DAQ SYSTEMS SENSORS AND TELEMETRY

SOFTWARE SERVICES

Product Catalog
imc Test and Measurement Solutions
Our Vision is …
… to inspire engineers, researchers and
developers with first class test and
measurement solutions to improve products,
systems and life around the world.
Every day, imc DAQ systems, software solutions and test stands are used
to validate prototypes, optimize products, monitor processes and gain
insights from measurement data. The company offers its customers top
technological performance throughout the entire measurement chain.
 Contents

Data Acquisition Systems

Powerful, compact and scalable DAQ system – imc ARGUSfit . . . . . . . . . . . . . . . . . . . . . 6
Frameless Modular Data Acquisition System – imc CRONOSflex . . . . . . . . . . . . . . . . . . 10
Adaptable Data Acquisition and Control System – imc CRONOScompact . . . . . . . . . . 14
Rugged Data Acquisition System – imc CRONOS-XT . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
Affordable Multi-Channel Data Acquisition System – imc SPARTAN. . . . . . . . . . . . . . . 22
Handy all-in-one Data Acquisition System – imc C-SERIES . . . . . . . . . . . . . . . . . . . . . . 26
High-Speed Data Acquisition and Transient Recorder – imc EOS. . . . . . . . . . . . . . . . . . 30

CAN Based Data Acquisition

Intelligent Multi-Bus Data Logger – imc BUSDAQflex . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34
Intelligent Measurement Modules based on CAN-Bus – imc CANSASflex. . . . . . . . . . . 38
Robust Measurement Modules – imc CANSASfit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
Wide-range Current Measurement Module – imc CANSAS-IHR. . . . . . . . . . . . . . . . . . . . 44

Software
Integrated Software for the Entire Testing Process – imc STUDIO. . . . . . . . . . . . . . . . . 46
Software for Data Analysis – imc FAMOS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48
Software for Sound and Vibration Measurement and NVH Analysis – imc WAVE . . . . 50

Telemetry Solutions
One Channel Telemetry Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52
Universal Telemetry System for up to 24 Channels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
Modular Telemetry Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54

Sensor Solutions
Measuring Temperatures on the Brake Disc – Dx-BrakeTemp . . . . . . . . . . . . . . . . . . . . . 60
Wireless Wheel Speed Acquisition – Dx-Speed . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61
Mechanical Power Measurements on Shafts – Dx-Power. . . . . . . . . . . . . . . . . . . . . . . . . 64
Robust Wheel Force Transducers – WFT-CX. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66
Wireless Wheel Torque Transducer – WTT-Dx. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68
High-Precision Steering Effort Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70

Services. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72

4 imc Product Catalog

The imc Product Portfolio

DAQ SYSTEMS

The core of the product portfolio consists of imc‘s modular data acquisition
and control systems that are fit for test stand and laboratory applications
as well as mobile data acquisition in harsh environments.

SENSORS AND TELEMETRY

The imc DAQ hardware can be supplemented by custom-tailored telemetry

and automotive sensor systems which enable engineers to capture data,
even from rotating parts.

SOFTWARE

The imc software covers the entire test and measurement process - from
data acquisition to live monitoring and test stand automation. Powerful
tools help you analyze and manage your test and measurement data and
create professional test reports.

SERVICES

We offer a range of unique services, from consulting and training to

customized test solutions and test benches, ensuring that our customers
have everything they need to validate prototypes and products, monitor
processes and machines, and collect data to gain insights.​

imc – test and measurement 5

 imc ARGUSfit
Powerful, compact and scalable DAQ system

Base Unit: Intelligent data

logger with 5MS/s data rate
Integrates imc CANSASfit
modules via click or CAN cable

Integrated real-time
analysis and control

Stand-alone operation
High-isolated modules
with storage on SD card
for safe temperature and
voltage measurements

Communication
to PC

imc ARGUSfit is a POWERFUL, ULTRA-COMPACT and FLEXIBLE DAQ

system where you easily connect the modules with a click mechanism.
With high channel density, compact design, and stand-alone operation,
it enables precise measurements in a wide range of applications – from
prototype testing to monitoring machines and equipment.

6 Electromechanical testing – imc CRONOS flex

 APPLICATION
Perfect for highly demanding
measurements in the lab and
in the field
powerful • ultra-compact •
flexible

10

10 y

*
Clickable measurement ar

ty
warran

e
modules for all common
sensors

Up to 500 kS/s
Clickable Fieldbus interface per channel
modules such as CAN-FD

Distributable via fiber connection

over hundreds of meters

Click mechanism connects modules

electrically and mechanically

With its SCALABLE design the DAQ system can grow with your needs.
Expand its capabilities effortlessly with additional modules for analog
inputs or fieldbus interfaces. Synchronously capture a wide variety of
signals – whether analog sensors or digital data such as CAN-FD – and
perform REAL-TIME ANALYSIS directly in the device.
* F or imc ARGUSfit and imc CANSASfit, we offer a 10-year warranty package that
protects your investment and lets you benefit from annual device maintenance.

imc – test and measurement 7

 imc ARGUSfit Details

imc ARGUSfit base unit

General
Total data rate 5 MS/s
Connectivity
Ethernet (RJ-45) Gigabit Ethernet
W-LAN (WiFi) optional (in preparation)
GPS connection port
Synchronization port
Remote controlled main switch
CANSASfit port
CANSASfit modul connector (click connection)
ARGUSfit modul connector (click connection)
Data storage
Internal storage on removable media micro SD up to 256 GB
External storage on PC / network (NAS) via Ethernet
Stand-alone capabilities
Stand-alone operation
Auto data-saving upon power outage
UPS Super-Caps
UPS coverage ARGFT-BASE
Data Acquisition & Real-Time Fuction
Max. aggregate sampling rate 5 MS/s
Max. channel sampling rate depends on module type
Max. active channels within a system 1000 Real-time Data Analysis
Channel individual sampling rates selectable in 1–2–5 steps
Included
Number of sampling rates any
Monitor channels (for all channels)
imc Online FAMOS is a powerful
Pre-processing for monitor channels
extension included in every imc
ARGUSfit DAQ system as a standard
Intelligent trigger functions
without any additional license
Multi triggered data acquisition max. 8
required. It offers a variety of real-
Real-time data analysis platform (imc Online FAMOS)
time functions for pre-processing
Synchronization & clock
and signal analysis. The mathematical
Master-slave between different imc systems
analysis functions are executed on the
NTP network based synchronization
signal analysis platform integrated in
PTP network synchronization in preperation the measurement device. This means
IRIG-B via external signal that analysis results are available
Power immediately and also independently of
Input supply voltage 10 - 50 V DC the PC. Such pre-processing can also
AC/DC power adapter (110 to 230VAC) yield significant data reduction and
Shutdown threshold ≤8.5 V thus reduce the amount of data to be
Power consumption 3.3 W (typ.) exchanged between the DAQ system
Isolation 60 V and the PC. The results are available in
Environmental imc STUDIO as virtual channels.
Operating temperature range -15 °C to +55 °C
IEC 60068-2, IEC 61373
IEC 60062-2-64
category 1, class A and B
Shock and vibration resistance
MIL-STD-810
Rail Cargo Vibration Exposure
U.S. Highway Truck Vibration Exposure
IP rating IP50
Housing
Dimensions 153 x 62 x 53 mm
Key: Default
Weight 0.5 kg

8 imc ARGUSfit
imc ARGUSfit Modules

UTI-6

Isolated universal voltage amplifier with sensor supply

Voltage (25 mV to 60 V),
Current (20 mA sensors),
Input types:
Temperature (PT100, PT1000)
Resistance (e.g. NTC)
Channels: 6
ADC: 24-bit
Sampling rate 100 kS/s per channel

+/- 2.5V … +/-15V individually configurable

Sensor Supply
per channel, 0.5W per channel, 2W per module

B-4

Universal isolated bridge mode and strain gauge amplifier with sensor supply

Strain gauges, bridge-mode sensors,

potentiometers
Input types:
Voltages (25 mV to 10 V)
Active transducers that require voltage supply

Channels: 4
ADC: 24-bit
Sampling rate 100 kS/s per channel
imc LEMO Terminal Plug
The fast, flexible and easy-to-assemble LEMO.1B connector for ARGUSfit module UTI-6
and B-4 and for CANSASfit-UTI-6 series

ICPU-6

Isolated amplifier for voltage and IEPE sensors

IEPE or ICP sensors

Input types: (current fed sensors 4 mA)
Voltage (25 mV to 60 V)

Channels: 6
ADC: 24-bit
Sampling rate 500 kS/s per channel

CAN-FD

Isolated fieldbus modul for CAN FD

Number of CAN ports: 2
Connection: DSUB-9
CAN FD (ISO 11898-1:2015) 8 MBaud
Protocols: CAN High Speed (ISO 11898) 1 MBaud
CAN Low Speed (ISO 11519) 125 KBaud
Direction: sending and receiving

Fiber-Converter

Extender and media converter for the imc ARGUSfit system bus for spatial distributions
2 converter modules,
2x SFP+ transceiver,
Set includes:
5 m fiber optic cable,
AC/DC power adaptor and a power cable

UPS-NiMH

UPS for imc ARGUSfit and imc CANSASfit to bridge short-term power failures
Buffering: Entire imc ARGUSfit system
Total Power: 50 W
Battery technology: Robust NiMH
Buffer time: 30 sec. (several times)
External devices: Buffering via auxiliary power output

imc – test and measurement 9

 imc CRONOSflex
Frameless Modular Data Acquisition System

Integrated real-time
analysis and control
Up to 2000 kS/s
per system

Synchronous acquisition
of one up to thousands
of channels

Simultaneous recording of analog,

digital, and fieldbus/vehicle bus data

imc CRONOSflex offers you more FLEXIBILITY for your daily changing test
tasks. By clicking imc CRONOSflex modules to a base unit, you’ve created
a complete system, with exactly the number of channels you need. No
cables between cards, no half empty mainframe rack, and no expansion
chassis to squeeze in one more channel.

10 imc CRONOS flex

 APPLICATION
Ideal for comprehensive test
and measurement tasks in test
bench and mobile applications -
in centralized or distributed
installations
flexible • expandable • fast

Centralized or distributed
as you need

Flexible modularity through

frameless expansion

up to 100 kS/s
per channel
Click mechanism connects modules
electrically and mechanically

A perfect fit for daily changing requirements on test stands and bench
tops, to mobile testing environments, the MODULAR DAQ & CONTROL
system provides you with the versatility you need, over a diverse range
of measurement and control tasks, but without the need to make any
sacrifices of performance or ease of use.

imc – test and measurement 11

 imc CRONOSflex Details

imc CRONOSflex base unit

CRFX-400 CRFX-2000GP

General
Aggregate sampling rate 400 kSps 2000 kSps
Operating conditions
Standard operating temp. range
Extended temp. range (incl. condensation)
Shock and vibration rating MIL 810F (40g)
Connectivity CRFX-400 CRFX-2000GP
Ethernet 100 MBit 1 GBit
W-LAN (WiFi) IEEE 802.11.g (54 Mbit/s)
Dual band IEEE 802.11.n (300 Mbit/s)
EtherCAT distributable system bus
GPS connection port
Display connection port
Remote controlled main switch
Programmable status feedback (LEDs)
Isolated SYNC signal
HANDLE-LI-IO-L DI-16-HV
Data storage
CF card slot (Compact Flash)
CFast card slot
USB 2.0 host port (external removable storage)
Storage on PC / network drive (NAS)
SSD (internal)
Stand-alone capabilities
PC independent complex trigger functionality
Onboard real-time data analysis (imc Online FAMOS)
Autarkic PC-less operation, self start
ICPU2-8 ISO2-16-2T
Synchronization & clock
Master-slave between different imc systems
NTP network based synchronization
PTP network synchronization (precision)
Via external GPS signal, IRIG-B or DCF-77
Field bus extensions
CAN, CAN FD
LIN
FlexRay
MVB, IPTCom
Profinet, Profibus UNI-4 UNI2-8

Modbus (RTU, TCP)

ARINC
XCPoE (Master, Slave)
EtherCAT Slave
Multi-functional I/O extension of base unit
Digital in/out, pulse counter, analog out
Power supply
DC input 10V to 50V
AC/DC adapter (110 to 230VAC)
Supply of remote modules via Power-over-EtherCAT HV-2U2I HV-4U

Data integrity upon power fail

UPS (NiMH battery)
UPS (extended capacity Li-Ion)

12 imc CRONOS flex

 imc CRONOSflex analog amplifier modules

size connector speed voltage mode current temp ICP, charge, supplies bridge mode

isolated voltage mode

LEMO version available

IEPE mode integrated

voltage up to 50/60 V

20 mA internal shunt
voltage up to 1000 V
standard connector

Thermocouple (TC)
max. sampling rate

min. voltage range

AC excitation (CF)
voltage up to 10 V
signal bandwidth

20mA shunt plug

quarter bridge

double SENSE
sensor supply

DC excitation
module name

(per channel)

(per channel)

single SENSE
RTD (PT100)
width (type)

half bridge
full bridge
CRFX/xxx

IEPE plug
channels

(-3dB)
TEDS

(mV)
Voltage measurement
LV3-8 8 1 DSUB-15 100 kHz 48 kHz 5
Voltage & temperature measurement
ISO2-8 8 1 DSUB-15 100 kHz 11 kHz 50
ISO2-8-2T 8 2 Thermo 100 kHz 1 kHz
ISO2-16-2T 16 2 Thermo 100 kHz 1 kHz
ISO2-8-L 8 2 LEMO.1B 100 kHz 11 kHz 50
ISOF-8 8 1 DSUB-15 100 kHz 48 kHz 50
HISO-8-L 8 3 LEMO.1P REDEL 100 kHz 11 kHz 50
HISO-8-T-L 8 3 LEMO.2P REDEL 100 kHz 1 kHz
High voltage measurement 600V CAT III
HV2-4U 4 3 Banana 100 kHz 48 kHz 2,500
HV-2U2I Banana/ 2,500/
4 3 100 kHz 48 kHz
(I-chan) Terminal blocks 50
Audio & vibration measurements
ICPU2-8 8 2 BNC 100 kHz 48 kHz 5
AUDIO2-4 4 2 BNC 100 kHz 48 kHz 5
Bridge & strain gauge measurements
BR2-4 4 1 DSUB-15 100 kHz 14 kHz 5 ( )
B-8 8 2 DSUB-15 100 kHz 48 kHz 5
BC-8 8 1 DSUB-26-HD 100 kHz 48 kHz 5
DCB2-8 8 2 DSUB-15 100 kHz 5 kHz 5
DCBC2-8 8 1 DSUB-26-HD 100 kHz 5 kHz 5
For universal use
UNI2-8 8 2 DSUB-15 100 kHz 48 kHz 5
UNI-4 4 1 DSUB-15 100 kHz 48 kHz 2.5

imc CRONOSflex DIO, pulse counter, DAC modules

TEDS support
size connector digital I/O DAC pulse counter
(Transducer Electronic Data Sheet)
counter inputs
analog outputs

imc CRONOSflex modules support direct read/write

module name

high voltage

high current
output Bits

quadrature

analog sin/

of TEDS sensors, including imc‘s TEDS Clip.

mode chan
connector

frequency
CRFX/xxx

input Bits

cos mode
standard

Connectors: TEDS interfaces require either the

counter
width

ACC /DSUBTEDS-x variants of our connectors or

per-channel connectors such as Lemo.
“IEPE“ type TEDS is supported in audio modules with
Base unit extension direct BNC input connectors.
DI16-DO8-ENC4 +40mm DSUB-15 16 8 4 2 32 MHz
Digital I/O
DI8-DO8-ENC4-DAC4 +40mm DSUB-15 8 8 4 4 2 32 MHz
galvanically isolated,
flex modules: pulse counter
configurable to 24V/5V (TTL/CMOS ) Level,
HRENC-4 1 DSUB-15 4 4 256 MHz output: 0.7A sink, high current: sink and source 0.7A
flex modules: digital I/O, DAC (
Pulse Counter
DI2-16 1 DSUB-15 16
full analog input conditioning:
DI2-32 2 DSUB-15 32
500 kHz analog bandwidth, differential input,
DO-16-HV (110V) 2 Terminal blocks 16 analog filter, software adjustable threshold levels
DO-16-HC 1 DSUB-15 16 Modes: event counter, time, frequency, speed, RPM
32 differential and absolute angle and displacement
DO-32-HC 2 DSUB-15
DI2-16-DO-16-HC 2 DSUB-15 16 16
DAC-8 1 DSUB-15 8
Key: Default, Optional, ( ) Restricted
DO-16-HC-DAC-8 2 DSUB-15 16 8
Real-time control modules (PID, simulation, custom solutions)
SYNTH-8 1 8 independent PID controller, arbitrary signal generator (synthesizer)
APP-MOD 1 custom programmable real-time applications, HW-interface integrations
imc – test and measurement 13
 imc CRONOScompact
Adaptable Data Acquisition and Control System

Onboard real-time data

analysis and reduction

Data acquisition and real-

time control in one unit

Also available as 19“ rack

version for fixed installation
Supports virtually
any physical sensor

Simultaneous recording of analog,

digital,Synchronous recording
and fieldbus/vehicle ofdata
bus
analog, digital and industrial
field/vehicle bus in one system

The imc CRONOScompact is the single MOST COMPREHENSIVE DAQ

and control system for electromechanical testing on the market today.
Integrating measurement and real-time control into one housing provides
you with the reliability of absolute synchronization, and the convenience
of having all of your tools in one place.

14 imc CRONOS compact

 APPLICATION
Perfectly tailored for test bench
and laboratory applications as
well as for mobile use
comprehensive • modular •
reconfigurable

Modular reconfigurable hard­

ware adaptable to changing
testing requirements

Portable version with

optional battery pack

up to 100 kS/s Standalone, remote

per channel or interactive operation

Expandable via plug-in modules

or distributed synchronous CRFX
modules (EtherCAT based)

Incorporating the complete range of modular I/O choices and

INTEGRATED SIGNAL CONDITIONING, imc CRONOScompact provides
the versatility and broad range of capabilities that allow you to achieve
the highest levels of productivity in your testing. All this capability is
available in MODULAR AND RECONFIGURABLE compact housings or
19“ rack systems.

imc – test and measurement 15

 imc CRONOScompact Details

imc CRONOScompact mainframe/housing

& rack variants

& rack variants

CRC-400GP
CRC-400
General
Housing type portable & 19“ rack portable & 19“ rack
Extension module slots 8/11/13/17 7/10/12/16/17
Aggregate sampling rate 400 kSps 400 kSps CRC module with
DSUB-15 connectors
external imc CRONOSflex moduls (CRFX)
aggregate sampling rate (incl. ext. CRFX modules) 2000 kSps
Operating conditions
Standard operating temp. range
Extended temp. range (incl. condensation)
Shock vibration rating MIL 810F (40g)
Connectivity
Ethernet 100 MBit 1 GBit
int. WiFi adapter IEEE 802.11.g (54 Mbit/s)
Dual Band IEEE 902.11.g (300 Mbit/s)
GPS connection port
CRC module with
Display connection port BNC connectors
Remote controlled main switch
Programmable status feedback (LEDs)
Data storage
CF card slot (Compact Flash)
Storage on PC / network drive (NAS)
CFast, USB host 400GP
SSD (internal)
Stand-alone capabilities
PC independent complex trigger functionality
Onboard real-time data analysis (imc Online FAMOS)
CRC module with
Autarkic PC-less operation, self start thermocouple connectors
Synchronization & clock
Master-slave between different imc systems
NTP network based synchronization
PTP network synchronization (precision)
Via external GPS signal
Via external IRIG-B & DCF-77 signal
Field bus extensions
CAN, CAN FD
LIN portable system CRC-400-8
FlexRay
MVB, IPTCom
ARINC
XCPoE (Master, Slave)
EtherCAT Slave
Power supply
DC input 10V to 50V
Isolated power supply input
AC/DC adapter (110 to 230VAC)
19“ subrack system CRC-400-AC-Rack
AC input (110 to 230VAC) for AC RACK for AC RACK
Data integrity upon power fail
UPS
UPS (extended range Li-Ion)

16 imc CRONOS compact

 imc CRONOScompact analog amplifier modules

size connector speed voltage mode current temp ICP, supply bridge mode

LEMO version available

voltage up to 50 / 60 V

20 mA internal shunt

ICP mode integrated

voltage up to 1000 V
isolated voltage mode
standard connector

Thermocouple (TC)
max. sampling rate
slots (1 slot = 4 HP)

min. voltage range

AC excitation (CF)
voltage up to 10 V
signal bandwidth

20mA shunt plug

quarter bridge

double SENSE
sensor supply
module name

DC excitation
(per channel)

(per channel)

single SENSE
RTD (PT100)

half bridge
full bridge
channels
CRC/xxx

ICP plug
(-3dB)
TEDS

(mV)
Voltage measurement
LV-16 16 2 DSUB-15 20 kHz 6.6 kHz 250
LV3-8 8 1 DSUB-15 100 kHz 48 kHz 5
Voltage & temperature measurement
OSC-16 16 2 DSUB-15 5 Hz 1 Hz 50
OSC-16-2T 16 2 Thermo 5 Hz 1 Hz
C-8 8 1 DSUB-15 20 kHz 20 Hz 2.5
C8-2T 8 1 Thermo 20 kHz 20 Hz
ISO2-8 8 1 DSUB-15 100 kHz 11 kHz 50
ISO2-8-2T 8 1 Thermo 100 kHz 1 kHz
ISO2-8-L 8 2 LEMO.1B 100 kHz 11 kHz 50
ISOF-8 8 1 DSUB-15 100 kHz 48 kHz 50
High voltage measurement 600V CAT III
HV2-4U 4 2 Banana 100 kHz 48 kHz 2,500
Banana / 2,500/
HV2-2U2I 4 2
Terminal blocks
100 kHz 48 kHz
50
( )

Audio & vibration measurements

ICPU2-8 8 2 BNC 100 kHz 48 kHz 5
ICPU-16 16 4 BNC 20 kHz 6.6 kHz 250
Bridge & strain gauge measurements
BR2-4 4 1 DSUB-15 20 kHz 8.6 kHz 5 ( )
B-8 8 2 DSUB-15 100 kHz 48 kHz 5
BC-8 8 1 DSUB-26-HD 100 kHz 48 kHz 5
DCB2-8 8 2 DSUB-15 100 kHz 5 kHz 5
DCBC2-8 8 1 DSUB-26-HD 100 kHz 5 kHz 5
For universal use
UNI2-8 8 2 DSUB-15 100 kHz 48 kHz 5
UNI-4 4 1 DSUB-15 100 kHz 48 kHz 2.5

imc CRONOScompact DIO, pulse counter, DAC modules

TEDS support
size connector digital I/O DAC pulse counter
(Transducer Electronic Data Sheet)
high current
high voltage

imc CRONOScompact modules support direct

output Bits

quadrature

analog sin/
mode chan
connector

frequency
input Bits

cos mode
(1 slot = 4

standard

read/write of TEDS sensors, including imc‘s

outputs
counter

counter
module

analog

inputs
name

TEDS Clip. TEDS interfaces require either the

slots

HP)

ACC/DSUB-TEDS-x variants of our connectors

Multi functional modules (2-wire TEDS), or per-channel connectors such
DI16-DO8-ENC4 2 DSUB-15 16 8 4 2 32 MHz as Lemo. „IEPE“ type TEDS is supported in direct
DI8-DO8-ENC4-DAC4 2 DSUB-15 8 8 4 4 2 32 MHz IEPE/ICP input modules.
Pulse counter modules
Digital I/O
HRENC-4 1 DSUB-15 4 4 256 MHz
galvanically isolated, configurable to 24V/5V
FRQ-4 1 DSUB-15 4 256 MHz
(TTL/CMOS) Level, output: 0.7A sink, high
Digital I/O modules
current: sink and source 0.7A
DI2-16 1 DSUB-15 16
DO-16 1 DSUB-15 16 Pulse Counter
DO-16-HC 1 DSUB-15 16 full analog input conditioning
DIO-HV-4 (250V) 2 Terminals 4 4 500 kHz analog bandwidth, differential input,
Analog out modules (DAC) analog filter, software adjustable threshold
DAC-8 1 DSUB-15 8 levels
Real-time control modules (PID, simulation, custom solutions) Modes: event counter, event counter, time,
SYNTH-8 1 8 independent PID controller, arbitrary signal generator (synthesizer)
frequency, speed, RPM, differential and absolute
angle and displacement
APP-MOD 1 custom programmable real-time applications, HW-interface integrations

Key: Default, Optional, ( ) Restricted

imc – test and measurement 17
 imc CRONOS-XT
Rugged Data Acquisition System

Live data analysis

with imc Online FAMOS

2 MS/s system rate and

100 kS/s per channel Water- and dustproof
according to IP67

Various measurement modules

for almost all sensor types
Fieldbus interfaces for CAN,
LIN, CAN FD and many more

No more compromises: With the imc CRONOS-XT, imc is offering an

ULTRA-ROBUST DAQ system in a configurable platform. Customize your
data acquisition system to your needs. In addition to the base unit (data
logger), you can choose from numerous universal and specialized precision
measuring amplifiers. With protection class IP67 and MIL-STD810F, the
system is protected against dirt, dust and water as well as severe shocks
and vibrations.

18 imc CRONOS-XT
 APPLICATION
Ideal for mobile measurements
on machinery and vehicle testing
in harsh environments
robust • mobile • scalable

Autarkic and
self-starting

Configurable DAQ system

with numerous measurement
amplifier options

Shock and vibration resistant

to military standard MIL-STD-810F

Thanks to the configurable technology, the DAQ system can be ideally

adapted to the measurement task at hand. A broad selection of high-
precision universal and special measurement amplifiers allow the direct
connection of almost all sensor types. The PRECISE and low-noise
measurement amplifiers digitize with 24 bits and have high bandwidth and
range dynamics.

imc – test and measurement 19

 imc CRONOS XT Details

Base unit

CRXT-2000

General

System sampling rate 2000 kSps

Operating conditions
Temperature range -40 .. +85°C

Condensation-proof

Shock and vibration MIL 810F

Base Unit CRXT-2000 CRXT/POWER
Connectivity
Ethernet 1 GBit

Internal Wi-Fi adapter IEEE 802.11.n (300 Mbit/s)

EtherCAT connection for distributed CRXT blocks

GPS connector

imc handheld display

Remote control main switch

Programmable LEDs for status indication

Isolated synchronization signal CRXT/HANDLE-R CRXT/HANDLE-L

Data storage
CFast card slot

Storage on PC / network drive (NAS)

SSD hard drive (internal)

Autonomous device capabilities

Complex trigger functionality PC-independent

Onboard real-time data analysis (imc Online FAMOS)

Autarkic operation without PC, self-start (timer, absolute time)

Synchronization & clock CRXT/HRENC-4 CRXT/ICPU2-8

Master-Slave between imc systems

NTP and PTP network-based synchronization

Via external GPS signal

Via external IRIG-B & DCF-77 signal

Field bus extensions

CAN, CAN FD

LIN

FlexRay

MVB, IPTCom CRXT/DCB2-8 CRXT/DCBC2-8

Profinet, Profibus

Modbus (RTU, TCP)

ARINC

XCPoE (Master, Slave)

EtherCAT Slave

XCPoE (Master, Slave)

EtherCAT Slave

AC/DC adapter (110 to 230VAC)

Supply of external modules via Power-over-EtherCAT

CRXT/UNI2-8 CRXT/ISO2-8
Data integrity in case of power failure

20 imc CRONOS-XT
 Analog amplifier modules

size connector speed voltage mode current temp ICP, supply bridge mode

isolated voltage mode

voltage up to 50/60V

20mA internal shunt

ICP mode integrated

AC excitation (5 kHz)
standard connector

max. sampling rate

min. voltage range

voltage up to 10V
signal bandwidth

20mA shunt plug

quarter bridge
thermocouple

double SENSE
sensor supply

DC excitation
module name

(per channel)

(per channel)

single SENSE
half bridge
full bridge
CRXT/xxx

channels

ICP plug
(-3dB)

PT100
TEDS
slots

(mV)
Voltage measurement
LV3-8 8 1 DSUB-15 100 kHz 48 kHz 5

Voltage and temperature

ISO2-8 8 1 DSUB-15 100 kHz 11 kHz 50

ISO2-8-L 8 2 LEMO.1B 100 kHz 11 kHz 50

ISO2-16-2T 16 2 Thermo 100 kHz 1 kHz

ISOF-8 8 1 DSUB-15 100 kHz 48 kHz 50

ISOF-8-L 8 2 LEMO.1B 100 kHz 48 kHz 50

Audio & vibration measurement

ICPU2-8 8 2 BNC 100 kHz 48 kHz 5

Bridge and strain gauge measurement

BR2-4 4 1 DSUB-15 100 kHz 14 kHz 5

B-8 8 2 DSUB-15 100 kHz 48 kHz 5

DCB2-8 8 2 DSUB-15 100 kHz 5 kHz 5

For universal use

UNI2-8 8 2 DSUB-15 100 kHz 48 kHz 5
UNI-4 4 1 DSUB-15 100 kHz 48 kHz 2,5

TEDS-support:
All imc CRONOS-XT amplifiers support TEDS (Transducer Electronic Data Key: standard, optional
Sheet) for automatic sensor recognition and configuration (Plug & Measure
functionality). Simply connect the sensor, access TEDS and the channel
configuration is ready.

Digital inputs and outputs and counter/encoder inputs

size connector digital I/O DAC pulse counter
counter frequency
standard connector

quadrature mode
digital output Bits
digital input Bits

analog sin/cos
counter inputs
analog outputs
module name
CRXT/xxx

mode
chan
slots

Pulse counter
HRENC-4 1 DSUB-15 4 4 256 MHz
Digital I/O, DAC
DI2-16 1 DSUB-15 16
Waterproof DSUB connector plug for
DO-16-HC 1 DSUB-15 16 universal signal connection
DAC-8 1 DSUB-15 8

Digital I/O: The digital inputs and outputs are galvanically isolated and
configurable for 24V / 5V (TTL/COMOS) with a maximum output current of 0.7 A.

Counter: The counter inputs have full analog input conditioning with 500 kHz
analog bandwidth (differential input), analog filter and software adjustable
switching thresholds. The supported measurement modes are event counter,
time, frequency, speed, rpm, angle and distance.

imc – test and measurement 21

 imc SPARTAN
Affordable Multi-Channel Data Acquisition System

Isolated temperature and voltage/

current 20mA, plus bridge/strain
gauge options, LVDT sensors

Up to 500 Hz
sampling per channel
Cost effective solution
goes beyond logging

Sophisticated and intuitive

Versatile storage triggering system
options including

Simultaneous recording of analog,

digital and fieldbus/vehicle bus data

Developed for demanding test applications, imc SPARTAN offers a

comprehensive package at surprisingly LOW PRICE and even goes
far beyond pure data recording. In addition to precision measurement
amplifiers with integrated signal conditioning it features multiple sampling
rates powerful trigger logic and multiple data storage options as well as an
optional real-time computing platform.

22 imc SPARTAN
 APPLICATION
Ideal for the monitoring tasks,
for instance, in civil engineering
or transportation applications.
low-cost • conditioned •
capable

Multiple sample rates and

synchronous data processing

Integrated real-time
capabilities for analysis,
data reduction and control

With up to 500 Samples/second per channel, imc SPARTAN offers a

dynamic range, well-suited for most physical and mechanical signals. With
UP TO 128 CHANNELS IN ONE SYSTEM and the possibility to operate
several imc devices cascaded and synchronized in one measurement,
imc SPARTAN is the perfect choice especially for MULTI-CHANNEL
APPLICATIONS.

imc – test and measurement 23

 imc SPARTAN Details

imc SPARTAN general specs and housing types

imc SPARTAN

imc SPARTAN
-2 / 4 / 6 / 8

-R
General
imc SPARTAN-2
Aggregate sampling rate 400 kSps
with 2 CAN nodes and standard equipment
Max. channel sampling rate 500 Sps / chan of pulse counter and digtal I/O
Housing type portable 19" rack
Max. number of channels configurable 32/64/96/128 112 (128)
Configurable module slots (1 slot = 4 HP) 4/8/12/16 14 (16)
Operating conditions
Standard operating temp. range
Extended temp. range (incl. condensation)
Shock and vibration rating 30g pk (3 ms)
Connectivity
Ethernet 100 MBit
W-LAN (WiFi) imc SPARTAN-4
GPS connection port
Display connection port
Remote controlled main switch
Programmable status feedback (LEDs)
Data storage
CF card slot (Compact Flash)
Storage on PC / network drive (NAS)
SSD (internal)
Stand-alone capabilities
PC independent complex trigger functionality
imc SPARTAN-6
Onboard real-time data analysis (imc Online FAMOS)
Autarkic PC-less operation, self start
Synchronization & clock
Master-slave between different imc systems
NTP network based synchronization
Via external GPS signal, IRIG-B or "DCF-77
Pulse counter and process control (digital I/O)
16 Bit digital in, 8 Bit digital out ( )
4 pulse counter (2 chan quadrature mode) ( )
Fieldbus extensions
Field bus extensions imc SPARTAN-8
CAN, CAN FD with 2 CAN nodes and standard equipment
of pulse counter and digtal I/O
LIN
FlexRay
MVB, IPTCom
Profinet, Profibus
Modbus (RTU, TCP)
ARINC
XCPoE (Master, Slave)
EtherCAT Slave
Power supply
DC input 10V to 32V
Isolated power supply input
AC/DC adaptor (110 to 230VAC) imc SPARTAN imc SPARTAN module
Data integrity upon power fail module with with thermocouple
DSUB-15 connectors connectors
UPS
Software
imc STUDIO Standard
imc REMOTE WebServer

24 imc SPARTAN
 imc SPARTAN analog amplifier modules

size connector speed voltage mode mA temp ICP, supply bridge mode

min. voltage range (mV)

voltage up to 50 / 60 V
isolated voltage mode
standard connector

Thermocouple (TC)
max. sampling rate
slots (1 slot = 4 HP)

AC excitation (CF)
voltage up to 10 V

20 mA shunt plug
signal bandwidth

quarter bridge

double SENSE
sensor supply

DC excitation
module name

(per channel)

single SENSE
RTD (PT100)

half bridge
full bridge
SPAR/xxx

channels

ICP plug
(-3dB)
TEDS

Voltage & temperature measurement

T16 16 2 DSUB-15 5 Hz 1 Hz 50
T16-TC-K 16 2 Thermo 5 Hz 1 Hz
T16-TC-UNI 16 2 Thermo 5 Hz 1 Hz 50
U16 16 2 DSUB-15 500 Hz 200 Hz 50
U16-TC-K 16 2 Thermo 500 Hz 200 Hz
Bridge & strain gauge measurements
B16 16 4 DSUB-15 500 Hz 200 Hz 5
BC16 16 2 DSUB-26-HD 500 Hz 200 Hz 5
BCF16 16 4 DSUB-15 500 Hz 200 Hz 5
LVDT16 16 4 DSUB-15 500 Hz 50 Hz
LVDTC16 16 2 DSUB-26-HD 500 Hz 50 Hz

imc SPARTAN DIO, counter, DAC modules

Digital I/O
size connector digital I/O DAC pulse counter
galvanically isolated,
output Bits

quadrature
mode chan
connector

frequency
SPAR/xxx

input Bits
(1 slot = 4

configurable to 24V/5V (TTL/

standard

outputs

counter

counter
module

analog

inputs

CMOS) Level, output: 0.7A sink

name

slots

HP)

current
Multi functional modules
DI16-DO8-ENC4 2 DSUB-15 16 8 4 2 32 MHz
Pulse counter
DI8-DO8-ENC4-DAC4 2 DSUB-15 8 8 4 4 2 32 MHz full analog input conditioning:
Digital I/O modules 500 kHz analog bandwidth,
DI-16 1 DSUB-15 16 differential input, analog filter,
DO-16 1 DSUB-15 16 software adjustable threshold
Analog out modules (DAC)
levels
DAC-8 1 DSUB-15 8
Modes: event counter, time,
frequency, speed, RPM,
imc SPARTAN software options
differential and absolute angle
Features Licensing and displacement
License
Software product Functionality incl. TEDS support
model
(Transducer Electronic Data
Operating software
imc STUDIO Standard Operating software, integrated test & measurement suite PC
Sheet) imc SPARTAN support
imc STUDIO Professional / Developer Customized operation, scripting, application development PC direct read/write of TEDS
imc CANSAS In-situ configuration of imc CANSAS modules sensors, including imc‘s TEDS
imc SENSORS Sensor data base PC Clip.
Real-time data analysis
imc Online FAMOS Real-time calculations, immediate results Device Connectors: TEDS interfaces
imc Online FAMOS Professional Real-time control extensions, PID control etc. Device require either the ACC/
imc Online FAMOS Kits Class counting (fatigue analysis), order tracking Device DSUBTEDS-x variants of our
Post processing
connectors
imc FAMOS Reader Data visualisation PC
imc FAMOS Standard / Professional / Enterprise Data visualisation, analysis, reporting, scripting PC
Remote access
imc LINK Remote device access, automatic data transfer PC
imc REMOTE Web Server, secure https device access Device
CAN
Vector database Vector database interface Device
ECU protocols ECU protocol support (KWP 2000, CCP, OBD-2) Device
Development Key: Default, Optional
LabVIEW™ VI's LabView VI components

imc – test and measurement 25

 imc C-SERIES
Handy all-in-one Data Acquisition System

Cost effective,
ready-to-go system
Up to 400 kS/s
per system

CAN-Bus ports

8 analog inputs

Digital I/O

Counter Analog
Outputs

GPS-Interface

Realtime data
processing

Sized to be EASILY PORTABLE, yet surprisingly VERSATILE, the imc

C-SERIES is also a powerhouse of capability: from the analog inputs with
integrated signal conditioning, to the digital I/O, counter inputs, analog
outputs and CAN FD interface to the integrated real-time data processing
and control platform imc Online FAMOS – everything you need for your
test is literally in the palm of your hand!

26 imc C-SERIES
 APPLICATION
Ideal for the comprehensive test
and measurement tasks in test
bench and laboratory
complete • versatile • portable

Most portable imc data

acquisition system

Versatile storage options

including onboard
removable flash media

Universal signal
conditioner

16 analog inputs

Stand-alone or networked
operation via Ethernet

up to 100 kS/s
per channel
Simultaneous recording of analog,
digital, and CAN/vehicle bus data

Regardless of where your testing takes you – from the field to the lab – the
ALL-IN-ONE concept of the imc C-SERIES systems means that you will
always have everything you need at your fingertips. And since onboard
flash storage gives you the freedom to run interactively or stand-alone,
you can easily setup an overnight test and won‘t have to worry about
leaving your laptop behind.

imc – test and measurement 27

 imc C-SERIES Details

imc C-SERIES housing types

CS

CL
General
Aggregate sampling rate 400 kSps
Housing type alu profile portable polymer
Weight 2 kg 3.5 kg
Operating conditions
Standard operating temp. range
Extended temp. range (incl. condensation)
Shock and vibration rating MIL 810F (40g)
Connectivity
Ethernet
WLAN (WiFi) internal
GPS connection port
Display connection port
Display integrated
Remote controlled main switch
Synchronization signal (isolated) BNC BNC
Programmable status feedback (LEDs)
Data storage
CF card slot (Compact Flash)
Storage on PC / network drive (NAS)
SSD (internal) CS housing: front and backside
Stand-alone capabilities
PC independent complex trigger functionality
Onboard real-time data analysis (imc Online FAMOS)
Autarkic PC-less operation, self start
Synchronization & clock
Master-Slave between different systems
NTP network based synchronization
Via external GPS signal
Via externem IRIG-B & DCF-77 signal
Field bus extensions
CAN (2 nodes) incl. CAN FD (max. 8 MBaud)
Pulse counter and process control (digital I/O, analog out)
8 bit digital in, 8 bit digital out
4 pulse counter (2 chan quadrature mode)
4 channel analog out (DAC)
Power supply
DC input 10V to 32V
AC/DC adaptor (110 to 230VAC)
Data integrity upon power fail
Short-term UPS Supercaps NiMH
CL housing: front and backside
Automatic shutdown after power failure 1s 30 s
Isolated power supply input
Software
imc STUDIO test & measurement software
imc REMOTE WebServer

28 imc C-SERIES
 imc C-SERIES device models analog channels

size connector speed voltage mode current temp ICP, supply bridge mode

isolated voltage mode

20mA internal shunt

ICP mode integrated

voltage up to 50/60V

thermocouple (TC)
min. voltage range
max.sampling rate

voltage up to 10V
signal bandwidth

20mA shunt plug

quarter bridge
sensor supply
(per channel)
device name

RTD (PT100)
connectors

half bridge
full bridge
channels

ICP plug
housing

(-3dB)

(mV)
Voltage measurement (C x-1xxx)
CS-1016 S 16 DSUB-15 20 kHz 6.6 kHz 250
CS-1208 S 8 DSUB-15 100 kHz 48 kHz 5
Voltage & temperature measurement (C x-41xx)
CS-4108 S 8 DSUB-15 100 kHz 11 kHz 50
CL-4124 L 24 DSUB-15 100 kHz 11 kHz 50
Audio & vibration (C x-30xx)
CS-3008 S 8 BNC 100 kHz 48 kHz 5
Bridge & strain gauge (C x-50xx)
CS-5008 S 8 DSUB-15 100 kHz 5 kHz 5
CL-5016 L 16 DSUB-15 100 kHz 5 kHz 5
For universal use (C x-70xx)
CS-7008 S 8 DSUB-15 100 kHz 48 kHz 5
CL-7016 L 16 DSUB-15 100 kHz 48 kHz 5

imc C-SERIES software options

TEDS support
Features Licensing
(Transducer Electronic Data Sheet)
License
Software product Functionality included imc C-SERIES supports direct read/
model
write of TEDS sensors, including imc‘s
Operating software
TEDS Clip.
imc STUDIO Standard Operating software, integrated test & measurement suite PC
Connectors: TEDS interfaces require
imc STUDIO Professional / Developer Customized operation, scripting, application development PC
the ACC/DSUB-TEDS-x variants of
imc SENSORS Sensor data base PC
our connectors. “IEPE“ type TEDS
Real-time data analysis is supported in audio modules with
imc Online FAMOS Real-time calculations, "immediate results" Device direct BNC input connectors.
imc Online FAMOS Professional Real-time control extensions, PID control etc. Device
Digital I/O
imc Online FAMOS Kits Class counting (fatigue analysis), order tracking Device
galvanically isolated, configurable to
Post processing
24V/5V (TTL/CMOS) Level, output:
imc FAMOS Reader Data visualization PC
0.7A sink, high current:
imc FAMOS Standard / Professional /
Data visualization, analysis, reporting, scripting PC sink and source 0.7A
Enterprise

Remote access Pulse counter

imc LINK Remote device access, automatic data transfer PC full analog input conditioning:
imc REMOTE Web Server, secure https device access Device 500 kHz analog bandwidth, differential
CAN input, analog filter, software
Vector data base Vector data base Device
adjustable threshold levels

ECU protocols ECU protocol support (KWP 2000, CCP, OBD-2) for CAN interface Device Modes: event counter, time, frequency,
Development speed, RPM, differential and absolute
angle and displacement
LabVIEW™ VI's LabVIEW VI components
imc API .net programming interface PC

Key: standard, optional

DSUB-15 screw terminal plug Expansion plug for IEPE/ICP

imc – test and measurement 29

 imc EOS
High-Speed Data Acquisition and Transient Recorder

Click connection: mechanically

compatible with imc CRONOSflex

4 MHz sampling rate

per channel and device

Able to operate
without PC

24 Bit A/D converter

Thanks to HIGH-SPEED DAQ technology and versatile measurement

inputs, imc EOS enables very fast and precise measurements of voltage,
current transducers and IEPE sensors for acceleration, sound or force
with up to 4 MHz. imc EOS is thus particularly suitable for the analysis of
very dynamic processes in blast tests, material and component testing or
vibration analysis.

30 imc EOS
 APPLICATION
Ideal for blasting tests, turbine
and rocket tests, through to
e-mobility analyses
fast • precise • versatile

Can be networked via

Gigabit Ethernet and WLAN

1.8 MHz analog

bandwidth
Safe data storage with
integrated 1 TB flash memory

Wide measurement ranges: galvanically

isolated precision measurement
amplifiers for signals up to ±100 V

In automotive applications imc EOS is able to analyze fuel injection and

ignition processes, acquire data on high-frequency vibration of motors,
transmissions and suspension and investigate switching action and highly
dynamic actuators. In the field of e-mobility, the system can be used for
characterizing inverter-driven e-motors.

imc – test and measurement 31

 imc EOS Details

imc EOS U-4

General
System data rate 4 MS/s (1x4 MHz, 2x2 MHz, 4x1 MHz)
Analog inputs
Analog inputs (BNC/LEMO) 4
Sampling rate per channel 1 kS/s to 4 MS/s
Analog bandwidth 1,8 MHz
Voltage measurement, AC- and DC coupling
Operation modes
IEPE sensors (AC with current feed)
Measurement ranges ±100 mV ... ±60 V (max. 100 V)
Isolation channel-wise galvanically isolated
200 Hz … 500 kHz and
Selectable digital filters Automatic Anti-Aliasing-Filter (digital AAF):
max. 800 kHz @ 2 MSps/s
Resolution 24 Bit ADC
Sensor supply (optional)
Output voltage ±15 V … ±2.5 V
Selectable channel-wise configurable
Isolation channel-wise galvanically isolated
Output power 1.5 W/channel, overload and short circuit proof
Connectivity
Ethernet 1 x GBit-LAN (RJ45)
WLAN (optional) WLAN adapter (802.11 g/n/ac, 300 Mbit/s)
Synchronization 1 x BNC (IRIG-B)
External Trigger 2 x BNC (IN/OUT)
Action-Button (manual start, trigger, etc.)
Data storage
Onboard Flash memory 480 or 960 GByte
Storage to PC (network streaming)
Arbitrary memory depth with pre- and post-trigger
Autonomous operation
Autarkic operation (without PC)
Auto data saving upon power failure
Trigger function (PC independent)

32 imc EOS
 imc EOS U-4
Synchronization & clock
Master-Slave between imc systems

Network based synchronization:

NTP and PTP (in preparation)

via external IRIG-B signal

Power supply
DC supply input 10 to 50 V (isolated)
AC/DC adapter (110 to 230 VAC)
Data integrity (saving) upon power fail
Long term UPS (Li-Ion battery)
Operating conditions

Operating temperature range (standard),

-10°C to +55°C
non-condensating

Operating temperature range (extended),

-40°C to +85°C (optional)
condensation allowed

MIL-STD-810
Shock and vibration Rail Cargo Vibration Exposure
U.S. Highway Truck Vibration Exposure

Key: Default, Optional

Suitable Accessories

Active and HANDLE-LI-IO-L

passive handles UPS-Solution
Practical handles for imc EOS and
for clicked-together imc CRONOSflex
module blocks

NET-SWITCH-5 SEN-SUPPLY-4
5-Port GBit-Ethernet- Powerful sensor
Switch with PPT- supply module for
Synchronization current transducers
and current clamps

imc – test and measurement 33

 imc BUSDAQflex
Intelligent Multi-Bus Data Logger

-40 to +85°C
operating temperature

Extensive real-time
analysis

Expandable with analog

inputs of the clickable imc
CANSASflex module series
Sleep mode with 200 ms start-up
time and wake-on-CAN

With the imc BUSDAQflex data logger series you can acquire data from
all common bus systems of the automotive, railway, aircraft and machine
industry. The standard basic configuration of 2 CAN nodes can be
extended to 12 nodes for different field and vehicle buses with the larger
device variants.

34 imc BUSDAQflex
 APPLICATION
Ideal for the comprehensive
test and measurement tasks in
test bench and laboratory
compact • mobile • expandable

Interfaces for CAN, CAN FD,

LIN, FlexRay, J1587, XCPoE,
ARINC 429, PROFIBUS,
PROFINET, Modbus, MVB

Features a CAN module

with 2 nodes, extendable
GPS-Interface for
by up to 5 fieldbus modules
synchronous recording
based on housing
of geo position data

Extensive intelligent
trigger functions Sending of
CAN messages

Versatile storage options including

removable flash media

In addition to the acquisition of raw data streams and protocol channels,

the REAL-TIME DECODING of individual channels as well as complex
protocols such as CCP, KWP2000, XCP, OBD2, etc. are supported. The data
logger is perfectly complemented by the imc CANSASflex measurement
modules.

imc – test and measurement 35

 imc BUSDAQflex Details

General facts & features

imc BUSDAQflex-2S

imc BUSDAQflex-2
imc BUSLOGflex &

imc BUSDAQflex
-4,-6,-8,-12
Operating conditions
Operating temperature -40 to +85 °C -40 to +85 °C -40 to +85 °C
Shock vibration rating (pk over 5 ms) 50 g 50 g 50 g
Protection rating (with opt. protective cover) IP40 IP40 IP40
Data storage
Ring buffer memory
SSD (internal)
CF card slot (Compact Flash)
Stand-alone capabilities
Autarkic PC-less operation, self-start
Sleep/Standby, Wake-up-on-CAN
Remote-controllable main switch
Programmable status display (LEDs) *1
Synchronization & clock
Master-slave between different imc systems
Via external GPS signal, IRIG-B or DCF-77
Via external NTP signal
Power supply
DC input 10 - 50 V DC 10 - 50 V DC 10 - 50 V DC
AC/DC adaptor (110 - 230V AC)
Data integrity upon power failure
UPS (Supercaps)
Power consumption in sleep-mode 200 mW 200 mW 200 mW
Connectivity
Ethernet (100 MBit)
WiFi adapter internal
Wireless UMTS, 3G, 4G (external)

*1: only with pure CAN/LIN equipment

Key: default, optional

imc BUSLOGflex
imc BUSDAQflex-2-S imc BUSDAQflex-2 imc BUSDAQflex-4 imc BUSDAQflex-6 imc BUSDAQflex-8 imc BUSDAQflex-12

36 imc BUSDAQflex
Inputs and outputs

imc BUSDAQflex-2S

imc BUSDAQflex-2
imc BUSLOGflex &

imc BUSDAQflex
-4,-6,-8,-12
Bus interfaces
CAN nodes 2 2 2 (max. 12)
Expandable no no yes
Supported expansion modules
CAN
CAN FD
LIN
FlexRay
J1587
ARINC
XCPoE (Master, Slave)
MVB
APPMOD (Ethernet/RS232/RS485)
Inputs and outputs
Digital inputs 4
Digital outputs 4
Analog / digital in and outputs (via imc CANSASflex)
Additional connections
GPS connection
Display connection

Software options

License-
Software product Functionality Included
model
Operating software
imc STUDIO Standard *2 Operating software, integrated test &measurement suite PC
imc STUDIO Professional / Developer Customized operation, scripting, application development PC
Real-time data analysis
imc Online FAMOS Real-time calculations, immediate results device
imc Online FAMOS Professional Real-time control functions, PID controller, etc. device
imc Online FAMOS Kits Class counting (durability analysis), order tracking device
Post Processing
imc FAMOS Reader Data visualization PC
imc FAMOS Standard / Professional / Enterprise Data visualization, analysis, reporting, scripting PC
Remote Access
imc LINK Remote device access, automatic data transfer PC
imc REMOTE Web Server, secure https device access device
CAN
Vector database Vector database interface device
ECU Protocol support for CAN interface
ECU protocols device
(KWP 2000, CCP, XCP, OBD-2, UDS, GMLAN, TP 2.0, DiagOnCAN)

Applications development
LabVIEW™ VI's LabVIEW VI-components
imc API .NET Programmierschnittstelle (API) PC

*2: not available for imc BUSLOGflex

imc – test and measurement 37

 imc CANSASflex
Intelligent Measurement Modules based on CAN-Bus

Universal measurement and I/O

modules for all relevant sensors
and signals in mechatronics

Clickable Datalogger
imc BUSDAQflex
up to 1000 S/s
per channel

Easily integrates into every CAN-

based testing environment thanks
Click mechanism connects
to a standard CAN interface
modules electrically and
mechanically

The imc CANSASflex series offers a wide selection of can-based DAQ

modules, which cover all typical sensors and signals from heavy machinery,
industrial installations and vehicles. The modules can be DISTRIBUTED
SPATIALLY VIA CAN cable or clicked together as a central unit. imc
CANSASflex modules are designed to fit into a special 19“ subrack solution.

38 imc CANSAS flex

 APPLICATION
Ideal for the comprehensive
test and measurement tasks in
test bench and laboratory
flexible • networkable •
universal

Distributed or
centralized installation

Highly isolated modules for measure­

ments on electric vehicles, batteries,
charging infrastructure, etc.

Configuration
software included

imc CANSASflex offers not only precise and versatile signal conditioning
and digitization for CAN based data acquisition but can also deliver
immediate results: with virtual channels, calculated directly in the
measurement module up to full and comprehensive live analysis with
imc Online FAMOS, provided in conjunction with imc CAN loggers such as
BUSDAQflex.

imc – test and measurement 39

 imc CANSASfit
Robust Measurement Modules

LEMO.1B, Thermo
connectors or Redel.2P
HV technology
up to 1 kHz data
rate per channel

Highly isolated modules

for measurements on
electric vehicles

Measurement modules used for DAQ in mobile testing must be ROBUST

and COMPACT because they are often placed in areas such as the engine
compartment where space is limited and temperatures can be high. The
imc CANSASfit series works reliably from -40° to +125° C, has a protection
rating of IP65 and, due to their small form factor, can be placed almost
anywhere.

40 imc CANSASfit
 APPLICATION
Ideal for mobile testing in harsh
environments on vehicles and
machines
clickable • small • rugged

Click mechanism -
connecting modules
without cables or tools

Robust housing
with IP65 protection

Operates from
-40°C to +125°C

data output to CAN

Vibration resistant
according to MIL STD-810F

The user can simply click modules together to create blocks. Wiring
between the modules is not necessary. The modules allow for direct
connection to all typical sensors such as voltage, current, temperature,
rpm, displacement and velocity. The digitized signals are output on CAN
and can be read or recorded by any datalogger, PC or control system with
a CAN interface.

imc – test and measurement 41

 imc CANSAS family Details

General specifications and functions

Function flex fit

full flexibility vehicle tests,

main features
universal, special „under the hood“

Application
mobile testing  
test stand  
laboratory  
mobile machinery   Incremental encoder module:
System imc CANSASflex series
clickable
mechanically compatible logger
19“ rack with slot detection
DIN-rail mounting kit
CAN terminator internal, switchable
desktop compatible rubber buffer
Signal processing
ADC, processing 24 Bit
CAN messages 16 Bit integer
32 Bit float
virtual channels min/max/mean, linearization
UNI-8 module: imc CANSASflex series
math, filter, logic
heartbeat
CANopen
FindMe
configuration read-back
user status LED freely programmable
Operating conditions
high temperature 85°C 125°C
sealed IP40 IP65
shock & vibration resitant MIL Standard MIL810 MIL810
DC supply automotive 10..50 V 7..50 V
isolated
Connectors Measurement system with data logger
imc BUSDAQflex and imc CANSASflex
I/O connectors DSUB-15
LEMO.1B
custom (BNC, ITT-Veam…)
CAN + supply combi socket DSUB-9 LEMO.0B
supply separate LEMO.0B.302
Portfolio
diversity module types  
isolation isolated I/O  
HV modules temperature module of the
TEDS plug & measure imc CANSASfit series
temperature
current, 20 mA
bridge, strain gauge
pulse counter
DI
DO
analog out (DAC, PWM)
RELAIS8 UTI-6 module of the
imc CANSASfit series
pressure
SENT

Legend: standard, optional, ( ) limited

 ideally suited  well suited  suited

42 imc CANSAS
 Measurement modules: imc CANSASflex / imc CANSASfit
type series features connector options speed isolation voltage current temp bridge mode

quarter bridge (350 Ohm)

quarter bridge (120 Ohm)
TEDS (with DSUB, LEMO)

signal bandwidth (-3db)

imc CANSASflex (short)

imc CANSASflex (long)

max. voltage rate (mV)

min. voltage rate (mV)

20mA internal shunt

"max. sampling rate

indivdually isolated

20mA shunt plug

Isolation Voltage
Sensor Supply

(per channel)"

thermocouple
modul name

half bridge
full bridge
ITT-Veam
channels

Thermo

PT1000
Banana
CANFT

PT100
DSUB

LEMO

imc CANSASflex modules

temperature measurement
C8-2T 8 100 Hz 20 Hz
CI8-2T 8 1000 Hz 440 Hz 60 V
SC16-2T 16 1 Hz 0.5 Hz
SCI8-2T 8 2 Hz 1 Hz 60 V
SCI16-2T 16 1 Hz 0.5 Hz 60 V
voltage and temperature measurement
C8 8 100 Hz 20 Hz 2.5 mV
CI8 8 1000 Hz 440 Hz 60 V 20 mV 60 V
SC16 16 500 Hz 28 Hz 100 mV 10 V
SCI8 8 1000 Hz 42 Hz 60 V 100 mV 60 V
SCI16 16 500 Hz 23 Hz 60 V 100 mV 60 V
high isolated voltage and temperature measurement
HISO8-L 8 1000 Hz 440 Hz 800 V 20 mV 100 V
HISO8-4L 8 1000 Hz 440 Hz 800 V 20 mV 100 V
HISO8-T-8L 8 1000 Hz 440 Hz 800 V
HISO8-T-2L 8 1000 Hz 440 Hz 800 V
800 V
HISO-HV4 4 1000 Hz 440 Hz 800 V 10 V
1000 V (trans.)
Bridge & strain gauge measurement
DCB8 8 1000 Hz 200 Hz 5 mV 10 V ( )
Universal use
UNI8 4 1000 Hz 200 Hz 5 mV 50 V ( )
Digital & counter
INC4 4 1000 Hz 500 kHz
DI16 16 10 kHz
DO16 16 11 kHz
DO8R 8 12 kHz
DO16R 16 13 kHz
SENT 8
Analog out & PWM
DAC8 8 5 kHz 5 kHz
PWM8 8 10 kHz

imc CANSASfit modules

voltage and temperature measurement
T-10 10 100 Hz 20 Hz
UTI-6 6 1000 Hz 400 Hz 60 V 25 mV 60 V
high isolated voltage and temperature measurement
HISO-T-8-2L 8 100 Hz 15 Hz 1000 V CAT I​
HISO-UT-6-3L 6 1000 Hz 400 Hz 1000 V CAT I​ 100 V
HISO-HV-4 4 1000 Hz 400 Hz 1000 V CAT II 25 mV 1500 V
Digital & counter
ENC-6 6 1000 Hz 2 MHz
DI-16 16 1000 Hz

TEDS Support (Transducer Electronic Data Sheet)

imc CANSAS devices support direct read/write of TEDS sensors,
including imc‘s TEDS Clip. TEDS interfaces require either the
ACC/DSUB-TEDS-x variants of our connectors (2-wire TEDS),
or per-channel connectors such as Lemo or ITT-VEAM.
imc – test and measurement 43
 imc CANSAS-IHR
Wide-range Current Measurement Module

Extreme range dynamics:

from 50 nA up to 50 A
Wide measuring
range up to 50 A

Output over CAN-bus

with selectable data rates
from 1 Hz to 1000 Hz

Internal A/D converter

digitizes at 30 kSample/s

With the imc CANSAS-IHR developers have a unique tool at hand that
allows current measurement across a very wide range, When examining
quiecent and sleep-mode currents as well as full power loads you can now
capture the entire power-up and power-down sequences of electrical
components and systems without loosing any details – in one single
measurement!

44 imc CANSAS-IHR
 APPLICATION
For continuous measurement
of idle current, operating current
and sleep modes
precise • wide range •
interruption-free

Directly calculated output

variables: minimum,
maximum & mean value
As a rack system for up to 7
plug-in modules with 2 channels

Two autonomous, isolated channels

for current measurement with auto­
Rack version
matic range switching
for laboratory
and test stand

The CANSAS-IHR high resolution measurement module applies auto-

ranging by shunt switching, Sophisticated yet plug&play technology
supports this high range dynamics in an interruption-free measurement!
Capture currents that vary from 50nA to 50A in a single continuous
acquisition without interrupting the current path!

imc – test and measurement 45

 imc STUDIO
Integrated Software for the Entire Testing Process

CONFIGURE AND MEASURE DISPLAY AND OPERATE

RECORDING OF VIDEO AUTOMATE TEST STANDS

imc STUDIO is a MODULAR TEST AND MEASUREMENT SOFTWARE that

combines many separate tools in one seamless and integrated environment.
Within this framework, users are able to quickly perform measurements,
ANALYZE data in real-time and create sophisticated tests.

46 Test & Measurement Software – imc STUDIO

 TEST & MEASUREMENT
SOFTWARE
measurement • data analysis
visualization • automation

CREATE TEST SEQUENCES

REAL-TIME ANALYSIS

With just a few mouse clicks, you can SETUP you DAQ system, DESIGN
your own screens (Panels), AUTOMATE test sequences using drag & drop,
RECORD GoPro videos and create real-time automation and CONTROL
for your test bench without programming a single line of code.

imc – test and measurement 47

 imc FAMOS
Software for Data Analysis

IMPORT & EXPORT DATA VIEW DATA

ANALYZE DATA AUTOMATE

The ANALYSIS SOFTWARE imc FAMOS provides engineers with the

versatile tools necessary to visualize and analyze their data, automating
routines and complex tasks – from data import to test report. No matter
from where your data originates - besides the imc data format, many
other data formats are supported and import converetrs can even be
easily customized by the user.

48 Analysis Software – imc FAMOS

 APPLICATION
For analyzing and reporting of
test and measurement data
professional • fast • efficient

COMPARE DATA

DOCUMENT

Specifically designed for analyzing test and measurement data, imc

FAMOS is ideal for engineers and technicians who wish to solve their
analysis tasks more efficiently. With a vast number of analysis functions
and powerful automation capabilities, imc FAMOS provides quick results.
And with the imc FAMOS Reader, you can quickly and easily view data on
every PC, for free.

imc – test and measurement 49

 imc WAVE
Software for Sound & Vibration Measurement & NVH Analysis

imc WAVE noise

Measuring sound power and sound pressure

imc WAVE vibration

Vibration analysis for machine diagnosis & human vibration

imc WAVE is a modular and powerful software platform for SOUND AND
VIBRATION MEASUREMENT and NVH ANALYSIS. With its analyzers you
can evaluate a wide range of applications without having to be an expert
yourself: From acoustic measurements in road tests to structural analyses
on the test bench and vibration tests on machines.

50 NVH analysis – imc WAVE

 APPLICATION
The ideal tool for professional
NVH analysis
noise • vibration • structure

imc WAVE rotation

Order analysis on rotating machines

imc WAVE structure

Structural analysis by impact hammer measurements

The imc WAVE analyzers provide you with STANDARD-COMPLIANT

ANALYSIS from the fields of sound pressure and sound power analysis,
structure analysis as well as vibration analysis on non-rotating and rotating
machines. imc WAVE guides you step by step through the settings, from
configuration to calibration and measurement. At the end, you receive a
professional, print-ready report.

imc – test and measurement 51

 imc Telemetry Solutions
Digital Telemetry Systems from Single- to Multi-Channel

TEL1-PCM TEL1-PCM-FLEX
12 bit single channel telemetry for Bendable single channel telemetry
strain gauge or thermocouple type K for strain gauge measurement
measurement

The TEL1-FLEX is a compact telemetry

designed for tight spaces, featuring
thin and flexible transmitter electronics
T1 for torque measure­ments in narrow
16 bit single channel telemetry for installations. Its pliable film substrate
strain gauge or PT100 temperature enables effortless application on rotating
measurement shafts or machine components.

For MEASUREMENTS ON ROTATING COMPONENTS and moving ma­

chinery, imc offers modern telemetry systems for a wide variety of tasks:
whether single-channel torque monitoring of a rotating shaft, multi-
channel strain gauge and temperature measurements on a train wheel-
set or mechanical power measurement on a vehicle drivetrain in harsh
environments. There are telemetry modules available for a large variety
of sensors, such as strain gauge, thermocouples, PT100/1000, as well as
IEPE sensors and voltage signals.​The telemetry systems are characterized
by their robust and compact design, digital and interference proof data
transmission and their clever supply and installation options.

52 imc Telemetry Solutions

 APPLICATION
Ideal for the wireless measure­
ment data transmission in
machinery, facilities and vehicles
integrated • flexible • reliable

CAN Data Logger

CAN

CAN
Dx – Universal telemetry for up to 24 channels
imc CANSAS imc CANSAS

transmitters
1...6 Applikations-
inputs system

1...6
inputs
analog
CAN Data
1...6 Logger
inputs
CAN
1...6
inputs

receiver unit

software solution
for
Dx telemetry data processing

ring stator

Dx telemetry is a compact and lightweight MULTI-CHANNEL TELEMETRY

SYSTEM that enables flexible wireless measurements with varying
numbers of channels and sensor assignments. The 14 g transmitter unit
supports up to 6 channels and different sensor types, including voltage
signals up to +/- 22.5 V, thermocouples and strain gauges in half-bridge
and full-bridge circuits. The receiver unit synchronously acquires data
via radio transmission from up to 4 transmitter modules, allowing for the
simultaneous acquisition and transmission of UP TO 24 CHANNELS.
Outputs include CAN, and analog interfaces, with easy configuration via
Ethernet and a standard web browser.

imc – test and measurement 53

 imc Modular Telemetry

Modular Telemetry MTP-NT

MTP-NT telemetry is a small and FLEXIBLE TELEMETRY system that

has a modular design. It consists of freely selectable sensor modules, a
controller module and an inductive transmitter unit. Depending on the
needs of the user, the telemetry system can be freely assembled and
subsequently adapted.

54 imc Telemetry Solutions

Variant for Rotor and Propeller Applications
The CTP-NT-ROTATE telemetry system
enables the acquisition and transmission
of 8, 16, 32 or 64 parallel measurement
signals from helicopter rotors or
aircraft propellers. The integrated
battery unit eliminates the need
for an external power supply and
simplifies installation. The radio
telemetry enables data transmission
over distances of up to 20 metres in free
field. The weatherproof housing (IP65)
is designed for outdoor use.

imc – test and measurement 55

 imc Telemetry Solutions Details

T1 TEL1 TEL1-FLEX

application one channel one channel one channel

distinction economical economical flexible

max. channels per transmitter 1 1 1

max. channels per decoder / system 1 1 1

technology

data transfer inductive inductive inductive

reach 35 mm 35 mm 35 mm

resolution 16 bit 12 bit 12 bit

power supply

inductive

battery

DC supply voltage
data acquisition with
output (decoder)
imc
analog +/- 10V via voltage input

CAN via CAN interface

Ethernet via TELDEC interface

configuration (parameterization)

Ethernet

USB/RS232

data rate per transmitter

max. signal bandwidth 1.2 kHz 1.2 kHz 1.2 kHz

max. sampling rate 6.4 kHz 7 kHz 7 kHz

max. data rate

measured quantities and sensors

voltage

IEPE

strain gauge bridges full / half full / half full / half

thermocouple

PT100/PT1000

operating conditions

transmitter -40 … +85 °C -40 … +85 °C -40 … +85 (125) °C

receiver -20 … +70 °C -20 … +70 °C -20 … +70 °C

56 imc Telemetry Solutions

 DX DX - HT MTP-NT CTP-NT-Rotate

application multi-channel multi-channel multi-channel

distinction modular modular mobile & rotating

max. channels per transmitter 4+2 2/4 8, 16, 32, 64

max. channels per decoder / system 20/24 256 64

technology

data transfer radio inductive / radio radio

reach 10 m 50 mm 20 m

resolution 16 bit 16 (18) bit 16 bit

power supply

inductive

battery

DC supply voltage 7 - 39 V DC 12 - 50 V DC
output
data acquisition with imc
(decoder)
analog +/- 10V via voltage input

CAN via CAN interface

Ethernet via TELDEC interface

configuration (parameterization)

Ethernet

USB/RS232

data rate per transmitter

max. signal bandwidth 920 Hz 1 kHz 24 kHz 24 kHz

max. sampling rate 4.6 kHz 5 kHz 100 kHz 62.5 kHz

max. data rate 10 Mbit/s 5 Mbit/s

measured quantities and sensors

voltage

IEPE

strain gauge bridges full / half full / half/ quarter full / half/ quarter

thermocouple

PT100/PT1000 / /

operating conditions

transmitter -40 … +85 °C -40 … +125 °C -40 … +85 (125) °C -40 … +70 °C

receiver -20 … +65 °C -20 … +65 °C -20 … +70 °C -20 … +70 °C

Legend: standard, optional

imc – test and measurement 57

 Automotive Sensor Solutions
Enhancing Precision and Efficiency

Dx-BrakeTemp Dx-Speed Dx-Power

Measuring Temperatures Wireless Wheel Speed Mechanical Power
on the Brake Disc Acquisition Measurements on Shafts

When it comes to comprehensive solutions, our commitment goes far

beyond data acquisition hardware and software. Welcome to imc's
innovative sensor solutions designed for a wide range of automotive
applications. Whether you're engaged in vehicle dynamics tests, brake
testing, or road load data acquisition, our portfolio includes a range of
high-quality sensor solutions.

58 Electromechanical testing – imc CRONOS flex

WFT-Cx WTT-Dx CLSx
Robust Wheel Force Wireless Wheel Torque High-Precision Steering
Transducers Transducer Effort Sensor

imc's sensors are specifically designed to simplify your work, from easy
mounting and calibration to wireless data transmission to maximize
your efficiency. Seamless integration with our DAQ platforms means you
no longer have to worry about data synchronization and formats. Our
sensors redefine excellence by optimizing your processes with every
measurement.

imc – test and measurement 59

 Dx-BrakeTemp

Measuring Temperatures on the Brake Disc

The Dx-BrakeTemp is a high-precision tool for measuring temperatures

on the wheels of road vehicles. All measurement signals, such as the
temperatures at the brake disc, are DIGITIZED DIRECTLY AT THE WHEELS
and transmitted telemetrically via vehicle mirror antennas to the receiver
unit inside the vehicle. With its robust design, the system is also well-
suited for harsh environments and road driving.

Dx-BrakeTemp Details

Accuracy ±1 K
Temperature range -40 °C to 60 °C
Sensor inputs 3 or 6 thermocouples type J or K per wheel
Sampling rate Up to 200Hz per channel with 3 channels per wheel
Typ K: to 1300 °C
Measurement range
Typ J: to 1200 °C
Resolution 16 bit
Height: 50 mm
Dimensions
Diameter: 100 mm
Mounting on the wheel Collets on the wheel bolts
Power Supply Rechargeable battery (up to 80 h)

60 Automotive Sensor Systems

 Dx-Speed

Wireless Wheel Speed Acquisition without reference point

The Dx-Speed system conveniently acquires the wheel speed directly

on vehicle wheels. The system does not require a stator or additional
reference point and delivers measurement results – both on the test
bench and outdoors – even in HARSH CONDITIONS such as mud, snow
and dust. The accouracy ist typically better than 0.5%. Impacts against
the axle also will not affect the results. This means that even driving on
rough roads is possible!

Dx-Speed Details

Maximum RPM ±7200 1/min

Accuracy < 0.5 % at 10 °C to 50 °C
Temperature range -40 °C to 60 °C
Weight 400 g
Height: 36 mm
Dimensions
Diameter: 140 mm
Mounting on the wheel Collets on the wheel bolts
Power Supply Rechargeable battery (up to 80 h)

imc – test and measurement 61

 Dx-Power

Mechanical power measurements

D x-Power in operation with ring stator for inductive supply

The Dx-Power system allows making mechanical power measurements as

easy as child‘s play. The transmitter unit (Dx-SCT) is MOUNTED DIRECTLY
ON THE VEHICLE AXLE by means of a half-shell housing. There it acquires
the torque (via strain gauges) as well as the speed via an integrated rpm
sensor. The measured data is transmitted telemetrically to the Dx-receiver
unit (RCI) inside the vehicle. This receiver unit calculates the synchronous
values of the two signals in real time according to the formula, power =
torque x rpm, and displays all values as physical variables.

Dx-Power Details

Maximum RPM ±7200 1/min

Accuracy < 0.5 % at 10 °C to 50 °C
Temperature range -40 °C to 85 °C (105 °C)
Torque measurement Strain gauge
Power Supply Rechargeable battery or inductive

62 Automotive Sensor Systems

Services for Telemetry & Sensors

Automotive Sensor Services

imc offers comprehensive services around its telemetry and sensor

systems. We support you with the set-up of measurements, help with
short processing times for calibrations and provide practical training.
In addition, we offer our customers our in-depth know-how even in
challenging applications.
You need a wheel force transducer, but only for a short period of time?
Or do you simply want to get to know the WFT-CX and experience its
capabilities in practice? imc can provide you a RENTAL OPPORTUNITY
for the appropriate device. In addition, our specialists will be happy to
assist you if required.

Calibration
imc calibrates each WFT-C x on its own specifically
developed test bench. Each force and torque is measured
separately. Interactions (crosstalk) between the measured
variables can thus be detected and compensated for. This
results in an unprecedented precision of the measured
values (crosstalk, non-linearity, hysteresis: all below 0.2 %).

imc – test and measurement 63

 WFT-CX
Wheel Force Transducer

saves time: 1 h set-up time for

four wheels no re-calibration
necessary after assembly

Angular
resolution 0.072°
operates in all weathers and
performs all off-road testing

Precise over a wide temperature

range, even at high temperatures
as with brake testing
Crosstalk, hysteresis,
non-linearity < 0.2 %

Whether vehicle dynamic tests, brake tests or determination of load

spectra - the 6-component WHEEL FORCE TRANSDUCER WFT-Cx
acquires all forces and torques acting on the vehicle with high precision.
The robust housing reliably protects against dirt, water and snow and
allows applications in any weather.

64 Wheel Force Transducer imc WFT-CX

 APPLICATION
Ideal for road testing and test
stands
precise • robust • quick setup

one sensor for most

vehicles and test benches

protection rating: IP67

100 g shock resistance

Synchronous acquisition
of all wheel sensors

With the flexible adapter system, the WFT-Cx can be used with minimal
effort on a variety of vehicle types - FROM COMPACT CARS TO SUVS and
light trucks - even on the test bench. A quick system setup and convenient
software functions, such as zero calibration, allow the system to be test-
ready within a very short time

imc – test and measurement 65

 WFT-CX
Wheel Force Transducer

Our Wheel Force Transducers are built to with­

stand challenging environmental conditions.
With a wide temperature range of -40°C to +105°C
and a waterproof design, they excel in adverse
weather conditions, including ice, snow, and
meltwater. The robust construction and impact
resistance of up to 100 g make them ideal for
testing on rough terrains.

A WFT for component lifetime TESTING ON THE TEST STAND must be

durable. Especially for these applications, imc offers WFT sensors made
of titanium or steel. If a rotating measurement is carried out on a chassis
dyno or on a road test, the wired signal transmission to the control unit
is simply replaced by a stator. Since all of the WFT sensor housing types
have the same dimensions, existing adapters can be used for all types.

66 Wheel Force Transducer imc WFT-CX

 APPLICATION
Ideal for road testing and test
stands
precise • robust • quick setup

WFT-CX wheel force transducer

Parameter Value
WFT-CX WFT-CXS
Material Aluminium Titanium Steel PH17-4 Aluminium
Measurement principle temperature compensated strain gauge application
Fx, Fz = ± 45 kN Fx, Fz = ± 60 kN Fx, Fz = ± 60 kN Fx, Fz = ± 25 kN
Measurement range: forces
Fy = ± 25 kN Fy = ± 30 kN Fy = ± 30 kN Fy = ± 20 kN

Measurement range: torques Mx, My, Mz = ± 8,75 kNm Mx, My, Mz = ± 10 kNm Mx, My, Mz = ± 10 kNm Mx, My, Mz = ± 6 kNm
Protection rating IP66, IP67
Sampling rate per channel up to 5 kHz
Angular resolution with 5000 increments 0,072 °
Linearity < 0.2 % FS
Hysteresis < 0.2 % FS
Crosstalk < 0.2 % FS
Low pass filter 6-pol Butterworth filter, cut-off frequency 1200 Hz
Weight without adapter (ca.) 7.5 kg 10.5 kg 17.5 kg 5.9 kg
Rim diameter min. 14” (356 mm), 13” upon request
Hub diameter with adapter max. 5.5“
Operating temperature sensor - 40 °C to + 150 °C
Operating temperature electronics - 40 °C to + 105 °C
Mechanical load Stress analysis according to BMW QV 36026
Shock proof max. 100 g
Rotational speed 3000 rpm
Safety mechanical breakage protection
Dimensions:
- Outer diameter (w/o adapter) 317.5 mm
- Inner diameter (w/o adapter) 203 mm
- Height 76 mm 61.5 mm
Temperature drift 0.005 % / °C
Mounting bolts 32 Pieces
Adaption customer-specific adaption for any vehicle possible

Synchronized Data Acquisition with imc CRONOSflex

Facilitate seamless data aquisition from two WFT-Cx wheel force
transducers through the WFT-2 Module. It is simply clicked on
an imc CRONOSflex system and is automatically synchronized
with all other connected sensors, field buses, GPS systems, etc.
Configuration, calibration and zeroing is effortless with the imc
STUDIO software. A CRONOSflex supports up to three WFT-2
modules, accommodating a total of six wheel force transducers.
This modular setup provides a compact, comprehensive solution
for diverse vehicle applications.

imc – test and measurement 67

 WTT-Dx
Wheel Torque Transducer

Acquire drive and output torques

directly at the wheel
Operating temperature
-40°C to +60°C

Replaceable battery with Synchronous data

up to 50 h running time acquisition from
up to four WTTs

Cable-free data
transmission via
Dx telemetry

Precise measuring
of torque directly
at the wheel
Waterproof according
to IP67 protection rating

In automotive development, it is important to know the EXACT TORQUES

acting on the vehicle – especially under acceleration and braking
maneuvers. With the WTT-Dx wheel torque transducer, a high-precision
tool is available for making such measurements. The WTT detects the
mechanical load directly where it is produced: the wheels that form the
interface between the vehicle and the road.

68 Wheel Torque Transducer - imc WTT-Dx

 APPLICATION
Ideal for precise measuring of
drive and braking torque directly
at the wheel
weatherproof • robust •
wireless

WTT-Dx wheel torque transducer Details

Parameter Value

Measurement value torque in axial direction My

Signal transmission digital-telemetric

Measurement range My = ±6000 Nm, optional, My = ±3000 Nm

Bandwidth max. 1 kHz

Linearity < 0.5 %

Hysteresis < 0.5 %

Crosstalk < 0.5 %

Sensor diameter 300 mm

ca. 4.75 kg (incl. telemetry unit)
Sensor weight
ca. 6.3 kg (with battery)
Sensor housing material aluminum

Mechanical load stress analysis according to AK-LH-08 4.34

Rim diameter min. 13“

Hub diameter with adapter max. 6“

Operating temperature -40°C to 60°C

Rotational speed 2500 rpm

Shock proof 100 g

Protection rating IP67 (waterproof)

Mounting and balancing Yes (wheel bolts accessible)

Power supply Up to 50 h

Interfaces Analog and CAN

imc – test and measurement 69

 CLSX steering effort sensor
High-Precision Steering Effort Sensor

World‘s smallest and lightest Ultra slim sensor body design for
steering effort sensor seamless integration with minimal
extension of steering column

Steering torque range

±100 Nm or ±200 Nm
(up to ±250 Nm as option)

Acceleration measurement
in X, Y & Z directions

Detects torque, angle

Optimized for autonomous
and rotational velocity
driving tests

Measuring angle
range ±1440 °

With the innovative CLSx steering effort sensor, the original steering wheel of
your vehicle becomes a high-precision instrument that measures steering
torque, angle, steering velocity and acceleration in x, y and z directions. The
ULTRA-SLIM SENSOR can be placed between the steering column and
steering wheel in just a few simple steps. High-resolution A/D converters
with 24 bits ensure especially good signal quality and noise-free results
even at small torques below 3 Nm. This is particularly important when
testing advanced driver assistance systems and autonomous driving to
determine the overpressure torque.

70 Steering Effort Sensor - imc CLSx

 APPLICATION
Ideal for testing steering systems,
driver assistance systems and
autonomous driving
precise • ultra-slim • quick setup

CLSx Details

Steering torque
Parameter Value Remarks
Measuring principle temperature compensated strain gauge application
Measurement range ±100 Nm, ±200 Nm, ±250 Nm others upon request
Accuracy 0.1% FS Combined (gain error and non-linearity)
Bandwidth 0 to 800 Hz sampling rate 5 kHz

Steering angle
Parameter Value Remarks
Measuring principle incremental angle encoder
Measurement range ±1440 °
Accuracy 0.045 °
Bandwidth 0 to 800 Hz sampling rate 5 kHz

Steering velocity (angular velocity)

Parameter Value Remarks
Measuring principle calculated from angle
Measurement range ±2048 °/s
Bandwidth 0 to 800 Hz sampling rate 5 kHz

Vibration and acceleration

Parameter Value Remarks
in the center of the steering column,
Vibration
measurement range up to 5 g in x, y and z direction
Rotational acceleration measurement range ±10000 °/s2

General data
Parameter Value Remarks
Sensor height approx. 30 mm without adapter
Sensor weight approx. 0.6 kg without adapter
Overload >100% of the measurement range
Mech. breaking torque >500 Nm
Adaption special adaption sets for any car or truck manufacturer available

Moment of inertia Sensor approx. 3000 g cm2

Steering wheel or column adapter typ. approx. 500 g cm2

Working temperature -20°C to +80°C

Control unit
Parameter Value Remarks
Supply 9 to 36 V DC
CAN output freely configurable
Analog output freely configurable, max. ±10 V
Via remote control or push-button for torque
Auto zero
and angle on the control unit

imc – test and measurement 71

 imc SERVICES
From Experts for Experts

CONSULTING & TRAINING MEASURING SERVICE

With our global team of measurement experts, For occasional tests, it is often not
we support you in all phases of your testing worthwhile to purchase your own test
tasks with consulting and training. equipment. For this purpose, we offer
contract measurements as a service.

As a SOLUTION PROVIDER, imc provides an additional range of services.

These include project consulting, contract measurements, data evaluation,
outsourcing of specialists and customer-specific software development
through to system integration and test bench automation.

72 imc SERVICES
 APPLICATION
Your personal test solution
innovative • thorough •
trustworthy

SOFTWARE DEVELOPMENT TEST STANDS

We develop tailor-made software for you We develop customized test benches for
- whether customer-specific analyses, research, development and production -
connecting databases, integrating third-party whether for component testing, quality
devices or complex test bench controls. assurance or life cycle testing.

Our GLOBAL TEAM OF ENGINEERS is dedicated to working with you

throughout all phases of project development - including planning,
construction, configuration, and implementation​. By our extensive
project experience and a high level of competence in solving test and
measurement tasks, we want users to reach their testing goals faster and
more efficiently.

imc – test and measurement 73

About imc Test & Measurement
imc Test & Measurement GmbH is a manufacturer

imc product catalog v1.1 // Errors and changes excepted. All registered trademarks are the property of the respective companies.
and solution provider of productive test and
measure­ment systems. Together with its custo­
mers from the fields of auto­motive engineering,
mechanical engineering, railway, aero­space and
energy, imc implements metrological solutions for
research, development, service and production.

Our customers use imc measurement devices,

software solutions and test stands to validate
prototypes, optimize products, monitor processes
and gain insights from measurement data.

imc Test & Measurement is part of Axiometrix

Solutions, a leading test solutions provider
comprised of globally-recognized measurement
brands like GRAS Sound & Vibration and Audio
Precision.

Contact us:
imc Test & Measurement GmbH
Voltastraße 5
D-13355 Berlin
Germany
www.imc-tm.com

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