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Multi-channel modules - MCM

Effective and economic measuring, simulation and stimulation with our multi-channel modules (MCM) ... We have developed the top series specifically for the high requirements of the modern industry. We regularly upgrade it with new modules. The clever technical details impress.

Take advantage of the modular system. Start on a small, cost-effective basis and upgrade bit by bit to up to several hundred channels. All MCM modules can be freely combined with each other. If required up to the high-performance real-time system. They additionally impress with compact design, highest safety in compliance with automotive standard and full synchronicity of all channels - even across several units. The high-quality integrated signal conditioning is another technical highlight. For an overview please click here.

Analog simulation of 8-channel

With the MCM-U08AOS eight voltages can be generated. Depending on the application may be between three output voltage ranges can be selected.

The MCM-U08AOS is ideal for generating voltages with limited output currents in test systems and test systems. Can be simulated with the assembly thus a wide range of analogue sensors in a simple manner.

  • Eight voltage simulation channels
  • Three different output voltage ranges
  • Resolution 16-bit
  • Output current 20 mA per channel
  • Thermal short-circuit current limiting
  • Intrinsically safe output current limiting per channel
  • Remote control via CAN bus

Number of channels:≤ 8
Size:19" Einschub 100x100 mm
In-/output value:Spannung
In-/output area:0 ... 32 V
Precision:±0,1 %
Resolution:16 Bit

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Basic Rack 3U 84HP

Completely mounted and ready for connection 19 "rack for holding up to 16 MCM modules.

  • Subrack 3 U, 84 HP, t = 175 mm with rear panel, cover plates and mounting tabs
  • Power supply (60 - 260 VAC, 47 - 60 Hz) for the module supply, overvoltage category II
  • IEC power socket, fuse T 500 mA
  • 9-pin D-sub connector for optional configuration and data exchange via CAN
  • Integrated Backplane for Power Supply, High-speed CAN communication and the MCM modules
  • Mains connection cable 2 m
  • CAN connecting cable, 9-pin D-Sub 1.8m
  • CAN terminating resistor
  • MCM User Manual
  • Graphical User Interface MCM-ControlDesk

Size:19"-system
Isolation voltage:≤ 560 V
Temperature range:0 ... +50 °C

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Basic Rack 3U 84HP high-voltage

Completely mounted and ready for connection 19 "rack with galvanically decoupled system ground to earth (800  VDC) for the recording of up to 16 MCM modules.

  • Subrack 3 U, 84 HP, t = 175 mm with rear panel, cover plates and mounting tabs
  • Power supply (230 VAC ±10 %, 50 Hz) for the module supply, overvoltage category II
  • IEC power socket, fuse T 500 mA
  • Optically isolated CAN transceiver
  • 9-pin D-sub connector for configuration and data exchange via CAN
  • Integrated Backplane for Power Supply, High-speed CAN communication and the MCM modules
  • mains connection cable 2 m
  • CAN connecting cable, 9-pin D-Sub 1.8 m
  • CAN terminating resistor
  • MCM User Manual
  • Graphical User Interface MCM-ControlDesk

Size:19"-system
Isolation voltage:≤ 800 V
Temperature range:0 ... +50 °C

Operating temperature:
Storage temperature:
Relative humidity:
Protection type:IP20 nach EN 60529

Digital I/O 32-channel

The digital I/O module has individually configurable inputs and outputs. The outputs can be used as high-side, low-side or push / pull drivers. Due to the high voltage ranges, the module is also suitable for special applications in the automotive environment.

The module is equipped in the best possible for use in harsh environments. Application areas are, among others, test stands, HIL systems and mobile use.

  • 16 inputs and 16 outputs, including 4 PWM outputs
  • Time-synchronous processing of all channels
  • Configurable output driver (high-side, low-side, push / pull)
  • Integrated short-circuit current limitation
  • Adjustable input switching thresholds
  • Galvanic decoupling of channels

Number of channels:≤ 32
Size:19" plug-in-module 100x100 mm
Isolation voltage:≤ 800 V
In-/output value:Digital
In-/output area:0 ... 32 V
Data rate:< 10 ksps
Resolution:16 Bit

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Speed ​​measurement 2-channel

The MCM-S02FII module is ideal for evaluating various Inkrementalgebertypen in systems of process engineering, test stands, test equipment, and HIL systems.

It is the best possible way equipped for use in harsh environments. Application areas include starter test benches, engine test stands, test stands generator and HIL systems.

  • Two digital incremental encoder inputs
  • Simultaneous evaluation of the two measurement channels
  • Speed measurement, angle measurement, distance measurement
  • Galvanic decoupling of each channel
  • Power per sensor
  • Analysis of noise
  • Integrated signal conditioning

Number of channels:≤ 2
Size:19" plug-in-module 100x100 mm
In-/output value:Increments
In-/output area:≤ 1 Mhz
Data rate:< 10 ksps
Precision:±0,1 %
Resolution:16 Bit

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Speed ​​simulation

The speed simulation MCM-S08AOI-N serves the independent simulation of static, ramp or analog out speed waveforms. Main area of application is the simulation of Kurbelwellen-/Nockenwellen- or industrial Inkrementgebern. The MCM-S08AOI-N offers this up to 8 parallel digital data tracks, 2 of which Induktivgebersignalverlauf. 

  • Speed sensor simulation unit 
  • Static and dynamic simulation speed, trigger wheel and sensor analog simulation
  • Speed range 30 .. 6000 1/min.
  • 8 data tracks with 7200 points resolution
  • Ramp function with up to 28 nodes
  • Trigger wheel records read back
  • Full remote control

Number of channels:≤ 8
Size:19" plug-in-module 100x220 mm
Temperature range:0 ... +50 °C
In-/output value:Frequency

Operating temperature:0 ... +50 °C
Storage temperature:0 ... +60 °C
Relative humidity:20 ... 65 %

Userinterface

Over the surface of MCM-ControlDesk, the configuration and operation of the individual MCM-IO modules as well as the visualization of the measured data.

With the MCM-ControlDesk user interface all measured values and states of the MCM-I/O-Baugruppen can be easily visualized and stored.

  • Operation and configuration of all MCM-IO modules via a uniform user interface
  • Automatic detection of connected MCM-IO module
  • Limit monitoring of Kanaälen to undershoot and overshoot
  • Export of measured values in CSV files

Power Resistor Decade

High-resolution Power-R-decade with current and voltage measurement. Remote control via CAN.

Signal conditioning functions:
Voltage at the input of the load against ground, load current by current transformers, voltage drop across load resistor, all measuring points brought out for data acquisition, load switch capability to BAT+, BAT-, or OPEN, load switching between two pins (e.g. H-bridge), connected pin switchable against BAT+, BAT-.

Protection functions:
Overcurrent shutdown, overcurrent limit adjustable up to max. 25 A, current overload time adjustable up to max. 500 ms.

  • A high-resolution decadal power resistance channel
  • Resistance range 0.5 Ω ... 800 Ω
  • Resolution 0.1 Ω
  • Accuracy <0.2 Ω +/- 1% of setting
  • Performance range
    • 1 Ω to 6,3Ω: 100 W
    • 6.4 Ω to 25.5 Ω: 50 W
    • 25.6 Ω to 819,2Ω: 15 W
  • Inductive Load 4.7 mH switchable for induction voltage generation
  • Any ext. Last in series connected
  • Remote control via CAN bus

Number of channels:1
Size:19" plug-in-module 100x220 mm
In-/output value:Resistance
In-/output area:0R5 ... 800
Precision:±0,5 %

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Multi-channel evaluation module

The MCM-EVA combines several functions in one module: 8-channel multiplexed voltage measurement, 4-channel auxiliary relay for controlling the main relay terminal 15 or similar, 2x 40pin. Mezzanine expansion slots for plugging of customer- or application-specific modules Piggy, Patch Area.

  • Eight multiplexed voltage measurement channels
    • Measuring range ± 50 mV / ± 5 V / ± 10 V
    • Accuracy: ± 0.1%
    • 15 bit resolution
    • Total sampling rate 80 ksps
    • galvanically isolated
    • Isolation Voltage Channel to system ground: 560 VDC
    • integrated signal conditioning, filtering 2.ter order
  • Four switching channels (changer)
    • Switching up to 1 A
    • Scahltspannung typ. 30 V, max. 65 V
    • Resistance Ron ≤50 milliohms
  • Two 40pin. Mezzanine expansion slots for plugging of expansion boards
  • Control of Aufsteckbaugruppe by various processor signals the main assembly (SPI, I2C, I / O port, etc.)

Number of channels:≤ 60
Size:19" plug-in-module 100x100 mm
Isolation voltage:≤ 560 V
Temperature range:0 ... +50 °C
Precision:±0,1 %
Resolution:15 Bit

Operating temperature:0 ... +50 °C
Storage temperature:0 ... +60 °C
Relative humidity:20 ... 65 %
Protection type:IP20 nach EN 60529

Process Interface ARM 400 MHz

The controller module MCM-Main Control provides the interface between the PC and the MCM system. In a system of this module takes over the management and configuration of the individual MCM-IO modules. The module has an Ethernet interface and a CAN interface.

The MCM-Main Control module is ideally suited as a communication interface for MCM systems.

  • Integrated Real Time IO controller
  • Real-time processing of the measured data
  • PC connection via standard Ethernet LXI about Messtechnikbus
  • Streaming function for smooth online data transfer to PC
  • Bandwidth optimization by setting the sampling rate of each channel MCM modules
  • Master clock generator for synchronization of all I / O channels
  • External Trigger Gateway with wired-OR bus for all I / O channels
  • Configuration master with auto-identification of the I / O modules
  • Integrated measurement memory

Number of channels:1
Size:19" plug-in-module 100x100 mm
Isolation voltage:≤ 800 V
In-/output value:Digital
Data rate:100 MBit

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Process Interface Zynq Module

The MCM-MainControl V2 module extends the operative range of the system. With the integrated LVDS bus with optimized protocol, the IntelliProbes can be applied in high-speed applications.
By the use of the MainControl module, diverse functions are available. The equipment of the master module with a dual ARM Cortex A9 @ 666MHz as well as user-defined field programmable gate array (FPGA) as sytem on chip (SoC) enables sufficient reserves even for computationally intensive applications and data processing. The use of a realtime Linux kernel ensures high performance and stability. The providing of the SMART MCM process library with integrated LUA script interpreter allows a user-defined data processing, such as alarm events, numerical operations, protocol definitions, triggers, digital I/O.

  • Built-in Real Time IO controller for real-time processing of the measured data
  • Connections for 1 x Ethernet 1000 Mbps, 1x CAN 2.0B, 2x 10 Mbps differential bus connections for data transfer, GPIO, supply. All connections via ODU MINI-SNAP
  • Master module with dual ARM Cortex A9 @ 666 MHz and freely programmable FPGA (SoC - System on Chip), Linux runtime system
  • MCM-Process lbrary with integrated LUA scriptinterpreter
  • Free definition of the output logs to master control system for CAN and Ethernet channels
  • Expansion slots for Mezzanine Boards
  • GPIO: 4x digital IN, 4x digital OUT, 1x trigger IN, 1x trigger OUT

Special Features:

  • Connection to AMS jBEAM for data visualization / logging / post processing
  • Software Suite MCM-Process ControlDesk for configuration / visualization / logging available

Number of channels:1
Size:19" plug-in-module 100x100 mm
Isolation voltage:≤ 800 V
In-/output value:Digital
Data rate:100 MBit

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

PWM measurement 16-channel

With the MCM-U16FII module frequencies, duty cycles and pulse widths can be measured.Due to the high voltage ranges, the module is also suitable for special applications in the automotive environment. 

The module is equipped in the best possible for use in harsh environments. Application areas are, among others, test stands, HIL systems and mobile use.

  • 16 PWM measurement channels
  • Frequency range 0.1 Hz to 100 kHz with a resolution of 40 nsec
  • Duty Cycle 3 % to 97 % with a resolution of 0.1 %
  • Adjustable input switching thresholds
  • Galvanic decoupling of channels

Number of channels:≤ 16
Size:19" plug-in-module 100x100 mm
Isolation voltage:≤ 800 V
In-/output value:Frequency
In-/output area:0 ... 45 V
Data rate:< 10 ksps
Precision:±0,1 %
Resolution:16 Bit

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

PWM simulation 8-channel

The MCM-U08FOS module is ideal for simulating PWM sensor signals in testing and test systems. Due to the complete independence of all channels even complex duty cycles or frequency conditions can be represented multi-channel high resolution.

  • Eight PWM channels
  • Complex FPGA for signal generation
  • Output selectable 0 ... 5 V or open collector
  • Fixed frequency with variable duty cycle
  • Fixed duty cycle, variable frequency
  • Single pulses with variable pulse duration and pulse repetition
  • Output current 10 mA per channel
  • Outputs short circuit protection
  • Remote control via CAN bus

Number of channels:≤ 8
Size:19" plug-in-module 100x100 mm
In-/output value:Frequency
In-/output area:≤ 500 kHz
Precision:±0,1 %
Resolution:16 Bit

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Wheel speed simulation 4-ch

The RDG-SIM simulates parallel up to four wheel speed sensor. All conventional wheel speed sensors are programmable and can be completed by analog signal driver.

  • Four independent channels simulation
  • Simulation of wheel-speed sensors of the type DF11 and VDA
  • Target of constant speeds and speed ramps
  • Simulation until 300 km / h
  • Up to 300 teeth per revolution
  • Adjustable wheel circumference between 1 and 2.5 m
  • Channel outputs individually switched off
  • Standard simulation: Indicates the typical behavior of the selected sensor type, and supported by the real sensor error codes again

Number of channels:≤ 4
Size:19" plug-in-module 100x160 mm
Temperature range:0 ... +50 °C
In-/output value:Current

Operating temperature:0 ... +60 °C
Storage temperature:0 ... +60 °C
Relative humidity:20 ... 65 %
Protection type:IP20 nach EN 60529

Shunt carrier card 4 channel 25A

The MCM-R04ABS-SHUNT25A Shuntträgerkarte is designed for project-specific applications of current shunts in high current paths, preferably in combination with the MCM-I08AII-BI. 4 Administered shunt values in different designs can this be installed. The max. Current per channel is 25 A, the power supply is done via power terminals, the voltage taps on four-wire technology are available on separate front terminals.

MCM-R04ABS SHUNT25A module is ideally suited to measure the current in the control device channel, such as at power outputs. She is best equipped for use in harsh environments. Application areas include control device tester, component test benches and HIL systems.

  • Four administrable current channels
  • Maximum load current 25 A
  • Shuntbauformen DO220 / MSR-3 / MSR-5 / WSL3637
  • 2x optionally, RH-5 / RH-25
  • Load power supply via power terminals type TOP 4GS 6 mm2 with screw
  • Pitch 6.35 mm
  • Messspannungsabgriff via terminals type S2L
  • Pitch 3.5

Number of channels:≤ 8
Size:19" plug-in-module 100x100 mm
In-/output value:Resistance
In-/output area:0 ... 25 A

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Shunt carrier card 8-channel 10A

The MCM-R08ABS-SHUNT10A Shuntträgerkarte is designed for project-specific applications of current shunts in current paths, preferably in combination with the MCM-I08AII-BI. 8 administrable shunt values in different designs can this be installed. The max. Current per channel is 10 A, the power supply is done via power terminals, the voltage taps on four-wire technology are available on separate front terminals.

The MCM-R08ABS-SHUNT10A module is ideally suited for current measurements to control units channels such as in sensor inputs or the sensor supply and power outputs. She is best equipped for use in harsh environments. Application areas include control device tester, component test benches and HIL systems.

  • Eight administered stream channels
  • Maximum load current 10 A
  • Shuntbauformen DO220 / MSR-3 / MSR-5 / WSL3637
  • power supply via power terminals type BC / SC
  • 3.81 mm pitch

Number of channels:≤ 8
Size:19" plug-in-module 100x100 mm
In-/output value:Resistance
In-/output area:0 ... 10 A

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Signal interface 16-channel10A

With the MCM-10A K16DBI assembly up to 16 signal channels can be switched in each case to the two signal outputs. By the use of the relay, the individual channels are electrically isolated from each other.

The module is ideal for switching signals in test systems and test systems. The module is suitable for switching of average currents, as they occur in various amplifiers in engine control units. The construction of the module can optionally for example, a real and a simulated switched a signal to two loads. Further, the signal can be switched to two errors rails.

  • 16 relay channels
  • Switching of input pins at two output pins
  • Switching the input pins on two error Rails
  • Low contact resistance
  • Galvanic decoupling of each channel
  • Switching of up to 3 A
  • Continuous current of 8 A
  • Peak current of up to 10A
  • Remote control via CAN bus

Number of channels:≤ 16
Size:19" plug-in-module 100x100 mm

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Signal interface 8-channel 25A

With the MCM-25A K08DBI assembly eight signal channels can be switched in each case to the two signal outputs. By the use of the relay, the individual channels are electrically isolated from each other.

The MCM-K08DBI-25A module is ideal for switching signals in testing and test systems. The module is suitable for switching high currents, as they occur in the ignition or injection into engine control units. Due to the physical setup of the module optionally a signal to two loads, for example, a real and a simulated load can be switched.

  • Eight relay channels
  • Switching of input pins at two output pins
  • Low contact resistance
  • Galvanic decoupling of each channel
  • Switching of up to 8 A
  • Continuous current of 16 A
  • Peak current of up to 25A
  • Remote control via CAN bus

Number of channels:≤ 8
Size:19" plug-in-module 100x100 mm

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Voltage measuring 8-channel

The MCM-U08AII module is ideal for measuring unipolar voltages in test systems and test systems. Use the module to monitor the voltage of the fuel cell, battery stacks, lithium-based batteries and electrolyzers.

It is the best possible way equipped for use in harsh environments. Application areas include Starts test benches, engine test stands, test stands generator, HIL systems and test benches for the conditioning of batteries.

  • Eight voltage measurement channels
  • Simultaneous recording of all channels
  • Sampling rate up to 10 kHz
  • Galvanic decoupling each channel
  • 0 V to 100 V DC voltage measurement
  • <100 µV measurement resolution
  • Range selection individually per channel
  • Integrated signal conditioning
  • Power reduction by switching off unneeded channels
  • Software filters

Number of channels:≤ 8
Size:19" plug-in-module 100x100 mm
Isolation voltage:≤ 800 V
In-/output value:Voltage
In-/output area:0 ... 100 V
Data rate:< 10 ksps
Precision:±0,1 %
Resolution:16 Bit

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Voltage measuring 8-channel bi

The MCM-U08AII-BI module is ideal for measuring bipolar voltages in test systems and test systems. Use the module to monitor the voltage of the fuel cell, battery stacks, lithium-based batteries and electrolyzers.

It is the best possible way equipped for use in harsh environments. Application areas include Starts test benches, engine test stands, test stands generator, HIL systems and test benches for the conditioning of batteries.

  • Eight current measurement channels
  • Simultaneous recording of all channels
  • Sampling rate up to 1 ksps
  • Galvanic decoupling of each channel
  • Automatic detection of current direction
  • measurement resolution depends on the measurement range or shunt in the microampere range
  • Range selection via shunt individually configurable per channel
  • Integrated signal conditioning, digitization and processing of measured values
  • Power reduction by switching off unneeded channels
  • Software filters

Number of channels:≤ 8
Size:19" plug-in-module 100x100 mm
Isolation voltage:≤ 800 V
In-/output value:Current
In-/output area:0 ... +/-50 V
Data rate:< 10 ksps
Precision:±0,1 %
Resolution:15 Bit

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Current sink / source 8-channel

MCM I08ABS module has eight independent channels, which can be operated as a current source or current sink. The channels are individually configurable in this case and have the opportunity to elect to work in current or voltage mode simulation. Two channels in addition have the ability to provide voltages up to 36 V at 100 mA output current, acting as a remote-controlled low-power constant.

The MCM-I08ABS module is ideal for stimulation or stress ECU channels such as in sensor inputs or the sensor supply. She is best equipped for use in harsh environments. Application areas include control device tester, component test benches and HIL systems.

  • Eight configurable current / voltage channels
  • Four channels 0 ... 50 mA current sink
  • Four channels 0 ... 50 mA current source
  • Optional two channels 0 ... 36 V voltage source
  • Optional voltage per channel simulation 0 ... 10 V
  • All channels permanently short-circuit proof up to 24 V
  • All Channels external voltage up to 40 V
  • Settling time with a setpoint step better than 1 ms
  • Control via CAN bus

Size:19"-System
Isolation voltage:≤ 800 V
Temperature range:0 ... +50 °C
In-/output value:Current/Voltage
In-/output area:0 ... 50 mA / 0 ... 36 V

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Temperature measurement 8-channel PT

The MCM-T08AII-PT module is ideal for measuring temperatures with temperature sensors PT100/PT1000 in crash-test systems, where a decoupling between metrology and test specimen must be ensured.

It is the best possible way equipped for use in harsh environments. Application areas include starter test benches, engine test stands or generator test stands, HIL systems and test benches for the conditioning of batteries.

  • Eight temperature measurement channels
  • Thermocouple PT100 or PT1000
  • 2-, 3- or 4-wire measurement selectable per channel
  • -80 ° C ... 300 ° C temperature measurement
  • 0.01 K measurement Resolution
  • Accuracy ± 0.1 K in the range -70 ° C to +250 ° C
  • Accuracy ± 0.2 K in the range -80 ° C to +300 ° C (4-wire)
  • Simultaneous acquisition of all channels
  • Sampling internally 500 Hz
  • Output Speed 1, 10, 100 Hz via CAN or SPI
  • Galvanic decoupling of each channel
  • Integrated signal conditioning, digitization and processing of measured values
  • Power reduction by switching off unnecessary channels
  • Software filters

Number of channels:≤ 8
Size:19" plug-in-module 100x100 mm
Isolation voltage:≤ 800 V
In-/output value:Temperature
In-/output area:-80 °C ... +300 °C
Data rate:< 500 sps
Precision:±0,1 K
Resolution:±0,01 K

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Temperature measurement 8-channel TE

The MCM-T08AII-TE module is ideal for measuring temperatures with thermocouples in test systems, where a decoupling between metrology and test specimen must be ensured.

It is the best possible way equipped for use in harsh environments. Application areas include starter test benches, engine test stands or generator test stands, HIL systems and test benches for the conditioning of batteries.

  • Eight temperature-measuring channels
  • Simultaneous recording of all channels
  • Sampling rates up to 100 Hz
  • Galvanic decoupling of each channel
  • -40 ° C ... 800 ° C Temperature measurement
  • 0.1 K measurement resolution
  • Integrated signal conditioning, digitization and processing of measured values
  • Automatic Contact breakage detection
  • Power reduction by switching off unneeded channels
  • Software filters

Number of channels:≤ 8
Size:19" plug-in-module 100x100 mm
Isolation voltage:≤ 800 V
In-/output value:Temperature
In-/output area:-40 °C ... +800 °C
Data rate:< 100 sps
Precision:±1 K
Resolution:16 Bit

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529

Carrier card for NAW1 modules

The MCM-S02ABS assembly serves as a carrier card for the two NAW1 modules Inductive and Digital to incremental signal conditioning.

  • Evaluation module for inductive (mod_ind):
    • 1 differential signal input
    • Input amplitude 60mV to 50 Vrms
    • Input frequency 120 kHz
  • Evaluation module for incremental encoders (mod_dig):
    • 3 differential signal traces
    • Input frequency 300 kHz depending on the version or 1.5MHz

Number of channels:≤ 2
Size:19" plug-in-module 100x100 mm
Temperature range:0 ... +50 °C
In-/output value:Inkremente

Operating temperature:0 ... +50 °C
Storage temperature:0 ... +60 °C
Relative humidity:20 ... 65 %
Protection type:IP20 nach EN 60529

Resistance Simulation 1-channel

The MCM-R01ABI module is designed for precise simulation of resistance values.

It is suitable for example for the simulation of resistive sensors in test systems and assays. For example, for the simulation of temperature sensors, NTC, PCT or other working with resistive characteristic sensors.

  • A high-resolution decadal resistance channel
  • Resistance range via relay switched (galvanically decoupled)
  • Remote control via CAN bus

Number of channels:1
Size:19" plug-in-module 100x220 mm
In-/output value:Resistance
In-/output area:100 R ... 1 M
Precision:±0,5 % vom nom. Endwert
Resolution:1 R

Operating temperature:0 ... +50 °C
Storage temperature:-20 ... +70 °C
Relative humidity:20 ... 85 %
Protection type:IP20 nach EN 60529
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