IMC C SERIES User Manual
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IMC C SERIES User Manual

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imc C-SERIES
Manual
© 2018 imc Test & Measurement GmbH
imc Test & Measurement GmbH • Voltastraße 5 • 13355 Berlin • Germany
Version 4 R 3 - 2018-10-19

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  • Page 1 C-SERIES Version 4 R 3 - 2018-10-19 Manual © 2018 imc Test & Measurement GmbH imc Test & Measurement GmbH • Voltastraße 5 • 13355 Berlin • Germany...
  • Page 2 Measurement GmbH reserves all rights to this documentation. The applicable provisions are stipulated in the "imc Software License Agreement". The software described in this document may only be used in accordance with the provisions of the "imc Software License Agreement".

  • Page 3: Table Of Contents

    4.8 Measure with IEPE/ICP expansion plug ................52 5 Device description ..................61 5.1 Hardware configuration of all devices ................61 5.2 Miscellaneous ........................75 © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 4 6.5 CS-4108-FD, CL-4124-FD analog inputs ................139 6.6 CS-5008-FD, CL-5016-FD analog inputs ................143 6.7 CS-7008-FD, CL-7016-FD analog inputs ................147 6.8 Technical Specs: Features (for all devices of imc C-SERIES) ........... 152 6.9 CAN FD Interface ......................156 6.10 Miscellaneous ....................... 157 7 Pin configuration ..................

  • Page 5: General

    Products not satisfying these requirements may only be used with special approval of the regulating body in the country where operated. All signal lines connected to imc C-SERIES must be shielded and the shielding must be grounded. © 2018 imc Test & Measurement GmbH...
  • Page 6 Industrial Equipment" (DGUV Regulation 3) This certification has the sole purpose of releasing imc from the obligation to have the electrical equipment tested prior to first use (§ 5 Sec. 1, 4 of DGUV Regulation 3). This does not affect guarantee and liability regulations of the civil code.

  • Page 7: Imc Customer Support / Hotline

    The measurement system has been carefully designed, assembled and routinely tested in accordance with the safety regulations specified in the included certificate of conformity and has left imc in perfect operating condition. To maintain this condition and to ensure continued danger-free operation, the user should pay particular attention to the remarks and warnings made in this chapter.

  • Page 8: Instruction Manual

    1.5 Guarantee Each device is subjected to a 24-hour "burn-in" before leaving imc. This procedure is capable of recognizing almost all cases of early failure. This does not, however, guarantee that a component will not fail after longer operation. Therefore, all imc devices are guaranteed to function properly for two years.

  • Page 9: Notes On Maintenance And Servicing

    This will help expedite the process of problem elimination. For questions by telephone please be prepared to provide your device's serial number and have your imc installation software, as well as this manual at hand, thanks! The serial number, necessary power supply, interface type and software version included can be determined from the plaque on the side of the device.
  • Page 10 Improper handling may lead to serious damage to personnel and property. When in doubt, consult qualified personnel. · Work which may only be performed by trained imc personnel may not be performed by the user. Any exceptions are subject to prior consultation with the manufacturer and are conditional on having obtained corresponding training.

  • Page 11: After Unpacking

    1.10 Transport When transporting imc C-SERIES, always use the original packaging or a appropriate packaging which protects the device against knocks and impacts. If transport damages occur, please be sure to contact the imc Customer Support. Damage arising from transporting is not covered in the manufacturer's guarantee.

  • Page 12: Start Of Operation With The Hardware

    4. If you are using a storage media in order to save measured data, read the instructions in the chapter: "removable storage medium". 5. Avoid prolonged exposure of the device to sunlight. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 13: Power Supply

    The permissible supply voltage range is 10 ... 32 V DC. The product package includes a corresponding desktop supply unit (15 V DC) as an AC-adapter for mains voltage (110 .. 240 V 50/60Hz). The DC-supply inputs of our imc measurement devices are not designed for a connection to a DC-grid. Note Please note, that the operation temperature of the desktop supply is prepared for 0°C to 40°C, even if...

  • Page 14: Grounding, Shielding

    LEMO terminal, both the (-) pole of the supply voltage as well as the shielding and connector pod are connected with the power cable's protection ground. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 15: Grounding With Power Supplied By A Car Battery

    This part of the conductor-coated plastic plug housing has electrical contact to the device's housing, just as Terminals 15 and 16 (labeled: "CHASSIS", to the left and right of the imc-plug cable bushing) do; but is preferable to the "CHASSIS" terminals for optimum shielding.

  • Page 16: Main Switch

    Switch on when connected to main supply only "jumpered main switch " SWITCH1 and ON Switch off (switch off within 10 s) SWITCH and OFF © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 17: Potential Difference With Synchronized Devices

    Activation of UPS buffering is indicated by the power control LED (PWR) changing from green to yellow. With many imc measurement devices, active UPS buffering is additionally indicated by an acoustic buzzer signal.
  • Page 18 The device automatically deactivates itself just in time to avoid deep discharge of the battery. Note The buffer time constant can be changed, only with CL devices, using the imc operating software. Reference ·...

  • Page 19: Start Of Operation Software / Firmware

    Use of software requires a license, subject to the purchase order and configuration (see e.g. imc STUDIO manual product configuration / license). In order to be able to install or uninstall imc STUDIO products, you must be registered with a user account possessing administrator rights to the PC. This applies to the overwhelming majority of all installations of Windows.
  • Page 20 IP-address using the Command Prompt/Command line. Note, however, that automatically obtained IP-addresses might change the next time the operating system is started! © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 21 Subsequently, a prompt appears asking whether to search for devices with an inappropriately configured network interface. Close this message box by clicking "Yes". © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 22 Note: Connection via modem If the connection to the device is established via a modem, start the program imc DEVICES Interface Configuration by clicking on the button: Advanced Configuration. An exact description is found in the chapter: Setup - Connect the device > Special options for connecting to the device.

  • Page 23: Firmware Update

    · With imc DEVICES 2.7 / imc STUDIO 3.0 R4 and higher: Before transfer to the device module is completed, the system checks whether the firmware already in the device does not match the software used. The firmware update for the device module is only performed if it does not.
  • Page 24 Do not under any circumstances deactivate the device during the firmware update. If any error messages appear during the firmware update, do not switch the device off, but contact the imc Hotline. The firmware update may be continued with guidance from the Hotline. The dialog for the firmware-update looks like this: Start of the firmware update (example of a single device) The state of the components of the firmware is diaplayed in the list.
  • Page 25 Conclusion of the firmware update (example of a single device) · Choose Close. The device can now be used with the product software. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 26 Other scenarios are feasible, e.g. if switches are activated, which can also respond to missing data traffic. If an error message is posted during the firmware update, leave the device on and contact the imc Hotline. It may be possible to continue the firmware-update under the guidance of the Hotline using a service program.

  • Page 27: Properties Of The Imc C-Series

    4 Properties of the imc C-SERIES The imc C-SERIES consists of smart network-capable, unventilated compact measurement devices for all- purpose measurement of physical quantities. These devices can operate either in computer-aided or autonomous mode and are lightweight, compact, and robust, thus, especially well adapted to applications in R&D or in the testing of mechanical and electromechanical components of machines, on...

  • Page 28: Operating Software

    4.4 TEDS imc Plug & Measure is based on the TEDS technology conforming to IEEE 1451.4. It fulfills the vision of quick and error-free measurement even by inexperienced use.

  • Page 29: Specific Parameters

    The characteristic curve is selected in the base page of the imc operating software configuration dialog. Amplifiers which enable bridge measurement (e.g.Cx-70), must first be set to voltage mode (DC), in order for the temperature characteristic curves to be available on the Base page.
  • Page 30 If fewer than 4 Pt100 units are connected, the current-loop must be completed by a wire jumper from the "last" RTD to -I4. If you dispense with the "support terminals" (±I1 to ±I4) provided in the imc Thermo connector for 4-wire connection, a standard terminal connector or any DSUB-15 connector can be used. The "current loop"...
  • Page 31 (uncontrolled) parasitic thermocouples. imc's system avoids the problem through the use of individual compensation sensors directly inside the connector plug, thus offering an especially simple, flexible and cost-effective connection solution.
  • Page 32 C H AS C H AS GND, CHASSIS, PE 4.6.2 Bridge measurement Bridge measurements can be done with C-50xx, C-50xx-1, C-60xx, C-70xx or C-70xx-1. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 33 Gauge factor, describing the ratio of relative length change to change in resistance © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 34 120 Ω. This arrangement does not come with temperature compensation. The strain is computed as: k: gauge factor © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 35 Measurement types 4.6.2.2.2 General half bridge General half bridge with bridge completion in measurement device. N has to be set from a list. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 36 On the other hand, longitudinal force, torque and temperature are all compensated for. The strain is computed as: © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 37 The strain is computed as: gauge factor 4.6.2.2.6 General Full bridge General full bridge. N has to be set from a list. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 38 They are located in opposed bridge arms. Higher exploitation of transverse contraction longitudinal expansion while providing good temperature compensation. k: gauge factor Poisson's ratio of test object material © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 39 The strain gauges under tension are positioned in opposite bridge arms. The sensitivity to the moment of bending is increased. At the same time, longitudinal force, torque and temperature are compensated. The strain is computed as: k: gauge factor © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 40 For the mechanical stress one can toggle between GPa and N/ mm 1 GPa = 10 N/ mm Note that the elastic modulus is always in GPa. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 41 Digital In- and Outputs, Inputs for Incremental encoders. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 42 An event is a positive edge in the measurement signal which exceeds a user-determined threshold value. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 43 The frequencies must lie within the bandwidth of the module used. If the maximum frequency is exceeded during a measurement, the system returns the input range end value instead of the true measured values. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 44 (quantity to be measured), it is to be declared as an input range's unit or in terms of a corresponding max. pulse rate. In the interest of maximizing the measurement resolution it is recommended to set this value accordingly. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 45 Aside from that, problems can occur even with conditioned encoder signals (e.g. TTL-levels) due to long cables, bad reference voltages, ground loops or interference. imc incremental encoder channels are able to counteract these problems thanks to a special 3-stage conditioning unit.
  • Page 46 With the INC4, there is one index channel for all four channels; with the ENC6, there are two index channels for a channel group having up to three channels. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 47 8192. For encoders with more pulses per revolution, the hardware must have a 32 bit counter, e. g. imc CANSASfit-ENC6, otherwise an event count must be carried out instead and converted with imc Online FAMOS.
  • Page 48 The "up" arrows indicate the times at which the system returns a result. The returned values in this case are T1 –twice; T2 –twice; and T3. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 49 The point in time at which the edge is located within the sampling interval is determined. This information is needed by some functions in imc Online FAMOS, e.g. for determining the course of the RPMs from a pulse signal: OtrEncoderPulsesToRpm.
  • Page 50 The sequence of pulses is converted to revolutions per minute by means of a combination measurement . Toward this end, the number of pulses per revolution must be entered. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 51: Measurement With Current-Fed Sensors (Iepe)

    Up to a max. cable length of 50 m, no limitations are to be expected as long as the conditions above are fulfilled. Find here the description of the ICP-connector here technical specs: ACC/DSUB-ICP. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 52: Measure With Iepe/Icp Expansion Plug

    Properties of the imc C-SERIES 4.8 Measure with IEPE/ICP expansion plug For the purpose of accomplishing a broad scope of measurement tasks, imc provides a variety of measurement amplifiers, each appropriate for particular measurement requirements. It is necessary to realize how the properties of the measurement amplifier used are modified by the expansion plug connected.
  • Page 53 When the ICP-expansion plug is used, a considerable offset can occur (in spite of AC-coupling), which can be traced to the (DC-) input currents in conjunction with the voltage amplifier's DC input impedance. This remainder, too, can be compensated by high-pass filtering with imc Online FAMOS. DIP-Switch position Volt (DIP-Switch inside of the Expansion-connector): ·...
  • Page 54 "CHASSIS", or can be connected to the pull-relief brace in the plug. The following circuit schematic display an entire plug. The DIP switches are not included in order to achieve a more simple schematic. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 55 Measure with IEPE/ICP expansion plug 4.8.4 ACC/DSUB-ICP2-BNC This is a 2-channel pre-amp in the form of an imc connector, which provides two sensors having IEPE/ICP output to be connected via BNC. The available coupling types for channels to which it is connected, offer the additional entry "AC with current supply", which makes direct connection of ICP™...
  • Page 56 Its signal experiences transients for about 10 s, depending on the measurement input type and on the measurement range. Technical Specs of the ACC/DSUB(M)-ICP2I-BNC. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 57 Module not available for this device series • Full software support by imc STUDIO 5.0R1 (imc DEVICES 2.8R5) Exception UNI-4: Full software support by imc STUDIO 5.0R11 (imc DEVICES 2.9R8) Plug is compatible for basic functionality. No complete software support (no TEDS, limited offset compensation) It is necessary to realize how the properties of the measurement amplifier used are modified by the expansion plug connected.
  • Page 58 Sensor Database (Sensors / Open imc SENSORS...). Error # 6310: After preparation of the device, the imc terminal plug at the channel was switched! Cause: A connector (adapter) with its own associated information (e.g. an ICP- or Q- adapter) had been recognized by the system in the past, and has affected the module properties (modes, correction values).
  • Page 59 Measure with IEPE/ICP expansion plug Error # 6319: Either the imc terminal plug is not connected correctly or is unsuitable for the sensor communication! Cause: Import of sensor information (TEDS) was not successful, since TEDS was not supported either by the adapter or the amplifier.
  • Page 60 Properties of the imc C-SERIES © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 61: Device Description

    CL devices are equipped ex-factory with an internal display at the front. Alternatively an external display can be connected, but then the internal display will be deactivated ex-factory. 5.1 Hardware configuration of all devices All devices belonging to the imc C-SERIES are equipped with: · · 4 incremental counter inputs 8 digital inputs ·...
  • Page 62 Thus, an unconnected connector is set by default for 24 V. This prevents 24 V from being applied to the voltage input range of 5 V. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 63 5.1.1.2 Digital outputs The digital outputs DO_01..08 provide galvanically isolated control signals with current driving capability whose values (states) are derived from operations performed on measurement channels using imc Online FAMOS. This makes it easily possible to define control functions.
  • Page 64 Settings --> Input/ Output channels --> Set values of Input/ Output channels in the experiment and not at: Measure --> Input/ Output channels --> Read and write Input/ Output channels! 5.1.1.2.1 Block schematic © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 65 Open Drain is able to switch currents of up to 700 mA. When using the internal 5 V power supply, note that the limit on total current at all outputs is 200 mA. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 66 Since many signal encoders require a supply voltage, +5 V are provided at the connector socket for this purpose (max. 300 mA). The reference potential for this voltage, in other words the supply-ground connection for the sensor, is CHASSIS. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 67 Corner frequencies of the (2-pole) low-pass filter will be jointly configurable for both of a channel's tracks to the values: Low-pass filter: 20 kHz, 2 kHz, 200 Hz © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 68 +5 V and GND can be used to power the sensors. If more voltage or supply power is needed, the sensor must be supplied externally, which means that it is absolutely necessary to ensure that this supply voltage is referenced to system ground! © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 69 Single-signal mode shows signal value 0 shows signal value 0 two-signal mode 5.1.1.3.6 Block schematic 5.1.1.3.7 Connection The pin configuration of the DSUB-15 plug. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 70 The illustration below shows the circuiting. The reflection response and thus the signal quality can be further improved by using terminator resistors. sensor cable ENC-4 (SUPPLY) +INA RS422 +/-30V -INA POWER_GND CHASSIS sensor with RS422 differential output © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 71 The analog outputs DAC 01 to 04 provide 4 analog output channels to be used as dynamic control and actuator signals. The outputs can be defined as the results of calculations performed by imc Online FAMOS on data from combinations of measurement channels.
  • Page 72 The operating software allows free selection of data storage options (see the description of data storage in the operating software’s user manual). imc measurement devices of a particular device group are compatible with particular data storage media, such as CF-Card, CFast-Card or USB data volumes. Utilization of Card-Bus-Interface cards is not recommended.
  • Page 73 (*) For devices that are equipped with a PCMCIA slot an adequate adaptor for a CF card can be used for the PCMCIA slot. Order code: ACC/CF-ADAP-PCMCIA (CF adapter for the PCMCIA Slot), 1350116 © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 74 Note that for a transfer rate of 1 Mbit/s to the CAN-Bus the stub line of a tee-junction may only be up to 30 cm long. In general, the wiring within imc C-SERIES is already 30 cm long. Therefore if an external tee- junction is connected, the junction must be connected straight into the terminal.

  • Page 75: Miscellaneous

    AAF-Filter frequency (-0.1 dB) = sampling frequency * 0.4 = Nyquist frequency * 0.8 5.2.1.2 General filter concept imc C-SERIES system architecture is actually a two-step system in which the analog signals are sampled at a fixed "primary" sampling rate (analog-digital conversion with Sigma-Delta ADCs). Therefore a fixed- frequency analog low-pass filter prevents aliasing errors to this primary rate.
  • Page 76 1/5 of the sampling rate is always available as a filter setting. Additional filter settings options are 4th order bandpass and 4th order high-pass. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 77 The supply voltage is set on each channel group and does apply to all inputs of this group. For the number of channels per group is depending on the type of device. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 78 6 Status LEDs and a beeper are provided as additional visual and acoustic "output channels". They can be used just as standard output channels in imc Online FAMOS by assigning them the binary values "0" / "1" or functions taking the Boolean value range. Interactive setting and Bit-window display for these output channels is neither especially useful nor supported.
  • Page 79 (Master to Slave). For this reason, any imc measurement devices used must be remodeled in accommodation to one of the DSUB-9 sockets. Once either the MODEM or the GPS socket has been remodeled, it is no longer usable for its original purpose.
  • Page 80 The extension module exclusively supports amplitude modulated IRIG signals according to the standards IRIG-B1xx! This is why it can be used both to upgrade older imc device generations which provided no IRIG-B support at all, and to enhance current imc device generations with additional capabilities...
  • Page 81 To monitor an imc measurement system’s synchronization status, it is possible to use the imc Online FAMOS function “IsSynchronized()”. Its return value is “1” if the device is synchronized to an external time reference;...
  • Page 82 10 latitude = Channel_001*0+pv.GPS.latitude *1E-7 RS232 port settings For imc devices to be able to use a GPS receiver, the following conditions must be met: · Baud rate: Possible values are 4800, 9600, 19200, 38400, 57600 or 115200 ·...
  • Page 83 Miscellaneous DSUB-9 pin configuration © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 84 WiFi (WLAN) antenna for CRx - 400 system Ø imc CRx - 400 Typ 2; antenna with RP-SMA plug (SMA Female) — only fits with devices with SMA Male Note The antenna labeled: "imc CRx - 2000" can be used for all imc CRONOS with built-in WiFi (WLAN) adapter (SMA Female).
  • Page 85 WiFi - antenna with RPSMA (female) connection at your device RPSMA (male) WiFi - antenna with SMA (male) connection at your device SMA (female) © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 86 Device description 5.2.8 Operation without PC To operate your imc measurement device , you don’t necessarily need a PC. Your device will start the measurement independently, if an autostart has been prepared. Using the display, you can use its keyboard to control the measurement. The display serves as a comfortable status indicator device and can replace or complement the imc operating software when it comes to controlling the measurement.

  • Page 87: Cs-1016-Fd

    The channels' max. sampling rate is 20 kHz (50 µs sampling interval). The analog bandwidth (without digital low-pass filtering) is 6.6 kHz (-3 dB). © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 88 Device description 5.3.5 Connection The analog channels are equipped with four DSUB-15 connectors (4 channels / connector). ACC/DSUBM-U4 © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 89: Cs-1208-Fd

    Otherwise, a ground loop would result, through which interference could be coupled in. In this case, a true differential (but not isolated!) measurement is performed. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 90 If the initial offset is so large that it's not possible to adjust it by means of the device, a larger input range must be set. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 91 The channels' max. sampling rate is 100 kSamples/s (10 s sampling interval). The analog bandwidth is 48 kHz (-3 dB). 5.4.5 Connection Reference Please find here the DSUB-15 pin configuration © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 92: Cs-3008-Fd

    1 MΩ. With the AC coupled ICP-measurement the DC voltage is suppressed by a high pass filter of 0.37 Hz for all differential. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 93 When a channel is not active, there will be no current-fed voltage in the settings mode AC with current feed as of firmware version 2.7R3. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 94 Otherwise, a ground loop would result, through which interference could be coupled in. In this case, a true differential (but not isolated!) measurement is performed. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 95 (without digital low-pass filtering) is: 48 kHz (-3 dB). In AC mode the lower cut off frequency is 0.37 Hz for 5.5.3 Connection The interconnections are of the type BNC. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 96: Cs-4108-Fd, Cl-4124-Fd

    © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 97 The cold-junction compensation necessary for thermocouple measurements is built into the imc thermo-connector (ACC/DSUBM-T4 Reference Please find here the DSUB-15 pin configuration © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 98 ACC/DSUB-ICP2-BNC is available. This voltage source is grounded to the measurement device's frame. The description of measurement with ICP sensors is presented here. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 99 11 kHz (-3 dB). 5.6.6 Connection For signal connections, DSUB-15 connectors can be used. Reference Please find here the DSUB-15 pin configuration © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 100: Cs-5008-Fd, Cl-5016-Fd

    We recommend to angle a maximum range on the not used voltage measurement. An open entry in half- or quarter bridge mode can annoy the neighbor channels if this is also in half- or quarter bridge mode. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 101 It is important that the measurement signal of the half bridge is connected to +IN (A). The IN (B) access leads to implausible measured values and influences the neighbor channels. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 102 (bridge balancing). If the initial unbalance is too large to be compensated by the device, a larger input range must be set. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 103 We recommend setting channels which are not connected for voltage measurement at the highest input range. Otherwise, if unconnected channels are in quarter- or half-bridge mode, interference may occur in a shunt calibration! © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 104 If -in(B) and D are connected, then in practice a single-ended measurement is performed. This is no problem if there was no ground reference beforehand. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 105 Also, the input voltage difference to the device ground would be above the upper limit allowed. For such a task, the C-50xx cannot be used! © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 106 Since in this procedure a voltage measurement at the shunt resistor is involved, it is necessary to configure the imc software for voltage measurement. The scaling factor is entered as 1/R and the unit set is A (0.02 A/V = 1/50 Ω).
  • Page 107 (D). For this Bridge reason, a wire jumper must be positioned between Pins +in(A) and I; ¼ (G) inside Bridge the connector pod. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 108 It may be necessary to select a leadwire with a large enough cross-section. 5.7.4 Sensors with current feed Measurement of current-fed sensors, e.g. ICPs is possible with the DSUB-15 imc plugs. Therefore the special connector ACC/DSUB-ICP2 is required.

  • Page 109: Cs-7008-Fd, Cl-7016-Fd

    Instead, the measurement readings are displayed within the range corresponding to the measurement range setting. This effect occurs in the measurement ranges 50/60 V, 10 V, 2/2.5 V and 0.5 V. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 110 Example An ungrounded voltage source is measured, for instance a battery whose contacts have no connection to ground. The device module is grounded. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 111 Also, the input voltage difference to the amplifier ground would be above the upper limit allowed. For such a task, the C-70xx cannot be used. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 112 We recommend setting channels which are not connected for voltage measurement at the highest input range. Otherwise, if unconnected channels are in quarter- or half-bridge mode, interference may occur in a shunt calibration! © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 113 It is important that the measurement signal of the half bridge is connected to +IN. The -IN access leads to implausible measured values and influences the neighbor channels. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 114 (bridge balancing). If the initial unbalance is too large to be compensated by the device, a larger input range must be set. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 115 (VB = 2.5 V) [mV/V] (VB = 5 V) [mV/V (VB = 10 V) [mV/V ±1000 ±500 ±200 ±100 ±50 ±20 ±10 ±5 ±2 ±1 ±0,5 © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 116 We recommend setting channels which are not connected for voltage measurement at the highest input range. Otherwise, if unconnected channels are in quarter- or half-bridge mode, interference may occur in a shunt calibration! © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 117 DEVICES interface. · The scaling factor is entered as 1/R and the unit as A (0.02 A/V = 1/50 Ω). © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 118 The signal is measured by the unit between +IN and -VB. For this reason, a wire jumper must be positioned between Pins +IN and +I; ¼Bridge inside the connector pod. Note © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 119 The characteristic curve is selected from the base page of the imc Software configuration dialog. Amplifiers which enable bridge measurement, must first be set to Voltage mode (DC), in order for the temperature characteristic curves to be available on the base page.
  • Page 120 -and only then really necessary- if the thermocouple has no ground reference of its own. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 121 Each sensor is fed by its own current source with approx. 1.2 mA. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 122 PT100 in 3-wire configuration is not possible for: · an (optional) sensor supply with ±15 V. · the former C-70xx equipped with a 350 Ω quarter bridge completion. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 123 Many of these combinations, especially ones with a broken Sense lead, will not return the default value stated. 5.8.5 Current fed sensors Measurement of current-fed sensors, e.g. ICPs is possible with the DSUB-15 imc plugs. Therefore the special connector ACC/DSUB-ICP2 is required. For measurement of current-fed sensors, the special connector ACC/DSUB-ICP2 is required.
  • Page 124 124 Device description 5.8.6 Charging amplifier C-70xx supports the DSUB-Q2 charge amplifier, which is a 2-chanel pre-amp in the shape of an imc terminal connector enabling connection of two charge sensors via BNC. The charge amplifier is recognized and adjusted automatically if either DC- or AC charge coupling is selected in the amplifier dialog.

  • Page 125: Technical Specs

    AC/DC adaptor 110 V to 230 V AC external adaptor included in delivery Auto start upon power up configurable automatic start of measurement © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 126 126 Technical Specs © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 127 35 W, duration puffer duration 1 min., resulting charging duration typ. 17 min. Charging time for complete 36 h device activated battery recovery © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 128 (via imc Online FAMOS) External GPS signal receiver Internal WiFi (WLAN) adaptor IEEE 802.11g (1 antenna) max. 54 MBit/s © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 129 1000 1000 channels (dbc) Monitor Virtual definable channels (OFA) (OFA) DI-ports (respectively channels) have monitor-ports, DO/DAC-ports in contrary do not have monitor-ports © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 130 IEC 61373 category 1, class A and B Extended shock and vibration MIL-STD-810 resistance (Upon request) Rail Cargo Vibration Exposure U.S. Highway Truck Vibration Exposure © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 131 PPS (Pulse per second): signal with an impulse >5 ms is necessary using BCD information only Max. value, concerning the following condition: first-synchronization © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 132: Cs-1016-Fd Analog Inputs

    ±5% independent of integrated sensor available current 0.26 A 0.2 A supply, short-circuit protected power internal resistance 1.0 Ω <1.2 Ω per DSUB-plug © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 133 30 nA/K 60 nA/K -25 °C|; ambient temp: T Find here the description of the CS-1016-FD Technical data of the sensor supply (option) © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 134: Cs-1208-Fd Analog Inputs

    >0.26 A >0.2 A sensor supply, short circuit proof internal resistance 1.0 Ω <1.2 Ω power per DSUB-plug © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 135 0.1 Hz to 50 kHz 0.7 nA 12 nA 0.1 Hz to 1 kHz 0.17 nA 0.3 nA 0.1 Hz to 10 Hz © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 136 Max. capacitive load >4000 µF 2.5 V to 10 V >1000 µF 12 V, 15 V >300 µF 24 V The description of the CS-1208-FD © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 137: Cs-3008-Fd

    This special version is available on request. However, it should only be used when actually needed, as the settling times are correspondingly extended (up to the minute range). © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 138 ICP is a registered trade mark of PCB Piezotronics Inc., Delta Tron is a registered trade mark of Bruel & Kjaer Sound and Vibration; PIEZOTRON, PIEZOBEAM is a registered trade mark of Kistler Only galvanically insulated sensors. For more detailed information, please refer to chapter "MMI-TEDS" in imc CRONOS manual. © 2018 imc Test & Measurement GmbH...

  • Page 139: Cs-4108-Fd, Cl-4124-Fd Analog Inputs

    ±60 V test voltage ±300 V (10 sec.) ± Overvoltage protection differential input voltage, continuous 60 V human body model ESD 2 kV © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 140 / CHASSIS (case) >1 GΩ, <10 pF channel-to-channel £ Channel isolation >165 dB (50 Hz) 100 Ω source (crosstalk) >92 dB (50 Hz) © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 141 (corresponding resistance) Offset error <±0.2 K with 4-wire configuration ± Offset drift 0.01 K/K -25°C| ambient temperature T Sensor feed 250 µA non-isolated © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 142 >1000 µF 12 V, 15 V >300 µF 24 V The description of the CS-4108-FD, CL-4124-FD The technical data of the sensor supply (option) © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 143: Cs-5008-Fd, Cl-5016-Fd Analog Inputs

    ±5% independent of integrated available current 0.26 A 0.2 A sensor supply, short-circuit protected internal resistance 1.0 Ω <1.2 Ω power per DSUB-plug © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 144 25°C Noise 0.6 nA 10 nA bandwidth 0.1 Hz to 1 kHz (current) 0.15 nA 0.25 nA bandwidth 0.1 Hz to 10 Hz © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 145 120 Ω and 350 Ω <6 Ω 10 V excitation 120 Ω Cable resistance for bridges (without return line) <12 Ω 5 V excitation 120 Ω © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 146 >4000 µF 2.5 V to 10 V >1000 µF 12 V, 15 V >300 µF 24 V The description of the CS-5008-FD, CL-5016-FD. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 147: Cs-7008-Fd, Cl-7016-Fd Analog Inputs

    24 Bit TEDS Transducer conforming to IEEE 1451.4 ACC/DSUBM-TEDS-xxx Electronic Data Sheets Class II MMI Characteristic curve user defined linearization (max. 1023 supporting points) © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 148 0.1 Hz to 50 kHz 0.6 µV 1.0 µV range 0.1 Hz to 1 kHz 0.14 µV 0.26 µV range 0.1 Hz to 10 Hz © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 149 0.1 Hz to 50 kHz 0.7 nA 12 nA 0.1 Hz to 1 kHz 0.17 nA 0.3 nA 0.1 Hz to 10 Hz © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 150 ± Error of cold junction 0.15 K with ACC/DSUBM-UNI2, at 25°C compensation ± ×D Cold junction drift 0.001 K/K -25°C| ambient temperature T © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 151 (-VB: supply ground) Max. capacitive load >4000 µF 2.5 V to 10 V >1000 µF 12 V, 15 V >300 µF 24 V © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 152: Technical Specs: Features (For All Devices Of Imc C-Series)

    152 Technical Specs 6.8 Technical Specs: Features (for all devices of imc C-SERIES) 6.8.1 Digital Inputs Technical Details Parameter Value Remarks Channels common ground reference for each 4-channel group, isolated from the other input group Configuration options TTL or 24 V input voltage range configurable at the DSUB globally for 8 Bits: ·...
  • Page 153 Internal supply voltage 5 V, 160 mA (isolated) available at terminals Switching time <100 µs Terminal connection DSUB-15 ACC/DSUBM-DO8 description of the digital outputs © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 154 Sensor supply +5 V, 300 mA not isolated (reference: GND, CHASSIS) Terminal connection DSUB-15 ACC/DSUBM-ENC4 description of the incremental encoder channels © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 155 -40 °C to 85 °C Offset error <±2 mV <±4 mV -40 °C to 85 °C Terminal connection DSUB-15 ACC/DSUBM-DAC4 description of the analog outputs © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 156: Can Fd Interface

    STUDIO (CAN High Speed Mode only) Reference Please find here the pin configuration and in the following chapter the description of the cabling © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 157: Miscellaneous

    DSUB-9 pin configuration Included accessories · Modem cable in the extended temperature range · AC/DC power supply unit · POWER plug © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 158 4.2 mA ±10% Voltage swing 25 V >24 V Source impedance 280 kΩ >100 kΩ Find here the description of the IEPE (ICP)-expansion plug © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 159 25 V >24 V Current source internal 280 kΩ >100 kΩ in parallel with input impedance resistance Find here the description of the ACC/DSUB-ICP2-BNC © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 160 IEEE 1451.4 sensor with current feed Class I MMI supported for selected amplifier supported as of imc STUDIO 5.0R1 / imc DEVICES 2.8R5 © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 161 That will result in activation of a digital high pass, in addition to the usual analog input high pass (AC coupling of signals with 12 V DC offset). Such firmware driven signal processing will remove any remaining residual offsets. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 162 62.5 / 125 µm Wave length 820 nm General Extended environmental range -40°C to + 85°C condensation temporarily allowed Find here the description of the ACC/SYNC-FIBRE © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 163 70 g imc article number 1270059 external IRIG-B module Find here the description of IRIG-B Is only available for devices of group 5, 6 © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 164 >4000 µF 2.5 V to 10 V >1000 µF 12 V, 15 V >300 µF 24 V The description of the sensor supply. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 165 Operating frequency single band 2.4 GHz Antenna gain 5 dBi 2.4 GHz Voltage standing wave ratio <1.6 : 1 characterizes cable transmission loss © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 166 Value Remarks Impedance 50 Ω Weight 50 g Mechanical dimensions - ACC/WLAN-MAG-ANT-RP-SMA: Find here the description of WiFi (WLAN) connection. Access Point required © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 167: Pin Configuration

    7 Pin configuration © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 168: Connecting Dsub-15 Adapter Plug

    TEDS connectors are special, TEDS capable (according to IEEE1451.4 for the use with imc Plug & Measure) imc plugs for saving sensor information. The sensor-TEDS are serial PROMS which are connected with an amplifier channel via a digital signal line (One-wire-PROM). For a detailed description of the use of TEDS, see the imc STUDIO User's Manual.

  • Page 169: Metal Connector - Handling

    2. Audible click when the lid snaps in the front of the DSUB pod 3. Insert the bend protection 4. The pressure nut must be screwed back on 5. The lid screws can be tightened © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 170: Dsub-15 Pin Configuration

    [ ] : 1/4 Bridge with Cx-70xx and Cx-50xx * if special version with ±15 V option, then this pin 6 is the reference © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 171 CHASSIS CHASSIS CHASSIS * if special version of the device is equipped with ±15 V option, then this pin 6 is the reference © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 172 CHASSIS CHASSIS CHASSIS CHASSIS * if special version of the device is equipped with ±15 V option, then this pin = -15 V © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 173 TEDS_GND TEDS3 (+5V) (+5V) (+5V) TEDS1 TEDS1 TEDS1 TEDS1 TEDS4 TEDS2 TEDS2 TEDS2 CHASSIS CHASSIS CHASSIS CHASSIS TEDS_GND CHASSIS CHASSIS CHASSIS TEDS3 TEDS4 © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 174: Pin Configuration Of The Remote Plug (Female)

    7.5.2 GPS DSUB-9 GPS 18 LVC GPS 18 - 5Hz Signal Color Color RxD1* White White © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 175 Overload protection is provided by an over current protection in the form of inert PTC components ("PolySwitch"). These will be reset in case and the operational again. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 176 Rather, it serves to limit the current at a slowly increasing load, such as the successive connection of a large number of imc CANSAS modules. On the other hand, it is not always possible to protect against very fast increasing currents, such as a hard short-circuit on the cable, safely and quickly enough! ·...

  • Page 177: Last Changes

    ID codes -FD, -N, -1 and without ID codes goes beyond the scope of this manual. Amendments and bug-fix in Version 3 R 5 Chapter Amendments product package new network cable with latch protection © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 178: Symbols And Legend

    ... points out, concerning WEEE guideline, that the product may not be thrown in the domestic refuse. The product was brought into the market after 2005 August 13th. © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

  • Page 179: Index

    C-50xx C-70xx © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 180 CAN FD C-70xx CAN-Bus current meas. cabling C-70xx terminators current meas.ground ref. Y-cable C-70xx CAN-Bus cabling Current measurement CAN-Bus pin configuration C-41xx [-N] CS-1016-FD © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 181 Open-Collector Sensor galvanic isolation: supply input quadrature encoder 66, 68 General terms and conditions RS422 Schmitt-trigger process vector variables © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 182 19, 21 of the PCs ICP-expansion plug IRIG-B ICP-expansion plug: Technical specs ISO-9001 ICPU-16 isolated thermocouple Input coupling C-70xx 120, 121 ICPU2-8 © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 183 RS232 settings Display REMOTE pin configuration CAN-Bus C-70xx pin configuration: remote control Poisson half bridge Poisson's ratio sampling possible configurations DO (DIOENC) concept (DIOENC) © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 184 ICP expansion plug internal, remote control plug Voltage measuremen switching device on/off CS-1016-FD SYNC voltage measurement Sync terminal C-30xx-1 [-N] synchronization 17, 78 C-41xx [-N] © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...
  • Page 185 Voltage source with ground reference C-30xx-1 [-N] warm-up phase Warranty WEEE Restriction of Hazardous Substances WiFi WLAN WLAN: Technical specs WSGs zero pulse © 2018 imc Test & Measurement GmbH imc C-SERIES - Manual, Version 4 R 3 - 2018-10-19...

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