0b channels with 1 Mbit/sec data
throughput with additional support for
CCP, OBDII, J1939, and CAN output.
R8 DAQ systems include an EtherCAT®
master port with built-in synchronization,
for easy connection to and extension of
any of our EtherCAT® based DAQ systems
- including KRYPTON DAQ modules or
SIRIUS hardware.
UP TO 64 ANALOG OUTPUTS
R8/R8B can be configured with up to 64
analog outputs and can function as a
multi-channel function generator, analog
replay, or control device with the output
voltage signal of ±10V.
UP TO 64
R8 DAQ system can be configured with
up to 64 counter/encoder or 192 digital

31
HIGH CHANNEL COUNT DAQ SYSTEM WITH HIGH-END SIGNAL CONDITIONING, POWERFUL COMPUTER, DATA LOGGER,
REAL-TIME DATA OUTPUT CAPABILITY TO EtherCAT® REAL-TIME CONTROLLER.
RACK SYSTEM SIRIUS® R8RT
R8RT RACK SYSTEM
DAQ AND CONTROL
The R8RT instrument is an upgrade of
our R8 DAQ system. It uses the same DAQ
technology, and provides the same data
logging and data processing capabilities
as the R8. However, the R8RT includes an
additional EtherCAT® slave port that can
send your real-time data to any 3rd party
EtherCAT® master controller.
DUAL MODE
The EtherCAT® slave interface can be
used to provide real-time data to a 3rd
party control system, while the internal
bus allows full-speed recording via
Dewesoft X software in parallel. Finally,
the worlds of data acquisition and control
have come together in one system!

32
RACK MOUNTABLE DAQ SYSTEM BUILT INTO STANDARD PC COMPUTER CHASSIS AND INTEGRATED SIRIUS® DATA ACQUISITION SLICES.
READY FOR SIMPLE AND INEXPENSIVE UPGRADE OF PC COMPONENTS.
SIRIUS® R3 INDUSTRIAL PC SYSTEM
R3 INDUSTRIAL PC SYSTEM
HIGH-END SIGNAL
CONDITIONING
The R3 data acquisition system is built
upon SIRIUS DAQ technology, and
features the same powerful world-class
signal conditioning amplifiers. Check out
the SIRIUS product page for a detailed
DAQ technology overview.
Up to 3 high-speed CAN 2.0b channels
with 1 Mbit/sec data throughput, with
additional support for CCP, OBDII, J1939,
and CAN output.
HIGH PERFORMANCE
COMPUTER
The PC computer inside is built with
standard, off-the-shelf computer
components, allowing for easy upgrades
of drive, memory, CPU, and other
components.
19’’RACK MOUNTABLE
The included PC chassis can be mounted
in any 19’’rack cabinet.
DIGITAL/COUNTER/ENCODER
INPUTS
Each channel is capable of 3x digital
inputs, 1x event counter, encoder,
period, pulse-width, duty-cycle. Precise
frequency and angle measurement uses
FULLY SYNCHRONIZED
Every single channel - analog, digital, and
CAN - is synchronized with microsecond
accuracy.
Systems can be configured with up to
eight SIRIUS DAQ slices for a total of 48
analog inputs for virtually any sensor.
UP TO 24
Up to 24 counter/encoder or 72 digital

33
SMALL AND HIGHLY PORTABLE, USB POWERED DATA ACQUISITION SYSTEM
IDEAL FOR ACOUSTIC, VIBRATION, AND ROTATING MACHINERY ANALYSIS.
COMPACT SYSTEM SOLUTION SIRIUS® MINI
MINI MODULAR SOLUTION
UNMATCHED PRICE
SIRIUS mini ships off-the-shelf with high-
quality signal conditioning and world-
leading, award-winning data acquisition
software for the best price on the market.
USB POWERED
SIRIUS mini does not require any external
power supply. It can be powered straight
from the USB connection, for example,
through a laptop.
4 IEPE/VOLTAGE INPUTS
The system includes four high-dynamic
analog inputs, dual sigma-delta ADCs
with 200 kS/s/ch sample rate, and up to
160 dB dynamic range.
COUNTER/ENCODER/DIGITAL
INPUTS
The system includes one counter/
encoder input which can be used as 3x
digital inputs, 1x event counter, encoder,
frequency and angle measurement use
SMALLEST DAQ
SIRIUS mini is our smallest, 4-channel
data acquisition system. Fits almost
anywhere, suitable for acoustic, vibration,
and angle measurements.

34
SIRIUS® AMPLIFIERS
AMPLIFIERS
STG STGM ACC CHG HV LV
Connectors DB9, L1B7f, L2B10f DB9, L2B7f, L2B10f BNC, TNC BNC, TNC BANANA DB9, BNC, BANANA
Counter version     - 
Channels per slice 8
Data rate / channel 200 kS/sec USB, 20 kS/sec EtherCAT®
Resolution 24 bit DualCoreADC®
Bandwidth 70 kHz
Voltage ranges ±50 V, ±10 V, ±1 V, ±100 mV ±10 V, ±1 V, ±100 mV, ±10 mV ±10 V, ±500 mV ±10 V, ±500 mV ±1200 V, ±50 V
±200 V, ±20 V, ±10 V, ±1 V,
±100 mV
Input coupling DC, AC 1 Hz (3, 10 Hz SW) DC DC, AC 0.1 Hz, 1Hz
DC, AC 0.1 Hz, 1 Hz, 10 Hz,
100 Hz
DC DC, AC 1 Hz (3, 10 Hz SW)
Sensor excitation 0..20 V max. 0.8W, 0..60mA max 0.5W 0..15 V max. 44 mA IEPE 2,4,8,12,16, 20 mA IEPE 4,8,12 mA -
2..30 V bipolar, 0..24 V unipolar,
max. 0.2 A/2 W
Bridge connection Full, ½, ¼ 350Ω, ¼ 120Ω 3, 4 wire Full, ½, ¼ 350 Ω, ¼ 120 Ω 3 wire - - - Full
Programmable shunt 59.88 kΩ, 175kΩ bipolar 100 kΩ bipolar - - - -
IEPE input DSI-ACC DSI-ACC   - DSI-ACC
Resistance  - - - - -
Temperature (PTx)  DSI-RTD - - - DSI-RTD
Thermocouple DSI-TH DSI-TH - - - DSI-TH
Potentiometer   - - - -
LVDT DSI-LVDT DSI-LVDT - - - DSI-LVDT
Charge DSI-CHG DSI-CHG - 100k, 10k pC - DSI-CHG
Current
ext. shunt,
DSI-20mA, DSI-5A
ext. shunt,
DSI-20mA, DSI-5A
ext. shunt ext. shunt -
ext. shunt,
DSI-20mA, DSI-5A
TEDS     - 
Isolation voltage 1000 V 1000 V 1000 V 1000 V CATII 1000 V 1000 V
Power consumption per
channel
2W/ch 1.3 W/ch 1 W/ch 1.2 W/ch 1 W/ch 1.2 W/ch
Advanced functions
Supports all strain types and high
input range
Low power, sensor and
amplifier balance, bipolar
shunt
Sensor error detection, high
dynamic range
Sensor error detection in IEPE
and CHG mode (injection)
High voltage, high
isolation
High sensor power and multi
range
HIGH DYNAMIC - DualCoreADC® SIRIUS®
Our DualCoreADC® technology boosts dual 24-bit delta-sigma ADC’s with an anti-aliasing filter on each channel, achieving an astonishing 160 dB of dynamic range in the time and
frequency domains, with up to 200 kS/s/ch sampling rate per channel. Up to 8 channels per SIRIUS module.
COUNTER INPUT: Most amplifiers can be also ordered with additional counter input featuring event counting, waveform timing, angle, encoder and speed measurements. Each counter
has 3 digital inputs and 1 digital output.

35
HD-STGS HD-LV HD-ACC HS-HV HS-LV HS-ACC HS-CHG HS-STG
DB9, L1B10f DB9, BNC BNC BANANA DB9, BNC, BANANA BNC BNC, TNC DB9
- - - -    
16 8
200 kS/sec USB, 10 kS/sec EtherCAT® 1 MS/sec USB
24 bit 16 bit
70 kHz 2 MHz 1 MHz 500 kHz 500 kHz, CHG: 200 kHz 1 MHz
±10 V, ±1 V, ±100 mV,
±10 mV
±100 V, ±10 V, ±1 V, ±100
mV
±10 V, ±5 V, ±1 V, ±200 mV ±1600 V ... ±20 V ±100 V ... ±50 mV ±10 V ... ±100 mV ±10 V ...±100 mV ±50 V ... ±20 mV
DC DC DC, AC 0.1 Hz, 1 Hz DC DC, AC 1 Hz (3, 10 Hz SW) DC, AC 1 Hz (3, 10 Hz SW)
DC, AC 0.1 Hz, 1 Hz, 10 Hz,
100 Hz
DC, AC 1 Hz (3, 10 Hz SW)
0..12 V max. 44 mA
2..30 V bipolar, 0..24 V
unipolar, max. 0.2 A/2 W
IEPE 4,8,12 mA -
2..30 V bipolar, 0..24 V
unipolar, max. 0.2 A/2 W
IEPE 4,8 mA IEPE 4,8,12 mA
0..20 V max. 0.8W, 0..60 mA
max 0.5 W
Full, ½, ¼ 350 Ω,
¼ 120 Ω 3 wire
Full - - Full - -
Full, ½, ¼ 350 Ω, ¼ 120 Ω
3, 4 wire
100 kΩ - - - - - - 59.88 kΩ, 175 kΩ bipolar
DSI-ACC DSI-ACC  - DSI-ACC   DSI-ACC
- - - - - - - 
DSI-RTD DSI-RTD - - DSI-RTD - - 
DSI-TH DSI-TH - - DSI-TH - - DSI-TH
 - - - - - - 
DSI-LVDT DSI-LVDT - - DSI-LVDT - - DSI-LVDT
DSI-CHG DSI-CHG - - DSI-CHG - 100k ...1k pC DSI-CHG
ext. shunt
DSI-20mA, DSI-5A
ext. shunt
DSI-20mA, DSI-5A
ext. shunt -
ext. shunt
DSI-20mA, DSI-5A
ext. shunt ext. shunt
ext. shunt
DSI-20mA, DSI-5A
   -    
500 V in pairs 500 V in pairs 500 V in pairs CATII 1000V 1000 V 1000 V 1000 V 1000 V
1.3 W/pair 1.3 W/pair 1.3 W/pair 1 W/ch 1.2 W/ch 2 W/ch 1.2 W/ch 2 W/ch
Low power, sensor and
amplifier balance
High sensor power and
multi range
Sensor error detection
High voltage, high
bandwidth, high isolation
High sensor power and
multi range
Sensor error detection,
high speed
Sensor error detection
in IEPE and CHG mode
(injection)
High speed, supports all
strain types and high input
range
HIGH DENSITY HD SIRIUS®
High density SIRIUS module with up to 16
channels per SIRIUS slice is the perfect choice
for high channel count applications.
HIGH SPEED HS SIRIUS®
1 MHz 16 bit SAR technology with software selectable alias-free
filtering is the perfect choice for transient recording. Up to 8
channels per SIRIUS module.

H I G H Q U A L I T Y D A Q D E V I C E
D A Q S O F T W A R E I N C L U D E D
E t h e r C A T ®
E V E R Y A P P L I C A T I O N
R E A L T I M E C O N T R O L
B U I L T T O L A S T
DAQ AND CONTROL SYSTEMS

CAPACITY & COMPATIBILITY
Our devices are capable of storing hundreds of analog and digital channels at full speed
while allowing in parallel data to be sent out in real-time to any 3rd party EtherCAT® master
controller.
RUGGED AND BUILT TO LAST
Made on our own CNC machines, designed by our mechanical engineers. Proven tough.
DAQ AND CONTROL
SYSTEMS
P E R F E C T S I G N A L C O N D I T I O N I N G
E X P A N D A B L E
D U A L M O D E
SOFTWARE INCLUDED
WITH FREE LIFETIME UPGRADE
Award winning Dewesoft X software is included with every instrument. All upgrades to the
software are free forever with no hidden licensing costs.

38
• DUAL EtherCAT®: IOLITE® uses two EtherCAT® buses in parallel. The EtherCAT® primary bus is used for full speed buffered data acquisition to a
computer. The EtherCAT® secondary bus is mainly used for real-time data to any 3rd party control system.
• GREAT SIGNAL CONDITIONING: IOLITE® features high-quality amplifiers which offer great signal quality and up to 20 kHz sampling rate.
IOLITE® INDUSTRIAL REAL TIME DATA ACQUISITION DEVICES
IOLITE®r
19”rack version with up to twelve
slots, dual EtherCAT® interface
and redundant power supply
DAQ system with Dewesoft
Real time control system
Clemessy Syclone
Beckhoff TwinCAT®
MATLAB® Simulink
Acontis
AVL PUMA
Intron
INDUSTRIAL REAL TIME DATA ACQUISITION DEVICESIOLITE®

39
• REDUNDANT POWER SUPPLY: Together with dual EtherCAT® interface provides maximum system reliability.
• MULTIPLE CHASSIS OPTION: IOLITE® can be configured in the 19-inch cabinet compatible chassis or in more rugged SIRIUS®-like compatible chassis.
• GREAT PRICE/PERFORMANCE: IOLITE® offers great price/performance ratio and is suitable for test-bed and industrial applications.
Data acquisition and real-time control front-end
system for industrial applications.
All-in-one solution for
real-time control and feedback monitoring DAQ.
IOLITE®s
SIRIUS form chassis with up to eight slots, dual
EtherCAT® interface and redundant power
supply

40
IOLITE® MODULES
MODULES
IOLITEi 8xRTD
8 channel-channel isolated PTx temperature, resistance and
voltage with Lemo 0B connector.
IOLITEi 8xTH
8 channel-channel isolated universal thermocouple input
module with mini TC connector. Accepts K, J, T, R, S, N , E, C, B
thermocouple types.
IOLITE 6xSTG
Universal 6 channel differential voltage, current and Full/Half/
Quarter bridge input with DSUB9 connector. Compatible with
DSI adapters for IEPE, CHG, 200V, RTD, TH measurements.
IOLITEi 32xDI
32 channel isolated digital input module with screw terminal
connection.
IOLITEi 32xDO
32 channel digital output module with screw terminal
connections and integrated watchdog function.
IOLITEi 8xLV
8 channel-channel isolated voltage inputs with BNC or screw
terminal connectors
A M P L I F I E R S

41
SPECS
SPECS IOLITE®
A M P L I F I E R S S P E C S
8xRTD 8xTH 6xSTG 32xDI 32xDO 8xLV
Connectors L0B6f Thermocouple DB9 Terminal block Terminal block BNC, Terminal block
#ch per module 8x 8x 6x 32x 32x 8x
Data rate / channel 100 S/sec 100 S/sec 20 kS/sec 40 kS/sec 20 kS/sec
Resolution 24-bit 24-bit 24-bit digital digital 24-bit
Bandwidth 0.49*fs 0.49*fs
Voltage ranges 1 V, 100 mV 1 V, 100 mV ±50 V, ±10 V, ±1 V, ±100 mV open collector
±100 V, ±10 V
(±10 V, ±1V on request)
Input coupling DC DC DC, AC 1 Hz DC
Sensor excitation 0..12 V (bipolar), 0..24 V (unipolar) max. 0.4 W/ch
Bridge connection Full, ½, ¼ 350 Ω, ¼ 120 Ω 3-wire
Programmable shunt 100 kΩ
IEPE input DSI-ACC
Current 20 mA (internal shunt), DSI-5A
Temperature (PTx) PT100, 200, 500, 1000, 2000 DSI-RTD
Thermocouple K, J, T, R, S, N, E, C, U, B DSI-TH
Resistance 1 kΩ, 10 kΩ
Potentiometer 
LVDT DSI-LVDT
Charge DSI-CHG
TEDS 
Isolation voltage 1000 V 1000 V Differential 1000 V 1000 V 1000 V
Power consumption per module
Typ. 2.1 W,
Max. 2.7 W
3.2 W
Typ. 5.4 W,
Max. 11.1 W
Typ. 1.2 W,
Max. 1.9 W
Typ. 1.2 W,
Max. 2.0 W
Typ. 2.4 W,
Max. 3.5 W
Advanced functions High isolation
High isolation, support of
main TC types
Supports all strain types and high input range Watchdog High isolation, high input range

42
IOLITE® SPECS
32xDO
Digital Output
Isolated Output
Channels
32
Compatibility Solid state relay
Maximum sink current 0.5 A
Maximum switching
voltage
50 V
Maximum update rate depending on EtherCAT® master
Isolation voltage peak
1000 V channel-to-ground, no channel-to-
channel isolation
Additional Specifications
Input connectors
Terminal block, 2 pole, 4 x 9 pole
OMNIMATE SL 2.50 / BLF 2.50/180
Power supply 12 - 48 V DC
Power consumption Typ. 1.2 W, Max. 2.0 W
Weight 230 g
Slice Dimensions 128.4 x 115.4 x 30.1 mm
32XDI
Digital Input
Isolated Input Channels 32
Input low level -1 V ~ +1 V
Input high level -48 V ~ -3 V, +3 V ~ +48 V
Input high current @5 V UIN < 1 mA
Input high current @30 V UIN < 1 mA
Sampling rate Simultaneous 40 kS/sec
Overvoltage protection 100 V continuous (250 Vpeak)
Isolation voltage peak
1000 V channel-to-ground & channel-to-
channel
Input connectors
Terminal block, 2 pole, 4 x 9 pole
OMNIMATE SL 2.50 / BLF 2.50/180
Power consumption Typ. 1.2 W, Max. 1.9 W
Weight 220 g
8xRTD
Analog inputs
Input types voltage, resistor or universal PTxxx inputs
Number of
channels
8
ADC Type 24-bit delta-sigma
Sampling Rate Simultaneous 100 S/sec
Voltage Ranges ±1 V ±100 mV
Input Accuracy
±0.02 % of reading ±0.01
% of range ±10 μV
±0.02 % of reading
±0.01 % of range
±10 μV
Typical Noise floor
@10/100 s/sec
117 dB / 107 dB 111 dB / 101 dB
Gain Drift Typical 4 ppm/K (max. 10 ppm/K)
Offset Drift Typical 0.05 μV/K (max. 0.2 μV/K)
Gain Linearity < 0.01 %
Input Coupling DC
Input Impedance 1 MΩ
Temperature PT500, PT1000, PT2000 PT100, PT200
Measurement
range
-200 °C to +850 °C
Accuracy ±0.05 % of reading ±0.2 °C
Temperature Drift typ. ±5 ppm/K (max. ±12 ppm/K ±0.003 °C/K)
Input Connection 3-wire or 4-wire
Resolution < 0.001 °C
Resistance 0…10 kΩ 0…1 kΩ
Accuracy ±0.02 % of reading ±0.01 % of range
Input Connection 3-wire or 4-wire
Input connectors Lemo 0B 6pin EEA.0B.306.CLN
Isolation voltage
1000 Vpeak channel-to-ground & channel-to-
channel
Power
consumption
Typ. 2.1 W, Max. 2.7 W
Weight 260 g
Dimensions 128.4 x 115.4 x 30.1 mm
8xTH
Inputs
Input type Isolated universal thermocouple and voltage
Number of channels 8
ADC Type 24-bit delta-sigma
Sampling Rate Simultaneous 100 S/sec
Voltage Ranges ±1 V ±100 mV
Input Accuracy 0.02% +/- 100uV ±0.02 % of reading
±10 μV
Typical Noise floor
@10/100 s/sec
114 dB / 105 dB 109 dB / 100 dB
Offset Drift Typical 0.05 μV/K (max. 0.2 μV/K)
Gain Linearity <0.01%
Input Coupling DC
Thermocouple TC Types: K, J, T, R, S, N , E, C, U, B
Accuracy ±0.02 % of reading ±0.5 °C ±10 μV
Resolution < 0.001 °C
Sampling rates 10, 20, 40, 80, 100 S/sec
Typical Noise 0.007 °C RMS@Type K @ 10 S/sec
0.02 °C RMS@Type K @ 100 S/sec
Input connectors Mini Thermocouple connector (copper)
Isolation voltage 1000 Vpeak channel-to-ground & channel-to-
channel
Power consumption 3.2 W
Weight 230 g

43
SPECS IOLITE®
6xSTG
Analog inputs - Voltage
Input type Voltage
Full/half/quarter bridge strain
Current
Potentiometer, Resistance
ADC Type 24-bit SAR with anti-aliasing filter
Sampling Rate Simultaneous 20 kS/sec per channel (software-
selectable)
Voltage Ranges ±50 V ±10 V ±1 V ±100 mV
Input Accuracy ±0.03 % of reading, ±0.02 % of range, ±0.1 mV
Typical Dynamic Range
@10 kS
100 dB 110 dB 130 dB 145 dB
Typical Noise floor
@10 kS
103 dB 97 dB 103 dB 94 dB
Typical CMR @400 Hz
/ 1 kHz
-71 dB /
-66 dB
-72 dB /
-66 dB
-96 dB
/ -88
dB
-96 dB /
-87 dB
Offset Drift Typical 0.3 μV/K + 5 ppm of range/K, max 2
μV/K + 10 ppm of range/K
Gain Linearity < 0.02%
Input Coupling DC, AC 1Hz
Input Impedance 1 MΩ 1 MΩ 20 MΩ 20 MΩ
Overvoltage Protection In+ to In-: 50 V continuous, 200 V peak (10
msec)
Analog inputs - Current
Current ranges 20 mA 2 mA
Input Accuracy ±0.03 % of reading, ±0.02 % of range, ±2.1 μA
Internal Shunt Resistor 50 Ω
Analog input performance
Bandwidth (-3 dB) 0.49*fs
Alias-free Bandwidth DC to 0.453*fs
Alias Rejection -100 dB (all sample rates)
Delay Through ADC 37 / fs
Oversampling 32
Excitation Voltage
Excitation Voltage Freely programmable (16-bit DAC)
8xLV
Analog inputs - Voltage
Input type Isolated voltage
ADC Type 24-bit oversampled SAR
Sampling Rates Simultaneous 20k, 10k, 5k, 2k, 1k, 500, 200, 100
S/s (software-selectable)
Voltage Range ±100 V ±10 V
Accuracy ±0.03 % of reading
±50 mV
±0.03 % of reading
±5 mV
Typ. SNR (10 kS/s, -1
dBFS sine wave @1 kHz)
91 dB 90 dB
Typical noise floor
@10 kS
-105 dB -98 dB
Type. THD (10 kS/s, -1
-91 dB -91 dB
Type. SFDR (10 kS/s, -1
93 dB 92 dB
Typical
CMR@400Hz/1kHz
-98 dB/-90 dB -83 dB/75 dB
Input Coupling DC
Overvoltage Protection In+ to In-: 200 V continuous, 350 Vpeak (100 ms)
Analog input performance
Bandwidth (-3 dB) 0.49*fs
Alias-free Bandwidth DC to 0.453*fs
Alias Rejection -100 dB (all sample rates)
Delay Through ADC 37 / fs
Oversampling 32
Isolation Voltage 1000 Vpeak channel-to-ground & channel-to-
channel
Power Consumption Typ. 2.4 W, Max. 3.5 W
Input Connectors BNC Terminal block
2 pole; OMNIMATE SL 2.50 /
BLF 2.50/180
Slice Dimensions 128.4 x 127.6 x 30.1
mm
128.4 x 115.4 x 30.1
mm
Predefined Levels Bipolar: 0, 1, 2, 5, 10 and 12 VDC
Unipolar: 0, 2, 5, 10, 15, 24 VDC
Accuracy ±0.05 % ±2 mV
Drift ±50 ppm/K ±100 μV/K
Stability 10 % to 90 %
Load
< 0.01 %
Current Limit 42 mA (550mW max. power)
Protection Continuous short to ground
Excitation Current
Excitation Voltage Free programmable (16-bit DAC)
Predefined Levels 0, 2, 4, 8, 16, 44 mA
Accuracy ±0.1 % ±2 μA (<10 mA), ±0.5 % ±5 μA (>10 mA)
Bridge measurement
Bridge Connection
Types
full bridge strain, ½ bridge strain, ¼ bridge
strain (3-wire)
Ranges 2…1000 mV/V free programmable
Internal Bridge
Completion
½ bridge and ¼ bridge 120 and 350 Ω
Bridge Completion
Accuracy
0.05 %; TCR: 5 ppm/K (others on request)
Internal Shunt Resistor 100 kΩ (others on request)
Shunt Resistor Accuracy 0.05 %; TCR: 10 ppm/K (others on request)
Input Short, Sensor
Offset Adjust
Software-selectable
Input connectors DB9
TEDS support Standard + DSI adapters
Power Consumption 5.4 W, Max. 11.1 W (7.9 W 120 Ω @ 5 V load, 8.8
W 350 Ω @ 10 V load)
Weight 340 g

W A T E R P R O O F
S O F T W A R E I N C L U D E D
E X T R E M E V I B R A T I O N
S H O C K - R E S I S T A N T
C U T T I N G E D G E S I G N A L C O N D I T I O N I N G
O U T D O O R
E X T R E M E T E M P E R A T U R E S
I P 6 7
RUGGED DAQ SYSTEMS

RUGGED
Instruments are rugged enough to sustain the harshest environments: water, dust, shock,
vibration, and extreme temperatures.
DISTRIBUTABLE
Devices can be distributed close to the source of data - close to the sensors, down to a
single measurement node
STANDARD INTERFACE
The EtherCAT® bus can be connected to 3rd party masters, as well as Dewesoft X, thanks to
the buffered mode.
SOFTWARE INCLUDED
WITH FREE LIFETIME UPGRADE
Award-winning Dewesoft X software is included with every instrument. All upgrades to the
software are free - FOREVER - and there are never any hidden licensing fees.
RUGGED DAQ
SYSTEMS
H A R S H E N V I R O N M E N T

46
KRYPTON® RUGGED SYSTEMS
KRYPTON® RUGGED SYSTEMS
• DISTRIBUTABLE DEVICES: Locate your data acquisition hardware close to the sensors.
• SINGLE CABLE: With up to 100m between devices for power, data and synchronization.
• MADE TO BE EXTREME: IP67, dust proof, waterproof, 100 g shock and vibration resistant, wide temperature operating range.
KRYPTON®
Ultra rugged and distributable data
acquisition devices from -40 to +85 °C
operating range
KRYPTON® CPU
Compact, highly portable
logger for data recording in
harsh environments from -40
to +70 °C operating range
KRYPTON® 1
SERIES
Distribute your
measurements
down to a single
channel

47
RUGGED SYSTEMS SIRIUS® AND SBOX
SIRIUS® AND SBOX RUGGED SYSTEMS
• SIRIUS® DAQ TECHNOLOGY: DualCoreADC®, high dynamic range 160 dB, high isolation,
SuperCounter®.
• MADE TO BE IP67 EXTREME: Dust-proof, water-proof, 100g shock and vibration resistant, wide
temperature operating range.
SBOXwe
Ultra rugged and powerful
data logger from -40 to +50 °C
SIRIUS®iwe
High-end signal conditioning
in rugged form factor
from -40 to +60 °C

48
RUGGED AND DISTRIBUTABLE DATA ACQUISITION MODULES.
EtherCAT® INTERFACE FOR ANALOG AND DIGITAL I/O AND IP67 DEGREE OF PROTECTION.
KRYPTON® WATERPROOF
KRYPTON®WATERPROOF
RUGGED IP67
These modules are built with tough-as-
nails IP67 protection - they’re ready to go
to work in extreme weather and under
the harshest conditions.
EtherCAT® DAQ
Protocol with 100Mb/s bus speed
is used for data transmission, data
synchronization, and power supply.
KRYPTONs are connected with a single
cable for data, power, and sync.
UP TO 100M
BETWEEN UNITS
KRYPTON units can be distributed over
the large area with the distances up to
100 meters (328 feet) between DAQ
nodes.
FROM 3 TO 16 CHANNEL UNITS
Modules are available from a 3 channel
unit, ranging up to larger 8 and 16
channel modules.
DISTRIBUTED DAQ
Distributed measurement hardware
can be located close to the sensors.
This has many advantages compared
to traditional DAQ systems, such as
shorter cable runs and less potential for
signal noise. KRYPTON systems can be
distributed down to a single channel.
UP TO 20 KHZ/CH
SAMPLING RATE
Most KRYPTON channels in the EtherCAT®
line can achieve sampling rates up to 20
kS/second.

49
3xSTG, 6xSTG Differential universal and strain module
8xTH, 16xTH Isolated universal thermocouples module
8xRTD Isolated module for measurements with resistance temperature detectors
4xACC, 8xACC IEPE accelerometer amplifier
4xLV, 8xLV Isolated voltage input module
STG TH RTD ACC LV LA DIO
Connectors DB9, L2B10f Thermocouple L0B6f BNC BNC BNC DB25
#ch per module 3x, 6x 8x, 16x 8x 4x, 8x 4x, 8x 8x 16xDI, 16xDO 8xDI, 8xDO
Data rate / channel 20 kS/sec 100 S/sec 100 S/sec 20 kS/sec 20 kS/sec 20 kS/sec 20 kS/sec
Resolution 24 bit 24 bit 24 bit 24 bit 24 bit digital
Bandwidth 0.49 fs - - 0.49 fs 0.49 fs 0.49 fs -
Voltage ranges ±10V, ±1V, ±100mV,
±10mV
±1V, ±100mV ±1V, ±100mV ±10V, ±5V, ±1V, ±200mV ±50 V ±20 mA CMOS compatible
Input coupling DC DC DC DC, AC 0.1Hz, 1Hz DC DC DC
Sensor excitation
0...15 V max. 0.4W/ch
(45mA limit)
- - IEPE 4 mA, 8 mA -
5 V / 300 mA
12 V / 120 mA
Vsupply / 200 mA
Bridge connection Full, ½, ¼ 350Ω, ¼ 120Ω
3 wire
- - - - -
Programmable shunt 100 kΩ - - - - -
IEPE input DSI-ACC - -  - -
Resistance - - 10kΩ - - -
Temperature (PTx) DSI-RTD - PT100, 200, 500, 1000, 2000 - - -
Thermocouple DSI-TH K, J, T, R, S, N, E, C, B - - - -
Potentiometer  - - - - -
LVDT DSI-LVDT - - - - -
Charge DSI-CHG - - - - -
Current ext. shunt
DSI20mA, DSI5A
- - ext. shunt - -
TEDS  - -  - -
Isolation voltage Differential 1000 V 1000 V Differential 1000 V 1000 V 250 V
Power consumption per
module
2.4W (4W 120Ω @ 5V load)
3xSTG;
5.9W (8.9W 120Ω @ 5V
load) 6xSTG
2.5 W (8xTH)
4 W (16xTH)
2.5 W 4.6 W
3.5 W (4xLV)
6.7W (8xLV)
6.8W 2 W
Advanced functions Supports all strain types,
TEDS support
High isolation, support of
main TC types
High isolation TEDS support
High isolation, high input
range
High isolation, 4-20 mA
current loop
-
8xLA Isolated low current amplifier
16xDI, 16xDO, 8xDI-8xDO Isolated digital input/output module
GPS JUNCTION
Module for synchronization between SIRIUS or KRYPTON EtherCAT® devices to
SIRIUS USB device, IRIG-B-DC or GPS
Sync junction Module used to inject IRIG-B-DC sync signal from USB device to EtherCAT® line
KRYPTON CPU Rugged data logger

50
SMALLEST SIZE SINGLE CHANNEL RUGGED AND DISTRIBUTABLE DATA ACQUISITION MODULES WITH EtherCAT® INTERFACE.
KRYPTON® 1 WATERPROOF
KRYPTON® 1 WATERPROOF
RUGGED IP67
All KRYPTON modules are rugged with
the IP67 degree of protection and ready
for testing in extreme weather and harsh
environments.
EtherCAT® DAQ
The EtherCAT® protocol with 100Mb/s
bus speed is used for data transmission,
data synchronization, and for powering
the module. KRYPTON 1 modules are
connected with a single cable for data,
sync, and power.
UP TO 100M BETWEEN UNITS
KRYPTON units can be distributed over
the large area with the distances up to
100 meters (328 feet) between DAQ
nodes.
DISTRIBUTED TO
SINGLE CHANNEL
KRYPTON 1 allows distributing DAQ units
down to single channel.
UP TO 40 kS/sec
SAMPLING RATE
Most devices in the KRYPTON 1 product
line can achieve sampling rate up to
40 kS/sec.

51
SPECIFICATION KRYPTON® 1
1xSTG Isolated universal and strain amplifier
1xACC Isolated IEPE accelerometer amplifier
1xHV Isolated high voltage module
1xTH-HV Isolated thermocouple module (CATII 1000 V)
4xDI, 4xDO Four channel digital I/O amplifier
1xAO Analog output
1xCNT Single channel SuperCounter® module
1xLV Isolated low voltage module
AO DI DO ACC STG LV HV TH-HV CNT
Connectors BNC DSUB15HD Male DSUB15HD Female BNC DB9 BNC Banana jack
K-type thermocouple
LEMO REDEL
L1T7f
#ch per module 1 4 4 1 1 1 1 1 1
Data rate / channel 1 kS/sec 40 kS/sec 40 kS/sec 40 kS/sec 40 kS/sec 40 kS/sec 100 S/sec 20 kS/sec
Data interface EtherCAT®, 100 Mbit/s
Data interface connectors Lemo 1T (1 cable for data, power and sync, daisy chainable)
Resolution 18 bit digital digital 24 bit 24 bit 24 bit 24 bit 24 bit
100MHz timebase
5ppm, 20ppm max
Bandwidth Analog 50kHz 0.49 fs 0.49 fs 0.49 fs 0.49 fs 0.5 fs 10 MHz
Voltage ranges ±10 V (DC only)
Digital
(Low: < 1 V,
High: > 2 V)
±10 V, ±5 V, ±1
V, ±200 mV
±50 V, ±10 V, ±1 V, ±100 mV
±50 V, ±10 V, ±1
V, ±100 mV
±1000V
TTL (Low: <0.8,
High > 2V)
Input coupling
DC, AC 0.1 Hz,
1 Hz
DC, AC 1 Hz DC, AC 1 Hz DC DC
Excitation ±10 V - 4 mA, 8 mA
0..12 V (bipolar), 0..24 V (unipolar),
0..42 mA, max. 0.4 W/ch
- - -
Bridge connection - - - - Full, ½, ¼ 350 Ω, ¼ 120 Ω 3 wire - - -
Programmable shunt - - - - 100 kΩ - - -
IEPE input - - -  DSI-ACC - - -
Resistance - - - -  - - -
Temperature (PTx) - - - - DSI-RTD - - -
Thermocouple - - - - DSI-TH - - K
Potentiometer - - - -  - - -
LVDT - - - - DSI-LVDT - - -
Charge - - - - DSI-CHG - - -
Current - - - ext. shunt 20 mA (internal shunt), DSI-5A ext. shunt - -
TEDS - - -   - - -
Isolation voltage Non-isolated
Functional isolation
Ch-Ch and Ch-GND
Galvanically
isolated Ch-GND
125 Vrms Ch-
GND isolation
125 Vrms Ch-GND isolation
125 Vrms Ch-
GND isolation
CATII 1000 V CATII 1000 V Non-isolated
Power consumption per module 2 W 1.5 W 2 W 2 W 3 W 1.5 W 1 W 1.3 W 1.2 W
Temperature range -40 to 85°C -40 to 85°C -40 to 85°C -40 to 85°C -40 to 85°C -40 to 85°C -40 to 85°C -40 to 85°C -40 to 85°C

52
EXTREMELY RUGGED, ISOLATED, IP67 RATED, FAST, PRECISE AND DISTRIBUTABLE DATA ACQUISITION SYSTEM WITH EtherCAT® AND USB INTERFACE
FOR TESTING IN HARSH ENVIRONMENT.
SIRIUS® WATERPROOF
SIRIUS®WATERPROOF
UNIVERSAL ANALOG INPUTS
Universal analog amplifiers can accept
voltage and full/half/quarter bridge
signals natively as well as IEPE, charge,
thermocouples, RTD, current, resistance
and LVDT signals with the use of DSI
adapters.
IP67 DEGREE OF PROTECTION
SIRIUS waterproof is designed for testing
in extremely harsh environments. The
unit is waterproof, dustproof and can
withstand shocks up to 100G.
DIGITAL/COUNTER/ENCODER
INPUTS
Each channel is capable of 3x digital
inputs, 1x event counter, encoder,
frequency and angle measurement uses
SENSOR POWER SUPPLY
Each channel provides power for sensor
excitation.
FULLY SYNCHRONIZED
Each channel, either analog, digital or
CAN is synchronized with microsecond
accuracy.
160 DB DYNAMIC RANGE
With our DualCoreADC® technology
all analog inputs boost dual 24-bit
delta-sigma with an anti-aliasing filter,
achieving astonishing 160 dB dynamic
range in time and frequency domain with
200 kHz sampling rate per channel.
-40 TO 60 °C
Extreme testing means extreme
temperatures. SIRIUS waterproof is ready.
HIGH ISOLATION
High channel-to-channel and channel-
to-ground isolation prevents damage to
the systems from excessive voltage and
avoids ground loops.
RUGGED MODULES CONFIGURATION EXAMPLES:
SIRIUSiwe 8xSTGM 8-channel, universal strain gage amplifiers
SIRIUSiwe 6xSTGM, 2xSTGM+
8-channel universal strain gage amplifier with two
counter inputs
SIRIUSiwe 16xHD-STGS 16 channel universal strain gage input

53
EXTREMELY RUGGED, IP67 RATED DATA LOGGER AND POWERFUL DATA PROCESSING COMPUTER.
THE PERFECT COMPANION FOR YOUR SIRIUS® WATERPROOF DAQ SYSTEM.
WATERPROOF SBOX®
SBOX® WATERPROOF
EtherCAT® INTERFACE
Built-in EtherCAT® interface port with
synchronization for EtherCAT® DAQ
devices.
100 HZ GPS WITH RTK
straight into SBOX waterproof.
IP67 LEVEL PROTECTION
SBOX waterproof is designed for testing
in extremely harsh environments. The
unit is waterproof, dustproof, and can
withstand shock up to 100G.
-40 TO 50 °C
Extreme testing means extreme
temperatures. SBOX waterproof is ready.
3 NETWORK INTERFACES
Two gigabit LAN ports and wireless
WLAN interface with external antenna
ensure maximum connectivity.
HIGHLY RELIABLE SSD
STORAGE
SBOX waterproof provides highly reliable
data recording with typical 180 MB/sec
write speeds straight into its fast, reliable
solid state drive.
5 USB PORTS
SBOX includes five USB 2.0 ports. All USB
ports feature screw-lock connectors.
PERFORMANCE COMPUTER
With built-in Intel Core i7 CPU and 4GB
memory, SBOX waterproof is also very
capable computer for worry-free, real-
time data processing.

M O U N T I N G P L A T E S
D I S P L A Y S
V I D E O C A M E R A S
A C C E L E R O M E T E R S
A N G L E
S E N S O R S
C U R R E N T S E N S O R S
S I G N A L A D A P T E R S
ACCESSORIES, SENSORS & MORE

DSI ADAPTERS
TEDS equipped adapters that convert our DSUB9 universal signal conditioners into direct
IEPE, charge, thermocouple, shunt, voltage, LVDT or RTD inputs
DISPLAYS, VIDEO CAMERAS AND BATTERY PACKS
All you need for our data acquisition systems for stand-alone, in-vehicle or remote test and
measurement applications
GPS AND IMU DEVICES
High accuracy 100Hz GPS receivers and Inertial Measurement Units (IMU) with Real-time
Kinematics (RTK) support for the most precise position based test and measurement
applications
WIDE VARIETY OF SENSORS
Current clamps, transducers, accelerometers, angle sensors, microphones, and more
ACCESSORIES, SENSORS & MORE
B A T T E R Y P A C K S
V E H I C L E I N T E R F A C E S
A C T U A T O R S
M I C R O P H O N E S
P R E - B U I L T I N S T R U M E N T S

56
A F T E R
T E N Y E A R S
C U S T O M E R S
S T I L L
L O V E I T .

57
AWARD-WINNING VERSATILE USB DATA ACQUISITION SYSTEM WITH UNMATCHED PRICE/PERFORMANCE RATIO.
ALL IN COMPACT SMALL SIZE.
DEWE43A
DEWE43A
FULLY SYNCHRONIZED
Each channel, either analog, digital or
CAN is synchronized with microsecond
accuracy.
UNIVERSAL ANALOG INPUTS
The DEWE-43A natively accepts analog
voltages and full bridge sensors. With
DSI adapters it can even interface
with IEPE and charge accelerometers,
thermocouple and RTD temperature
sensors, half and quarter bridge
configurations, current, resistance, and
LVDT sensors. The sample rate is up to
200 kS/s/ch using sigma-delta 24-bit
ADCs.
ISOLATED CAN INPUTS
High speed CAN 2.0b channels with 1
Mbit/sec data throughput with additional
support for CCP, OBDII, J1939, and CAN
output. And all full isolated.
ISOLATED POWER SUPPLY
The DEWE-43A power supply is internally
isolated, completely preventing ground
loops.
COUNTER/ENCODER/DIGITAL
INPUTS
Each of the 8 counter inputs can be
used as 3x digital inputs, 1 event
counter, encoder, period, pulse-width,
duty-cycle. Precise frequency and
angle measurement use patented
SuperCounter® technology.
SENSOR POWER SUPPLY
Each channel provides power for sensor
excitation.

58
ACCESSORIES
TEDS EQUIPPED ADAPTERS THAT TURN SIRIUS®, KRYPTON® OR IOLITE® DSUB9 VOLTAGE OR STRAIN ANALOG INPUT INTO A TRUE UNIVERSAL INPUT
SUPPORTING A WIDE VARIETY OF SIGNALS.
DSI® ADAPTERS
DSI® ADAPTERS
DSI-ACC, DSI-ACC-0.16HZ,
DSI-ACC-20MA:
Adapters for connecting IEPE sensors.
DSI-CHG:
Adapter for connecting charge sensors.
DSI-CHG-DC:
Adapter for connecting charge sensors
with high input range and large time
constant.
DSI-RTD:
Adapter for connecting DSI RTD
temperature sensors (Pt100, Pt200,
Pt500, Pt1000, Pt2000).
DSI-TH-K, TH-J, TH-T, TH-C:
Adapter for connecting thermocouples.
DSI-V-200, DSI-V-20:
Adapter for extending voltage range of
amplifiers.
DSI-LVDT:
Adapter for connecting LVDT sensors.
DSI-20MA, DSI-5A, DSIi-10A,
DSIi-20A:
Adapters for current measurements.

59
ACCESSORIES
MOUNTING PLATES
MOUNTING PLATES
DS-MOUNT-1
This mount can be used to mount SIRIUS
data acquisition systems and SBOX data
processing computers to the wall, floor or
any other flat surface.
DS-MOUNT-2
General top mount for SIRIUS data
acquisition systems and/or SBOX data
loggers. Mount can be used to fit small
instruments, such as DS-CAN2, or any
accessory that needs to be firmly fixed to
the DAQ system.DS-MOUNT-2K
Top mounting plate for binding KRYPTON
DAQ modules to SIRIUS and MINITAURs
data acquisition systems, SBOX data
loggers and battery packs.
DS-MOUNT-19
Mounting plate for fitting SIRIUS and
SBOX data loggers into a 19˝ rack cabinet.
DS-MOUNT-DISP-12
Mount that fits DS-DISP-12, our 12’’multi-
touch LED screen DS-DISP-12, on a SIRIUS
or SBOX slice.
VIBISO MOUNT
The VibIso mount provides a vibration-
isolated base for SIRIUS waterproof and
SBOX waterproof DAQ instruments.
Measurement units which are mounted
on the Viblso mount are suspended
on rubber dampers which isolate
instruments from high-frequency
vibrations for extreme conditions.

60
ACCESSORIES
DISPLAYS AND BATTERY PACKS
DISPLAYS AND BATTERY PACKS
DS-DISP12
Rugged, high brightness and resolution
LED display for mobile, in-vehicle test and
measurement applications.
DS-BP2I, DS-BP4I
Hot-swappable Li-ion battery solutions
with the best weight-to-energy ratio (90
Wh for BP2i, and 180 Wh for BP4i).

61
INTERFACES & SENSORS
HIGH-SPEED AND RUGGED VIDEO CAMERAS WITH FULL SYNCHRONIZATION CAPABILITY AND REAL-TIME PICTURE COMPRESSION.
DS-CAM VIDEO CAMERAS
DS-CAM VIDEO CAMERAS
REAL-TIME COMPRESSION
Dewesoft offers real-time or offline
compression and video streaming
directly to computer’s hard drive.
HIGH-SPEED VIDEO
DS-CAM cameras offer high frame rates
with continuous storage. Lowering the
resolution you can achieve even higher
speeds.
DIRECT X CAMERA SUPPORT
Free support for all DirectX compatible
cameras. Video from this cameras will
be software synced to analog and other
sources with ~10ms accuracy.
HIGH SPEED VIDEO CAMERA
Extreme high speed video cameras from
Photron are directly supported and
perfectly synchronized to other data.
THERMOVISION CAMERAS
Supports FLIR infrared thermal cameras.
VIDEO POST SYNC
Any video file from additional cameras
can be synchronized in analysis mode
and merged with Dewesoft data files.
SYNCHRONIZED TO ANALOG
Cameras offer hardware synchronization
link to all analog data acquisition
instruments. Video and analog data is
synchronized frame by frame.
IP67 LEVEL PROTECTION
Some camera models are available in
IP67 version. Fully waterproof, dustproof
and ready for applications in harsh
environments.
A D D I T I O N A L C A M E R A S U P P O R T

62
HIGH ACCURACY 100HZ GPS RECEIVERS AND INERTIAL MEASUREMENT UNITS (IMU) WITH REAL-TIME KINEMATICS (RTK)
SUPPORT FOR THE MOST PRECISE POSITION BASED TEST AND MEASUREMENT APPLICATIONS.
GPS AND IMU DEVICES
GPS AND IMU DEVICES
USB, CAN, RS232
GPS instruments offer various data
connection interfaces from USB, CAN and
RS232.
INERTIAL
MEASUREMENT UNITS
Very rugged IMU units which in addition
to GPS receivers have an integrated 3-axis
accelerometer and 3-axis gyroscope to
improve dead reckoning and offer IP67
degree of protection.
RTK 2 CM ACCURACY
Optional RTK upgrade of all GPS and IMU
units, improving positioning accuracy
down to 2 cm.
DS-GPS-
CLOCK
DS-VGPS-
HS/HSC
DS-IMU1 DS-IMU2 DS-GYRO
NAVIGATION
Standalone/SBAS/RTK
(horizontal positioning)
2.5 / 1 / - m
1.2 / 0.8 /
0.02 m
2 / - / 0.02 m
1.2 / 0.5 /
0.01 m
-
Velocity accuracy 0.05 m/s 0.02 m/s 0.05 m/s 0.007 m/s -
Roll & Pitch accuracy
(dynamic)
- - 0.1 ° 0.1 ° 0.6 °
Heading accuracy
(dynamic with GNSS)
- - 0.2 ° 0.1 ° 1.0 °
Slip angle accuracy - - 0.3 ° 0.1 ° -
Output data rate 10 Hz 100 Hz 100 Hz 500 Hz 500 Hz
GNSS
Supported navigation
systems GPS L1,
GLONASS
L1
GPS L1, L2*
GLONASS
L1, L2*
GPS L1,
GLONASS L1,
GALILEO E1,
BeiDou L1
GPS L1, L2*, L5*
GLONASS L1,
L2*, GALILEO
E1, E5, BeiDou
B1, B2
-
Supported SBAS
systems
SBAS L1
WAAS,
EGNOS,
MSAS,
GAGAN,
QZSS
-
WAAS, EGNOS,
MSAS, GAGAN,
QZSS, Omnistar
HP/XP/B2,
Trimble RTX
-
ADDITIONAL FEATURES
Dual antenna heading - - -  -
RTK positioning -    -
HARDWARE
Operating voltage 5 V
*USB
powered
9 to 36 V
5 to 36 V
*USB powered
9 to 36 V
5 to 36 V
*USB powered
Operating temperatures -5 °C to
75 °C
0 °C to 60 °C -40 °C to 85 °C -40 °C to 85 °C -40 °C to 85 °C
INERTIAL SENSORS
Accelerometer Gyroscope Magnetometer
Range (dynamic)
- - 2g, 4g, 16g
250 °/s, 500 °/s,
2000 °/s
2g, 4g, 8g
Noise density - - 150 μg/√Hz 0.009 °/s/√Hz 210 μg/√Hz
Non-linearity - - < 0.05 % < 0.05 % < 0.05 %
Bias stability - - 60 μg 3 °/hr -

63
MULTICHANNEL USB AND SINGLE CHANNEL ETHERCAT® CAN BUS.
SOFTWARE WITH SUPPORT FOR OBDII, J1939, XCP/CCP, CAN TRANSMIT AND DBC FILES.
CAN INTERFACES
CAN INTERFACES
PLUG-AND-PLAY CAN
INTERFACES
Robust and easy to use interfaces.
Connect your CAN device to the USB
port of any laptop or PC, or to any SBOX
or KRYPTON CPU computer. The device
will be recognized automatically, and be
ready to use in a moment.
RAW DATA ANALYZER
Graphical interface for easy CAN
decoding and finding signals without a
CAN DBC.OBDII AND J1939 SUPPORT
CAN interfaces have XCP/CCP, OBDII,
J1939 and other standard support. DBC AND ARXML FILE
SUPPORT
Included Dewesoft X software enables
import of DBC or ARXML files which will
automatically set the CAN channel list.
CAN FD, XCP,
FLEXRAY AND LIN
Using third party hardware, additional
interfaces are supported.
1, 2, 4 OR 9 CAN PORTS
Multiple CAN devices can be connected
together to expand to more CAN ports.
HIGH-SPEED ISOLATED CAN
Each CAN port on any CAN device is
isolated and utilizes high speed CAN 2.0B
standard.
FANLESS CHASSIS AVAILABLE
2 and 4 port CAN port are fanless by
default, and even the 9 port CAN device
can also be built into a fanless aluminium
chassis with IP50 degree of protection
for worry-free CAN acquisition in harsh,
dusty environments.

64
HIGH-ACCURACY SENSORS FOR AC/DC CURRENT MEASUREMENT AND POWER ANALYSIS. FROM CURRENT CLAMPS, HIGH-PRECISION ZERO FLUX
CURRENT TRANSDUCERS, SHUNTS AND ROGOWSKI COILS.
CLAMPS & TRANSDUCERS
CLAMPS & TRANSDUCERS
AC/DC CURRENT
MEASUREMENT
Dewesoft offers high-accuracy zero-flux
current transducers, Rogowski coils,
current clamps and shunts for AC and/or
DC current measurement.
HIGH ACCURACY
Highly precise zero flux current
transducers or fluxgate compensated
clamps are a perfect fit for most
demanding power measurements
for E-mobility and inverter motors
application.
INTEGRATED SENSOR
POWER SUPPLY
Current clamps and zero-flux transducer
can be powered straight from the DAQ
instrument like R2DB, R8 or with external
SIRIUS slice compatible chassis.
UP TO 30 000 AMPS
Dewesoft offers a very wide range of
current measurement ranges up to 30
000 (30 thousand) amps.
FLEXIBLE
There are more than 1000 different
current sensors available on the market.
If you want to connect your own or other
sensors we are happy to help you here.
Dewesoft instruments allow connecting
any type of current transducers.
-40°C TO +85°C
Dewesoft offers current transducers with
wide temperature range - ideal for winter
testing (-40°C) or summer testing (+85°C).

65
CURRENT TRANSDUCERS
CURRENT TRANSDUCERS
IT 60-S IT 200-S IT 400-S IT 700-S IT 1000-S IN 1000-S IN 2000-S
Primary Current Range
DC,
RMS Sinus
60 A 200 A 400 A 700 A 1000 A 1000 A 2000 A
Overload Ability
Short Time (100 ms)
300 Apk 1000 Apk 2000 Apk 3500 Apk 4000 Apk 5000 Apk 10000 Apk
Max. burden resistor
(100 % of Ip)
10 ohm 10 ohm 2.5 ohm 2.5 ohm 2.5 ohm 4 ohm 3.5 ohm
di/dt (accurately
followed)
> 25 A/µs > 100 A/µs > 100 A/µs > 100 A/µs > 100 A/µs > 100 A/µs > 100 A/µs
Temperature influence < 2.5 ppm/K < 2 ppm/K < 1 ppm/K < 1 ppm/K < 1 ppm/K < 0.3 ppm/K < 0.1 ppm/K
Output Ratio 100 mA at 60 A 200 mA at 200 A 200 mA at 400 A 400 mA at 700 A 1 A at 1000 A 666 mA at 1000 A 1 A at 2000 A
Bandwidth (0.5 % of Ip) DC ... 800 kHz DC ... 500 kHz DC ... 500 kHz DC ... 250 kHz DC ... 500 kHz DC ... 440 kHz DC ... 140 kHz
Linearity < 0.002 % < 0.001 % < 0.001 % < 0.001 % < 0.001 % < 0.003 % < 0.003 %
Offset < 0.025 % < 0.008 % < 0.004 % < 0.005 % < 0.005 % 0.0012 % 0.0012 %
Frequency Influence 0.04 %/kHz 0.06 %/kHz 0.06 %/kHz 0.12 %/kHz 0.06 %/kHz 0.1 %/kHz 0.1 %/kHz
Angular Accuracy
< 0.025°
+ 0.06°/kHz
< 0.025°
+ 0.05°/kHz
< 0.025°
+ 0.09°/kHz
< 0.025°
+ 0.18°/kHz
< 0.025°
+ 0.09°/kHz
< 0.01°
+ 0.05°/kHz
< 0.01°
+ 0.075°/kHz
Rated isolation voltage
rms,
single isolation
CAT III, pollution deg. 2
IEC 61010-1 standards
EN 50178 standards
2000 V
1000 V
2000 V
1000 V
2000 V
1000 V
1600 V
1000 V
300 V
300 V
1000 V
-
1000 V
-
Test voltage 50/60 Hz,
1 min
5.4 kV 5.4 kV 5.4 kV 4.6 kV 3.1 kV 4.2 kV 6 kV
Inner diameter 26 mm 26 mm 26 mm 30 mm 30 mm 38 mm 70 mm
Dewesoft Shunt 5 ohm 5 ohm 2 ohm 2 ohm 1 ohm 1 ohm 1 ohm

66
CURRENT CLAMPS AC/DC
CURRENT CLAMPS AC/DC
DS-CLAMP-
200DC
DS-CLAMP-
500DC
DS-CLAMP-500DCS
DS-CLAMP-
1000DC
DS-CLAMP-
150DC
DS-CLAMP-
150DCS
DS-CLAMP-1800DC
Type Flux Gate sensor Flux Gate sensor Flux Gate sensor Flux Gate sensor Hall sensor Hall sensor Hall sensor
Range 200A DC or ACrms 500 ADC or AC rms 500 ADC or AC rms 1000 ADC or AC rms 150 A rms /
300 A peak
150 A rms /
300 A peak
1800A DC or ACrms
Bandwidth DC to 500 kHz DC to 100 kHz DC to 200 kHz DC to 20 kHz DC to 100 kHz DC to 100 kHz DC to 20 kHz
Accuracy 0.3 % of reading 0.3 % of reading 0.3 % of reading 0.3 % of reading 1 % + 2 mA 1 % + 2 mA 0 - 1000 A: ±2.5 % of reading ±0.5 A
1000 - 1500 A: ±3.5 % of reading
1500 - 1800 A: ±5 % of reading
Phase ≤ 0.1 ° (up to 100 Hz) ≤ 0.1 ° (up to 100 Hz) ≤ 0.1 ° (up to 100 Hz) ≤ 0.1 ° (up to 100 Hz) - - -
TEDS Fully supported Fully supported Fully supported Fully supported Fully supported Fully supported Fully supported
Sensitivity 10 mV/A 4 mV/A 4 mV/A 2 mV/A 20 mV/A 20 mV/A 1 mV/A
Resolution ±1 mA ±1 mA ±1 mA ±1 mA ±1 mA ±1 mA ±200 mA
Overload
Capability
500 A (1min) 1000 A DC 720 A DC 1700 A DC 500 A DC (1min) 500 A DC (1min) 2000 A DC (1min)
Dimensions
(Ø opening)
153 x 67 x 25 mm
(Ø 20 mm)
238 × 116 × 35 mm
(Ø 50 mm)
153 x 67 x 25 mm
(Ø 20 mm)
238 x 114 x 35 mm
(Ø 50 mm)
205 x 60 x 15 mm
( (Ø 32 mm)
106 x 100 x 25 mm
( (Ø 25 mm)
205 x 60 x 15 mm
(Ø 32 mm)

67
CURRENT CLAMPS AC / ROGOWSKY COILS AC
CURRENT CLAMPS AC / ROGOWSKY COILS AC
DS-CLAMP-5AC DS-CLAMP-15AC DS-CLAMP-200AC
DS-CLAMP-
1000AC
Type Iron-Core Iron-Core Iron-Core Iron-Core
Range 5 A 15 A 200 A 1000 A
Bandwidth 5 kHz 10 kHz 10 kHz 10 kHz
Accuracy
1 - 12 A:
± 0,5 % of reading
0.5 - 1 A:
± 1 % of reading
5 mA - 0,5 A:
± 2 % of reading
1% for currents of
1 - 15 A
2.5% for currents
< 1 A
1% for currents of
100 - 240 A
2,5% for currents
of 10 - 100 A
3,5% for currents
of 0,5 - 10 A
0,3% for currents
of 100A - 1200 A
0,5% for currents
of 10A - 100 A
2 % for currents
< 1A
Phase
1 - 12 A: ± 1 °
0.5 - 1 A: ± 1 °
5 mA - 0.5 A: ± 2 °
≤ 3° for currents of
1 - 15 A
≤ 5° for currents
< 1 A
≤ 2,5° for currents
of 100 - 240 A
≤ 5° for currents
of 10 - 100 A
not specified for
currents of 0,5
- 10 A
0,7° for currents of
100A - 1200 A
1° for currents of
10A - 100 A
not specified for
currents of < 1A
TEDS Fully Supported Fully Supported Fully Supported Fully Supported
Sensitivity 100 mV/A 100 mV/A 10 mV/A 1 mV/A
Resolution - 0.01 A 0.5 A 0.001 A
Overload Capability - Crest Factor of 3 Crest Factor of 3
1200 A for 40
minutes
Dimensions
(Clamp opening)
102 x 34 x 24 mm
(Ø 15mm)
135 x 51 x 30 mm
(Ø 22mm)
135 x 51 x 30 mm
(Ø 22mm)
216 x 111 x 45
mm (Ø 53mm)
Other Current Transducers for AC and DC measurement from 300 mA up to 4000 A on request.
DS-FLEX-3000-17 DS-FLEX-3000-35
DS-FLEX-3000-
35-HS
DS-FLEX-3000-80
DS-
FLEX-30000-120
Type Rogowski coil Rogowski coil Rogowski coil Rogowski coil Rogowski coil
Range
3 A, 30A, 300 A,
3000 A
3 A, 30A, 300 A,
3000 A
3000 A
3 A, 30A, 300 A,
3000 A
3 A, 300 A, 3000
A, 30000 A
Bandwidth
3 A: 10 Hz to 10
kHz
Others: 10 Hz to
20 kHz
3 A: 10 Hz to 10
kHz
Others: 10 Hz to
20 kHz
5 Hz - 1MHz
3 A: 10 Hz to 10
kHz
Others: 10 Hz to
20 kHz
3 A: 10 Hz to
5 kHz
Others: 10 Hz to
20 kHz
Accuracy ≤1,5 % ≤1,5 % ≤1,5 % ≤1,5 % ≤1,5 %
Coil
Length
170 mm
(Ø 145 mm)
350 mm
(Ø 100 mm)
350 mm
(Ø 100 mm)
800 mm
(Ø 250 mm)
1200 mm
(Ø 380 mm)
TEDS Not Supported Not Supported Fully Supported not supported Not Supported
DSIi-10A DSIi-20A DS-SHUNT-05
Type Current Transducer Current Transducer Shunt
Current range 10 AC/DC 20 AC/DC 5A
Bandwidth 100 kHz 100 kHz -
Accuracy 0.3% 0.3% 0,1%
Resistance - - 50 mOhm

68
ACCELEROMETERS
ACCELEROMETERS
I1T-50G-1 13TI-50G-1 I1TI-50G-2 C1T-100G-1 I1TI-500G-1 I1AI-500G-1 I3T-50G-1
Number
of axis
1 3 1 1 1 1 3
Sensitivity 100 mV/g 100 mV/g 100 mV/g 50 pC/g 10 mV/g 10 mV/g 100 mV/g
Range
50 g 50 g 50 g 100 g 500 g 500 g 50 g
Type
IEPE IEPE IEPE Charge IEPE IEPE IEPE
Frequency range
+/- 5 %:
0.3 to 5000 Hz
+/- 10 %:
2 to 5000 Hz
+/- 10 %:
0.3 to 10 000 Hz
+/- 8 %:
up to 5000 Hz
+/- 10 %:
1 to 10 000 Hz
+/- 10 %:
1.1 to 10 000 Hz
+/- 10 %:
0.3 bis 10 000 Hz
TEDS
yes yes no no yes yes yes
Features
Miniature size Case isolated, triaxial Case isolated, industrial High temperature Case isolated, modal Ultra-miniature Low noise, triaxial
Dimensions
10.2 x 10.2 x 10.2 mm 1 5.5 x 15 x 15 mm 17.5 x 42.2 mm 12.7 x 24.4 mm 19.4 x 12.7 x 16.1 mm 9 x 6 mm 12 x 12 x 11 mm
Weight
4.3 g 10 g 44 g 25 g 10 g 2 g 5.6 g
Temperature
range -51 °C … +85 °C -51 °C … +85 °C -51 °C … +121 °C -51 °C … +191 °C -40 °C … +85 °C -51 °C … +121 °C -51 °C … +82 °C

69
ANGLE SENSORS
ANGLE SENSORS
DS-TACHO2 DS-TACHO3 DS-TACHO4
Light source LED Laser (red class 2) LED
Housing Stainless steel Stainless steel Stainless steel
Cable length 2.5m cable 2.5m cable 5m optical fiber and trigger box
Frequency range Up to 4kHz Up to 4kHz up to 1MHz
Distance to object Up to 1m Up to 7.5m from 1-10 mm
Power supply 3-15VDC, 45mA 3-15VDC, 45mA 10-30VDC
Operating
temperature
-10°C to +70°C -10°C to +70°C -10°C to +70°C
Dimensions 73mm length, 16mm diameter 73mm length, 16mm diameter M6 x 20mm with 2.5m cable
Connector
L1B7m connector for SIRIUS
and DEWE-43 counter input
Accessories 30cm reflector band 30 cm reflector band
1m reflector band
with 2mm black/white grid
DS-TACHO1- tacho level adapter
Description
Converts analog tacho signal to
digital signal
with adjustable trigger level
Trigger/re-trigger
level
±10 mV … ±2 V
(adjustable with screwdriver)
Max input voltage ±50 Vdc, ±100 Vac
Power supply
output
5VDC
(max current depending on used
Dewesoft device: e.g. DEWE-
43:max 800 mA)
TACHO LEVEL CONVERTERTACHO SENSORS

70
MICROPHONES
MICROPHONES
SOUND INTENSITY PROBEMICROPHONES
46AE - 1/2”CCP
Free-field Standard
Microphone Set
146AE - 1/2’’CCP
Free-field Rugged
Microphone Set IP67
46BE 1/4”CCP
Free-field Standard
Microphone Set w/o
cable
46DE 1/8’’CCP
Pressure Standard
Microphone Set
Frequency range
(±1 dB)
5-10 kHz 5-10 kHz 10-40 kHz 10 - 25 kHz
Frequency range
(±2 dB)
3.15-20 kHz 3.15-20 kHz 4-80 kHz 6.5 - 70 kHz
Dynamic range
lower limit with
GRAS preamplifier
17 dB(A) 18 dB(A) 35 dB(A) 52 dB(A)
Dynamic range
upper limit
with GRAS CCP
preamplifier
138 dB 138 dB 160 dB(A) 174 dB
Set sensitivity @ 250
Hz (±2 dB)
50 mv/Pa 50 mV/Pa 3.6 mV/Pa /
Set sensitivity @ 250
Hz (±3 dB)
/ / / 0.8 mV/Pa
IEC 61094-4
Compliance
WS2F WS2F WS3F
manufactured within
same tolerances
Temperature range,
operation
-30 to 85 °C -40 to 125 °C -30 to 85°C -30 to 70°C
Temperature range,
storage
-40 to 85 °C -40 to 85 °C -40 to 85°C -40 to 85°C
TEDS yes yes yes yes
Weight 33 g 35 g 8 g 7 g
50GI-R CCP
Intensity Probe with Remote Control
Sound-intensity
microphone pair
40GK, phase-matched
½" Free-field
Preamplifiers 26CB Phase-matched
Frequency response
and phase-matching
IEC 61043 class 1
Frequency range
(±2 dB)
IEC 61043 Class 1
Frequency range with
100 mm spacer
30 Hz – 1 kHz
Frequency range with
50 mm spacer
80 Hz – 1.5 kHz
Frequency range:
with 25 mm spacer
120 Hz – 5 kHz
Frequency range:
with 12 mm spacer
200 Hz – 10 kHz
TEDS yes
Weight 400g
MODAL HAMMER
IH-440N-1
Number
of axis
1
Sensitivity
50 mV/lbf
(=11,24 mV/N)
Range 100 lbf (=444,82 N)
Type IEPE
Frequency range
75 kHz resonance
frequency
TEDS yes
Features
modal hammer
with TEDS
Dimensions 221 x 71 mm
Weight 100 g (head)
Temperature
range
-40 °C … +65 °C

71
ACTUATORS
ACTUATORS
SHAKERS
Modal Shaker
MS-20 MS-100 MS-250 MS-440
Output Force
(Sinus)
20 N 100 N 250 N 440 N
Frequency
range
0 – 12 kHz 0 – 8 kHz 0 – 5 kHz 0 – 5 kHz
Displacement
(Pk-Pk)
5 mm 10 mm 25 mm 25 mm
Max
Acceleration
40 g 60 g 100 g 100 g
Amplifier
(Integrated,
External)
I I E E
Permanent Magnet Shaker
PM-20 PM-100 PM-250 PM-440
Output Force
(Sinus)
20 N 100 N 250 N 440 N
Frequency
range
0 - 12 kHz 0 – 8 kHz 0 – 5 kHz 0 – 5 kHz
Displacement
(Pk-Pk)
5 mm 10 mm 25 mm 25 mm
Max
Acceleration
30 g 45 g 80 g 80 g
Amplifier
(Integrated,
External)
I I E E
Inertial Shaker
IS-5 IS-10 IS-20 IS-40
Output Force
(Sinus)
5 N 10 N 20 N 40 N
Frequency range 10-1000Hz 10-3000 Hz 10-3000 Hz 10-3000 Hz
Displacement
(Pk-Pk)
1 mm 5 mm 8 mm 12 mm
Total mass 0,06 kg 0,24 kg 0,3 kg 1,2 kg
Amplifier
(Integrated,
External)
E E E E
• Embedded power amplifier and signal generator for
PM-20, PM-100
• Lightweight, durable, portable and easy to use
• Adjustable trunnion base provides high degree of
flexibility
• Broad frequency range
• Compact and lightweight design
• Superior low frequency performance
• Any angle mounting
• Low friction bearing guided
• Embedded power amplifier and signal generator for
MS-20, MS-100
• Modal stinger can be easily adjusted by the through-
hole armature
• Lightweight, durable, portable and easy to use
• Adjustable trunnion base provides high flexibility
• Up to 25mm stroke and broad frequency range

R E A L - T I M E C O N T R O L F R O N T - E N D
F U L L Y S Y N C H R O N I Z E D I N P U T S
S T O R I N G DATA RECORDING &
CONTROL
S T R A I N
T E M P E R A T U R E
D A T A A N A L Y S I S
V O L T A G E

DATA RECORDING & CONTROL
TRIGGERED TRANSIENT RECORDING
Vast variety of trigger conditions can be set for capturing transients.
NETWORKED DATA ACQUISITION
Systemscanbeeasilycombinedtogethertocreatelargearrayofchannelsforlargesttestsperformed
in the industry.
ALL APPLICATIONS AND INDUSTRIES
Automotive, Aerospace, Industrial ... whether it’s a few channels or thousands.
PARALLEL REAL TIME CONTROL INTERFACE
In parallel-to-lossless data acquisitions all signals are available in real time to act as front-end of
control systems.
SYNCHRONIZED DATA RECORDING FROM A WIDE VARIETY OF SOURCES
Alldatasources:analog,vehicleinterfaces,inertial,videoandmakeothersareperfectlysynchronized
and recorded simultaneously.
C A P T U R E D A T A T O N E T W O R K
E T H E R C A T C O N T R O L A N D A C Q U I S I T I O N
S C A L A B L E T O H U N D R E D S O R T H O U S A N D S O F C H A N N E L S

74
SYNCHRONIZED DATA RECORDING FROM VARIOUS SOURCES
TESTING ISN’T JUST ANALOG INPUTS FROM ONE SOURCE ANY MORE. TODAY’S COMPLEX TESTS CAN INVOLVE OUTPUTS FROM INERTIAL
PLATFORMS, BUS DATA (CAN, ARINC, ETC.), VIDEO, AND SO MUCH MORE. ONLY DEWESOFT PUTS IT ALL TOGETHER, SYNCHRONOUSLY.
FULLY SYNCHRONISED
Data from various sources are perfectly
aligned. Analog, Digital, Counter, vehicle
buses, Video ...
AWARD WINNING
DEWESOFT X3
One software for all measurement
applications. Easy to use, fast learning
curve, no programming needed.
NO HIDDEN COSTS
Free lifetime software upgrades, no
maintenance fees, free online training
courses.
TOTAL SOLUTION
Dewesoft hardware and software
forms total solution for all test and
measurement applications.
EASY TO USE AND VERSATILE
Get your measurements in 30 seconds.
MODULAR AND EXPANDABLE
Systems can be gradually expanded from
one to thousands of channels for any
measurement challenge.
PLUG AND PLAY
Any device, sensor or signal.
BATTERY VOLTAGE
TEMPERATURES
STRAIN
VIDEO
ACCEL.
TORQUE
FORCES,
DEFORMATIONS
INERTIAL
PLATFORM
POWER OF
EACH MOTOR
PRIMARY
POWER
CAN
BUS

75
REAL
TIME
<1m
sec
REAL-TIME CONTROL SYSTEM FRONT-END
DATA ACQUISITION, CONTROL SYSTEM FRONT-END FOR ROCKET AND AIRCRAFT PROTOTYPE AND PRODUCTION TESTING.
COST SAVING
Conditioned data are sent digitally,
reducing complexity and eliminating
conversion and re-conversion errors and
inefficiencies.
REAL TIME OUTPUT
Measured data can be transmitted in
real time to test bench control systems
(such as the Syclone from Clemessy) with
latencies below 1 ms using a second
EtherCAT® output, fully parallel with the
data acquisition. This greatly reduces
system complexity and costs - and
improves results.
DATA MONITORING
Test operators can monitor the tests
from a safe distance using Dewesoft NET
distributed technology.
FLEXIBLE CONFIGURATION
More than 1000 simultaneous channels –
and extreme storage speeds.
TIME SAVING
By using one system for data acquisition
and control, the time required to setup
test bench is reduced typically by 40%
compared to traditional methods.
ALL-IN-ONE SYSTEM
Performance testing, vibration, noise,
order tracking, balancing, power analysis,
thermal and stress testing – these are just
a few Dewesoft application areas.
DAQ DEVICE
ERP, MES, SCADADEWESOFT FILE
SENSORS
REAL-TIME DATA
EtherCAT®
EtherCAT®
CONTROL FEEDBACK
CONTROLLER
SOFTWARE
ACTUATORS
UNIT UNDER TEST
Clemessy
Syclone
Beckhoff
TwinCat
Acontis
MTS®
Flextest®
AVL PUMA
Instron
....
OPC UA

76
HIGH CHANNEL COUNT DATA RECORDING
DEWESOFT SYSTEM ARE WIDELY USED FOR DATA ACQUISITION FOR LAUNCH PLATFORMS ALL AROUND THE WORLD.
MASTER CLIENT
REAL TIME VIEW CLIENTS
Data can be observed in real-time by any
number of view clients, located anywhere
on the network.
DISTRIBUTED DATA
RECORDING
Virtually unlimited number of channels,
synchronized to any external time
source. Example: install systems with
small or large channel counts at different
locations (launch gantry, control room,
etc.) and stream data in real-time to a
central client. Data are also stored locally
in case of network fault, and can be re-
synchronized with the central data.
UNLIMITED CHANNEL COUNT
Dewesoft systems can acquire data
from thousands of channels from
any combination of sensors – even at
extremely high sample rates.
RUGGED SYSTEMS
Dewesoft systems are qualified to be
used in most rugged conditions with
high temperature, shock and vibration.
VIEW CLIENT
VIEW CLIENT
...
DEWESOFTNET
SIRIUS® R8
KRYPTON® 1
SIRIUS® R8
SIRIUS® R8
KRYPTON®
[LONG DISTANCE]
LAN

77
DEWESOFT CAN ACQUIRE HIGH-SPEED DATA FROM TRANSIENT EVENT INCLUDING LIGHTNING, POWER SUPPLY INTERRUPTION, BLAST AND
EXPLOSION TESTING.
HIGH SPEED AND TRANSIENT RECORDING
VARIOUS SOURCES
Dewesoft can acquire high-speed video
and other data sources with perfect
synchronization.
BALLISTICS AND MUNITIONS
TESTING
These applications typically require
synchronization of a variety of data
sources, including pressure sensors, and
other sensors distributed at the impact
site. Dewesoft can synchronize remote
and local measurements, and even
integrate high-speed video with the data.
STREAMING
When there’s no way to predict the
trigger event in advance, data can be
streamed continuously to disk, at speeds
up to and beyond 500 MB/sec! This is
also ideal for unrepeatable events like
spacecraft launch, or destructive tests.
ROBUST, ISOLATED
CONDITIONING
Dewesoft signal conditioners acquire
voltage, IEPE, charge, strain, high voltage
or current signals – and all fully isolated
from other channels and ground.
TRANSIENT RECORDING
Advanced triggering capabilities in every
Dewesoft system allow you to capture
any event.

E L E C T R I C V E H I C L E S
S C A L A B L E
P R E C I S EH I G H B A N D W I D T H > 1 M H Z
H I G H P R E C I S I O N : < 0 . 0 3 %
H I G H I S O L A T I O N : 1 6 0 0 V D C
E N 5 0 1 6 0
POWER

POWER
FLEXIBLE AND SCALABLE
Dewesoft is much more than just a power analyzer. All other capabilities of Dewesoft are
just a click away, such as mechanical measurements or combustion analysis
HIGHLY ACCURATE
Though extremely small, the Dewesoft power analyzer is highly accurate - 0,03% accuracy
SMALLEST FOOTPRINT
SIRIUS® technology allows us to build the smallest power analyzer in the world
P O W E R Q U A L I T Y T E S T I N
P O W E R A N A L Y Z E
H Y B R I D A N A L Y Z E R
S M A L L E S T F O O T P R I N T

80
HIGH-SAMPLING RATE, HIGH-BANDWIDTH, AND HIGH-ACCURACY HARDWARE FOR POWER ANALYSIS ON ELECTRIC MOTORS, INVERTERS,
TRANSFORMERS, SWITCHES AND ANY OTHER ELECTRONIC EQUIPMENT. IN CONJUNCTION SENSORS CAN BE CONNECTED FOR TEMPERATURE,
VIBRATION, RPM AND TORQUE MEASUREMENT.
POWER ANALYZER
1600 V DC /
CAT II 1000 V/ CAT III 600 V
Direct input and acquisition of high
voltage signals.
CURRENT SENSORS
We offer high-accuracy current sensors
like zero-flux current transducers, AC/
DC current clamps, Rogowsky coils and
shunts with the power supply out of the
box.
1 MS/S SAMPLING RATE
Dewesoft data acquisition hardware
features high sampling rate amplifiers
with 1 MS per second sampling rate.
ADVANCED ONLINE AND
OFFLINE MATH PROCESSING
Dewesoft X includes an easy-to-use
mathematics engine. You can apply math
functions in real time, as well as during
post-processing.
FULLY ISOLATED
Our worry-free solution provides sensor
isolation (channel-to-ground), as well as
channel-to-channel isolation, and even
excitation isolation! Less noise, no ground
loops, and the best possible signal
quality.
0,03% ACCURACY
We offer high accuracy amplifiers
and sensors for voltage and current
measurement with accuracy as high as
0,03%.

81
ALL-IN-ONE SOLUTION
OUR POWER ANALYZER ISN’T JUST THE SMALLEST ONE IN THE WORLD - IT’S ALSO THE MOST CAPABLE.
FLEXIBLE HARDWARE COMBINED WITH DEWESOFT X CREATES A WHOLE NEW WORLD OF TESTING POSSIBILITIES
FOR ELECTRICAL MEASUREMENT APPLICATIONS.
HIGH PRECISION POWER
ANALYSIS
High-accuracy Dewesoft hardware
combined with Dewesoft X Power
software guarantees reliable
measurement results.
DISTRIBUTABLE
Several devices can be distributed
across the world and are still perfectly
synchronized for failure location analysis.
ALL-IN-ONE
Multiple power modules can be
integrated in a single device.
STATIC AND DYNAMIC
TESTING
Our sophisticated Power calculation
algorithms ensure amazing results during
both static and dynamic recording
conditions. Analysis of both low-speed
wind turbine power (<10 Hz), up to high-
speed electric vehicle motors (<3000 Hz)
is possible. Detailed analysis of period-
based values is also included.
RAW DATA
Raw Data is essential for detailed analysis
of your electric machine. Transients and
Oscillations can be captured continuously
or by a trigger condition. Power values
in conjunction with Raw data allow for
immediate anomaly detection.
SCOPE AND FFT
In addition to the power analysis other
useful tools and visualisations are Scope,
Vector Scope, Harmonic FFT, 2D FFT,
and 3D FFT. For example the 3D FFT
of a motor run-up will yield valuable
information about the behaviour of the
machine in a single plot.
POWER CALCULATIONS
The system will calculate more than 100
power parameters like P, Q, S, PF, cos phi
and many others. All these calculations
can be done online or in post-processing.
BATTERY INVERTER
DC POWER POWER MOTOR TORQUE / SPEED POWER LOAD

82
MEASURE ALL THE POWER QUALITY PARAMETERS ACCORDING TO IEC 61000-4-30 CLASS A. DO MORE DETAILED ANALYSES E.G.: RAW DATA
STORING, BEHAVIOUR AT FAULTS, CALCULATION OF ADDITIONAL PARAMETERS AND MORE.
POWER QUALITY ANALYZER
INTERHARMONICS & HIGHER
FREQUENCIES
Measure and analyze interharmonics and
higher frequencies. The higher frequency
parts can be grouped in 200 Hz bands
and/or 2000 Hz bands up to 150 kHz.
HARMONICS UP TO 150 kHz
Measure and analyze harmonics
for voltage, current and THD with
frequencies up to 150 kHz. All
measurements according to international
standards (e.g. IEC-61000-4-7). In addition
to the RMS values of each harmonic, the
phase angle, active power, reactive power
and the impedance are also calculated.
SYMMETRICAL COMPONENTS
Calculation of positive, negative and zero
sequence system for voltage, current as
well as for active, reactive and apparent
power.
FLICKER, FLICKER EMISSIONS
& RVCS
Automatic flicker and flicker emission
parameters calculation according to IEC-
61400-4-15 and IEC-61400-21 standards.
THD CALCULATION
Calculation of THD (overall harmonic
content) for voltage and current up to the
3000th order.
VOLTAGE, CURRENT
TEMPERATURE
VIBRATIONS

83
THE POWER ANALYSIS MODULE ALLOWS FOR COMPREHENSIVE TESTING OF RENEWABLE POWER GENERATION SOURCES LIKE WIND, SOLAR OR
COMBINED HEAT AND POWER (CHP) UNITS. PERFORM ALL OF THAT WITH A SINGLE INSTRUMENT.
WIND & SOLAR TESTING
POWER QUALITY ANALYSIS
Calculation of all required parameters like Harmonics,
Interharmonics, Higher Frequencies, THD, Unbalance,
Flicker coefficient, Flicker Emission and evaluation
according to international standards (IEC61400-21, FGW-
TR3, VDE AR4105, etc.)
POWER PERFORMANCE
A highly accurate Power Analysis for static & dynamic
operation at any point (Rotor, Inverter, Grid). Evaluation
of Reactive Power provision and power/frequency
behaviour. Additional acquisition of wind speed allows
for a Power Performance evaluation according to
IEC61400-12.
BEHAVIOUR AT FAULTS
Using raw data for Low Voltage Ride Through (LVRT)
analysis. Calculation of symmetrical components
(Positive, Negative, Zero-Sequence) as Period Values
and calculation of Half-Wave RMS values allows for the
evaluation of any kind of fault. All tests can be fully
automated using the Sequencer function.
RPM
VOLTAGE,
CURRENT
STRAIN,
VIBRATION
WIND SPEED,
WIND DIRECTION
100m
170m

General catalog 2020 | Dewesoft

General catalog 2020 | Dewesoft

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