5074A-003-332e-2.0. 09-17pdf

Type 5074A... Kistler's Type 5074A… is a universal industrial charge amplifier for piezoelectric sensors. It allows reliable and precise capture of dynamic and quasi-static processes. This amplifier supports the main Industrial Ethernet standards, depending on which it offers real-time measurement with extremely fast cycle times as well as several special data acquisition functions that are configurable for specific applications. • Versions with 1, 2, 3 or 4 channels • Wide measurement range from 20 pC to 1 000 000 pC • Versions for EtherCAT, PROFINET and EtherNet/IP • Variable process map to optimize network capacity utilization • Internal 24-bit data acquisition • Real-time output in cycles up to 100?s per channel • Support for oversampling and synchronization enables out- put of up to 50 kSps per channel • Flexible low-pass filter and switchable high-pass filter • Peak value acquisition • Calculation of integral value • Sensor signal scaling • Network and channel status indicators • Handshake for device status changes • Configuration via standard control programming interface, no additional software required • Cascadable design; multiple bus participants can be con- nected consecutively • Protection class IP67 with FKM/FPM sealing elements Description Kistler's Type 5074A… offers real time-capable acquisition of piezoelectric signals in the most widespread types of Industrial Ethernet, with communication exclusively via this interface. The 5074A… delivers high performance with transmission at up to 50 kSps per channel. This creates the possibility of real- time transmission of measurement data with cycle times as short as 100 ?s, so critical process controls can also be im- plemented. No data is stored permanently on the 5074A… . All the settings are located on the control, so the customer also has guaranteed data sovereignty. The adjustable low-pass fil- ter means that targeted smoothing of interference signals is al- ready implemented in the amplifier. The switchable high-pass filter 1) allows monitoring of fast processes without interrupting the measurement – even during continuous operation. Analog measurands are already digitized in the amplifier. Combined with the integrated electrical isolation in the 5074A…, this early digitization enables reliable, interference-resistant deliv- ery of measurement values to the master system. Applications The Type 5074A… was specifically developed for use in mod- ern, fast Industrial Ethernet systems. This amplifier's high per - formance makes it suitable for various tasks such as real-time control in joining and cutting processes as well as high-reso- lution process recording for injectors and pressure pulsation measurements. Protection class IP67 and sealing elements made of FKM/FPM also allow decentral use in more difficult conditions outside the control cabinet with fluid media, various gases and some alkalis. Influencing and adapting the process map Conditioning large numbers of analog values with short cycle times can massively increase network capacity utilization. The Type 5074A… allows flexible adaptation of the process map, so network utilization can be optimized in line with customers' requirements. Possible measures to reduce the process map include: • Use 16-bit values instead of 32-bit • Switch off functions that are not needed (floating point, integral and peak values) Changes to the measuring channel configuration are adopted in the next measuring cycle at the earliest; they are confirmed to the master with the 'Parameter active' status bit. 1) The filter frequency for the high-pass filter depends on the measure- ment range that is set © 2017 Kistler Group, Eulachstrasse 22, 8408 Winterthur, Switzerland Tel. +41 52 224 11 11, Fax +41 52 224 14 14, info@kistler.com, www.kistler.com Kistler is a registered trademark of Kistler Holding AG. Kistler Group products are pro - tected by various intellectual property rights. For more details visit www.kistler.com The information corresponds to the current state of knowledge. Kistler reserves the right to make technical changes without advance notice. Liability fo\ r con- sequential damages arising from the application of Kistler products is excluded. Page 1/10 Electronics & software Digital industrial charge amplifier Charge amplifier for systems based on Industrial Ethernet 5074A_003-332e-09.17 Page 2/10 Scaling the input signals The 'Scaling Divisor' parameter is used to scale the input vari- able. Typically, the measuring element's sensitivity as shown on the calibration certificate is entered for the divisor. The transmitted 32-bit REAL measurement values therefore cor- respond to the physical variable according to the calibration of the measuring element. In addition, the 16-bit integer values are scaled with the final range value, so they then correspond to classical input values. Adjusting the measurement range The measurement range is adjusted with the 'Range' pa- rameter, with two basic functions. The 5074A has 3 internal measuring segments per channel. Depending on the range adjustment, the best possible segment is selected to guarantee maximum precision across multiple decades. In addition, the measuring range final value scales the meas- ured integer values to 16-bit. Adjustable low-pass filter The low-pass filter is calculated by internal signal conditioning in the FPGA. The required filter frequency can be selected from predefined values for the 'Filter-Frequency' parameter. Lower filter frequencies lengthen the signal delay. Oversampling factor An oversampling factor can be applied to 16-bit measurement values in order to record and analyze signals where network cycles are too slow. Depending on the factor that is set, the network interval is divided into as many as 50 sub-intervals per channel; additional measurement values are recorded and a precise time stamp can be assigned to them by the control. Due to its massive influence on the process map, the oversam- pling factor only acts on the scaled 16-bit integer values. Time constant The switchable time constant is a high-pass filter that oper - ates directly in the analog hardware. The measurement signal is reduced towards zero according to a capacitor discharge curve.. The time constant depends on the selected measure- ment range and cannot be changed. Peak value tracking Peak values are controlled via the cyclical 'Peak control' output parameters, and they can also be reset while the measurement is ongoing. For instance, this feature can be used to monitor process phases during the active measurement. According to choice, peak value acquisition can be unfiltered, or can use the filter selected for each channel. In this way, interference signals can either be acquired or filtered out on an application-specific basis. Integral function The integral function is controlled via the 'Integral control' pa- rameter. It can also be switched while the measurement is active. The high data rate increases the precision of the internal calcu- lation, relieving pressure on the customer's system. Technical data Charge amplifier Number of channels 1, 2, 3, 4 Measurement range per channel (FSO) pC max.±20 … 1 000 000 Measurement error with FSO ?100 pC Measurement error with FSO <100 pC % FSO % FSO<±0,5 <±1,0 Drift 25 °C, max. relative humidity (rh) of 60%, non-condensing pC/s <±0,05 25 °C, max. relative humidity (rh) of 70%, non-condensing, typ. pC/s <±0,05 50 °C, max. relative humidity (rh) of 50%, non-condensing pC/s <±0,3 Reset-Operate transition pC<±2 Input signal without damage: voltage (constant) Frequency range Q <900 pC (Cg = 200 pC) (-3 dB, cable capacitance <1 nF) kHz »0 ... <20 Q <31k pC (Cg = 7 nF) (-3 dB, cable capacitance <1 nF) kHz »0 ... <10 Q <1M pC (Cg = 240 nF) (-3 dB, cable capacitance <1 nF) kHz »0 ... <2 Operate-Reset time Q <900 pC us<100 Q <31k pC us<300 Q <1M pC ms<10 Reset-Operate time us<20 Hardware high-pass filter, typ. (time constant) Q <900 pC s0,03 (±6%) Q <31k pC s1,05 (±6%) Q <1M pC s36 (±7%) Input-referred noise (typ. pp) Q <900 pC pC<0,6 Q <31k pC pC<21 Q <1M pC pC<720 V ±10 ? 2017 Kistler Group, Eulachstrasse 22, 8408 Winterthur, Switzerland Tel. +41 52 224 11 11, Fax +41 52 224 14 14, info@kistler.com, www.kistler.com Kistler is a registered trademark of Kistler Holding AG. Kistler Group products are pro - tected by various intellectual property rights. For more details visitt www.kistler.com The information corresponds to the current state of knowledge. Kistler reserves the right to make technical changes without advance notice. Liability fo\ r con- sequential damages arising from the application of Kistler products is excluded. Digital industrial charge amplifier – charge amplifier for systems based on Industrial Ethernet, Type 5074A... 5074A_003-332e-09.17 Page 3/10 Data acquisition Resolution (delta-sigma)bits 24 Sampling rate ksps105 Group delay for signal conditioning (plus group delay for low-pass filter) µs 160 4th order low-pass filter (type: Bessel) Cutoff frequency (-3 dB) Hz 1…20 000 in stages 1/2/5/10 per decade filter off = 20 000 Group delay (complete system) low-pass (LP) LP= off (20 000 Hz) ms<0 LP= 10 000 Hz ms<0,023 LP= 5 000 Hz ms<0,057 LP= 2 000 Hz ms<0,158 LP= 1 000 Hz ms<0,327 LP= 500 Hz ms<0,663 LP= 200 Hz ms<1,67 LP= 100 Hz ms<3,36 LP= 50 Hz ms<7,62 LP= 20 Hz ms<17,7 LP= 10 Hz ms<34,6 LP= 5 Hz ms<68,2 LP= 2 Hz ms<169 LP= 1 Hz ms<337 General data Operating temperature range °C-20 ... 65 Storage temperature °C-40 ... 85 Vibration resistance IEC60068 Part 2-6 (58 ...150 Hz constant) gp 1 Shock resistance IEC60068 Part 2-27 (11 ms) g 200 Degree of protection as per EN60529 (only with cables fitted and/or covered connectors) IP 67 Housing material Die-cast alu- minum Weight g420 Installation position As desired Power supply Supply voltageVDC18 ... 30 Power consumption at 24 V mA<200 Output current for cascading at 24 V, at dt +10 °C A <1,5 Overvoltage resistance, 40 ms/max V 55 Electrical isolation against measur - ing circuit and digital inputs typ. (not safety-relevant) VDC <50 Industrial Ethernet communication Hardware Standard Ethernet IEEE 802.3 100 Base-Tx Transformer-coupled Profinet IO Slave as per PNO standards Provision for supported protocols for RT, IRT Minimum update rate ?s250 EtherCAT Slave as per ETG standards Provision for supported protocols for CoE, DC Minimum update rate ?s100 EtherNet/IP Slave as per ODVA standards Provision for supported protocols for CIP Minimum update rate ?s1 000 ? 2017 Kistler Group, Eulachstrasse 22, 8408 Winterthur, Switzerland Tel. +41 52 224 11 11, Fax +41 52 224 14 14, info@kistler.com, www.kistler.com Kistler is a registered trademark of Kistler Holding AG. Kistler Group products are pro - tected by various intellectual property rights. For more details visitt www.kistler.com The information corresponds to the current state of knowledge. Kistler reserves the right to make technical changes without advance notice. Liability fo\ r con- sequential damages arising from the application of Kistler products is excluded. Digital industrial charge amplifier – charge amplifier for systems based on Industrial Ethernet, Type 5074A... 5074A_003-332e-09.17 © 2017 Kistler Group, Eulachstrasse 22, 8408 Winterthur, Switzerland Tel. +41 52 224 11 11, Fax +41 52 224 14 14, info@kistler.com, www.kistler.com Kistler is a registered trademark of Kistler Holding AG. Kistler Group products are pro- tected by various intellectual property rights. For more details visitt www.kistler.com The information corresponds to the current state of knowledge. Kistler reserves the right to make technical changes without advance notice. Liability fo\ r con- sequential damages arising from the application of Kistler products is excluded. Page 4/10 Digital industrial charge amplifier – charge amplifier for systems based on Industrial Ethernet, Type 5074A... 5074A_003-332e-09.17 Installation The device is installed with two M4 hexagon socket head cap screws 1hi?? #6f$c B?#?? &U? !?SA 4S!` 7?y??0dt? ??Dg` rspY #6_ !?SGx F@??@ A!6?O )& A 8h?6i G #e??Dg` 7?y?? gq8 3 ?a ??u" % A? VR @ G #e??Dg` 7?y?? )& A 8h?6i A!6?O rspY ??Dg` 0dt?7?y?? G #e??Dg` 7?y?? (
"? )& A 8h?6i A!6?O !?SGx rspY ??Dg` 0dt?7?y?? G #e??Dg` 7?y?? 2hd )& A 8h?6i A!6?O F@??@ !?SGx rspY ??Dg` 0dt?7?y?? G #e??Dg` 7?y?? "c?a 7?y??0dt? ??Dg` rspY #6_ !?SGx F@??@ A!6?O )& A 8h?6i G #e??Dg` 7?y?? $A?f SF?!@ %?? g?r'IS ?6Hi#T%'Va2SdR 26?7e BQ?x "?H5 6r8aa 6THU? a? r P&??p 3Xg?A !bEA %AhR 'r?5 BQ?x 3t?D@ BQ?x ?t"r 3t?D@ w
8i` 7H@p tt"Ä Qy?q BQ?x #!1Bt ! h 18 D 8uPV@ (1Fo 0S0?s 5SF?u pv8C 6I? q 8?f?? 4uVi !6?u rA@c "?7?` @Aq P?# 100.266.163 - a - cas - Cadenas - öffentlich - Freigegeben --- siehe \ Tabelle --- 22-Sep-2017 10:35 (CET) - Afr@int.kistler.com Sensor LEDs per channel Network LEDsEtherCATPROFINET Initialization Flashing yellow In/out: link-Yellow Reset Flashing blue 5 Hz In/out: activityFlashing yellowFlashing green Operate Blue Status: init / errorFlashing greenGreen Overload Red Status: normaloffoff Blink codes © 2017 Kistler Group, Eulachstrasse 22, 8408 Winterthur, Switzerland Tel. +41 52 224 11 11, Fax +41 52 224 14 14, info@kistler.com, www.kistler.com Kistler is a registered trademark of Kistler Holding AG. Kistler Group products are pro- tected by various intellectual property rights. For more details visitt www.kistler.com The information corresponds to the current state of knowledge. Kistler reserves the right to make technical changes without advance notice. Liability fo\ r con- sequential damages arising from the application of Kistler products is excluded. Page 5/10 Digital industrial charge amplifier – charge amplifier for systems based on Industrial Ethernet, Type 5074A... 5074A_003-332e-09.17 Connections Sensor charge input TypeKIAG 10-32 UNF neg. Energy supply TypeM8 4-pole pos. A-coded 1 +24 VDC Us 2 +24 VDC Up 3 GND 4 GND www.kistler.com 11,70 0,20 0,20 11,70 6,15 5,75 6,20 8,20 8,80 5,75 6,15 6,60 6,20 1 7,00 9,00 Industrial Ethernet con- nection Type M12 4-pole neg. D-coded 1 TX+ 2 RX+ 3 TX- 4 RX- (5 Shield) Ordering key Charge amplifier Typ 5074A Inputs 1-channel charge 1 2-channel charge 2 3-channel charge 3 4-channel charge 4 Sensor connection socket KIAG 10-32 UNF neg. – IP671 Industrial Ethernet type EtherCat1 EtherNet/IP 2 Pro? Net 3 Example of order • 1-channel, KIAG 10-32 UNF neg., EtherCAT: 5074A111 Included accessories Type • Protective cap 1891 IP54 for sensor input • Protective cap for M12 socket 55160137 • Protective cap for M8 socket 55137563 Optional accessories Type • Sensor cable, PFA, IP65 1635Cxxx Connector, KIAG 10-32 UNF pos. Connector KIAG 10-32 UNF pos. • Sensor cable extension, PFA, IP65 1637Cxxx Socket, KIAG 10-32 UNF neg. Connector, KIAG 10-32 UNF pos. • Sensor cable with metal braiding PFA, IP65 1657Axxx Connector, KIAG 10-32 UNF pos. Connector, KIAG 10-32 UNF pos. • Protective cap with O-ring, 55145253 IP67 for sensor connection • Network cable, 1200A195A2 Connector, RJ45, Connector, M12 pos. 4-pole D-coded, length 2m • Network cable, 1200A195B0,2 Connector, M12 pos. 4-pole D-coded, Connector, M12 pos. 4-pole D-coded, length 0.2 m • Power cable, 1200A239A2 Socket M8 neg. 4-pole A-coded Free end, length 2m • Power cable, 1200A239B0,2 Connector, M8 pos. 4-pole A-coded Socket M8 neg. 4-pole A-coded, length 0.2 m Page 6/10 1. Start the measurement by setting the 'Operate' and 'Peak control' control bits (confirmed with status bits) 2. Reset unwanted peak values by briefly changing the status of the 'Peak control' control bit 3. Peak values retain the detected min./max. values while measurement is ongoing. (Acquisition is at maximum inter - nal sampling rate, with or without applied filter) 4. End the measurement by deleting the 'Operate' and 'Peak control' control bits Figure 1: Control and time response User parameters (cyclical): Input data channel 1 Input data channel 2Input data channel 3Input data channel 4 Output data channel 1 Output data channel 2Output data channel 3Output data channel 4 Industrial Ethernet details Communication principle: The device is configured individually for each channel, and the startup parameters are stored in the control. A configuration change can also be sent to the device via acyclical data during the measurement, but this change only becomes active after a Reset cycle. The cyclical output data block contains the control bits for each channel. The control bits are applied to the internal status machine and, after execution, are mirrored in the status bits which are sent to the control via the cyclical input data block. -30 - 10 10 30 50 70 90 - 5 515 253545 Peakm in Peakm ax P ro ze ss 0 1 - 5 515 253545 opera te 0 1 - 5 515 2535 45 peak c o ntro l 0 1 - 5 515 253545 opera te s ta tu s 0 1 - 5 515 2535 45 peak s ta tu s Process data Control bits Status bits 7v?V ga?? #F??R E??`? ? 2017 Kistler Group, Eulachstrasse 22, 8408 Winterthur, Switzerland Tel. +41 52 224 11 11, Fax +41 52 224 14 14, info@kistler.com, www.kistler.com Kistler is a registered trademark of Kistler Holding AG. Kistler Group products are pro - tected by various intellectual property rights. For more details visitt www.kistler.com The information corresponds to the current state of knowledge. Kistler reserves the right to make technical changes without advance notice. Liability fo\ r con- sequential damages arising from the application of Kistler products is excluded. Digital industrial charge amplifier – charge amplifier for systems based on Industrial Ethernet, Type 5074A... 5074A_003-332e-09.17 Page 7/10 Structure of output data block NameData typeLength (bytes)Description Control 0. Operate 1. Peak control 2. Integral control Bit field 1 0 = Reset, 1 = Operate, measure 0 = Reset peak capture, 1 = Peak acquisition active 0 = Reset integral, 1 = Integral active Structure of input data block Name Data typeLength (bytes)Description Status Ch(n) 0. Operate state 1. Peak control state 2. Integral control state 3. Parameter active 4. Reserved 5. Overload 6. Warning 7. Error Bit field 1 Bits 0…2: status bits follow the control bits and signal successful execution of the requested function. For example, 'Operate state' clears when the channel reset is completed after the 'Operate' control bit was set to 0. Changes to 0 when parameters are changed due to acyclical communication during measurement. The bit remains at 0 until the next Reset state, which activates the new parameters. Reserved Indicates that the set measurement range was exceeded, and remains active until the next Reset cycle. Extreme overload with violation of hardware limit also sets the error bit until the next Reset cycle. According to the table of error codes According to the table of error codes Instant value Ch(n) REAL4Measurement values scaled with divisor Peak min ch(n) REAL4Captured with max. internal sampling rate, filtered or unfiltered Peak max ch(n) REAL4Captured with max. internal sampling rate, filtered or unfiltered Integral ch(n) REAL4Integral value Ch(n) int sample (1…of) INTEGER2 x oversam- pling factorScaled measurement values standardised with measurement range to 16-bit (n)= channel number (of) = oversampling factor ? 2017 Kistler Group, Eulachstrasse 22, 8408 Winterthur, Switzerland Tel. +41 52 224 11 11, Fax +41 52 224 14 14, info@kistler.com, www.kistler.com Kistler is a registered trademark of Kistler Holding AG. Kistler Group products are pro - tected by various intellectual property rights. For more details visitt www.kistler.com The information corresponds to the current state of knowledge. Kistler reserves the right to make technical changes without advance notice. Liability fo\ r con- sequential damages arising from the application of Kistler products is excluded. Digital industrial charge amplifier – charge amplifier for systems based on Industrial Ethernet, Type 5074A... 5074A_003-332e-09.17 Page 8/10 User parameters (acyclical) The following structure shows the parameter list for one measuring channel. This structure is repeated for each additional measuring channel. (n = channel number 1...\ 4) Parameter nameParameter type Length (bytes)Default PROFINET index EtherCAT object Scaling divisor FLOAT (pC/phys. unit) 41.0 0x2002 0x50n0:02 Range FLOAT (physical unit) 41 000 000 0x2001 0x50n0:01 Filter frequency Enum - no filter (20 kHz) (0) - 10 000 Hz (1) - 5 000 Hz (2) - 2 000 Hz (3) - 1 000 Hz (4) - 500 Hz (5) - 200 Hz (6) - 100 Hz (7) - 50 Hz (8) - 20 Hz (9) - 10 Hz (10) - 5 Hz (11) - 2 Hz (12) - 1 Hz (13) 1 0 0x2003 0x50n0:03 Time constant Enum - off (0) - active (1) 1 0 0x2004 0x50n0:04 Peak mode Enum - filter off (0) - filter active (1) 1 0 0x2005 0x50n0:05 Error code 2 byte 2Read-only 0x2010 0x51n0:01 Byte # Bit # Error code Name Description ClassPossible cause 0 0 Reset warning Charge amplifier's Operate-Reset time was violated Warning - The reset time for the charge input was too short; note the status bits. 1 Sync warning The sampling rate exceeds the in- ternal processing capacity Warning - Communication cycle is too short - Too much measurement data - Fault due to acyclical commands 2 Temperature warning Internal CPU temperature is too high Warning - Ambient temperature is too high 3 4 5 6 7 ? 2017 Kistler Group, Eulachstrasse 22, 8408 Winterthur, Switzerland Tel. +41 52 224 11 11, Fax +41 52 224 14 14, info@kistler.com, www.kistler.com Kistler is a registered trademark of Kistler Holding AG. Kistler Group products are pro - tected by various intellectual property rights. For more details visitt www.kistler.com The information corresponds to the current state of knowledge. Kistler reserves the right to make technical changes without advance notice. Liability fo\ r con- sequential damages arising from the application of Kistler products is excluded. Digital industrial charge amplifier – charge amplifier for systems based on Industrial Ethernet, Type 5074A... 5074A_003-332e-09.17 Page 9/10 Byte # Bit # Error code Name Description ClassPossible cause 1 8 Hardware over- load Charge amplifier module overload Error- The input signal has exceeded the hardware range 9 Parameter out of range The combination of scaling factor and measurement range exceeds the technically possible range Error - Physical measurement range in pC is exceeded with the specified parameters 10 Calibration data error No calibration data available Error- Device has lost calibration - Device was not calibrated correctly - Device identification is incomplete 11 Hardware error Peripheral error Error- No ADC values - No FPGA data 12 Channel data error Channel not available on device Error- The channel addressed is not available on this device 13 14 15 Performance table The attainable cycle times depend on operating mode and process data. Maximum sampling rate attainable without field bus synchronization option: 4kHz Sync shift time for EtherCAT [µs] Measurement values 1 channel 2 channels 3 channels 4 channels Cyclical data: - Status - Instant value - Peak minimum - Peak maximum - Integral 8090100 110 Table 1: Influence of process data types on sync shift time Maximum attainable field bus cycle time [µs] Oversampling factor 1 channel 2 channels 3 channels 4 channels 1 100 100 100 100 2 125 125 125 125 4 125 125 125 200 5 125 125 200 200 8 200 200 200 200 10 200 200 200 250 15 333 333 333 333 20 500 500 500 500 25 500 500 500 500 50 1 000 1 000 1 000 1 000 Table 2: Relationship between synchronized oversampling data and attainable cycle times ? 2017 Kistler Group, Eulachstrasse 22, 8408 Winterthur, Switzerland Tel. +41 52 224 11 11, Fax +41 52 224 14 14, info@kistler.com, www.kistler.com Kistler is a registered trademark of Kistler Holding AG. Kistler Group products are pro - tected by various intellectual property rights. For more details visitt www.kistler.com The information corresponds to the current state of knowledge. Kistler reserves the right to make technical changes without advance notice. Liability fo\ r con- sequential damages arising from the application of Kistler products is excluded. Digital industrial charge amplifier – charge amplifier for systems based on Industrial Ethernet, Type 5074A... 5074A_003-332e-09.17 Page 10/10 Block diagram ADC 24 bit 2 x Industrial Ethe rnet (Feldbus ) ADC4 PHY DP83630 2x magnetics LED M12 x1 ADC 3 ADC2 EMI/POL Protection Powe r 18 ..30VDC dICA5074Axxx ( digital Industrial Charge Amplifier) PHY DP83630 Charge 1 Charge 2 Charge 3 Charge 4 NetX52 ARM Cortex M4 DSP/ FPU LS 2 4 x LV-ASIC UNF10-32Charge x Cg sel 2 Charge Me asure LS 3 LS 4 AA -Filter AA -Filter AA -Filter AA -Filter Powe r Supply Fly-Back Ext .GN D SGN D ADC 1 LS 1 +/-5V +3.3V+2.5V_ VREF +1.8V FPGA Altera MAX10 FMC A0... 15 ADC 1... 4 SPI Diff.- Amp Diff.- Amp Diff.- Amp Diff.- Amp FMC D0... D15 FMC A0...15 FMC D0... D15 Cg sel 3 nTC 1 +1.5V DPM FB_SYN C FB_SYN C RX-Screen TX-RX+ TX+ In RX-Screen TX- RX+ TX+ Out 1 1 2 2 3 4 5 3 4 5 OutIn 1 2 3 4 1 2 3 4 +24 VDC Us +24 VDC Up GND GND +24 VDC Us +24 VDC Up GND GND EartGN D SGND Power Industrial Ethernet EartGN D 1M ? 2017 Kistler Group, Eulachstrasse 22, 8408 Winterthur, Switzerland Tel. +41 52 224 11 11, Fax +41 52 224 14 14, info@kistler.com, www.kistler.com Kistler is a registered trademark of Kistler Holding AG. Kistler Group products are pro - tected by various intellectual property rights. For more details visitt www.kistler.com The information corresponds to the current state of knowledge. Kistler reserves the right to make technical changes without advance notice. Liability fo\ r con- sequential damages arising from the application of Kistler products is excluded. Digital industrial charge amplifier – charge amplifier for systems based on Industrial Ethernet, Type 5074A... 5074A_003-332e-09.17