• imc CRONOS-XT

    Highly robust, clickable measurement system for harsh environments

Robust data acquisition with a click

No more compromises: With the imc CRONOS-XT, imc is offering for the first time an ultra-robust device in a completely modular platform. The data acquisition base unit and a number of amplifiers can be conveniently connected to form a complete system: without tools and cables via a simple click-mechanism. With protection class IP67 and MIL-STD810F, the system is protected against dirt, dust and water as well as severe shocks and vibrations. The robust data logger is therefore ideal for mobile measurements on construction machinery, tractors, agricultural machinery and vehicle testing that takes place in harsh environments.

Perfect for mobile use in harsh environments

-40° bis +85°C

Operating temperature with condensate protection

 

 

Battery

Not dependent on mains supply thanks to optional battery

 

 

MIL-STD-810F

Particularly resistant to shock and vibration

 

 

GPS

Synchronous recording of position and movement data

 

 

IP67

Water- and dustproof

 

 

10 - 50 VDC

Wide input voltage range

 

 

More flexibility for everyday testing

Is an 8-channel vibration measurement planned for today? Then simply click the ICP module on your base unit and off you go. And tomorrow? Thanks to the modular building block 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, such as thermocouples, RTD (PT100/1000), voltage and current signals, acceleration and sound sensors (IEPE), displacement transducers (LVDT), all the way to strain gauges as full/half/quarter bridges and corresponding bridge sensors such as load cells. The precise and low-noise measurement amplifiers digitize with 24 bits and have high bandwidth and range dynamics.

Extremely robust DAQ system

  • Water- and dustproof according to IP67
  • High shock and vibration resistance according to MIL-STD-810F
  • Robust, impact-resistant housing
  • Sealed electronics (condensation-proof)
  • Wide temperature range from -40 °C to +85 °C 

System design

Spatially distributable

In addition to the modular design as a centralized system, imc CRONOS-XT can also be installed in a spatially distributed topology. This allows measurement amplifiers to be placed close to the sensor in order to keep the length of sensitive and expensive cables to a minimum. Networking is accomplished via the EtherCAT-based imc system bus. All data converge synchronously in the base unit.

Networkable with multiple devices

For extensive measurements with hundreds or thousands of channels, multiple imc CRONOS-XT, as well as all other imc measurement devices, can be operated together as a single system. The devices are networked via Ethernet and synchronized via DCF77, IRIG-B, GPS or PTP. The data are stored autonomously in the devices and/or transferred to a NAS or PC via network streaming.

Real-time analyses in the device

Be sure to get finished results while the measurement is still running. With the integrated imc Online FAMOS computing platform, you can calculate and analyze your raw data in real time. Using a convenient assistant, you can create your own personal real-time analyzer: simply drag & drop from a comprehensive collection of mathematical and static functions as well as finished analyses such as FTT, class counting and order tracking. This makes it possible to create your own evaluation algorithms and set up smart data analyses without programming.

Compressed and intuitive results are not only available directly from the stand-alone device (without PC), they can also be displayed live on an imc handheld display. During the test, e.g., during a test drive, you get immediate feedback on the running test, which can then be reacted to immediately, e.g., by appropriate driving actions.

In practice

Testing under harsh conditions

The stress that is imposed on machines for construction and agriculture can be enormous. This makes it all the more important to carry out comprehensive functional and stress tests when developing such machinery. imc CRONOS-XT provides test and measurement engineers with the perfect tool for such tasks. Universal measurement amplifiers precisely measure all sensors installed on the machine including strain gauges, IEPE/ICP, displacement, force and pressure and perform real-time analyses, e.g., for rosette calculations or spectral analysis (FFT). The robust housing reliably protects the equipment from dust, dirt, water and mud.

Keeping track of noise and vibration

To protect both people and the environment from noise, vehicles and machinery must comply with many regulations. These not only include noise emissions, but also vibrations affecting people and components. With imc CRONOS-XT in conjunction with imc WAVE software, users have a complete package for noise and vibration analyses at their disposal: From noise measurements during road tests through structural analyses on the test bench to vibration tests in the field.

Fatigue testing and load collectives

The imc CRONOS-XT provides test engineers with the ideal system for acquiring live road test data and operate fleet monitoring. Thanks to the high shock and vibration resistance according to MIL-STD-810F, imc CRONOS-XT is able to reliably record test data even under extreme conditions. Functions such as self-start, online class-counting, GPS tracking and cloud connection for measurement data transfer and online monitoring are particularly helpful for week-long test drives.

Comfortable measurement software

No matter whether you want to configure your imc CRONOS-XT for a fast mobile measurement in “black box” mode, set up live monitoring for hundreds of channels for prototype testing or create a complete test bench automation with your own control panel – with imc STUDIO you have full control over your complete measurement process: from channel configuration to report. imc STUDIO combines data acquisition, visualization, analysis and automation.

Technical data

  LV3-8 ISO2-8 ISO2-16-2T ISOF-8 ICPU2-8 AUDIO2-4 BR2-4 B-8 DCB2-8 UNI2-8 UNI-4
Channels per module 8 8 16 8 8 4 4 8 8 8 4
Connector DSUB-15 DSUB-15 / LEMO.1B Thermo DSUB-15 / LEMO.1B BNC BNC DSUB-15 DSUB-15 DSUB-15 DSUB-15 DSUB-15
TEDS Ja Ja    Ja  Ja  Ja  Ja Ja Ja Ja Ja
Sampling rate per channel                      
Max sampling rate 100 kHz 100 kHz 100 kHz 100 kHz 100 kHz  100 kHz 100 kHz 100 kHz 100 kHz 100 kHz 100 kHz
Max bandwidth 48 kHz 11 kHz 2 kHz 48 kHz 48 kHz 48 kHz 14 kHz 48 kHz 5 kHz 48 kHz 48 kHz
Voltage measurement                      
isolated   Ja Ja Ja    Ja          Ja
min. voltage range (mV) 5 50   50 5 5 5 5 5 5 2,5
Voltage up to 10 V Ja Ja   Ja Ja Ja Ja Ja Ja Ja Ja
Voltage up to 50 / 60 V Ja Ja   Ja Ja Ja Ja     Ja Ja
Current measurement                      
20 mA via internal shunt   Ja (LEMO)   Ja (LEMO)       Ja Ja Ja Ja
20 mA via shunt plug Ja Ja (DSUB)   Ja (DSUB)     Ja Ja Ja Ja Ja
Temperature measurement                      
Thermocouple   Ja (DSUB) Ja Ja (DSUB)           Ja Ja
PT100   Ja   Ja Ja         Ja Ja
PT1000                     Ja
Bridge mode (strain gauge)                      
Full-, half-, quarter bridge             Ja Ja Ja Ja Ja
DC excitation             Ja Ja Ja Ja Ja
Carrier frequency             Ja        
Single SENSE             Ja Ja Ja Ja Ja
Double SENSE             Ja       Ja
Audio & vibration                      
IEPE sensors (ICP) DUSB ICP-plug DUSB ICP-plug   DUSB ICP-plug Ja Ja DUSB ICP-plug DUSB ICP-plug DUSB ICP-plug DUSB ICP-plug DUSB ICP-plug
Miscellaneous                      
Sensor supply optional optional   optional Ja
(MIC-version)
Ja Ja Ja Ja Ja
Sensor supply (per channel)           Ja
(MIC-version)
        Ja
  HRENC-4 DI2-16 DO-16-HC DAC-8
Digital inputs and outputs        
Digital input Bits   16    
Digital output Bits     16  
Analog outputs        
Analog outputs       8
Incremental encoder        
Counter inputs 4      
Quadrature mode4      
Counter frequency 256 MHz      
Analog sin/cos mode Ja      

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.

CRXT-2000
General
System sampling rate 2000 kSps
Operating conditions
Temperature range -40°C to +85°C
Condensation-proof
Shock and vibration MIL-STD-810F
Connectivity
Ethernet 1 GBit
internal Wi-Fi adapter IEEE 802.11.n (300 Mbit/s)
EtherCAT connection for distributed CRXT modules
GPS connector
imc handheld display
Sync connector (for the synchronization of multiple devices)
Remote connector (remote-control main switch)
Data storage
Memory card slot (CFast)
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 Zeit)
Synchronization & clock
Master-Slave between imc systems
NTP and PTP network-based synchronization
Via external GPS signal
Via external IRIG-B & DCF-77 signal
Fieldbus options
CAN, CAN FD
LIN
FlexRay
MVB
ARINC
XCPoE (Master or Slave)
EtherCAT Slave
Interface for imc telemetry
Power supply
DC input 10 to 50 V (isolated)
AC/DC adapter (110 to 230 VAC)
Supply of external flex modules (CRFX) via Power-over-EtherCAT
Data integrity in case of power failure
Long-term USP (NiMH battery)
Legend: Standard Optional