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Resistive  Temperature  Detectors  (RTD)
mode and cabling  ........................................ 323
Thermocouple mode and cabling  ................ 325

Hold off (trigger)  ....................................... 144, 146
Hysteresis (trigger)  ........................................... 135

I

I/O connector

I/O connector input overvoltage protection .. 173

IM2 - Interface/Controller Module options

10 Gbit Ethernet card in GENDAQ series net-
works  ........................................................... 213
10 Gbit Ethernet Option accessories ........... 212
Network Interface selection in Perception  ... 215
Windows 7 - optimum settings  .................... 217

IM2 - Interface/Controller module options

Front panel layout ........................................ 211

Input Cards ....................................................... 247

Acquisition card feature comparison  ........... 250
Bridge amplifier/Completion  ........................ 291
Bridge amplifier/Configuration  ..................... 289
Bridge amplifier/Shunt calibration ................ 291
DIN rail breakout  ......................................... 326
Flexible wiring .............................................. 329
GN3210  IEPE  and  charge  250  kS/s  input
card  ............................................................. 330
GN3211 basic 20 kS/s input card ................ 331
GN401 Optical Fiber Isolated 100 MS/s input
card  ............................................................. 333
GN412 and GN413 High Speed - Differential
input cards ................................................... 314
GN440 and GN441 Universal amplifier input
cards ............................................................ 313
GN610, Isolated 1kV 2MS/s input card  ....... 253
GN610/GN611 and GN610B/GN611B cate-
gory rating  ................................................... 259
GN610/GN611 and GN610B/GN611B input  ...260
GN610/GN611,  GN610B/GN611B  Isolation
and type testing  ........................................... 265
GN610B, Isolated 1kV 2MS/s input card ..... 251
GN611, Isolated 1 kV 200kS/s input card  ... 254
GN611B, Isolated 1kV 200kS/s input card  .. 252
GN815 and GN816 Input overload protection ...286
GN815,  Isolated  Basic/IEPE  2MS/s  input
card  ............................................................. 279
GN816,  Isolated  Basic/IEPE  200kS/s  input
card  ............................................................. 280

GN840/GN1640  Universal  500  kS/s  8/16
channel input cards  ..................................... 315
High Precision Differential Probe  ................ 262
High resolution IEPE and Charge input cards ....

330

High resolution universal input card  ............ 315
Isolated Basic/IEPE cards  ........................... 279
Measuring currents ...................................... 264
Supported sensor modes  ............................ 317
Understanding the GN815 and GN816 input ...284
Understanding the GN815 and GN816 isola-
tion ............................................................... 283
Using  the  GN610/GN611  and  GN610B/
GN611B ....................................................... 255
Using the GN815 and GN816  ..................... 281

Input Cards (legacy)

GN1610 250 kS/s input card  ....................... 960
GN1611 basic 20 kS/s input card ................ 962
GN810 Basic 200kS/s input card  ................ 950
GN811 Basic 1MS/s input card  ................... 951
GN812 Basic ISO 1MS/s input card  ............ 952
GN813 Basic XT ISO 1 MS/s input card  ..... 953
GN814 Basic XT ISO 200kS/s input card .... 954
Master/Slave card (G040)  ........................... 964
Optional G041 1kV DC probe ...................... 955
Optional G042 1kV AC probe ...................... 957

Interface/Controller

Communication and control ......................... 156
Connecting  multiple  mainframes  -  Master/
Slave card  ................................................... 163
Connecting  the  Master/Slave  Synchroniza-
tion connector .............................................. 163
GPS Antenna System Rules  ....................... 224
I/O connector ............................................... 172
Installing a 1 Gbit SFP/10 Gbit SFP+ Module ...217
Master/Slave Synchronization ..................... 159
Network Attached Storage (NAS) using iSC-
SI  ................................................................. 178
Network protocols and ports ........................ 157
Option - 10 Gbit Ethernet interfaception - 10
Gbit Ethernet interface  ................................ 210
Option - IRIG and IRIG/GPS time synchroni-
zation ........................................................... 223
Option - Optical 1 Gbit Ethernet interface  ... 208
Option - Solid State Drive (SSD) 1-G073-2 . 202
Setting the Master/Slave operating modes  . 166
Setting the Master/Slave trigger  .................. 168
Synchronizing  a  Master/Slave  setup  to  ex-
ternal time sources  ...................................... 171

GEN3t

I3995-3.1 en   HBM: public

1115

Summary of Contents for GEN3t

Page 1: ...Portable Data Recorder GEN3t English User Manual I3995 3 1 en HBM public...

Page 2: ...om terms HBM GmbH Im Tiefen See 45 64293 Darmstadt Germany Tel 49 6151 80 30 Fax 49 6151 8039100 Email info hbm com www hbm com highspeed Copyright 2016 All rights reserved No part of the contents of...

Page 3: ...es StatStream is patented in the US Patent No 7 868 886 patent pending in other countries Legal statement This product uses GNU General Public Licensed GPL software the source code is available at www...

Page 4: ...4 I3995 3 1 en HBM public...

Page 5: ...oltage current protection 33 2 5 5 Isolation 33 2 6 Environment 34 2 7 Laser Safety 35 2 8 Manual handling of loads 36 2 9 International safety warnings 37 2 10 Operation of electrical installations 5...

Page 6: ...0 6 4 Acquisition 82 6 4 1 StatStream 82 6 5 Signal conditioning 84 6 6 Data storage 85 6 7 Interface Controller section 86 7 Setting up the GEN3t 87 7 1 GEN3t connections 87 7 2 Connecting the GEN se...

Page 7: ...ata storage 127 9 4 Time base 129 9 4 1 Real time sampling and time base 129 9 4 2 Time base settings for FFTs 130 9 4 2 1 Additional information 132 10 Digital Trigger Modes 133 10 1 Introduction 133...

Page 8: ...ster Slave setup to external time sources 171 11 4 I O connector 172 11 4 1 I O connector input overvoltage protection 173 11 4 2 I O connector functions and connector pinning 174 11 5 Network Attache...

Page 9: ...10 4 Data Link Layer 230 11 10 5 Application Layer 232 11 10 6 Setting up EtherCAT channels in Genesis 234 11 10 6 1 Real time formula database 234 11 10 7 Selecting the appropriate EtherCAT configura...

Page 10: ...nitor of the input channels 276 12 2 11 4 Thermal shutdown in critical conditions 277 12 2 11 5 Restore range selected by user automatically 278 12 3 Isolated Basic IEPE cards 279 12 3 1 GN815 Isolate...

Page 11: ...sor and cabling 320 12 7 2 4 Integrated Electronic Piezoelectric IEPE mode and cabling 321 12 7 2 5 Piezoelectric Charge mode and cabling 322 12 7 2 6 Resistive Temperature Detectors RTD mode and cabl...

Page 12: ...2 14 2 3 One Step and Two Step clock synchronization 362 14 3 Transparent clock switch synchronization 364 14 3 1 Message based synchronization 364 14 3 2 Switch delays 367 14 4 Common terms used in I...

Page 13: ...A 4 B2639 2 1 en GEN series GN411 458 A 5 B2627 2 1 en GEN series GN412 477 A 6 B4160 1 1 en GEN series GN413 492 A 7 B2631 2 0 en GEN series GN440 506 A 8 B2631 2 0 en GEN series GN441 521 A 9 B3618...

Page 14: ...787 B 7 1 AC DC Current Clamp i30s 787 B 7 2 AC Current Clamp SR661 789 B 7 3 AC Current Clamp M1V 20 2 791 B 8 Current transducers and accessories 792 B 8 1 Current transducers 792 B 8 2 Connection c...

Page 15: ...B 15 Shipping case 832 B 15 1 Shipping case 832 B 16 Software 833 B 16 1 Perception standard software 833 B 16 2 Perception professional 833 B 16 3 Instrument Panel languages 833 B 16 4 PNRF free view...

Page 16: ...gs 874 G 2 2 GEN3i GEN7i GEN3t GEN7tA and GEN17tA Perception settings 875 G 3 Synchronizing GEN series and QuantumX using PTP 876 G 3 1 GEN3i GEN7i with single QuantumX B version module 876 G 3 2 GEN3...

Page 17: ...Analysis and TDC settings 899 H 2 dY dT Triggering 900 H 3 External Start Stop on Digital Event Timer Counter connector 904 H 4 Calculating maximum fiber cable length 908 H 5 Wake On LAN support WOL 9...

Page 18: ...ng the Master Slave card 978 K 5 4 Example of a Master Slave configuration legacy 979 K 5 5 Using legacy and new mainframes in Master Slave setup 980 K 5 6 Connecting multiple mainframes using the Mas...

Page 19: ...situation which if not avoided could result in minor or moderate injury or alerts against unsafe practices or alerts against actions which could damage the product or result in a loss of data CAUTION...

Page 20: ...The taskbar icon is no longer labeled Start and is now simply the pearl icon of the window frame in an orb For clarity and convenience these conventions are used throughout this manual l Menu names f...

Page 21: ...ty protection has been impaired the instrument must be made inoperative and secured against any unintended operation Qualified maintenance or repair personnel should be informed Safety protection is l...

Page 22: ...d personnel Any person assigned to install maintain or repair the unit or to put the unit into operation must have first read and understood the user manual particularly the technical safety instructi...

Page 23: ...of automation and test and measurement technology l Automation plant or test and measurement operating personnel Have been instructed on how to handle the equipment and are familiar with the operatio...

Page 24: ...s manual may cause interference to radio communications As temporarily permitted by regulation it has not been tested for compliance with the limits for Class A computing devices pursuant to Subpart B...

Page 25: ...fter the ground connection is made and disconnected before the ground connection is removed i e the supply lead must be connected whenever signal leads are connected WARNING For safety it is essential...

Page 26: ...WARNING If connection to a protective ground is not possible for any reason then please refer to the international safety standard EN 50191 2000 GEN3t 26 I3995 3 1 en HBM public...

Page 27: ...ground connection This point is not a protective ground connection Where caution is required this symbol refers to the user manual for further information This symbol warns that high voltages are pre...

Page 28: ...gory indicates the amount of energy that can be released if a short circuit occurs A higher category number indicates a higher energy level that can occur and can be sustained by the equipment O Other...

Page 29: ...maximum input voltage 1000 V DC Table 2 1 Insulation test voltages in accordance with IEC 61010 2 030 2010 Nominal Voltage V RMS or V DC IEC 61010 2 030 2010 5 sec AC test V RMS Impulse test V CAT II...

Page 30: ...EC 61010 2 30 2010 Nominal voltage line to neutral AC RMS or DC of MAINS being measured V Test voltage 5 s AV test V AC RMS Impulse test V peak Basic insulation and supplementary insulation Reinforced...

Page 31: ...r SCREEN AUTOMATIC DISCONNECTION of the SUPPLY CURRENT or VOLTAGE LIMITING DEVICE HAZARDOUS PART ACCESSIBLE PART and DOUBLE INSULATION Figure 2 2 Acceptable arrangement of protective means against ele...

Page 32: ...amage or has been subjected to severe transport stresses It is the responsibility of the user to ensure the safety of any accessories used with the equipment such as probes WARNING ELECTRICAL SHOCK HA...

Page 33: ...ot be operated with the covers removed There are no user serviceable parts inside 2 5 5 Isolation CAUTION For input channels with plastic BNCs galvanically isolated from the chassis the input conducto...

Page 34: ...ount when assessing the ambient temperature If the instrument has a fan installed leave space around the equipment for unrestricted ventilation Do not store the equipment in hot areas High temperature...

Page 35: ...set by government agencies for Class 1 laser products l In the USA the GEN series products are certified as a Class 1 laser product conforming to the requirements contained in the Department of Health...

Page 36: ...far will the load have to be carried l Is the path clear of clutter cords slippery areas overhangs stairs curbs or uneven surfaces l Will closed doors that need to be opened be encountered l Once the...

Page 37: ...is blevet beskadiget og skal derfor kontrolleres af en kvalificeret tekniker Afbryd instrumentet fra lysnettet ved at fjerne IEC stikket Instrumentets vekselstr msafbryder er kun beregnet til funktion...

Page 38: ...alificeerde en deskundige monteur te worden gecontroleerd Om dit instrument los te koppelen van de wisselstroomvoeding dient de IEC aansluiting er uit te worden getrokken De wisselstroom voedingsschak...

Page 39: ...taa ammattihenkil ll Katkaise laitteen k ytt j nnite irrottamalla IEC liitin Laitteen verkkokytkimell on ainoastaan toiminnallinen tarkoitus Sit ei ole tarkoitettu eik se sovellu laitteen erottamiseen...

Page 40: ...echnicien qualifi Pour couper l alimentation secteur de cet instrument d brancher le cordon secteur L interrupteur d alimentation secteur sur cet instrument est purement fonctionnel Il ne s agit pas d...

Page 41: ...n einem qualifizierten Elektriker gepr ft werden Zum Trennen des Ger tes von der Wechselstromversorgung den IEC Stecker abziehen Der Wechselstromversorgungs Schalter dient bei diesem Ger t nur f r Fun...

Page 42: ...specializzato e qualificato Per disinnestare questo strumento dall alimentazione a corrente alternata levare il connettore IEC L interruttore dell alimentazione a corrente alternata di questo strument...

Page 43: ...valifisert ingeni r For koble dette instrumentet fra AC tilf rselen trekker du ut IEC kontakten AC tilf rselsbryteren p dette instrumentet er kun for funksjonelle form l Den er ikke beregnet for eller...

Page 44: ...alifica o adequada Para desconectar este instrumento da alimenta o CA retire o conector IEC da ficha Neste instrumento o interruptor de alimenta o CA fornecido apenas para fins funcionais N o se desti...

Page 45: ...verificado por um engenheiro com qualifica o adequada Para desconectar este instrumento da alimenta o CA desconecte o conector IEC Neste instrumento o interruptor de alimenta o CA fornecido somente pa...

Page 46: ...cnico especializado y autorizado al efecto Para desconectar este instrumento de la red desenchufe el conector IEC El interruptor de entrada de CA encendido se incluye solo para fines funcionales No e...

Page 47: ...t kopplas loss detta instrument fr n str mf rs rjningen dra ut IEC kontakten Brytaren f r v xelstr mf rs rjningen p detta instrument r endast avsedd f r funktionella syften Den r inte avsedd eller l m...

Page 48: ...tably qualified engineer To disconnect this instrument from the AC supply unplug the IEC connector The AC supply switch on this instrument is provided for functional purposes only It is not intended o...

Page 49: ...33V RMS 46 7V RMS 70V DC IEC 61010 1 2010 AC AC IEC AC EN 50110 1 EN 50110 2 50 V AC RMS 120 V DC GEN3t I3995 3 1 en HBM public 49...

Page 50: ...33 V RMS 46 7 V 70 V DC IEC 61010 1 2010 IEC EN 50110 1 EN 50110 2 50 V AC RMS 120 V DC GEN3t 50 I3995 3 1 en HBM public...

Page 51: ...33 46 7 70 IEC 61010 1 2010 IEC EN 50110 1 EN 50110 2 50 120 GEN3t I3995 3 1 en HBM public 51...

Page 52: ...33 V RMS 46 7 V 70 V DC IEC 61010 1 2010 AC AC IEC AC EN 50110 1 EN 50110 2 50 V AC RMS 120 V DC GEN3t 52 I3995 3 1 en HBM public...

Page 53: ...intenance procedures The European Standard EN 50110 2 is a set of normative annexes one per country which specify either the present safety requirements or give the national supplements to these minim...

Page 54: ...walking over a carpet while scuffing your feet building up electrons on your body you may get a shock the discharge event when you touch a metal doorknob This little shock discharges the built up sta...

Page 55: ...her WARNING The wrist strap is intended for static control only It will not reduce or increase your risk of receiving an electric shock from electrical equipment Follow the same precautions you would...

Page 56: ...uipment the user is encouraged to try reducing the interference by one or more of the following measures l Re orient or relocate the affected equipment l Increase the distance between the instrument a...

Page 57: ...ices that can no longer be used must be disposed of separately and not with normal household garbage For more information about waste disposal please contact local authorities or the dealer from whom...

Page 58: ...3 3 CE Declaration of conformity For information about the CE Declaration of conformity please refer to www hbm com highspeed GEN3t 58 I3995 3 1 en HBM public...

Page 59: ...protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if it is not installed and...

Page 60: ...t or cold places as you will reduce the capacity and lifetime of the batteries Always try to keep batteries at room temperature A system with hot or cold batteries may not work temporarily even if the...

Page 61: ...he GEN3t For instructions on how to remove an acquisition card please refer to chapter Removing and installing input cards on page 94 CAUTION All GEN series mainframes are factory calibrated as delive...

Page 62: ...section A Battery in the PC section 4 2 1 Remove replace the battery from the backplane 1 Power off the GEN3t system and remove the power input cable Figure 4 3 Battery Backplane section GEN3t 62 I39...

Page 63: ...anels from the GEN3t 4 To remove the battery simply pull it out with two fingers Figure 4 4 Remove battery from the backplane 5 To place the battery on the backplane place it on the battery holder Fig...

Page 64: ...osition backplane 4 2 2 Remove replace the battery from the PC section 1 Power off the GEN3t system and remove the power input cable Figure 4 7 Battery PC section 2 Disconnect all cables to the acquis...

Page 65: ...Figure 4 8 Remove battery PC section A Metal lid 5 To place the battery in the CPU section place it on the battery holder Figure 4 9 Place the battery on the holder PC section Note Place the new batt...

Page 66: ...d clicks back into position Figure 4 10 Battery in final position PC section 7 Install all removed input cards in the exact same sequence as you removed them to avoid changes in calibration results GE...

Page 67: ...4 3 Recharging The GEN3t does not use rechargeable batteries When batteries are depleted dispose of the batteries GEN3t I3995 3 1 en HBM public 67...

Page 68: ...batteries in a fire For more information about waste disposal please contact the local authorities or the dealer from whom the product was purchased As waste disposal regulations may differ from coun...

Page 69: ...0 VA and operates from line voltages between 100 V AC and 240 V AC at 47 63 Hz The power connection of the GEN3t is a standard IEC 320 EN 60320 C14 2 pole 3 wire male appliance inlet designed for 250...

Page 70: ...umption please refer to chapter Mains Power on page 69 Figure 5 1 GEN3t Portable Data Recorder A Power inlet The power inlet connects disconnects the main power from the GEN3t To disconnect the GEN3t...

Page 71: ...FUSES 3 15AT MAINS INPUT 100 240V AC D A B C Figure 5 2 Power inlet A Protective ground B Fuses 2 times of 3 15 A each C Power Inlet D Voltage rating GEN3t I3995 3 1 en HBM public 71...

Page 72: ...ake the apparatus inoperative and secure it against any unintended operation For example if the apparatus shows visible damage or has been subjected to severe transport stresses the protection is like...

Page 73: ...This will enable access to the groove on the fuse holder 2 Using a pocket screwdriver insert the screwdriver in the slot under the fuse door and gently lift the door When unlatched pull out the fuse...

Page 74: ...d in this manual at the same time The fuse holder is equipped with two identical fuses To replace the fuses proceed as follows 1 Remove the fuses from their fixture and insert new fuses of 3 15 A slow...

Page 75: ...system l Transient RAM up to 100 MegaSamples per channel in parallel l Isolated and non isolated channels with high fidelity signal conditioning l Unlimited recording size and duration l A variety of...

Page 76: ...lution suitable for field use Best suited for medium channel count or high computing power applications Option for 19 rack mount available GEN7tA 7 Mobile Rack Tethered mobile data recording solution...

Page 77: ...2 Yes Yes Yes No No 1 GEN3t 2 1 GEN7tA 2 and 1 GEN17tA 2 Yes Yes Yes Yes Yes Note Grey columns are end of life systems Master Slave support Synchronisation connector also Slave input Extended Master...

Page 78: ...Ethernet RJ45 electrical without PTP synchronisation 10 Gbit Ethernet SFP optical without PTP synchronisation 1 GEN2I 2 1 GEN5I 2 1 GEN7T 2 and 1 GEN16T 2 Yes No No No No Exceptions 1 GEN7T 2 and 1 G...

Page 79: ...CPCI Backplane GEN3t uses a combined PCI e CPCI backplane The PCI e Peripheral Component Interconnect Express backplane can transfer data at very high speeds to ensure the highest system throughput T...

Page 80: ...405 6 3 3 Master Slave support The GEN3t system has a built in Master Slave synchronization connector This connector supports the GEN series Master Slave extended synchronization protocols and is ful...

Page 81: ...perature reaches 75 C again the system assumes that there is a new thermal problem and a new user warning is initiated l If the internal temperature keeps rising and reaches 80 C the system assumes th...

Page 82: ...y Domain Selectable Anti Aliasing filter Variable Gain and Offset ADC DSP Figure 6 4 Input channel block diagram It also functions as a transient recorder with a hardware trigger on all channels with...

Page 83: ...ing warnings if any channel goes off scale The Perception software offers a variety of meters to display these on line parameters When reviewing stored files the embedded StatStream data enables an ac...

Page 84: ...me correlation and the front ends deliver a typical maximum static error of 0 1 Plug and play hardware discovery with scalability to any number of channels Perception software can group and outline si...

Page 85: ...ng can be made at 200 MB s In circular recording the GEN3t can monitor signals at 200 MB s forever and will stop only when triggered by a user pre defined event The entire SSD can then be used as pre...

Page 86: ...x or newer operating system l 8 GB DDR3 RAM l 480 GB SSD SATA 6 Solid State Drive l 1 wired RJ45 and 1 optical SFP gigabit Ethernet connector PTP support for timing synchronization 1 Intel and Intel C...

Page 87: ...s to a network on page 88 for more details C I O connector trigger in out clock in event out start stop See chapter I O connector on page 172 for more details D Probe calibration See chapter Probe cal...

Page 88: ...tremely high performance acquisition system that is capable of transferring Megabytes of data at high speeds to the controlling PC For the best performance and fastest throughput HBM strongly recommen...

Page 89: ...terface Cards The one for the GEN series must be at least 1 Gbit for the best performance You will require either a Cat5e Ethernet cable or an optical cable from your PC to the GEN series depending on...

Page 90: ...ut burdening the company network with potentially high data rates It simply plugs in and requires no network configuration The network could look like Figure 7 4 Figure 7 4 Connection to corporate net...

Page 91: ...est address are each assigned with special network features These addresses Example 192 168 178 0 and 192 168 178 255 should not be assigned to any mainframe IP addresses can be divided into two group...

Page 92: ...the connector Some inexpensive cables contain only four conductors These cables are not compatible with the GEN series 2 If the LINK LED is illuminated but the Perception software cannot find the GEN...

Page 93: ...button for short periods approximately 0 5 seconds five times A four tone sound is played to confirm that the default network settings will be applied Note The default network settings will be applied...

Page 94: ...e data recorder is factory calibrated as delivered to the customer Swapping replacing or removing of cards may result in minor deviations to the original calibration The GEN3t system should be tested...

Page 95: ...7 4 2 Installing cards To install a card 1 Power off the GEN3t system and remove the power input cable 2 Ensure that the ejector levers are in the farthest outermost position tilting away from the car...

Page 96: ...NING Screws must be locked to meet CE emissions Figure 7 8 Blind panel 1 G009 2 WARNING Any empty slots must be covered with a blind panel with a thermal strip on the back to meet the cooling requirem...

Page 97: ...The handle handles are used to carry the GEN3t system Only carry the instrument when the handle is in the upright position Figure 7 9 GEN3t with handle in the upright position GEN3t I3995 3 1 en HBM...

Page 98: ...g the handle You can turn the handle to act as built in stand 1 Put instrument on a flat surface 2 Push in the button on both sides of the handle Figure 7 10 Button on the handle GEN3t 98 I3995 3 1 en...

Page 99: ...elease the buttons on the handles The handle will snap into one of its fixed positions 30 indexing Figure 7 11 GEN3t multiple handle positions 3 Gently turn over the GEN3t unit so that it rests on the...

Page 100: ...is turned to back of the unit it can be used to lift the front of the instrument so that it is angled more towards the user In Figure 7 12 the angle between the display and horizontal axis is about 4...

Page 101: ...s position 7 6 1 To turn the feet out 1 Put the instrument on a flat surface 2 Lift the instrument front 3 Pull out the front feet by turning the back of the feet towards the front of the instrument 4...

Page 102: ...a 1 M load l 0 V to 1 V amplitude when using a 50 load In order to calibrate a probe connect the probe output to an acquisition card and set up the acquisition channel in accordance with the probe cal...

Page 103: ...5 below shows how the signal should look When the trimmer is positioned incorrectly undershoot or overshoot is seen in the signal A B C Figure 7 15 Trimming of response Incorrect and correct waveform...

Page 104: ...the GEN series mainframe is limited make sure not to exceed the maximum power output of this connector For more information on using the QuantumX together with GEN series mainframes please refer to c...

Page 105: ...onnected PIN Signal PIN 2 Reserved not connected PIN 3 GND PIN 4 Reserved not connected PIN 5 Reserved not connected PIN 6 Reserved not connected PIN 7 PWR PIN 8 Reserved not connected Figure 7 17 GEN...

Page 106: ...the mainframe The acquisition card installed in Slot A and B can use the inputs of the Digital Event Timer Counter connector WARNING Not all GEN series acquisition cards have support for the Digital E...

Page 107: ...Counter block diagram Supported cards See specifications of acquisition cards Number of connectors 1 Connector type 44 pin female D type connector AMP HD 22 series Tyco TE connectivity 5748482 5 Mati...

Page 108: ...0 V DC Timer Counter Number of channels Two per card two cards per connector Functions See specifications of the acquisition cards that support these inputs Outputs Number of outputs Two per card two...

Page 109: ...N 22 Event Input 10B Reset Timer Counter 1B PIN 23 Event Input 11B Direction Timer Counter 1B PIN 24 Event Input 12B Clock Timer Counter 1B PIN 25 Event Input 13B PIN 26 Event Input 14B PIN 27 Ground...

Page 110: ...Counter connector 1 cable included To mainframe shield optional Figure 7 22 Block diagram and image To isolate the Digital Event Timer Counter inputs a special adapter is available It has a maximum 2...

Page 111: ...d image HBM s Torque and RPM sensors come standard with RS422 digital output signals As the GEN series Digital Event Timer Counter inputs are TTL inputs signal need to be converted to make both side a...

Page 112: ...ence RPM 90o Speed OUT RPM 0o Reference RPM 90o Sh Supply voltage ground Supply voltage ground unt Shunt User events KAB149 KAB163 KAB149 KAB163 5 V Out 5 V IN To control system To control system To c...

Page 113: ...tput of the Torque RPM sensor both to a GEN series mainframe and any other receiving system the T function output renews the original signal with an RS422 transmit buffer This setup garantees a point...

Page 114: ...l During the first 100 seconds after power on the system will not power off when the standby button is pressed again HINT TIP When the system does not power off when the standby button is pressed keep...

Page 115: ...andby button to power off GEN3t the software power off the system If the system does not respond press the standby button for at least four seconds until the unit is forced to power off GEN3t I3995 3...

Page 116: ...an be adapted to meet personal wishes The Getting started sequence is described using the default installed selections 2 The user mode selection dialog appears see Figure 8 2 Figure 8 2 Perception Use...

Page 117: ...periment Let Perception search for connected acquisition hardware and create a default layout Optionally you can select and reset hardware When this option is selected Perception resets the hardware a...

Page 118: ...eption even if network settings do not match Network conflict If a network setting conflict is detected this conflict must be resolved before the connection can continue The Perception Connect dialog...

Page 119: ...click Use the following IP address and in IP address and Subnet mask type the IP address and subnet mask to match the settings of the network adapter installed in the PC running Perception E Network...

Page 120: ...he new network settings this will be done automatically The progress window see Figure 8 6 will close automatically when the mainframe has been rebooted Figure 8 6 Perception progress indicator for ma...

Page 121: ...d includes the interface for the local area network A mainframe has its own network address IP address For the sake of simplicity we will consider a single channel in this section SigCon Amp ADC RAM T...

Page 122: ...ggered when in sweep storage mode STOP To stop or abort a recording PAUSE This mode has two options 1 When no recording is active it places the recorder in the pause or stand by mode Although the reco...

Page 123: ...ized in recordings A recording is defined as all the data that has been stored between the start of acquisition Record command and the end of acquisition The end can be defined in various ways A recor...

Page 124: ...a trigger The trigger position is the same as the trigger of the first high speed sweep 9 3 1 More on sweeps Figure 9 1 Simplified generic single channel data acquisition system on page 121 is a very...

Page 125: ...seen data emerging from the ADC is stored in the buffer memory When recording the memory is continuously refreshed with new sample values until storage is halted The information available in the memor...

Page 126: ...tion is available information recorded before the signal met the trigger condition Figure 9 6 Full pre trigger storage pre trigger 100 More often one is interested in what happened just before and aft...

Page 127: ...e 9 8 Full post trigger storage pre trigger 0 Figure 9 9 Delayed trigger storage pre trigger 0 9 3 3 More on continuous data storage The most important difference between continuous data storage and s...

Page 128: ...d sweep storage but storage is on the PC hard disk and not in volatile memory In this mode the lead out is specified which is basically the same as the post trigger segment in a sweep recording l Stop...

Page 129: ...vailable l Internal time base The clock used to drive the ADC s is the built in clock l External time base The clock used to drive the ADC s is the clock signal presented at the external clock input o...

Page 130: ...tally most FFT algorithms work on data sets with a length of 2 N The binary clock base of the internal time base in combination with the division factors allow for a broad range of values that meet bo...

Page 131: ...500 250 125 62 5 31 25 204800 5 800 400 200 100 50 25 128000 8 500 250 125 62 5 31 25 15 625 102400 10 400 200 100 50 25 12 5 51200 20 200 100 50 25 12 5 6 25 40960 25 160 80 40 20 10 5 25600 40 100 5...

Page 132: ...eep of N points produces N 2 frequency domain data points within the range of frequencies between DC and the Nyquist frequency So the frequency resolution is EQ 2 f samplerate 2 N 2 For example assumi...

Page 133: ...en the acquired signal complies with a certain condition the trigger condition Each channel within a recorder can trigger this recorder For transient recording this last option is of great importance...

Page 134: ...10 1 shows a simplified diagram of a single level digital trigger detector Digitized values coming from the ADC are fed into an Arithmetic and Logic Unit ALU The value that comes out of the ALU is th...

Page 135: ...d with a hysteresis After the level detector signals a level crossing a new level crossing will only be signaled if the input signal first goes outside the hysteresis band and then returns to the trig...

Page 136: ...sample before trigger Trigger T A B C Figure 10 2 Level crossing detector Figure 10 2 shows the basic trigger mode with a specified level T and a level crossing in a positive direction In Figure 10 2...

Page 137: ...is that a second level H is used to arm the level trigger detector Otherwise stated the trigger level has been expanded to be a trigger zone that spans multiple levels T Trigger Trigger level Sample...

Page 138: ...ared to the trigger mode available when using an analog trigger detector for example as found on a classic scope A A P P 1 2 Figure 10 4 Basic trigger mode A Trigger In this mode a single level trigge...

Page 139: ...us possibilities A A A A P P 1 2 S S P P 3 4 S S Figure 10 5 Dual trigger mode A Trigger Any value for each level and the slope of the primary level can be selected The slope of the secondary level is...

Page 140: ...indow trigger mode detecting a dip in a repetitive signal Diagrams 2 and 4 show alternatives detecting a peak pulse in a repetitive signal The Window trigger mode is very useful if a periodic signal i...

Page 141: ...he trigger result l Level crossing in opposite set direction arm level l Level crossing in set direction disarm when other level is armed l Level crossing in set direction trigger when level is armed...

Page 142: ...ise or hysteresis The concept is sometimes also referred to as a sensitivity window Although not very common you can also set the level of the primary detector to a value lower than the secondary dete...

Page 143: ...ons There are two qualifier modes l Basic single level qualifier The level detector operates identical to Basic trigger mode on page 138 l Dual level qualifier The level detector operates identical to...

Page 144: ...ns that meet a specific time frame l Hold off disables the trigger detector for a set period of time after a trigger condition l Interval defines a time interval between two consecutive trigger condit...

Page 145: ...smaller than a set period of time pulse detect l Detect trigger conditions larger than a set period of time pulse reject All operations of the trigger detector are the result of crossing the level of...

Page 146: ...e In Diagrams 3 and 4 the opposite situation is depicted pulse reject Now small pulses are not recognized as trigger condition while a wider pulse generates a trigger The pulse detector can be used fo...

Page 147: ...etween two consecutive trigger events is more than the specified time interval l Between The time of the second trigger event is within a specified time interval that starts a specified time after the...

Page 148: ...ger event is within the set time interval no trigger is generated and the time interval is reset on each trigger event When a new trigger event occurs after the specified time interval i e the interva...

Page 149: ...t occurs before Interval Timer 1 has expired and the timer is reset 3 A third trigger event occurs before Interval Timer 1 has expired and the timer is reset 4 Interval 1 5 Interval Timer 1 expires an...

Page 150: ...th interval timers expire A typical use of this mode is to detect changes in the interval between pulses too early too late detection P 1 6 8 7 2 3 5 9 4 10 A A Figure 10 16 Interval timer NotBetween...

Page 151: ...ed situation So far we have seen filters that can be used to narrow the range of trigger candidates like hold off and interval timer As a last resource the event counter can be used The event counter...

Page 152: ...Trigger 1 System Trigger 2 System Trigger 3 Master Slave Channel N Qualifier 1 Qualifier N Figure 10 17 Recorder trigger logic The heart of the recorder trigger logic is the Combine block All trigger...

Page 153: ...d Signal or Calculate signal trigger The power on default selection is Measured Signal System trigger 3 operates as before transferring measured signal triggers Switching the selection to Calculate si...

Page 154: ...arator please refer to Basic trigger mode on page 138 l Dual level alarm The alarm line is active for as long as the signal exceeds one of the two levels in the specified direction For more informatio...

Page 155: ...OWER A B C D PTP FUSES 3 15AT 100 240v AC MAINS INPUT CAL I O Figure 11 1 Interface Controller A PTP enabled network optical SFP slot SFP module is optional B PTP enabled network RJ45 C I O connector...

Page 156: ...ctivity LED RJ45 network D Link speed RJ45 network Table 11 1 Ethernet LED indicators Status Activity LED Speed LED Description No network connection OFF OFF No cable attached or no signal on cable 10...

Page 157: ...hen starting Perception Up to about 10 UDP frames each time in both directions More info Packets have PLAZADGRAM at the start of the data area Network Discovery Protocol Protocol Multicast Used IP add...

Page 158: ...their use with a LC connected optical cable The GEN series mainframes come with an optional 1 Gbit optical network support in the form of an SFP module Standard the SFP receiver housing is part of th...

Page 159: ...connected mainframe and automatically compensates for the cable length delay Extended Synchronization Standard synchronization and Start Stop and Pause of a recording across multiple mainframes each...

Page 160: ...2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 3 4 5 6 7 1 MW 250Vpk 8 1 3 4 5 6 7 1 MW 250Vpk 8 1 3 4 5 6 7 1 MW 250Vpk 8 1 3 4 5 6 7 1 MW 250Vpk 8 1 3 4 5 6 7 1 MW 250Vpk 8 1 3 4 5 6 7 1 MW 250Vpk 8 1 3 4 5 6 7 1 M...

Page 161: ...s to other Master Slave connectors The maximum cable length supported is 500 m For more information please refer to Calculating maximum fiber cable length on page 908 As the connection is optical no g...

Page 162: ...card front panel LED indicators FRONT PANEL LED INDICATORS Status Description No Link off off No valid characters detected no optical signal detected Optical signal detection initialization on off Al...

Page 163: ...7 8 1 MW 250Vpk 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 B A C Figure 11 5 Connecting the Master Slave A Master mainframe B Slave mainframe C Fiber optic cable 11 3 2 Connecting multiple mainframes using the...

Page 164: ...5 6 7 8 1 2 3 4 5 6 7 8 M M M M M M M M S O U T O U T O U T O U T 4 O U T O U T O U T O U T CRU 0 DVI 24V 1 5A max POWER OUT PTP1 PTP2 CAL M S I O 1 MW 250Vpk 1 MW 250Vpk 1 2 3 4 5 6 7 8 1 2 3 4 5 6...

Page 165: ...onnector of the third Slave mainframe 4 Connect one of the connectors of the Master Output Card s G083 to the Master Slave synchronization connector of the fourth Slave mainframe 5 If more mainframes...

Page 166: ...sheet 2 In the Settings sheet go to the General group in the task pane and select Mainframe A list of available mainframes is displayed in the settings area 3 Set the master a Select the mainframe tha...

Page 167: ...click on the Master Slave mode cell to open it for modification 3 In the drop down list that appears select Stand alone HINT TIP Cables do not have to be removed as the mainframe does not use the conn...

Page 168: ...are l Disabled No trigger is transmitted to or received from other mainframes l Transmit Transmit trigger s from this recorder to other mainframes received triggers are ignored l Receive Receive trigg...

Page 169: ...the Settings sheet 2 If it is not already done switch the Settings sheet layout modes to Advanced mode 3 In the Settings sheet go to the Trigger group in the task pane and select Recorder A list of a...

Page 170: ...6 In the drop down list that appears select the setting that should be used Figure 11 10 Master Slave trigger list GEN3t 170 I3995 3 1 en HBM public...

Page 171: ...Perception work area synchronization source A Settings tab B General group C Sync source column To set the synchronization source in the Perception software proceed as follows 1 Select the Settings s...

Page 172: ...L I O A Figure 11 12 Interface Controller A I O connector trigger in out clock in event out start stop The I O connector comes with a BNC breakout cable for direct BNC cable connection to each functio...

Page 173: ...pull up resistor all input will be TTL High and only need an external short to signal ground to be operated The 2 k series resistor together with the diode clamps to ground and 5 V protect the digital...

Page 174: ...s Using Perception software select external time base in the Mainframe section of the Settings For an example on how to use External Time base In please refer to appendix Rotational External Clock on...

Page 175: ...ge 152 E F External Start In External Stop In PIN 6 External Start In PIN 8 External Stop In 1 2 3 4 6 7 8 9 5 E F The External start stop see Figure 11 15 settings are located in the General Mainfram...

Page 176: ...The External startmode setting can be used to configure the external start input A When selecting Disabled the signal on the input is ignored B When selecting Rising Edge a start is initiated when a...

Page 177: ...ns will be ignored As the Start Stop events are software processed events a one second response time typically passes before the Start Stop is executed After an event is received a disable time period...

Page 178: ...s destination to be reached Since iSCSI is a communication protocol it requires two parties The initiator and the target l Targets Typically Network Attached Storage devices NAS l Initiators Typicall...

Page 179: ...ust be set up on the NAS as shown in Figure 11 17 Therefore it is highly recommended to also set the PC and GEN DAQ system to the fixed IP address setup Other ways to set up this configuration are des...

Page 180: ...re 11 18 A This selection box shows the available network interfaces that are installed on the GEN DAQ system Click the drop down box and then select the correct network interface that the NAS is conn...

Page 181: ...main Name Server is not available Typically this way is selected when using GEN DAQ systems in an isolated network setup Input the same IP address as the one used in the setup of the NAS B3 Port numbe...

Page 182: ...setup inside the NAS server The target name must match the IQN name setup in the NAS server software 11 5 8 What is CHAP See Figure 11 18 C2 GEN DAQ systems support the user logon protocol CHAP define...

Page 183: ...age 940 Refresh Format the iSCSI Figure 11 20 External Storage Setup Refresh Format option A Status message B Refresh C Format Click Refresh B to force the status message to read the most current real...

Page 184: ...quit Once formatted the iSCSI should be ready to be used by Perception 11 5 10 Status messages troubleshooting See Figure 11 20 A Standard operating feedback is given in the Status box Status Meaning...

Page 185: ...iSCSI connection was made but mount failed l Check whether iSCSI is formatted correctly in EXT4 format In use This Network interface is already being used by another iSCSI l Select a different iSCSI i...

Page 186: ...DAQ setup At this stage make sure that all connections and configurations are correct After the GEN DAQ has been configured the NAS should be configured To configure the NAS use the manufacturer s gu...

Page 187: ...for an example using Synology Figure 11 23 External Storage Setup Set up an iSCSI NAS connected across an Ethernet switch A GEN Data acquisition system B iSCSI Host C iSCSI Target 3 GEN Data acquisit...

Page 188: ...SCSI Target See Figure 11 23 C l Target name IQN This is the IQN name and it can be found using the manufacturer s software supplied with the NAS For an example of setting up Synology iSCSI please ref...

Page 189: ...NAS storage device However this setup does not provide the network connection to be able to configure the NAS storage device Optical Ethernet connection Ethernet connection or if the option is install...

Page 190: ...etting up the GEN DAQ please refer to Connecting the GEN series directly to your PC in the GEN DAQ manual At this stage make sure that all connections and configurations are correct The GEN DAQ should...

Page 191: ...nology Figure 11 27 External Storage Setup dialog Set up an iSCSI NAS connected without an Ethernet switch A GEN Data acquisition system B iSCSI Host C iSCSI Target 3 GEN Data acquisition system Netwo...

Page 192: ...934 l Port number Default 3260 This can sometimes be found in the NAS configuration of the manufacturer s software When using a Synology NAS the port number must be set to the default number 3260 5 iS...

Page 193: ...13 Set up an iSCSI NAS connected to a corporate network Basic setup This is a setup of a GEN DAQ system with the NAS connected through an Ethernet switch on a company network The NAS location is not r...

Page 194: ...dard RJ45 Ethernet connection If an optical Ethernet interface is available use this l Connect the NAS to the Ethernet switch via a standard RJ45 Ethernet connection Some NAS servers also support opti...

Page 195: ...ch the information defined in the configuration of the connected NAS For an example using Synology please refer to appendix Setting up the iSCSI using Synology NAS on page 934 Figure 11 32 External St...

Page 196: ...Synology devices For more information please refer to Figure I 5 Synology Assistant on page 934 l Port number Default 3260 This can sometimes be found in the NAS configuration of the manufacturer s s...

Page 197: ...ced setup This is a setup of a GEN DAQ system with the NAS connected through an Ethernet switch on a corporate network Compared to the Example 3 Set up an iSCSI NAS connected without an Ethernet switc...

Page 198: ...the standard RJ45 Ethernet and the 1 Gbit optical Ethernet interface l Connect the NAS to the Ethernet switch by using a standard RJ45 cable l Connect the Ethernet switch to the company network by usi...

Page 199: ...match the information defined in the configuration of the connected NAS Refer to appendix Setting up the iSCSI using Synology NAS on page 934 when necessary for an example using Synology Figure 11 36...

Page 200: ...option and use the same DNS name as was used when the NAS was set up When using a Synology NAS the IP address is displayed in the in the Synology Assistant software This software displays all the know...

Page 201: ...none was chosen leave this field blank When using a Synology NAS CHAP password protection can be selected For more information please refer to Figure I 11 Create a new iSCSI Target dialog on page 940...

Page 202: ...n to disable this disk the option can be disabled again by applying a similarily encrypted file to GEN3t via Perception During the process to disable the user data storage option no data is erased and...

Page 203: ...f ordered after purchase the SSD Local Storage is activated by installing a license file that is provided by HBM First verify that the option is not already enabled To do this choose the Settings tab...

Page 204: ...inframe name 4 Select Generate Mainframe ID File Figure 11 42 Mainframe view with context menu A Generate Mainframe ID file The following dialog appears see Figure 11 43 Figure 11 43 Generate Licence...

Page 205: ...the Hardware tab select Mainframe View by right clicking the mainframe name 4 Select Load Mainframe Options please refer to Figure 11 42 Mainframe view with context menu on page 204 5 In the Windows...

Page 206: ...rol Reboot system s The following dialog appears see Figure 11 46 Figure 11 46 Reboot System s dialog 3 Select the mainframe 4 Click Reboot to reboot the mainframe s system s Figure 11 47 Rebooting 5...

Page 207: ...2 Navigate to the Settings tab Mainframe Disk 1 needs to be visible Figure 11 48 Storage location enabled with Mainframe Disk 1 GEN3t I3995 3 1 en HBM public 207...

Page 208: ...ight but direct exposure to the beam should be avoided This simple and powerful plug in and use option enables the use of an optical network connection on the Interface Controller There are two models...

Page 209: ...th of light is close to a straight line Therefore the light can travel further distances Multi Mode The cable is a type of cable that has a relatively large light carrying core Light in a larger core...

Page 210: ...The system is classified as a Class 1 laser product The SFP uses an optical light source for data and command communication It does not emit hazardous light but it is recommended to avoid direct expos...

Page 211: ...bit Ethernet card in GEN series Data Acquistion manual for further details on the specific optimized settings Front panel layout The front panel of the 10 Gbit Ethernet option has the following layout...

Page 212: ...section for ordering The two types of 10 Gbit SFP module that are used with this Ethernet card are l 10 Gbit 850 nm Multi Mode l 10 Gbit 1310 nm Single Mode Note SFP modules rated at 1 Gbit and are no...

Page 213: ...P Module on page 217 10 Gbit Ethernet card in GENDAQ series networks There are several different ways to connect individual components together when using the 10 Gbit Ethernet card therefore this card...

Page 214: ...o use this option you also need the correct connection or interface attached to your PC The correct connection is not always an SFP module but there must be a network card or adaptor installed that su...

Page 215: ...d to communicate with the 10 Gbit Ethernet card Network Interface selection in Perception With the 10 Gbit Ethernet option installed and ready to go you will be provided with the two following interfa...

Page 216: ...interface if needed If Perception finds more than one interface for Network Selection as shown in Figure 11 55 then the interface that has a Check in the box Make this the preferred network connectio...

Page 217: ...of equipment Intel Ethernet Server adaptor x520 These setting may not be the optimal settings for your specific system 11 8 1 Installing a 1 Gbit SFP 10 Gbit SFP Module Introduction This section expl...

Page 218: ...scharge of static electricity ESD ESD damage is quite easy to induce often hard to detect and always costly Therefore we must emphasize the importance of ESD preventions when handling a GEN series sys...

Page 219: ...lug if inserted 1 2 3 4 5 6 7 8 1 MW 250Vpk 1 MW 250Vpk 1 MW 250Vpk 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 PTP POWER OUT 11V 1 4A max POWER OUT 11V 1 4A max FUSES 3 15AT 100 240v AC MAINS INPUT CAL I O PTP P...

Page 220: ...the small black removal bar Push the back end into the available SFP slot until you hear a click PTP POWER OUT 11V 1 4A max FUSES 3 15AT 100 240v AC MAINS INPUT CAL I O C Figure 11 57 Insert device i...

Page 221: ...e and automatically connects to it when the mainframe is powered on PTP POWER OUT 11V 1 4A max FUSES 3 15AT 100 240v AC MAINS INPUT CAL I O PTP D Figure 11 58 SFP slot with device D Device being inser...

Page 222: ...it away and out from the mainframe The spring loaded removal bar releases the SFP from the front panel PTP POWER OUT 11V 1 4A max FUSES 3 15AT 100 240v AC MAINS INPUT CAL I O E Figure 11 59 SFP slot R...

Page 223: ...ata acquisition system Time is acquired from either the GPS satellites using an antenna receiver IRIG GPS model only or from time code signals typical IRIG B For specifications and ordering informatio...

Page 224: ...t SMB socket Check www microsemi com for option and detailed support on BC635PMC IRIG or BC637PMC GPS Rule 1 Antenna placement A View of the sky Select an area where the GPS antenna will have an unobs...

Page 225: ...s possible Connect the amplifier directly to the antenna The line amplifiers fit nicely inside the antenna mast where they are protected from the weather Rule 3 Lightning arrestors A Is a lightning ar...

Page 226: ...ou may choose to have a connector on only one end B Multiple antenna site installations Multiple site installations may be done more efficiently using bulk cable and a connector installation tool kit...

Page 227: ...ing of how EtherCAT works Table 11 3 Terms and abbreviations Term abbreviation Description CAN Controller Area Network CiA CAN in Automation CoE CAN open over EtherCAT DC Distributed Clocks PDRAM Dual...

Page 228: ...e This frame passes through all connected slave devices The last slave in the chain returns the frame to the master by sending it back to the second last slave and so on So the frame passes each slave...

Page 229: ...in a form understood by the lower layers and vice versa Application ETG 1000 5 ETG 1000 6 6 Presentation Converts data to from standardized network formats 5 Session Creates and manages dialogue among...

Page 230: ...PHY LVDS SII EEPROM FCS LRW ECAT HDR Ethernet HDR FPWR More Datagrams Mailbox Data Process Data SyncMAN3 Process Data Application Layer AL Data Link layer DL Physical Layer PL 0x0000 0x1000 RJ45 WKC...

Page 231: ...Auto Forwarder Auto Forwarder Auto Forwarder Auto Forwarder Loopback function port 0 open of all ports closed port 0 closed Loopback function Loopback function port 3 open port 2 open port 3 closed p...

Page 232: ...mode which enables interlocked communication One entity fills in the data and the memory area is locked until the other entity reads out the data This mode is used for on demand data exchange Distribu...

Page 233: ...tem enters the Init state The Init state defines the root of the communication relationship between master and slave in the application layer No direct communication between the master and slave is po...

Page 234: ...ject Dictionary is also supported CoE utilizes EtherCAT mailbox communication to provide these services 11 10 6 Setting up EtherCAT channels in Genesis With Perception software it is possible to assig...

Page 235: ...RT FDB channels of the Result type Asynchronous Scalar can be published 11 10 7 Selecting the appropriate EtherCAT configuration A typical EtherCAT slave has a fixed CoE object dictionary This does no...

Page 236: ...o the bus is mapped on one of these predefined channels This strategy allows to change the setup or use different work benches while still having the exact same ESI file Therefore no manual changes ar...

Page 237: ...t their values should be ignored Figure 11 69 Example Static configuration A RT FDB channels HINT TIP Use Static mode when the workflow requires a one time EtherCAT master setup while still needing di...

Page 238: ...ing of published channels e g when loading a different virtual workbench is reflected in the ESI file Figure 11 70 shows an example of a Dynamic mode configuration Figure 11 70 Example Dynamic configu...

Page 239: ...ated variable Value is undefined An EtherCAT master software application must ignore the Value in that case The following events within a Genesis mainframe will set the Status value to 0 and invalidat...

Page 240: ...11 10 9 EtherCAT timing aspects A Genesis EtherCAT slave is designed to allow massive amounts of calculations e g having 100 calculations running in parallel while still keeping latency for all these...

Page 241: ...es an additional latency increase of 60 us Figure 11 71 EtherCAT timing aspects A Additional latency increase by formula CycleFundamentalPhase B Latency increase value A mainframe has a System latency...

Page 242: ...ending latency The example below shows a setup of two mainframes with differing System latency see Figure 11 73 The mainframe with lowest latency is latency extended to match the latency of the other...

Page 243: ...Tornado Kratzer PATools Siemens CATS MAHA MAHA RT Intest Inova ZF Morphe AVL Puma 11 10 13 EtherCAT interfacing Figure 11 74 EtherCAT Card with IN and OUT ports and status LEDs A L A Link Activity LE...

Page 244: ...er topology Off Fast flashing Off State machine The ESM as described in Figure 11 65 on page 233 is generic for all EtherCAT slaves and masters Normally ESM state transitions are always initiated by e...

Page 245: ...Genesis system these two states have identical behavior Limitations The EtherCAT interface of a Genesis system has the following limitations l Multiple interface support Genesis systems support only...

Page 246: ...The EtherCAT master no longer receives current values from the Genesis EtherCAT slave Cause The reason for a Genesis system to transition from Operational to Init state is that its CoE Object Diction...

Page 247: ...ts Maximum sample rate S s not multiplexed GN401 1 100 M GN402 1 100 M GN410 16 200 k GN411 16 1 M GN412 14 100 M GN413 14 25 M GN440 16 200 k GN441 16 1 M GN610B 18 2 M GN611B 18 200 k GN815 18 2 M G...

Page 248: ...1 GN410 4 16 200 k 128 MB 1 GN411 4 16 1 M 512 MB 1 GN412 4 14 100 M 2 GB 1 GN413 4 14 25 M 128 MB 1 GN440 4 16 200 k 128 MB 1 GN441 4 16 1 M 512 MB 1 GN610B 6 18 2 M 16 2 2 GB 1 GN611B 6 18 200 k 16...

Page 249: ...d has the recording logic sample rate selection and memory Model Receiver card Power Sample rate Resolu tion Isolation GN110 GN401 Battery 100 MS s 14 bit User application defined GN111 GN401 Battery...

Page 250: ...es No No No No 1 GN1610 2 1 GN1611 2 Yes No Yes No No 1 GN401 2 Yes No No No No 1 GN402 2 Yes No No No No 1 GN410 2 1 GN411 2 Yes No No No No 1 GN412 2 1 GN413 2 Yes No No No No 1 GN440 2 1 GN441 2 Ye...

Page 251: ...large range of high order filter characteristics with precise phase match and ultra low noise output The two Timer Counters and the G070A torque RPM adapter allow for direct interfacing to HBM torque...

Page 252: ...r filter characteristics with precise phase match and ultra low noise output The two Timer Counters and the G070A torque RPM adapter allow for direct interfacing to HBM torque transducers or other tor...

Page 253: ...ital converter At lower sample rates the digital anti alias filters allow for a large range of high order filter characteristics with precise phase match and ultra low noise output Besides the instant...

Page 254: ...r a large range of high order filter characteristics with precise phase match and ultra low noise output Besides the instantaneous values the real time cycle detection allows for cycle based real time...

Page 255: ...o prevent measuring unwanted disturbances l Keep measurement cables as short as possible in order to reduce the reception of environmental disturbances l Use shielded cables The cable should have the...

Page 256: ...oax Cable 1 KAB290 xx Figure 12 3 Typical conducted immunity More KAB290 details can be found in the appendix Measurement cables on page 828 l For high frequency disturbances where high bandwidth meas...

Page 257: ...n Connecting power on page 70 for further details If connection to a protective ground is not possible for any reason then please refer to the international safety standard EN 50191 2000 WARNING Overv...

Page 258: ...e to assess the work with which they are entrusted and detect possible risks and who have been nominated as qualified technicians by their employer WARNING Connectors and cables Do not use non protect...

Page 259: ...input voltage 1000 V DC Table 12 3 Insulation test voltages in accordance with IEC 61010 2 030 2010 Nominal voltage V RMS or V DC IEC 61010 2 030 2010 5 sec AC test V RMS Impulse test V CAT II CAT III...

Page 260: ...lated type This means that the input channel and amplifier are fully isolated from earth ground Fully isolated in this context means a very high resistance and very small capacitive coupling to ground...

Page 261: ...to 0 V the voltages at Uiso and U IN can be calculated Assuming U IN 0V 10 1 probe used probe input voltage applied is 10 Udiff Results in U IN 10 Udiff 11M 2M 1 82 Udiff Uiso 10 Udiff 11M 1M 0 91 Udi...

Page 262: ...input impedance to 10 M with 0 2 in accuracy The use of the 10 1 divider reduces the lowest user range to 0 1 V 0 2 V when using GN610 GN611 The highest input range is 1000 V due to the maximum voltag...

Page 263: ...maximum input range of the GN610B GN611B GN610 GN611 input card a similar HDP probe concept can be used However as the channels are NOT connected to earth the isolation specification of 1000 V RMS wi...

Page 264: ...I 600V 5 2M 1kV DC CAT II 600V 6 2M 1kV DC CAT II 600V 1 2M 1kV DC CAT II 600V 2 2M 1kV DC CAT II 600V 3 2M 1kV DC CAT II 600V 4 2M 1kV DC CAT II 600V 5 2M 1kV DC CAT II 600V 6 tA 7 PTP2 PTP1 CAL M S...

Page 265: ...isolation of the channel to chassis is 1000 V RMS and is also qualified as 600 V CAT II or 300 V CAT III The common mode of the differential input channel isolated GND can be 1000 V RMS with respect...

Page 266: ...forced 1000 V RMS 600 V CAT II Reinforced Figure 12 13 Isolation 1kV card overview l The isolation between the channel and chassis is classified as REINFORCED This can be seen as double isolation whic...

Page 267: ...tests is described below For the isolation barrier test both the DC and AC tests below see Figure 12 14 and Figure 12 15 are used with DC voltage 2 higher than the AC voltage The test value meets the...

Page 268: ...ADC Isolated channel ADC Isolated channel Chassis 4935 V DC Figure 12 15 DC type test channel to chassis GEN3t 268 I3995 3 1 en HBM public...

Page 269: ...e AC voltage The test value meets the requirements for 600 V CAT II REINFORCED The value for 2000 V RMS BASIC is lower and therefore also covered by this test Tests are conducted for one minute For de...

Page 270: ...ADC Isolated channel ADC Isolated channel Chassis 3510 V RMS Figure 12 17 AC type test channel to channel GEN3t 270 I3995 3 1 en HBM public...

Page 271: ...can withstand the high potential voltages 1 The inputs of Channel 1 3 and 5 are tested using a 1500 V RMS common mode signal with signal negative attached to chassis ground and the inputs of Channel 2...

Page 272: ...ADC Isolated channel ADC Isolated channel Chassis 1500 V RMS Chn 1 3 5 Chn 2 4 6 Figure 12 19 Hipot testing Channels 2 4 and 6 GEN3t 272 I3995 3 1 en HBM public...

Page 273: ...e it will pass the type test The test voltage used is the same high voltage DC that is used for the type tests as well as an additional impulse voltage of up to 6 kV The test voltage uses a 1 2 s rise...

Page 274: ...1000 V and repeated over 1000 times These tests have all passed successfully ADC Isolated channel ADC Isolated channel Chassis 1000 V DC Figure 12 21 Engineering input switching test 12 2 11 GN610 GN6...

Page 275: ...es the input channel The first action of the system is to add an additional current load to the input signal to create an extra voltage drop in the input series resistance The resulting additional cur...

Page 276: ...f 40 mV and it is necessary the system changes the range to 400 mV As this might not be enough due to an even higher overvoltage the system keeps monitoring the local temperature If the local temperat...

Page 277: ...es are defined as such that it is very unlikely the system would ever reach these critical temperatures when operating within its specified conditions Measure local Temperature 100 C 90 C 85 C AND Sig...

Page 278: ...l conditions are restored A temporary large overload will then only result in input sensitivity that is adjusted temporarily The automatic range adaptation is started due to thermal conditions typical...

Page 279: ...tion is achieved by the 7 pole analog anti alias filter combined with a fixed 2 MS s sampling Analog to Digital converter For all sample rates the digital anti alias filter allows for a large range of...

Page 280: ...cteristics with precise phase match and noise free digital output Optimum anti alias protection is achieved by the 7 pole analog anti alias filter combined with a fixed 2 MS s sampling Analog to Digit...

Page 281: ...be connected to the chassis of the measurement Genesis High Speed equipment Alternatively the shield could also be connected to the chassis of the object under test Shielding Coaxial Measurement cabl...

Page 282: ...ensure that the entire unit is grounded Please see section Connecting power on page 70 for further details If connection to a protective ground is not possible for any reason then please refer to the...

Page 283: ...V RMS 55 V RMS 46 7 V peak 78 V peak Current 2 mA DC 15m A DC 0 5 mA RMS 3 5m A RMS 0 7 mA peak 5 mA peak It is good practice to use isolated measurement cables However since the voltage range of the...

Page 284: ...nel ADC Isolated channel Chassis 140 V DC 55 V RMS 70 V DC 33 V RMS 70 V DC 33 V RMS 70 V DC 33 V RMS Figure 12 26 Isolation of the Isolated Basic card GN815 GN816 12 3 5 Understanding the GN815 and G...

Page 285: ...system Single ended isolated ADC Figure 12 27 Single ended isolated input channel Using probes It is possible to use passive voltage probes with single ended isolated inputs Using a standard passive 1...

Page 286: ...ble to respond with normal rise fall times and the signal is restored within the standard selected range When exceeding the 200 overload the input channel might start to take protective actions Uiso I...

Page 287: ...range selected by user automatically As the GEN series system is designed to measure 24 hours a day 7 days a week the automatic range switching has the negative side effect of reducing the sensitivit...

Page 288: ...mainframe has a last protective stage built in When local temperatures reach critical limits the system automatically turns off the mains power to prevent damage to the system or other systems near th...

Page 289: ...dditional shunt resistor provided by the user A 350 quarter bridge completion resistor is supplied for each channel plus one socket for an additional value supplied by the user A unique and powerful a...

Page 290: ...move jumper when using user completion resistors AC DC GND Isolated Common Sense On Off Off Voltage Current 3 Wire Bridge Bridge Bridge Shunt Calibration Select Shunt Basic Guard Completion Card Excit...

Page 291: ...d with other similar types A diagram of the card layout on one of the following page shows the location of each resistor 12 4 4 Shunt calibration Each bridge amplifier channel contains 100 K and 20 K...

Page 292: ...tem where the cable shield is connected only to the drive pin of the conditioner When connected like this the shield is driven to a potential that is equal to the common mode voltage of the bridge The...

Page 293: ...d near strain gauges Signal source D Inner shield Driven guard at Vcm 12 4 6 Various bridge configurations The diagrams below shows possible bridge configurations GUARD 1 4 BRIDGE COMPL INPUT V_EXC pi...

Page 294: ...XC V_EXC pin 1 pin 6 pin 2 pin 7 Figure 12 35 Half bridge standard wiring Black White Red Green Shield optional GUARD INPUT INPUT V_EXC V_EXC pin 1 pin 5 pin 6 pin 2 pin 7 Figure 12 36 Full bridge sta...

Page 295: ...egative C D arm of the bridge under software control You may find that the bridge has only 4 wires that will connect to 4 pins in the connector You must therefore pay attention to the short circuits a...

Page 296: ...REMOTE CAL REMOTE CAL V_EXC V_EXC EXT SHUNT R SENSE SENSE EXT SHUNT R AMP INPUT AMP INPUT REMOTE CAL COMMON GUARD SHIELD ISOLATED COMMON BRIDGE USER Red Black Green White 12 1 2 3 4 6 5 7 8 9 10 11 1...

Page 297: ...ggle bridge completion E Sense on off S1a and S1b in Figure 12 31 on page 290 F Show connector pinning on off G Excitation type H Excitation value I Excitation on off S2a and S2b in Figure 12 31 on pa...

Page 298: ...dge layout At least four wires are necessary to connect a bridge such as this Please refer to Figure 12 37 for connection details Inform the Perception software when a full bridge is used To select fu...

Page 299: ...on D in Figure 12 39 on page 297 until the full bridge representation can be seen Bridge completion Half 1 2 or 2 4 bridge A half bridge type sensor is a sensor that has two bridge resistors on board...

Page 300: ...e second situation You will also need to remove the jumper J1 Please refer to Figure 12 31 on page 290 for electrical schematic details and to Figure 12 32 on page 292 for mechanical location details...

Page 301: ...half bridge representation can be seen 5 Switch S3 in Figure 12 31 is closed when half bridge completion is selected Bridge completion Quarter 1 4 bridge A quarter bridge type sensor is a sensor that...

Page 302: ...ion marked QB Please refer to Figure 12 31 on page 290 for electrical schematic details and to Figure 12 32 on page 292 for mechanical location details Additional wiring needs to be added for the quar...

Page 303: ...wing options are provided for bridge excitation l Switch excitation on and off l Select between voltage and current excitation l Use sense lines to make sure that the correct voltage is applied to the...

Page 304: ...with constant current excitation to obtain an initial zero balance of the instrument output when the bridge itself is unbalanced Sense lines Remote sense or more correctly remote sensing of excitatio...

Page 305: ...e matrix l In the simplified graphical diagram click on the excitation switch I in Figure 12 39 on page 297 5 To select an excitation type do one of the following l Select the excitation type in the E...

Page 306: ...are used to monitor the voltage at the sensor connection point This puts the switch marked S1a and S1b in Figure 12 39 on page 297 into the sense position Use the Voltage procedure to set the require...

Page 307: ...ded to the plug in module in the location marked CAL Please refer to Figure 12 31 on page 290 for electrical schematic details and to Figure 12 32 on page 292 for mechanical location details Additiona...

Page 308: ...es switch S7 in Figure 12 31 Depending on the selection l When internal has been selected then select the correct value in the Shunt value column or type the value of the CAL resistor This selection o...

Page 309: ...Input section 3 Select one or more channels 4 Switch Excitation ON 5 Select an Excitation voltage 6 In the task pane select Shunt Verification in the Sensors section 7 Select one or more channels 8 Se...

Page 310: ...t one or more channels 4 Enter a value for the Warning level as a percentage 5 Enter a value as Target The target value is the result of the bridge value excitation value and shunt value Tables exist...

Page 311: ...g the output of the bridge and injecting an equal and opposite voltage This method permits rapid automatic balancing in multi channel systems and eliminates the bridge loading errors that can occur in...

Page 312: ...1 In Perception go to the Settings sheet 2 In the task pane select Bridge Balance in the Sensors section 3 Use the Balance Enable column to enable disable the balancing of channels 4 Enter a value fo...

Page 313: ...to nearly every application True optical isolation allows for measurements with a common mode voltage of up to 250 V RMS The on board differential input amplifiers eliminate noise picked up in the de...

Page 314: ...into an extremely fast transient recorder Enhanced resolution mode increases the input resolution to 16 bit for both models at lower speeds The inputs feature a fully differential amplifier that offer...

Page 315: ...detection Thermocouples piezoelectric RTD and 4 to 20 mA sensors are all directly supported Every mode supports either IEEE 1451 4 TEDS class 1 2 or 3 Class 3 IEEE approval pending Optimum anti alias...

Page 316: ...For more information on the High resolution universal input card please refer to B4170 1 0 en GEN series GN840B GN1640B on page 675 GEN3t 316 I3995 3 1 en HBM public...

Page 317: ...e and cabling on page 324 l Thermocouple mode and cabling on page 325 Basic mode and cabling Basic voltage TEDS Class 2 optional Amplifier Signal Signal Signal ground TEDS Control Teds Teds V V Signal...

Page 318: ...M bridge Pos neg Int ext Figure 12 47 Bridge mode block diagram 10 2 3 4 5 6 7 8 9 11 14 13 12 1 Sense Excitation Sense Excitation Signal Signal Signal ground R1 R2 R4 R3 White Red Drain wires Green G...

Page 319: ...cm Install shunt on LS strip External shunt Figure 12 49 Recommended 6 wire half bridge with shunt resistor connection 10 2 3 4 5 6 7 8 9 11 14 13 12 1 HB M Quarter bridge KAB7 5 00 2 2 2 GN1640B GN8...

Page 320: ...51 Basic sensor mode block diagram 10 2 3 4 5 6 7 8 9 11 14 13 12 1 Sense Excitation Sense Excitation Signal Signal Signal ground White Red Drain wires Grey Green Black Blue Foil shield Earth shield...

Page 321: ...ground V V TEDS Control Signal conditioner Amplifier Figure 12 53 IEPE mode block diagram GN1640B GN840B KAB173 TEDS Class 1 IEPE 10 2 3 4 5 6 7 8 9 11 14 13 12 1 Signal Signal wire Shield Signal grou...

Page 322: ...TEDS Class 2 Piezoelectric sensor optional Figure 12 55 Piezoelectric mode block diagram GN1640B GN840B Piezoelectric 10 2 3 4 5 6 7 8 9 11 14 13 12 1 Signal Signal wire Shield Signal ground 7 4 Hous...

Page 323: ...bridge TEDS Class 2 optional RTD TEDS Class 3 10 M 10 M Pt10 Pt100 Pt500 Pt1000 Pt2000 Figure 12 57 RTD mode block diagram 10 2 3 4 5 6 7 8 9 11 14 13 12 1 RTD Pt1000 KAB4 3133 0002 GN1640B GN840B 35...

Page 324: ...EDS Class 2 Current loop sensor optional Figure 12 58 Current loop mode block diagram 10 2 3 4 5 6 7 8 9 11 14 13 12 1 8 7 4 Housing KAB4 3133 0002 Current loop Shield White Red Shield Sensor GN1640B...

Page 325: ...31826 Signal conditioner Signal V V 10 M 10 M Signal Teds Teds Signal ground TEDS Control Cold junction reading Amplifier Figure 12 60 Thermocouple mode block diagram Thermocouple 1 G089 2 with cold j...

Page 326: ...out G088 Figure 12 62 DIN rail mountable breakout block 1 G088 02 The G088 supports spring push in connectors for all wire connection to from the GN840B GN1640B card It is especially suited to support...

Page 327: ...built in digital cold junction sensor is used by the GN840B GN1640B card to compensate the thermal errors caused by the sensor to measurement junction The breakout supports a flash memory to enable TE...

Page 328: ...full differential input wiring In basic voltage mode the software allows the selection of differential or single ended input only In IEPE and piezoelectric mode the input is automatically selected as...

Page 329: ...up can be created to match almost any wish list Thermocouple RG 58 Coax cable KAB7 5 00 2 2 2 DIN rail breakout IEPE Full bridge LS 2 1 KAB2124 3 GN1640B Figure 12 65 Flexible wire diagram Contact cus...

Page 330: ...ally assigned one of the following signal conditioners l IEPE for accelerometers microphones etc l Charge for pressure transducers piezoelectric accelerometers etc l Voltage full differential and sing...

Page 331: ...onvertor for each channel l Sample rates up to 20 kS s both decimal and binary l Digital event support on compatible mainframes only l 200 MB on board memory The large number of channels on this singl...

Page 332: ...GROUND SIG GROUND SIG GROUND 5 V output 5 V output 5 V output RESERVED RESERVED CH 24 NEG CH 24 POS CH 23 NEG CH 23 POS CH 22 NEG CH 22 POS CH 21 NEG CH 21 POS CH 20 NEG CH 20 POS CH 19 NEG CH 19 POS...

Page 333: ...does not add any drift or error to the measured signal The automatic cable length compensation phase matches all fiber optic isolated channels to any standard analog input channel The GN112 and GN113...

Page 334: ...ecorded together with the analog input channels The counter timer functionality includes l 64 bit general purpose up down counter l Frequency RPM counter l Quadrature position measurements The counter...

Page 335: ...00 high definition test sequencer In addition software control can assign nine binary input channels to provide three channels of counter timer functionality The counter timer functionality includes l...

Page 336: ...9 Event Bit 45 Event Bit 61 5 Event Bit 12 Event Bit 28 Event Bit 44 Event Bit 60 6 Event Bit 11 Event Bit 27 Event Bit 43 Event Bit 59 7 Event Bit 10 Event Bit 26 Event Bit 42 Event Bit 58 8 Event Bi...

Page 337: ...ined with counter timer channel function 12 10 4 GN6470 and GN4070 Input block diagram The diagram below shows the block schematic representation of the event input circuitry The actual implementation...

Page 338: ...ON 12 Event Bit 53 1 Counter input 11 Event Bit 54 1 Direction increment decrement 10 Event Bit 55 1 Reset 8 Event Bit 57 2 Counter input 7 Event Bit 58 2 Direction increment decrement 6 Event Bit 59...

Page 339: ...cy measurement functionality These bits are located on the bottom connector as follows 11 54 dir 1 12 53 inp 1 7 58 dir 2 3 62 dir 3 xx pin number yy event number aaa function N channel number xx yy a...

Page 340: ...al signal input The counter is incremented on each rising edge of this signal The maximum input frequency is 10 MHz Direction The direction signal determines whether the counter is incremented directi...

Page 341: ...2 Clock input A 7 Event Bit 58 2 Direction input B 6 Event Bit 59 2 Reset 4 Event Bit 61 3 Clock input A 3 Event Bit 62 3 Direction input B 2 Event Bit 63 3 Reset In the Perception software the event...

Page 342: ...f rotation For example if A leads B the disk is rotating in a clockwise direction If B leads A then the disk is rotating in a counter clockwise direction By monitoring both the number of pulses and th...

Page 343: ...the Timer Counter connector in Perception A Signal coupling mode In quadrature mode the counter supports three ways of tracking the quadrature states defined by the signal coupling l Single precision...

Page 344: ...only increments decrements on the rising edge of the signal input This is the default traditional quadrature count mode l In double precision the counter increments decrements on both the rising and...

Page 345: ...ulses from encoder x 4 transitions quad precision selected F Technical units offset 0 G Technical units degrees H Invert reset pin Deactivated A High Level of Reset input is needed to reset the counte...

Page 346: ...tic input connectors provide the marker event channels labeled 1 through 8 The non isolated marker inputs provide the marker event channels labeled 33 through 64 EV 1 2 3 4 5 6 7 8 REC OUT A B C D E F...

Page 347: ...con Backplane XMC Connector Figure 13 1 Block diagram option carrier card The OCC supports two XMC PMC slots and one mini PCI express slot Each of these form factors are industrial type form factors t...

Page 348: ...and GPS synchronisation G064 10 Gbit Ethernet card optical G082 EtherCAT G083 Master Output Card Synchronize multiple slaves G084 10 Gbit Ethernet card electrical See appendix Option carrier card exte...

Page 349: ...specific requirements are needed for example LVDT or PT100 signals that need to be conditioned and acquired the 5B Integration card is used Figure 13 2 5B Integration card The 5B Integration card can...

Page 350: ...ing in the lab and the factory floor Figure 13 3 5B module There are several hundred different types of 5B modules available for nearly each and every physical signal 5B modules are available for sign...

Page 351: ...ough front panel space to mount the required input and output connectors A B Figure 13 4 5B Integration card design A The front panel input and output connections and the internal wiring have to be do...

Page 352: ...omized on site by the local service department or through an outside vendor The 5B Integration card can be ordered from HBM and the 5B modules from any of the 5B vendors The designer needs to take car...

Page 353: ...and TC channels Set sensitivity to 0 5 Volt or whatever the 5B modules that are used deliver as Full Scale value in these channels Scale the inputs to 0 10 000 Hz and 200 C to 600 C using the TU tech...

Page 354: ...tabs Note The card alone does not serve any function and must be combined with 5B series signal conditioners Proper connectors have to be mounted internal card wiring input output power has to be impl...

Page 355: ...Order No 5B Integration card GEN DAQ 5B Integration card Uses one GEN DAQ slot holds up to six 5B modules Note 5B modules I O Connectors and cabling not included Basic card required for acquisition 1...

Page 356: ...ary clock is a device with a single network connection and is either the source master of or destination slave for a synchronization reference A boundary clock has multiple network connections and can...

Page 357: ...n IEEE 1588 2008 to build a clock hierarchy and to select the grandmaster l Management messages are used by network management to monitor configure and maintain a PTP system l Signaling messages are u...

Page 358: ...tion technology used to implement the clock or location in a stratum schema although only V1 knows a data field stratum PTP V2 defines the overall quality of a clock by using the data fields clockAccu...

Page 359: ...mn are granted Master rights based on the BMC algorithm Adjustments to synchronize to an external clock result in small deviations of the sample period Technically speaking this could be seen as jitte...

Page 360: ...ock are asserted as masters to their domain to forward the clock Transparent clock Transparent clocks have been added to Version 2 of the standard as an improved method of forming cascaded topologies...

Page 361: ...reate separate synchronization domains by segmenting the synchronization path from the master clock to several slave clocks As a result systems downstream of a boundary clock do not communicate PTP me...

Page 362: ...s Peer to Peer transparent clocks Peer to Peer clocks avoid the higher master load but introduce the need to be aware of how the synchronization messages are routed through the network topology They c...

Page 363: ...4 t3 t3 t2 Master time Slave time Sync Follow_Up t1 Delay_Req t ms t sm t1 t2 Figure 14 2 One Step versus Two Step clock synchronization HBM systems are designed to work with End to End Two Step PTP p...

Page 364: ...interval field within timing packets thus making the switches temporary transparent to master and slave nodes Transparent clocks must perform this operation very accurately and at the communication s...

Page 365: ...ption t2 3 The master conveys the timestamp t1 to the slave the by either a Embedding the timestamp t1 in the Sync message One Step This requires some sort of hardware processing for highest accuracy...

Page 366: ...ase the time differences refer to times taken from different clocks which may be offset from each other However if the assumption is made that the delay in one direction is the same as the delay in th...

Page 367: ...e more stable 14 3 2 Switch delays The majority of Ethernet switches on the market use a store and forward method to decide where to send individual packets Incoming packets are stored in local memory...

Page 368: ...y boundary clocks Within each region there is a single clock the master clock serving as the primary source of time These master clocks turn synchronize to other master clocks and ultimately to the gr...

Page 369: ...they have the same epoch and measurements of any time interval by both clocks differ by no more than the specified uncertainty The timestamps generated by two synchronized clocks for the same event di...

Page 370: ...sample rates ranging from 10 kS s to 100 MS s channel to channel phase match is the vital system characteristic Channel to channel phase shift is defined as the phase time differences measured between...

Page 371: ...nnels Mainframe 1 Mainframe 2 Mainframe N tphase Figure 14 4 Determining phase shift HINT TIP Master Slave and PTP are typically the best choices for phase synchronizing multiple GEN series systems PT...

Page 372: ...ynchronous in all systems signal phase shifts are introduced by this effect Mainframe 1 Mainframe 2 Mainframe N Trigger origin t0 Transferred Trigger Transferred Trigger ttrigger Figure 14 5 Triggerin...

Page 373: ...t change the file date and time listed Perception software only uses the date time stored inside the PNRF recording file This information is never affected by the adjustment that might occur while tra...

Page 374: ...ltiple mainframes in continuous mode expectations are typically that the first sample of each channel aligns However depending on how the start and stop actions are synchronized this might not be the...

Page 375: ...rigin with a fixed pre and post trigger time frame In sweep based recordings the acquisition system is typically started first Checks on all system parts are then performed and the first trigger is in...

Page 376: ...tart 2 tstop 3 ttrigger 4 5 QuantumX Support Synchronization source Master Slave 150 ns cable de lay 1 s 150 ns Combined using PTP PTP 150 ns 1 s 1 s 516 s cable de lays Yes GPS 1 s 1 s 1 s 516 s cabl...

Page 377: ...ecording of each mainframe 4 ttrigger Maximum delay to transfer a trigger from a mainframe to all other mainframes 5 Note on trigger exchange Trigger exchange is included in the Master Slave synchroni...

Page 378: ...they are symmetrical this will result in a balanced input Differential A differential amplifier is a type of electronic amplifier that multiplies the difference between two inputs by a constant factor...

Page 379: ...connected to ground l Resistance Capacitance from each terminal to ground is different l Amplifier is typically found in oscilloscopes l Also used in GEN DAQ Basic amp Liberty 8ch DC amp l Often ident...

Page 380: ...of the amplifier l The amplifier itself measures only Uin the total input range is 10 Uin l This can be done with any oscilloscope or the GEN DAQ Basic Amp l Oscilloscope probes are typically only 2...

Page 381: ...cal l There is NO ISOLATION l Used in some of the GEN DAQ acquisition cards l Often identified by the use of two METAL BNC connectors per channel l Can be used with matched pair of probes only l Works...

Page 382: ...alanced isolated or unbalanced differential amplifier l None of the inputs are connected to ground for safety and to avoid ground loops l Typically used in isolated DAQ systems l Often identified by t...

Page 383: ...inputs are connected to ground l The positive system input accepts ten times the input voltage of the amplifier l The negative input has NOT CHANGED AT ALL l The measurement range is increased from t...

Page 384: ...olated balanced differential amplifier l Resistance Capacitance from each terminal to isolated measurement ground is identical l There is an ISOLATED MEASUREMENT GROUND l Used in GEN DAQ Universal amp...

Page 385: ...rform differential measurements l Expensive and large l Difficult to use with probes l Limited CMRR best CMV l Avoids ground loops l High level of safety Differential amplifier with common ground l Wi...

Page 386: ...rstand that they increase only the range not the isolation voltage l Passive differential matched isolated voltage probes These probes can be used with differential isolated amplifiers and increase th...

Page 387: ...ed As there is also a capacitive component in this divider the input capacitance of the amplifier and the so called compensation range of the probe need to match Otherwise signal distortion might occu...

Page 388: ...z 55 V RMS 10 2 200 MHz 300 V RMS 1 G902 2 7 75 pF 3 m 1 2 12 MHz 55 V RMS 10 2 200 MHz 300 V RMS 1 G903 2 7 45 pF 1 2 m 100 2 400 MHz 1 kV RMS 1 G904 2 10 50 pF 2 m 100 2 300 MHz 2 kV RMS 3 kV DC 3 k...

Page 389: ...1 G902 2 1 G903 2 1 G904 2 1 G906 2 1 G027 2 GN110 GN111 GN112 GN113 GN114 GN410 GN411 GN412 GN413 GN440 GN441 GN610 GN611 GN610B GN611B GN810 GN811 GN812 GN813 GN814 GN815 GN816 GN840B GN1610 GN1611...

Page 390: ...s in series with the positive input of an isolated unbalanced amplifier as well Together with the input resistor of the amplifier they form a voltage divider so that the voltage in front of the amplif...

Page 391: ...ange Cable length Divider factor Bandwidth Maximum input voltage 1 G057 2 30 70 pF 1 2 m 100 2 50 MHz 3 5 kV RMS 1 kV RMS CAT II 600 V RMS CAT III See High accuracy voltage probes for isolated amplifi...

Page 392: ...d to overcome the accuracy loss that comes with the use of passive single ended isolated voltage probes To achieve this they form a complete high accuracy voltage divider in series and parallel with t...

Page 393: ...0 0 1 250 kHz 1 kV DC 1 G042 2 AC coupled n a 1 2 m 1 0 1 250 kHz 1 kV DC 100 V Table 15 5 Passive single ended isolated voltage probe overview Input card 1 G057 2 1 G041 2 1 G042 2 GN110 GN111 GN112...

Page 394: ...resistor of the amplifier they form a voltage divider on each input side so that the voltage in series with the amplifier itself is divided As there is also a capacitive component in this divider the...

Page 395: ...40 pF 3 m 10 2 100 MHz 400 V RMS 300 V RMS CAT II 1 G907 2 35 70 pF 3 m 10 2 100 MHz 300 V RMS CAT II Table 15 7 Passive single ended isolated voltage probe overview Input card 1 G025 2 1 G026 2 1 G90...

Page 396: ...ly any amplifier their performance typically is limited The fact that they are usually battery powerd may cause some inconvenience as battery maintenance is required Active differential voltage probes...

Page 397: ...6 2 Passive voltage n a 1 G057 2 Isolated 846 948000 1 G041 2 Isolated 846 948100 1 G042 2 Isolated AC only 869 929500 1 G025 2 Differential matched 869 929600 1 G026 2 Differential matched 869 929700...

Page 398: ...p and ground lead adapters and two alligator clips with 1 jaw opening Use on probes G901 and G902 only G911 Probe Accessory Kit 1 G911 2 LDS 869 925200 Includes rigid probe tip spring loaded probe tip...

Page 399: ...PHV642 L 1 G906 2 passive single ended PMK PHV4002 3 1 G057 2 passive single ended isolated Multi Contact Isoprobe II 100 1 55pF 1 G041 2 passive single ended isolated HBM product 1 G042 2 passive si...

Page 400: ...a circuit under test The circuit under test is modeled as a voltage source with a series resistor The 1X probe or cable introduces a significant amount of capacitance that appears in parallel with the...

Page 401: ...yields a 3dB point at EQ1 f 3db 1 2 Rs RIN CIN Cprobe 1 6 28 x 500 E 3 x 150 E 12 2 kHz The loading due to the input impedance of the instrument and the probe capacitance is twofold resistive loading...

Page 402: ...pacitor is usually adjustable and can be tweaked for a nearly perfect match In these conditions the relationship of VS to VIN is EQ 4 VIN VS R2 R1 R2 R2 is the input resistance of the instrument s hig...

Page 403: ...is generally a major source of error To maintain the input match both paths should be as identical as possible Any cabling should be the same length for both inputs If individual probes are used for e...

Page 404: ...length of the coax cable l Physically separate the low voltage signal lines from the high voltage signal lines as much as possible Do not combine them When the high voltage signals include high frequ...

Page 405: ...Solid State Drive or it can store recorded data directly on an external Network Attached Storage NAS device To synchronize the absolute time to other systems GEN3t supports the PTP protocol on both 1...

Page 406: ...slots must be covered using the GEN DAQ blind panel This closes the mainframe front panels for EMC EMI and safety compliance and also regulates the internal airflow to cool the acquisition system corr...

Page 407: ...r HDD Indicator Power button Power LED Master Slave Synchronization DC Power Output Mains Power Supply PTP Enabled Network Optical I O Connector Probe Calibration PTP Enabled Network RJ45 Figure A 2 C...

Page 408: ...on standard and optical 1 Gbit Ethernet interface Wake on LAN Supported on standard and optical 1 Gbit Ethernet interface Multiple Ethernet use cases iSCSI data storage can be used on separate dedicat...

Page 409: ...is mode 200 MB s 1 Not usable in this mode Not usable in this mode 1 Tested using circular recording for 48 hours 2 Tested using circular recording for 48 hours Test setup uses a Windows 7 PC with Int...

Page 410: ...21 naming and discovery Name format structure iqn yyyy mm domain device ID Optional authorization CHAP username and password negotiation Maximum continuous storage speed 80 MB s 1 using 1 Gbit Etherne...

Page 411: ...ase shifts are not introduced by this propagation delay Synchronized time base Prevents frequency drift of the sample rates within each mainframe Measured channel trigger exchange Synchronously exchan...

Page 412: ...s 1 s 1 s Additional error after connection 0 5 s hour 0 5 s hour 0 5 s hour 0 5 s hour 1 tphase Maximum phase difference between signals This specification is not affected by any of the other specif...

Page 413: ...one full rounding resolution External Trigger In Levels TTL compatible Low 30 V to 0 7 V High 2 V to 30 V Input has an internal pull up of 20 k 1 to 5 V Input overvoltage protection 30 V DC Resolutio...

Page 414: ...when system is completely idle External Stop In Levels TTL compatible Low 30 V to 0 7 V High 2 V to 30 V Input has an internal pull up of 20 k 1 to 5 V Input overvoltage protection 30 V DC Minimum Pu...

Page 415: ...5A External Stop A PIN 36 Event Input 16A External Start A PIN 37 Event Output 2B PIN 38 Event Output 1B PIN 39 Event Output 2A PIN 40 Event Output 1A PIN 41 Ground PIN 42 Ground PIN 43 5 V Power PIN...

Page 416: ...1 7 6 2 8 3 4 5 PIN 1 Reserved not connected PIN Signal PIN 2 Reserved not connected PIN 3 GND PIN 4 Reserved not connected PIN 5 Reserved not connected PIN 6 Reserved not connected PIN 7 PWR PIN 8 R...

Page 417: ...rs For temperature monitoring and air flow control Cooling Fans 2 Handle One carrying handle also used for higher tilt angles Tilting Feet Two retractable feet for small tilt angles Grounding 4 mm Ban...

Page 418: ...ion 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30 EU Electrical Safety...

Page 419: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 420: ...00 Thermocouples yes 500 kS s 24 bit 2 GB 8 16 2 fast 1 GN1640B Bridge IEPE Charge 4 20 mA PT100 PT1000 Thermocouples yes 500 kS s 24 bit 2 GB 16 16 2 fast 2 GN3210 Differential IEPE Charge no 250 kS...

Page 421: ...Cost option Cost option Cost option RPC COM Remote control Cost option Cost option Cost option Custom Software Interface Cost option Cost option Cost option Cost option STL Analysis Short Circuit Test...

Page 422: ...se Trigger monitor Live data Examples free of charge C and C getting started example programs supplied for Windows source code included Unsupported Linux getting started example by request only LabVIE...

Page 423: ...of fixed bandwidth digital AA filter ADC resolution 14 bit ADC and DAC GN111 and GN113 15 bit using four time over sampling Isolation Transmitter to receiver and transmitter to earth Input type Isolat...

Page 424: ...able Li ion Smart Battery Removable Li ion Smart Battery Power Management Digital to Analog Converter Analog Reconstruction Filter Output Buffer Output Impedance Channel 1010 F A 4 Inputs Not isolated...

Page 425: ...0 1 of Full Scale 50 V Offset error drift GN110 and GN111 60 ppm 10 V C 36 ppm 6 V F GN112 and GN113 100 ppm 10 V C 60 ppm 6 V F DC Gain error Wideband 0 1 of Full Scale 50 V Bessel filter 0 1 of Ful...

Page 426: ...to 0 1 accuracy in less than 50 ns after 200 overload Restored to 10 accuracy in less than 10 ns after 200 overload Analog to Digital Conversion Sample rate per channel 0 1 S s to 100 MS s ADC resolu...

Page 427: ...filter nor any digital filter in the signal path Therefore there is no anti alias protection when wideband is selected Wideband should not be used if working in a frequency domain with recorded data...

Page 428: ...0 0 0 1 0 2 0 01 0 1 1 10 100 Magnitude dB Frequency MHz 0 2 V Passband flatness Magnitude 2 33 1 15 1 14 2 28 0 50 0 40 0 30 0 20 0 10 0 0 0 10 0 0 01 0 1 1 10 100 Frequency MHz 0 2 0 1 0 0 0 1 0 2...

Page 429: ...ristic 6 pole Bessel optimal step response Bessel IIR filter characteristic 8 pole Bessel style IIR Bessel IIR filter user selection User selectable fixed frequencies If anti aliasing must be prevente...

Page 430: ...28 0 50 0 40 0 30 0 20 0 10 0 0 0 10 0 0 01 0 1 1 10 100 Frequency MHz 0 2 0 1 0 0 0 1 0 2 0 01 0 1 1 10 100 Frequency MHz 2 V Passband flatness 2 V Overview Magnitude dB Magnitude dB Magnitude 2 33...

Page 431: ...inframe selectable identical for all cards Minimum pulse width 500 ns Delay 1 s maximum 1 sample period Send to External Trigger Out User can select to forward External Trigger In to the External Trig...

Page 432: ...ch level Alarm output Active during valid alarm condition output supported through mainframe Alarm output delay 515 s 1 s maximum 1 sample period using decimal time base 503 s 1 s maximum 1 sample per...

Page 433: ...a trigger occurred The sweep is recorded immediately after a delayed trigger time with 100 post trigger after this time point Sweep stretch User selectable On Off When enabled any new trigger event oc...

Page 434: ...possible As soon as the selected history time is reached older recorded data is overwritten Recording can be stopped by the user or any system trigger Specified time Recording is stopped after the tim...

Page 435: ...ded data is not stopped trigger event markers are stored in recording and no new sweep data is stored A new sweep is recorded as soon as enough internal memory is available to capture a full sweep whe...

Page 436: ...ery details Power consumption 6 VA typical 8 VA maximum Operation Time using G034 batteries 30 hours 2 batteries installed 15 hours 1 battery installed Perception software can activate a low power sle...

Page 437: ...M6 screw terminal 119 mm 4 69 146 mm 5 75 175 mm 6 89 277 mm 10 91 263 mm 10 35 Figure A 19 Dimensions GN110 and GN111 transmitter Physical Weight and Dimensions GN112 and GN113 Weight 3 kg 6 6 lb Dim...

Page 438: ...30 Test Db variant 1 25 C 40 C 77 F 104 F humidity 95 90 RH 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014...

Page 439: ...EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 10 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 440: ...nt probes Not supported Sensors Quarter half and full bridges using either voltage or current excitation Force Pressure MEMS type Accelerometers and Potentiometric Displacement and other strain gauge...

Page 441: ...Rem CAL Driven Guard AC DC GND Signal ground Sense On Off Off Voltage Current 3 Wire Bridge Bridge Bridge Shunt Calibration Select Shunt Basic Guard Completion Card Excitation Figure A 21 Block Diagra...

Page 442: ...gain in 1000 steps 0 1 This creates 1000 extra ranges between 2 specified ranges Offset 50 in 1000 steps 0 1 10 V range has fixed 50 offset DC Offset error Wideband 0 2 of Full Scale 120 V Bessel IIR...

Page 443: ...able in 0 05 mA steps using 7 5 V DC Excitation current accuracy 0 5 of Full Scale Bridge balance Operation principal Voltage is added to bridge to electrically balance the bridge The remaining offset...

Page 444: ...of Full Scale Input Connector Pin 1 Excitation Pin 2 Excitation Pin 4 Sense Pin 3 Sense Pin 7 Driven guard Pin 5 Signal Pin 6 Signal Pin 8 Signal ground Pin 9 User 1 4 bridge Pin 10 350 1 4 bridge Pi...

Page 445: ...el 0 1 S s to 200 kS s ADC resolution one ADC per channel 16 bit ADC Type Successive Approximation Register SAR TI ADS8401IB Time base accuracy Defined by mainframe 3 5 ppm 1 aging after 10 years 10 p...

Page 446: ...se shifts between channels that use the same filter settings Digital Bessel IIR Fc 3 dB When Bessel IIR filter is selected this is always a combination of an analog Bessel anti alias filter and a digi...

Page 447: ...then adjusts filter when sample rate is changed Bandwidth c User selectable from 0 0125 Hz to 20 kHz 0 1 dB passband flatness p 1 DC to 2 kHz Stopband attenuation s 60 dB Roll off 36 db Octave Freque...

Page 448: ...or sample rate divided by 4 10 20 40 User selects divide factor software then adjusts filter when sample rate is changed Bandwidth c User selectable from 0 031 Hz to 50 kHz 0 1 dB passband flatness p...

Page 449: ...er selection Auto tracking for sample rate divided by 4 10 20 40 Bandwidth c User selectable from 0 031 Hz to 50 kHz 0 1 dB passband flatness p 1 DC to c 1 4 adapter FIR filter behavior For all Ranges...

Page 450: ...nels Memory diagnostics Automatic memory test when system is powered on but not recording Storage sample size 16 bits 2 bytes sample Digital Events Timer Counter Digital event inputs Not supported Dig...

Page 451: ...n 16 bit 0 0015 for each level Direction Rising Falling Single direction control for both levels based on selected mode Hysteresis 0 1 to 100 of Full Scale defines the trigger sensitivity Pulse detect...

Page 452: ...s Triggered acquisition to on board memory without sample rate limitations for repetitive transients or intermittent phenomena No aggregate sample rate limitations Slow Fast Sweep Identical to single...

Page 453: ...trigger occurs before the pre trigger segment is recorded the pre trigger segment is truncated to recorded data only Delayed trigger Maximum 1000 seconds after a trigger occurred The sweep is recorded...

Page 454: ...storage media is full Stop on trigger Recording is stopped after any system trigger or when the storage media is full Continuous FIFO memory Used by enabled channels to optimize the continuous stream...

Page 455: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 456: ...40 C 77 F 104 F humidity 95 90 RH 6 cycles cycle duration 24 hours Harmonized standards for CE compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Co...

Page 457: ...EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 10 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 458: ...t probes Not supported Sensors Quarter half and full bridges using either voltage or current excitation Force Pressure MEMS type Accelerometers and Potentiometric Displacement and other strain gauge b...

Page 459: ...Rem CAL Driven Guard AC DC GND Signal ground Sense On Off Off Voltage Current 3 Wire Bridge Bridge Bridge Shunt Calibration Select Shunt Basic Guard Completion Card Excitation Figure A 35 Block Diagra...

Page 460: ...gain in 1000 steps 0 1 This creates 1000 extra ranges between 2 specified ranges Offset 50 in 1000 steps 0 1 10 V range has fixed 50 offset DC Offset error Wideband 0 2 of Full Scale 120 V Bessel IIR...

Page 461: ...able in 0 05 mA steps using 7 5 V DC Excitation current accuracy 0 5 of Full Scale Bridge balance Operation principal Voltage is added to bridge to electrically balance the bridge The remaining offset...

Page 462: ...of Full Scale Input Connector Pin 1 Excitation Pin 2 Excitation Pin 4 Sense Pin 3 Sense Pin 7 Driven guard Pin 5 Signal Pin 6 Signal Pin 8 Signal ground Pin 9 User 1 4 bridge Pin 10 350 1 4 bridge Pi...

Page 463: ...nel 0 1 S s to 1 MS s ADC resolution one ADC per channel 16 bit ADC Type Successive Approximation Register SAR TI ADS8401IB Time base accuracy Defined by mainframe 3 5 ppm 1 aging after 10 years 10 pp...

Page 464: ...anti alias filter nor any digital filter in the signal path Therefore there is no anti alias protection when wideband is selected Should not be used if working in a frequency domain with recorded data...

Page 465: ...0 70 50 30 10 10 Magnitude dB 150 130 110 90 70 50 30 10 10 Frequency kHz 10000 1000 100 10 1 0 1 Frequency kHz 10000 1000 100 10 1 0 1 1000 100 10 1 0 1 Frequency kHz 1000 100 10 1 0 1 Frequency kHz...

Page 466: ...e then adjusts filter when sample rate is changed Bandwidth c User selectable from 0 0125 Hz to 100 kHz 0 1 dB passband flatness p 1 DC to 10 kHz Stopband attenuation s 60 dB Roll off 36 db Octave Fre...

Page 467: ...c User selectable from 0 031 Hz to 250 kHz 0 1 dB Passband flatness p 1 DC to c DC to 60 kHz bandwidth selection c 50 kHz limited by the analog anti alias filter amplitude response For all Ranges 100...

Page 468: ...le from 0 031 Hz to 250 kHz 0 1 dB passband flatness p 1 DC to c 1 4 Adapter FIR filter behavior DC to 50 kHz bandwidth selection c 50 kHz limited by the analog anti alias filter amplitude response Fo...

Page 469: ...nels Memory diagnostics Automatic memory test when system is powered on but not recording Storage sample size 16 bits 2 bytes sample Digital Events Timer Counter Digital event inputs Not supported Dig...

Page 470: ...n 16 bit 0 0015 for each level Direction Rising Falling Single direction control for both levels based on selected mode Hysteresis 0 1 to 100 of Full Scale defines the trigger sensitivity Pulse detect...

Page 471: ...s Triggered acquisition to on board memory without sample rate limitations for repetitive transients or intermittent phenomena No aggregate sample rate limitations Slow Fast Sweep Identical to single...

Page 472: ...igger occurs before the pre trigger segment is recorded the pre trigger segment is truncated to recorded data only Delayed trigger Maximum 1000 seconds after a trigger occurred The sweep is recorded i...

Page 473: ...storage media is full Stop on trigger Recording is stopped after any system trigger or when the storage media is full Continuous FIFO memory Used by enabled channels to optimize the continuous stream...

Page 474: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 475: ...40 C 77 F 104 F humidity 95 90 RH 6 cycles cycle duration 24 hours Harmonized standards for CE compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Co...

Page 476: ...EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 10 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 477: ...ut type Balanced differential Passive voltage current probes Passive single ended voltage probes Passive differential matched isolated voltage probes Sensors Not supported TEDS Not supported Real time...

Page 478: ...ase 1010 AC DC GND Figure A 50 Block Diagram Note The specifications listed are valid for cards that have been calibrated and are used in the same mainframe and slots as they were at the time of calib...

Page 479: ...Full Scale 100 V Bessel filter 0 1 of Full Scale 100 V Gain error drift 100 ppm C 60ppm F Maximum static error MSE Wideband 0 1 of Full Scale 100 V Bessel filter 0 1 of Full Scale 100 V RMS Noise 50 t...

Page 480: ...filter with steep roll off a larger selection of filter characteristics noise free digital output and no additional phase shifts between channels that use the same filter settings Wideband When wideba...

Page 481: ...10 90 70 50 30 10 10 Frequency MHz Frequency MHz 2 V Wideband passband flatness 2 V Wideband overview Magnitude dB Magnitude dB 0 Magnitude 2 33 1 74 1 15 0 57 0 57 1 14 1 71 2 28 20 V Wideband passba...

Page 482: ...B Bessel filter roll off 36 dB Octave Frequency MHz Frequency MHz 2 V Bessel overview 2 V Bessel passband flatness 0 001 0 01 0 1 1 10 100 0 001 0 01 0 1 1 10 100 100 150 130 110 90 70 50 30 10 10 0 M...

Page 483: ...125 kHz 200 kHz 250 kHz 400 kHz 500 kHz 1 MHz 1 25 MHz 2 MHz 2 5 MHz 4 MHz 5 MHz fixed bandwidth selections Bessel IIR 0 1 dB passband flatness p 1 DC to 250 kHz c 5 MHz Bessel IIR filter stop band a...

Page 484: ...gital event outputs Not supported Timer Counter Not supported Probe Power Output Connector type LEMO ERD 0S 304 CLL Mating connector type LEMO FFA 0S 304 CLA Cxx Output power 3 5 Watt Output voltage 8...

Page 485: ...ger levels Levels Maximum 2 level detectors Resolution 16 bit 0 0015 for each level Direction Rising Falling Single direction control for both levels based on selected mode Hysteresis 0 1 to 100 of Fu...

Page 486: ...regate sample rate limitations Slow Fast Sweep is not supported by the RT FDB calculators Continuous Direct storage to PC or mainframe controlled hard disk without file size limitations triggered or u...

Page 487: ...Sweep stretch User selectable On Off When enabled any new trigger event occurring in the post trigger segment of the sweep restarts the post trigger length If upon the detection of a new trigger the e...

Page 488: ...led channels to optimize the continuous streaming rate Maximum recording time Until storage media filled or user selected time or unlimited when using circular recording Maximum aggregate streaming ra...

Page 489: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 490: ...H 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30...

Page 491: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 492: ...put type Balanced differential Passive voltage current probes Passive single ended voltage probes Passive differential matched isolated voltage probes Sensors Not supported TEDS Not supported Real tim...

Page 493: ...ase 1010 AC DC GND Figure A 59 Block Diagram Note The specifications listed are valid for cards that have been calibrated and are used in the same mainframe and slots as they were at the time of calib...

Page 494: ...Full Scale 100 V Bessel filter 0 1 of Full Scale 100 V Gain error drift 100 ppm C 60ppm F Maximum static error MSE Wideband 0 1 of Full Scale 100 V Bessel filter 0 1 of Full Scale 100 V RMS Noise 50 t...

Page 495: ...ate is performed The digital filter supports a range of fixed bandwidth anti alias filters Compared to analog anti alias filters the programmable digital filter offers additional benefits like higher...

Page 496: ...B Bessel filter roll off 36 dB Octave Frequency MHz Frequency MHz 2 V Bessel overview 2 V Bessel passband flatness 0 001 0 01 0 1 1 10 100 0 001 0 01 0 1 1 10 100 100 150 130 110 90 70 50 30 10 10 0 M...

Page 497: ...125 kHz 200 kHz 250 kHz 400 kHz 500 kHz 1 MHz 1 25 MHz 2 MHz 2 5 MHz 4 MHz 5 MHz fixed bandwidth selections Bessel IIR 0 1 dB passband flatness p 1 DC to 250 kHz c 5 MHz Bessel IIR filter stop band a...

Page 498: ...Digital event outputs Not supported Timer Counter Not supported Probe Power Output Connector type LEMO ERD 0S 304 CLL Mating connector type LEMO FFA 0S 304 CLA Cxx Output power 3 5 Watt Output voltage...

Page 499: ...ger levels Levels Maximum 2 level detectors Resolution 16 bit 0 0015 for each level Direction Rising Falling Single direction control for both levels based on selected mode Hysteresis 0 1 to 100 of Fu...

Page 500: ...settings No aggregate sample rate limitations Slow Fast Sweep is not supported by the RT FDB calculators Continuous Direct storage to PC or mainframe controlled hard disk without file size limitations...

Page 501: ...limited to 1 sweep per 2 5 ms Sweep stretch User selectable On Off When enabled any new trigger event occurring in the post trigger segment of the sweep restarts the post trigger length If upon the d...

Page 502: ...led channels to optimize the continuous streaming rate Maximum recording time Until storage media filled or user selected time or unlimited when using circular recording Maximum aggregate streaming ra...

Page 503: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 504: ...H 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30...

Page 505: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 506: ...ated balanced differential Passive voltage current probes Passive single ended isolated voltage probes and Passive differential matched isolated voltage probes Sensors IEPE and current output sensors...

Page 507: ...y n A Isolation Current IEPE Us Figure A 67 Block Diagram Note The specifications listed are valid for cards that have been calibrated and are used in the same mainframe and slots as they were at the...

Page 508: ...e 300 V Offset error drift 120 ppm C 216 ppm F 120 ppm C 216 ppm F DC Gain error Voltage Current Wideband 0 1 of Full Scale 100 V 0 2 of Full Scale 300 V Bessel IIR and FIR 0 1 of Full Scale 100 V 0 2...

Page 509: ...2 4 6 8 mA software selectable Excitation current accuracy 5 Coupling time constant 1 5 s Lower bandwidth 3 dB 0 11 Hz Maximum cable length 100 m RG 58 Isolation ADC Isolated channel Chassis ADC Isol...

Page 510: ...nd automatically tracks any user sample rate selection Compared to analog anti alias filters the programmable digital filter offers additional benefits like higher order filter with steep roll off a l...

Page 511: ...then adjusts filter when sample rate is changed Bandwidth c User selectable from 0 0125 Hz to 20 kHz 0 1 dB passband flatness p 1 DC to 2 kHz Stopband attenuation s 60 dB Roll off 36 db Octave Freque...

Page 512: ...or sample rate divided by 4 10 20 40 User selects divide factor software then adjusts filter when sample rate is changed Bandwidth c User selectable from 0 031 Hz to 50 kHz 0 1 dB passband flatness p...

Page 513: ...er selection Auto tracking for sample rate divided by 4 10 20 40 Bandwidth c User selectable from 0 031 Hz to 50 kHz 0 1 dB passband flatness p 1 DC to c 1 4 adapter FIR filter behavior For all Ranges...

Page 514: ...al time base 504 s 1 s maximum 1 sample period using binary time base Cross channel triggering Measurement channels Logical OR of triggers from all measured signals Logical AND of qualifiers from all...

Page 515: ...rdings Supports fast calculations of statistical channel information Acquisition Modes Single sweep Triggered acquisition to on board memory without sample rate limitations for single transients or in...

Page 516: ...trigger occurs before the pre trigger segment is recorded the pre trigger segment is truncated to recorded data only Delayed trigger Maximum 1000 seconds after a trigger occurred The sweep is recorded...

Page 517: ...storage media is full Stop on trigger Recording is stopped after any system trigger or when the storage media is full Continuous FIFO memory Used by enabled channels to optimize the continuous stream...

Page 518: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 519: ...40 C 77 F 104 F humidity 95 90 RH 6 cycles cycle duration 24 hours Harmonized standards for CE compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Co...

Page 520: ...EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 10 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 521: ...ted balanced differential Passive voltage current probes Passive single ended isolated voltage probes and Passive differential matched isolated voltage probes Sensors IEPE and current output sensors u...

Page 522: ...y n A Isolation Current IEPE Us Figure A 77 Block Diagram Note The specifications listed are valid for cards that have been calibrated and are used in the same mainframe and slots as they were at the...

Page 523: ...e 300 V Offset error drift 120 ppm C 216 ppm F 120 ppm C 216 ppm F DC Gain error Voltage Current Wideband 0 1 of Full Scale 100 V 0 2 of Full Scale 300 V Bessel IIR and FIR 0 1 of Full Scale 100 V 0 2...

Page 524: ...2 4 6 8 mA software selectable Excitation current accuracy 5 Coupling time constant 1 5 s Lower bandwidth 3 dB 0 11 Hz Maximum cable length 100 m RG 58 Isolation ADC Isolated channel Chassis ADC Isol...

Page 525: ...offers additional benefits like higher order filter with steep roll off a larger selection of filter characteristics noise free digital output and no additional phase shifts between channels that use...

Page 526: ...90 70 50 30 10 10 Magnitude dB 150 130 110 90 70 50 30 10 10 Frequency kHz 10000 1000 100 10 1 0 1 Frequency kHz 10000 1000 100 10 1 0 1 1000 100 10 1 0 1 Frequency kHz 1000 100 10 1 0 1 Frequency kHz...

Page 527: ...then adjusts filter when sample rate is changed Bandwidth c User selectable from 0 0125 Hz to 100 kHz 0 1 dB passband flatness p 1 DC to 10 kHz Stopband attenuation s 60 dB Roll off 36 db Octave Frequ...

Page 528: ...250 kHz 0 1 dB passband flatness p 1 DC to c DC to 60 kHz bandwidth selection c 50 kHz limited by the analog anti alias filter amplitude response For all Ranges 200 mV p is limited to 10 kHz due to t...

Page 529: ...er FIR filter behavior DC to 50 kHz bandwidth selection c 50 kHz limited by the analog anti alias filter amplitude response For all Ranges 200 mV p is limited to 10 kHz due to anti alias filter Stopba...

Page 530: ...al time base 504 s 1 s maximum 1 sample period using binary time base Cross channel triggering Measurement channels Logical OR of triggers from all measured signals Logical AND of qualifiers from all...

Page 531: ...rdings Supports fast calculations of statistical channel information Acquisition Modes Single sweep Triggered acquisition to on board memory without sample rate limitations for single transients or in...

Page 532: ...igger occurs before the pre trigger segment is recorded the pre trigger segment is truncated to recorded data only Delayed trigger Maximum 1000 seconds after a trigger occurred The sweep is recorded i...

Page 533: ...storage media is full Stop on trigger Recording is stopped after any system trigger or when the storage media is full Continuous FIFO memory Used by enabled channels to optimize the continuous stream...

Page 534: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 535: ...40 C 77 F 104 F humidity 95 90 RH 6 cycles cycle duration 24 hours Harmonized standards for CE compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Co...

Page 536: ...EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 10 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 537: ...ted Slot width 1 Block Diagram 1010 AC DC GND F A F n 1 n 1 z 1 z 1 a1 a2 b2 b1 x n y n A F x T Sample Rate Channel Card Trigger Communication Memory Recording control Synchronization Sample Rate Real...

Page 538: ...esponse Frequency Hz Figure A 89 Representative AC coupling response Ranges 20 mV 50 mV 0 1 V 0 2 V 0 5 V 1 V 2 V 5 V 10 V 20 V 50 V 100 V 200 V 500 V 1000 V Offset 50 in 1000 steps 0 1 1000 V range h...

Page 539: ...ier increases its range in steps of a factor of 10 until the overload ceases When the overload exceeds 1000 V the input signal is disconnected and the amplifier input is grounded When the temperature...

Page 540: ...olation and Input Type Testing IEC61010 1 2010 and EC61010 2 30 2010 isolation tests Channel to channel 3510 V RMS and 4935 V DC for 5 s 3260 V RMS and 4596 V DC for 1 minute Channel to chassis 3510 V...

Page 541: ...al output and no additional phase shifts between channels that use the same filter settings Wideband When wideband is selected there is neither an analog anti alias filter nor any digital filter in th...

Page 542: ...0 57 0 57 1 14 1 71 2 28 Frequency kHz Magnitude dB 1000 100 10 1 0 1 20 V Wideband passband flatness 0 2 0 1 0 0 05 0 15 0 1 0 15 0 05 0 2 Frequency kHz Magnitude dB 20 V Wideband overview 130 110 9...

Page 543: ...IIR 0 1 dB passband p 1 DC to 0 14 c Bessel IIR filter stopband attenuation s 60 dB With the Bessel IIR filter bandwidth selection of c 200 kHz a peak of 55 dB occurs between 1 6 MHz and 1 8 MHz due...

Page 544: ...R filter bandwidth c User selectable from 1 Hz to 250 kHz Butterworth IIR 0 1 dB passband p 2 DC to 0 7 c for c 100 kHz DC to 0 6 c due to analog anti alias filter bandwidth Butterworth IIR filter sto...

Page 545: ...filter bandwidth c User selectable from 1 Hz to 250 kHz Elliptic IIR 0 1 dB passband p 2 DC to c for c 100 kHz DC to 0 7 c due to analog anti alias filter bandwidth Elliptic IIR filter stopband atten...

Page 546: ...ned by synchronization method used None IRIG GPS Master Slave PTP Channel to Channel Crosstalk Channel to channel crosstalk is measured with a 50 termination resistor on the input and uses sine wave s...

Page 547: ...lse per trigger on every channel trigger of this card only 12 8 s minimum pulse width 200 s 1 s 1 sample period pulse delay Alarm High when alarm condition is activated low when not activated alarm co...

Page 548: ...to control update rate independent of sample rate Reset input Level sensitivity User selectable invert level Minimum setup time prior to signal edge s 100 ns Minimum hold time after signal edge h 100...

Page 549: ...eel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 103 Bi directional quadrature count modes Inputs 3 pins signal...

Page 550: ...Wheel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 104 Bi directional quadrature count modes Inputs 3 pins sig...

Page 551: ...measuring times the real time calculators or Perception formula database can be used to enlarge the measuring time and improve the accuracy more dynamically e g based on measured cycles Gate measuring...

Page 552: ...sample period using binary time base Default 516 504 s for decimal binary time base compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards...

Page 553: ...d using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real ti...

Page 554: ...r sample rates the number of calculators is reduced to match the available DSP power DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calcul...

Page 555: ...ng Acquisition Mode Details 16 Bit Resolution Recording Mode Single Sweep Multiple Sweeps Slow Fast Sweep Continuous Dual Rate Enabled channels Enabled channels Enabled channels 1 Ch 6 Ch 6 Ch events...

Page 556: ...n a recording No sweep data is stored New sweep data is recorded as soon as enough internal memory is available to capture a full sweep when a trigger occurs Slow Fast Sweep Maximum number of Sweeps 1...

Page 557: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 558: ...ation 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30 EU Electrical Safet...

Page 559: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 560: ...ammable math routines EtherCat output Maximum 1000 updates per second with 1 ms output latency Digital Event Timer Counter 16 digital events and 2 Timer Counter channels Standard data streaming up to...

Page 561: ...red and black Input type Analog isolated balanced differential Input impedance 2 1 M 1 33 pF 10 ranges larger than 5 V All other ranges 57 pF 10 Input coupling Coupling modes AC DC GND AC coupling fr...

Page 562: ...r Ranges V Ranges V Ranges V MSE Wideband Detail MSE Wideband Detail MSE all filters MSE all filters Typical Maximum Error Error Typical Typical Maximum Maximum Wideband Typical Maximum 0 01 V 2 020 3...

Page 563: ...mum Wideband 20 ppm C 12 ppm F 35 ppm C 20 ppm F All filters 20 ppm C 12 ppm F 35 ppm C 20 ppm F 0 Ranges V Ranges V Typical Maximum Typical Maximum Drift ppm Drift ppm Typical Maximum Typical Maximum...

Page 564: ...0 0 1 0 0 0 0 0 1 0 0 2 0 0 5 0 1 0 2 0 5 1 2 5 1 0 2 0 5 0 1 0 0 2 0 0 5 0 0 1 0 0 0 0 0 1 0 0 2 0 0 5 0 1 0 2 0 5 1 2 5 1 0 2 0 5 0 1 0 0 2 0 0 5 0 0 1 0 0 0 Figure A 113 DC offset error DC Offset...

Page 565: ...11 0 011 0 011 0 011 0 011 0 011 0 011 0 011 0 120 0 070 0 040 0 030 0 025 0 022 0 021 0 021 0 021 0 021 0 021 0 021 0 021 0 021 0 021 0 021 0 02 V 0 05 V 0 1 V 0 2 V 0 5 V 1 V 2 V 5 V 10 V 20 V 50 V...

Page 566: ...05 range 0 02 reading 0 05 range 0 02 reading 0 1 range 0 02 reading 0 1 range 0 02 reading 0 15 range 100 V DC 35 3 V RMS 0 02 reading 0 05 range 0 02 reading 0 05 range 0 02 reading 0 05 range 0 02...

Page 567: ...olation and Input Type Testing IEC61010 1 2010 and EC61010 2 30 2010 isolation tests Channel to channel 3510 V RMS and 4935 V DC for 5 s 3260 V RMS and 4596 V DC for 1 minute Channel to chassis 3510 V...

Page 568: ...of the user sample rate and automatically tracks any user sample rate selection Compared to analog anti alias filters the programmable digital filter offers additional benefits like higher order filt...

Page 569: ...8 29 97 72 Magnitude Frequency kHz Magnitude dB 1000 100 10 1 0 1 10 V Wideband passband flatness 0 2 Specification line Specification line 0 1 0 0 05 0 15 0 1 0 15 0 05 0 2 Frequency kHz Magnitude dB...

Page 570: ...14 c Bessel IIR filter stopband attenuation s 60 dB With the Bessel IIR filter bandwidth selection of c 200 kHz a peak of 55 dB occurs between 1 6 MHz and 1 8 MHz due to limited analog anti alias filt...

Page 571: ...ble from 1 Hz to 250 kHz Butterworth IIR 0 1 dB passband p 2 DC to 0 7 c for c 100 kHz DC to 0 6 c due to analog anti alias filter bandwidth Butterworth IIR filter stopband attenuation s 75 dB Butterw...

Page 572: ...Hz to 250 kHz Elliptic IIR 0 1 dB passband p 2 DC to c for c 100 kHz DC to 0 7 c due to analog anti alias filter bandwidth Elliptic IIR filter stopband attenuation s 75 dB Elliptic IIR filter roll off...

Page 573: ...ainframe 0 2 6 ns 0 2 6 ns 0 2 6 ns GN610B channels across mainframes Defined by synchronization method used None IRIG GPS Master Slave PTP Channel to Channel Crosstalk Channel to channel crosstalk is...

Page 574: ...s Trigger 1 high pulse per trigger on every channel trigger of this card only 12 8 s minimum pulse width 200 s 1 s 1 sample period pulse delay Alarm High when alarm condition is activated low when not...

Page 575: ...to control update rate independent of sample rate Reset input Level sensitivity User selectable invert level Minimum setup time prior to signal edge s 100 ns Minimum hold time after signal edge h 100...

Page 576: ...eel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 128 Bi directional quadrature count modes Inputs 3 pins signal...

Page 577: ...Wheel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 129 Bi directional quadrature count modes Inputs 3 pins sig...

Page 578: ...measuring times the real time calculators or Perception formula database can be used to enlarge the measuring time and improve the accuracy more dynamically e g based on measured cycles Gate measuring...

Page 579: ...sample period using binary time base Default 516 504 s for decimal binary time base compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards...

Page 580: ...d using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real ti...

Page 581: ...mple rates the number of calculators is reduced to match the available DSP power DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calculatio...

Page 582: ...ger Detector Source 1 Source N Programmable Math Sample Based Calculator F x Trigger Detector Source 1 Source N Programmable Math To Channel Card Trigger Source Figure A 132 Real time formula database...

Page 583: ...NRF file During recording use a review while recording display to monitor the results In user mode Dual Perception V7 0 calculates and stores the sample based results for the sweep high rate data samp...

Page 584: ...Due to the asynchronous nature of cycle based results all cycle based results are continuously stored and used in both the sweep as well as the continuous sections of the recording Acquisition Mode De...

Page 585: ...mited to 1 sweep per 2 5 ms Sweep stretch User selectable On Off When enabled any new trigger event occurring in the post trigger segment of the sweep restarts the post trigger length If upon the dete...

Page 586: ...ew trigger event occurring in the post trigger segment of the sweep restarts the post trigger length If upon the detection of a new trigger the extended post trigger does not fit within the sweep memo...

Page 587: ...ation 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30 EU Electrical Safet...

Page 588: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 589: ...orted Slot width 1 Block Diagram 1010 AC DC GND F A F n 1 n 1 z 1 z 1 a1 a2 b2 b1 x n y n A F x T Sample Rate Channel Card Trigger Communication Memory Recording control Synchronization Sample Rate Re...

Page 590: ...30 40 50 60 70 80 90 100 Magnitude Frequency Hz 48 Hz AC coupling response Frequency Hz Figure A 134 Representative AC coupling response Ranges 20 mV 50 mV 0 1 V 0 2 V 0 5 V 1 V 2 V 5 V 10 V 20 V 50 V...

Page 591: ...increases its range in steps of a factor of 10 until the overload ceases When the overload exceeds 1000 V the input signal is disconnected and the amplifier input is grounded When the temperature ret...

Page 592: ...olation and Input Type Testing IEC61010 1 2010 and EC61010 2 30 2010 isolation tests Channel to channel 3510 V RMS and 4935 V DC for 5 s 3260 V RMS and 4596 V DC for 1 minute Channel to chassis 3510 V...

Page 593: ...f a larger selection of filter characteristics noise free digital output and no additional phase shifts between channels that use the same filter settings Bessel IIR When Bessel IIR filter is selected...

Page 594: ...usts the filter when the sample rate is changed Bessel IIR filter bandwidth c User selectable from 0 4 Hz to 20 kHz Bessel IIR 0 1 dB passband p 1 DC to 0 14 c Bessel IIR filter stopband attenuation s...

Page 595: ...adjusts the filter when the sample rate is changed Butterworth IIR filter bandwidth c User selectable from 1 Hz to 50 kHz Butterworth IIR 0 1 dB passband p 1 DC to 0 7 c Butterworth IIR filter stopban...

Page 596: ...n adjusts the filter when the sample rate is changed Elliptic IIR filter bandwidth c User selectable from 1 Hz to 50 kHz Elliptic IIR 0 1 dB passband p 1 DC to c Elliptic IIR filter stopband attenuati...

Page 597: ...Slave PTP Channel to Channel Crosstalk Channel to channel crosstalk is measured with a 50 termination resistor on the input and uses sine wave signals on the channel above and below the channel being...

Page 598: ...lse per trigger on every channel trigger of this card only 12 8 s minimum pulse width 200 s 1 s 1 sample period pulse delay Alarm High when alarm condition is activated low when not activated alarm co...

Page 599: ...to control update rate independent of sample rate Reset input Level sensitivity User selectable invert level Minimum setup time prior to signal edge s 100 ns Minimum hold time after signal edge h 100...

Page 600: ...eel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 147 Bi directional quadrature count modes Inputs 3 pins signal...

Page 601: ...Wheel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 148 Bi directional quadrature count modes Inputs 3 pins sig...

Page 602: ...measuring times the real time calculators or Perception formula database can be used to enlarge the measuring time and improve the accuracy more dynamically e g based on measured cycles Gate measuring...

Page 603: ...sample period using binary time base Default 516 504 s for decimal binary time base compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards...

Page 604: ...d using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real ti...

Page 605: ...er of calculators 32 DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calculation with the highest computation power could result in a reduc...

Page 606: ...etails 16 Bit Resolution Recording Mode Single Sweep Multiple Sweeps Slow Fast Sweep Continuous Dual Rate Enabled channels Enabled channels Enabled channels 1 Ch 6 Ch 6 Ch events 1 Ch 6 Ch 6 Ch events...

Page 607: ...n a recording No sweep data is stored New sweep data is recorded as soon as enough internal memory is available to capture a full sweep when a trigger occurs Slow Fast Sweep Maximum number of Sweeps 1...

Page 608: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 609: ...ation 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30 EU Electrical Safet...

Page 610: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 611: ...grammable math routines EtherCat output Maximum 1000 updates per second with 1 ms output latency Digital Event Timer Counter 16 digital events and 2 Timer Counter channels Standard data streaming up t...

Page 612: ...red and black Input type Analog isolated balanced differential Input impedance 2 1 M 1 33 pF 10 ranges larger than 5 V All other ranges 57 pF 10 Input coupling Coupling modes AC DC GND AC coupling fr...

Page 613: ...l the range that was originally selected is restored The automatic auto range cannot be turned off Overload recovery time Restored to 0 1 accuracy in less than 5 s after 200 overload Maximum Static Er...

Page 614: ...A 155 DC gain error DC gain error drift Typical Maximum All filters 20 ppm C 12 ppm F 35 ppm C 20 ppm F Ranges V Drift ppm Typical Maximum Typical Maximum Drift ppm C DC gain drift 10 V range all fil...

Page 615: ...ature C F Typical Maximum Typical Maximum Drift ppm C 0 100 200 300 400 500 600 700 0 0 1 0 0 2 0 0 5 0 1 0 2 0 5 1 2 5 1 0 2 0 5 0 1 0 0 2 0 0 5 0 0 1 0 0 0 All filters Typical ppm C Maximum ppm C 0...

Page 616: ...05 range 0 02 reading 0 05 range 0 02 reading 0 1 range 0 02 reading 0 1 range 0 02 reading 0 15 range 100 V DC 35 3 V RMS 0 02 reading 0 05 range 0 02 reading 0 05 range 0 02 reading 0 05 range 0 02...

Page 617: ...olation and Input Type Testing IEC61010 1 2010 and EC61010 2 30 2010 isolation tests Channel to channel 3510 V RMS and 4935 V DC for 5 s 3260 V RMS and 4596 V DC for 1 minute Channel to chassis 3510 V...

Page 618: ...e rate is performed The digital filter is programmed to a fraction of the user sample rate and automatically tracks any user sample rate selection Compared to analog anti alias filters the programmabl...

Page 619: ...e sample rate is changed Bessel IIR filter bandwidth c User selectable from 0 4 Hz to 20 kHz Bessel IIR 0 1 dB passband p 1 DC to 0 14 c Bessel IIR filter stopband attenuation s 60 dB Bessel IIR filte...

Page 620: ...the sample rate is changed Butterworth IIR filter bandwidth c User selectable from 1 Hz to 50 kHz Butterworth IIR 0 1 dB passband p 1 DC to 0 7 c Butterworth IIR filter stopband attenuation s 75 dB B...

Page 621: ...en the sample rate is changed Elliptic IIR filter bandwidth c User selectable from 1 Hz to 50 kHz Elliptic IIR 0 1 dB passband p 1 DC to c Elliptic IIR filter stopband attenuation s 75 dB Elliptic IIR...

Page 622: ...s across mainframes Defined by synchronization method used None IRIG GPS Master Slave PTP Channel to Channel Crosstalk Channel to channel crosstalk is measured with a 50 termination resistor on the in...

Page 623: ...s Trigger 1 high pulse per trigger on every channel trigger of this card only 12 8 s minimum pulse width 200 s 1 s 1 sample period pulse delay Alarm High when alarm condition is activated low when not...

Page 624: ...to control update rate independent of sample rate Reset input Level sensitivity User selectable invert level Minimum setup time prior to signal edge s 100 ns Minimum hold time after signal edge h 100...

Page 625: ...eel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 171 Bi directional quadrature count modes Inputs 3 pins signal...

Page 626: ...Wheel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 172 Bi directional quadrature count modes Inputs 3 pins sig...

Page 627: ...measuring times the real time calculators or Perception formula database can be used to enlarge the measuring time and improve the accuracy more dynamically e g based on measured cycles Gate measuring...

Page 628: ...sample period using binary time base Default 516 504 s for decimal binary time base compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards...

Page 629: ...d using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real ti...

Page 630: ...f calculators 32 DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calculation with the highest computation power could result in a reduction...

Page 631: ...ger Detector Source 1 Source N Programmable Math Sample Based Calculator F x Trigger Detector Source 1 Source N Programmable Math To Channel Card Trigger Source Figure A 175 Real time formula database...

Page 632: ...NRF file During recording use a review while recording display to monitor the results In user mode Dual Perception V7 0 calculates and stores the sample based results for the sweep high rate data samp...

Page 633: ...us nature of cycle based results all cycle based results are continuously stored and used in both the sweep as well as the continuous sections of the recording Acquisition Mode Details 16 Bit Resoluti...

Page 634: ...mited to 1 sweep per 2 5 ms Sweep stretch User selectable On Off When enabled any new trigger event occurring in the post trigger segment of the sweep restarts the post trigger length If upon the dete...

Page 635: ...ew trigger event occurring in the post trigger segment of the sweep restarts the post trigger length If upon the detection of a new trigger the extended post trigger does not fit within the sweep memo...

Page 636: ...ation 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30 EU Electrical Safet...

Page 637: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 638: ...ted EtherCat output Not supported Digital Event Timer Counter 16 digital events and 2 Timer Counter channels Standard data streaming up to 200 MB s Supported Fast data streaming up to 1 GB s Supported...

Page 639: ...DC GND AC coupling frequency 1 6 Hz 10 3 dB 60 50 40 30 20 10 0 0 001 0 01 0 1 1 10 100 Magnitude dB 1 6 Hz AC coupling response dB 0 10 20 30 40 50 60 70 80 90 100 0 001 0 01 0 1 1 10 100 Magnitude...

Page 640: ...The overvoltage protection is not active for as long as the input voltage remains less than 200 of the selected input range or 70 V whichever value is the smallest Maximum nondestructive voltage 70 V...

Page 641: ...tion one ADC per channel 18 bit ADC type Successive Approximation Register SAR Analog Devices AD7986BCPZ Time base accuracy Defined by mainframe 3 5 ppm 1 aging after 10 years 10 ppm Binary sample rat...

Page 642: ...al output and no additional phase shifts between channels that use the same filter settings Wideband When wideband is selected there is neither an analog anti alias filter nor any digital filter in th...

Page 643: ...kHz Magnitude dB 1000 100 10 1 0 1 4 V Wideband passband flatness 0 2 0 1 0 0 05 0 15 0 1 0 15 0 05 0 2 Frequency kHz Magnitude dB 4 V Wideband overview 130 150 110 90 70 50 30 10 10 130 150 110 90 7...

Page 644: ...electable from 0 4 Hz to 200 kHz Bessel IIR 0 1 dB passband p 1 DC to 35 kHz c 200 kHz 1 Bessel IIR filter stopband attenuation s 60 dB With the Bessel IIR filter bandwidth selection of c 200 kHz a pe...

Page 645: ...250 kHz Butterworth IIR 0 1 dB passband p 2 DC to 150 kHz c 200 kHz 2 Butterworth IIR filter stopband attenuation s 75 dB With the Butterworth IIR filter bandwidth selection of c 250 kHz a peak of 60...

Page 646: ...1 Hz to 250 kHz Elliptic IIR 0 1 dB passband p 2 DC to c Elliptic IIR filter stopband attenuation s 75 dB With the Elliptic IIR filter bandwidth selection of c 250 kHz a peak of 60 dB occurs between 1...

Page 647: ...by synchronization method used None IRIG GPS Master Slave PTP Channel to Channel Crosstalk Channel to channel crosstalk is measured with a 50 termination resistor on the input and uses sine wave sign...

Page 648: ...lse per trigger on every channel trigger of this card only 12 8 s minimum pulse width 200 s 1 s 1 sample period pulse delay Alarm High when alarm condition is activated low when not activated alarm co...

Page 649: ...sample period using binary time base Default 516 504 s for decimal binary time base compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards...

Page 650: ...d using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real ti...

Page 651: ...r sample rates the number of calculators is reduced to match the available DSP power DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calcul...

Page 652: ...ing Acquisition Mode Details 16 Bit Resolution Recording Mode Single Sweep Multiple Sweeps Slow Fast Sweep Continuous Dual Rate Enabled channels Enabled channels Enabled channels 1 Ch 8 Ch 8 Ch events...

Page 653: ...n a recording No sweep data is stored New sweep data is recorded as soon as enough internal memory is available to capture a full sweep when a trigger occurs Slow Fast Sweep Maximum number of Sweeps 1...

Page 654: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 655: ...ation 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30 EU Electrical Safet...

Page 656: ...EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 10 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 657: ...orted EtherCat output Not supported Digital Event Timer Counter 16 digital events and 2 Timer Counter channels Standard data streaming up to 200 MB s Supported Fast data streaming up to 1 GB s Support...

Page 658: ...han 1 V All other ranges 66 pF 10 Input coupling Coupling modes AC DC GND AC coupling frequency 1 6 Hz 10 3 dB 60 50 40 30 20 10 0 0 001 0 01 0 1 1 10 100 Magnitude dB 1 6 Hz AC coupling response dB 0...

Page 659: ...The overvoltage protection is not active for as long as the input voltage remains less than 200 of the selected input range or 70 V whichever value is the smallest Maximum nondestructive voltage 70 V...

Page 660: ...tion one ADC per channel 18 bit ADC type Successive Approximation Register SAR Analog Devices AD7986BCPZ Time base accuracy Defined by mainframe 3 5 ppm 1 aging after 10 years 10 ppm Binary sample rat...

Page 661: ...f a larger selection of filter characteristics noise free digital output and no additional phase shifts between channels that use the same filter settings Bessel IIR When Bessel IIR filter is selected...

Page 662: ...from the current sample rate software then adjusts the filter when the sample rate is changed Bessel IIR filter bandwidth c User selectable from 0 4 Hz to 20 kHz Bessel IIR 0 1 dB passband p 1 DC to...

Page 663: ...tor from the current sample rate software then adjusts the filter when the sample rate is changed Butterworth IIR filter bandwidth c User selectable from 1 Hz to 50 kHz Butterworth IIR 0 1 dB passband...

Page 664: ...sion factor from the current sample rate software then adjusts the filter when the sample rate is changed Elliptic IIR filter bandwidth c User selectable from 1 Hz to 50 kHz Elliptic IIR 0 1 dB passba...

Page 665: ...sed None IRIG GPS Master Slave PTP Channel to Channel Crosstalk Channel to channel crosstalk is measured with a 50 termination resistor on the input and uses sine wave signals on the channel above and...

Page 666: ...lse per trigger on every channel trigger of this card only 12 8 s minimum pulse width 200 s 1 s 1 sample period pulse delay Alarm High when alarm condition is activated low when not activated alarm co...

Page 667: ...sample period using binary time base Default 516 504 s for decimal binary time base compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards...

Page 668: ...d using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real ti...

Page 669: ...er of calculators 32 DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calculation with the highest computation power could result in a reduc...

Page 670: ...ails 16 Bit Resolution Recording Mode Single Sweep Multiple Sweeps Slow Fast Sweep Continuous Dual Rate Enabled channels Enabled channels Enabled channels 1 Ch 8 Ch 8 Ch events 1 Ch 8 Ch 8 Ch events 1...

Page 671: ...n a recording No sweep data is stored New sweep data is recorded as soon as enough internal memory is available to capture a full sweep when a trigger occurs Slow Fast Sweep Maximum number of Sweeps 1...

Page 672: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 673: ...ation 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30 EU Electrical Safet...

Page 674: ...EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 10 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 675: ...splacement transducers IEPE piezoelectric Pt10 Pt100 Pt500 Pt1000 Pt2000 4 20 mA sensors Thermocouples types K J T B E N R S and C TEDS Class 1 2 and Class 3 pending IEEE acceptance Real time cycle ba...

Page 676: ...ypical and maximum specification given in this data sheet are based on respectively 1 68 27 and 5 99 9999 statistical evaluations of calibration results Cards exceeding the maximum specifications are...

Page 677: ...0 steps 0 1 For all ranges except 10 V range 20 V span Common mode referred to system ground earth Ranges Less than or equal to 100m V Larger than or equal to 1 V Rejection CMR 100 dB 80 Hz 105 dB typ...

Page 678: ...error Wideband 0 0 02 0 04 0 06 0 08 0 10 0 12 0 14 0 16 0 18 0 0 0 1 0 0 1 0 1 1 1 0 0 0 0 1 0 0 1 0 1 1 1 0 Detail voltage DC gain error Wideband 0 000 0 005 0 010 0 015 0 020 0 025 0 030 0 035 0 0...

Page 679: ...cal Maximum Ranges V Voltage DC offset drift Wideband Typical Maximum Detail voltage DC offset drift 0 1 V range 0 32 10 50 20 68 30 86 40 104 Temperature C F 0 200 400 600 800 1000 1200 800 600 400 2...

Page 680: ...ng Single ended positive single ended negative and differential Signal input coupling Coupling modes AC DC GND AC coupling frequency 1 6 Hz 10 3 dB Basic Wiring Diagram 10 2 3 4 5 6 7 8 9 11 14 13 12...

Page 681: ...half bridge completion resistors 2 times 10 k 0 05 2 ppm C tracking Bridge excitation modes Constant voltage Constant voltage excitation Selectable excitation voltage Bipolar 0 5 V DC to 5 0 V DC maxi...

Page 682: ...en Grey Blue Black Foil shield Earth shield 12 2 11 1 8 4 5 Housing Drain wire Foil shield KAB7 5 00 2 2 2 LS 2 Use double shielded wires to reduce high frequency noise GN1640B GN840B Keep wire length...

Page 683: ...ectable excitation voltage Bipolar 0 5 V to 5 0 V DC maximum 30 mA Excitation voltage in accuracy 0 25 Excitation voltage sense 2 separate connector pins available wiring required no internal bypass T...

Page 684: ...on current I 2 4 6 8 mA software selectable Excitation current accuracy 5 Coupling time constant 1 5 s 3 dB high pass bandwidth limit 0 1 Hz 20 Maximum cable length 100 m RG 58 Wire diagnostics Open a...

Page 685: ...0 270 1 050 0 045 0 150 0 023 0 060 0 021 0 051 0 021 0 051 Voltage gain IEPE Wideband Error Error 0 0 0 1 0 0 1 0 1 1 1 0 Ranges V 0 0 0 1 0 0 1 0 1 1 1 0 Range 0 001 V 0 01 V 0 1 V 1 V 10 V 0 00 0...

Page 686: ...gain error drift Typical 20 ppm C 12 ppm F Maximum 65 ppm C 36 ppm F 3 dB high pass bandwidth limit 1 Hz 20 3 dB low pass bandwidth limit 33 kHz 10 when a 650 pF source capacity is used 106 kHz 10 whe...

Page 687: ...0 C to 0 C 328 F to 32 F 0 25 C 1 1 C 0 C to 850 C 32 F to 1562 F 0 25 C 0 04 of reading C 1 1 C 0 055 of reading C Pt500 200 C to 0 C 328 F to 32 F 0 1 C 0 35 C 0 C to 850 C 32 F to 1562 F 0 1 C 0 2...

Page 688: ...gnal Teds Teds Signal ground Amplifier TEDS Class 2 Current loop sensor optional Figure A 227 Current loop mode block diagram Resistance value typical 62 Input fuse 0 1 A self resettable Cable length...

Page 689: ...015 0 055 2 mA 0 011 0 033 20 mA 0 011 0 031 Error Error Typical Maximum Typical Maximum 0 0 2 0 2 2 2 0 0 0 2 0 2 2 2 0 0 00 0 02 0 04 0 06 0 08 0 10 0 12 0 14 Current DC gain error Wideband Detail...

Page 690: ...09 20 mA 0 001 0 002 Figure A 232 Current offset error Current offset error drift of Full Scale Typical Maximum Wideband 5 ppm of Full Scale 20 nA C 3 ppm of Full Scale 12 nA F 15 ppm of Full Scale 40...

Page 691: ...C to 2315 C 1832 F to 4199 F 1 5 C 2 7 F 3 C 5 4 F Type E From 200 C to 900 C 328 F to 1652 F 0 4 C 0 72 F 0 8 C 1 44 F Type J From 210 C to 1200 C 346 F to 2192 F 0 5 C 0 9 F 1 C 1 8 F Type K From 2...

Page 692: ...V RMS Isolated channel V V ADC Isolated channel V V ADC Figure A 236 Isolation schematic Channel to chassis earth 33 V RMS 70 V DC Channel to channel Isolated GND to isolated GND 33 V RMS 70 V DC Inpu...

Page 693: ...Brown 350 bridge 10 Yellow Sense TEDS class 3 11 Grey Sense 12 Green TEDS class 2 13 Grey Black TEDS class 2 14 Green Black Analog to Digital Conversion Sample rate per channel 0 1 S s to 500 kS s AD...

Page 694: ...herefore there is always anti alias protection when wideband is selected Bessel IIR When Bessel IIR filter is selected this is always a combination of the anti alias filter built in the Sigma Delta AD...

Page 695: ...e dB Magnitude dB 100 Magnitude 102 33 101 74 101 16 100 58 99 43 98 86 98 29 97 72 1000 100 10 1 0 1 0 2 0 1 0 0 05 0 15 0 1 0 15 0 05 0 2 Frequency kHz Magnitude dB 1 mV Wideband 500 kS s Overview 1...

Page 696: ...ed Bandwidth c User selectable from 1 Hz to 50 kHz 0 1 dB passband flatness p 1 DC to 0 18 c Limited to 6 kHz for 1 mV range Stopband 180 dB 160 dB for 1 mV range Roll off 72 dB octave Frequency kHz F...

Page 697: ...h c User selectable from 2 5 Hz to 125 kHz 0 1 dB passband ripple p DC to 0 8 c Limited to 7 kHz for 1 mV range Stopband attenuation s 180 dB 160 dB for 1 mV range Roll off 72 dB octave Frequency kHz...

Page 698: ...sband ripple p DC to c For c 125 kHz DC to 100 kHz due to amplifier bandwidth When using the range 1 mV for c 10 kHz DC to 7 kHz due to amplifier bandwidth Stopband attenuation s 180 dB 160 dB for 1 m...

Page 699: ...y ls Approximately 1 5 to 2 5 c 0 1 dB passband flatness p 1 hc to lc limited to 7 kHz for 1 mV range High pass stopband attenuation hs 90 dB Low pass stopband attenuation ls 180 dB 160 dB for 1 mV ra...

Page 700: ...ined by synchronization method used None IRIG GPS Master Slave PTP Channel to Channel Crosstalk Channel to channel crosstalk is measured with a 50 termination resistor on the input and uses sine wave...

Page 701: ...s Trigger 1 high pulse per trigger on every channel trigger of this card only 12 8 s minimum pulse width 200 s 1 s 1 sample period pulse delay Alarm High when alarm condition is activated low when not...

Page 702: ...measuring times the real time calculators or Perception formula database can be used to enlarge the measuring time and improve the accuracy more dynamically e g based on measured cycles Gate measuring...

Page 703: ...to control update rate independent of sample rate Reset input Level sensitivity User selectable invert level Minimum setup time prior to signal edge s 100 ns Minimum hold time after signal edge h 100...

Page 704: ...eel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 251 Bi directional quadrature count modes Inputs 3 pins signal...

Page 705: ...Wheel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 252 Bi directional quadrature count modes Inputs 3 pins sig...

Page 706: ...sample period using binary time base Default 516 504 s for decimal binary time base compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards...

Page 707: ...d using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real ti...

Page 708: ...mple rates the number of calculators is reduced to match the available DSP power DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calculatio...

Page 709: ...ger Detector Source 1 Source N Programmable Math Sample Based Calculator F x Trigger Detector Source 1 Source N Programmable Math To Channel Card Trigger Source Figure A 254 Real time formula database...

Page 710: ...NRF file During recording use a review while recording display to monitor the results In user mode Dual Perception V7 0 calculates and stores the sample based results for the sweep high rate data samp...

Page 711: ...nature of cycle based results all cycle based results are continuously stored and used in both the sweep as well as the continuous sections of the recording Acquisition Mode Details 16 Bit storage Sin...

Page 712: ...Sweep stretch User selectable On Off When enabled any new trigger event occurring in the post trigger segment of the sweep restarts the post trigger length If upon the detection of a new trigger the e...

Page 713: ...led channels to optimize the continuous streaming rate Maximum recording time Until storage media filled or user selected time or unlimited when using circular recording Maximum aggregate streaming ra...

Page 714: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 715: ...outs G088 G089 and or G090 allow flexible connections to the GN1640B or GN840B Thermocouple RG 58 Coax cable KAB7 5 00 2 2 2 DIN rail breakout IEPE Full bridge LS 2 1 KAB2124 3 GN1640B Figure A 255 Fl...

Page 716: ...H 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30...

Page 717: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 718: ...ported Digital Event Timer Counter 16 digital events and 2 Timer Counter channels Standard data streaming up to 200 MB s Yes supported by all GEN series mainframes Fast data streaming up to 1 GB s Not...

Page 719: ...ling frequency 1 6 Hz 10 3 dB 60 50 40 30 20 10 0 0 001 0 01 0 1 1 10 100 Magnitude dB 1 6 Hz AC coupling response dB 0 10 20 30 40 50 60 70 80 90 100 0 001 0 01 0 1 1 10 100 Magnitude Frequency Hz 1...

Page 720: ...er 200 overload Input Ranges When Using Passive Voltage Probes Detailed probe specifications can be found at the end of this datasheet Single ended Added voltage ranges G901 10 1 divide factor 50 V 10...

Page 721: ...RG 58 Wire diagnostics Open and shorted IEPE wiring detected Requires Perception V7 00 or higher TEDS support Class 1 including software selectable auto detect the presence of an attached sensor Char...

Page 722: ...RUZ Time base accuracy Defined by mainframe 3 5 ppm 1 aging after 10 years 10 ppm Binary sample rate Supported produces rounded BIN values when calculating FFT s Maximum binary sample rate 256 kS s Ex...

Page 723: ...er is always in the signal path Therefore the anti alias protection is always active when Sigma Delta wideband is selected Bessel IIR When Bessel IIR filter is selected this is always a combination of...

Page 724: ...e rates 0 1 dB passband flatness 1 DC to 20 kHz Frequency kHz 1000 100 10 1 0 1 Frequency kHz Magnitude dB Magnitude dB 150 130 110 90 70 50 30 10 10 Magnitude dB 0 2 0 15 0 1 0 05 0 05 0 0 05 0 1 0 1...

Page 725: ...ser selects divide factor from current sample rate software then adjusts filter when sample rate is changed Bandwidth c User selectable from 40 Hz to 25 kHz 0 1 dB passband flatness p 1 DC to c 10 Sto...

Page 726: ...current sample rate software then adjusts filter when sample rate is changed Bandwidth c User selectable from 100 Hz to 62 5 kHz 0 1 dB passband flatness p 1 DC to c 2 or maximum 10 kHz Stopband atte...

Page 727: ...m current sample rate software then adjusts filter when sample rate is changed Bandwidth c 100 Hz to 62 5 kHz Stopband frequency s Approximately 1 25 c 0 1 dB passband flatness p 1 DC to c 1 5 or maxi...

Page 728: ...and 100 Hz High pass stopband frequency hs Approximately hc 2 5 Low pass bandwidth lc 2 kHz 20 kHz 40 kHz and 50 kHz Low pass stopband frequency s Approximately 1 5 to 2 5 c 0 1 dB passband flatness p...

Page 729: ...n card 0 1 deg 30 ns GN3210 Channels within mainframe 0 1 deg 30 ns Elliptic IIR Filter frequency 62 5 kHz 250 kS s Channels on card 0 1 deg 30 ns GN3210 Channels within mainframe 0 1 deg 30 ns GN3210...

Page 730: ...pulse per trigger on every channel trigger of this card only 12 8 s minimum pulse width 200 s 1 s 1 sample period pulse delay Alarm High when alarm condition is activated low when not activated alarm...

Page 731: ...to control update rate independent of sample rate Reset input Level sensitivity User selectable invert level Minimum setup time prior to signal edge s 100 ns Minimum hold time after signal edge h 100...

Page 732: ...eel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure A 271 Bi directional quadrature count modes Inputs 3 pins signal...

Page 733: ...measuring times the real time calculators or Perception formula database can be used to enlarge the measuring time and improve the accuracy more dynamically e g based on measured cycles Gate measuring...

Page 734: ...516 504 s for decimal binary time base to be compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards used within the mainframe Cross chann...

Page 735: ...d using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real ti...

Page 736: ...r sample rates the number of calculators is reduced to match the available DSP power DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calcul...

Page 737: ...Enabled Channels 1 Ch 16 Ch 32 Ch 1 Ch 16 Ch 32 Ch 1 Ch 16 Ch 32 Ch Max sweep memory 1000 MS 62 5 MS 31 MS not used 800 MS 50 MS 25 MS Max sweep sample rate 250 kS s not used 250 kS s Max continuous...

Page 738: ...number of Sweeps 1 per recording Maximum slow sample rate Fast sample rate divided by two Maximum fast sample rate switches 20 sample rate switching always stops when sweep ends Minimum time between...

Page 739: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 740: ...2 POS CH 1 NEG CH 1 POS RESERVED CH 16 NEG CH 16 POS CH 15 NEG CH 15 POS CH 14 NEG CH 14 POS CH 13 NEG CH 13 POS CH 12 NEG CH 12 POS CH 11 NEG CH 11 POS CH 10 NEG CH 10 POS CH 9 NEG CH 9 POS 17 RESER...

Page 741: ...H 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30...

Page 742: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 743: ...calculators option Not supported EtherCat output Not supported Digital Event Timer Counter 16 digital events no Timer Counters Standard data streaming up to 200 MB s Yes supported by all GEN series ma...

Page 744: ...ling frequency 1 6 Hz 10 3 dB 60 50 40 30 20 10 0 0 001 0 01 0 1 1 10 100 Magnitude dB 1 6 Hz AC coupling response dB 0 10 20 30 40 50 60 70 80 90 100 0 001 0 01 0 1 1 10 100 Magnitude Frequency Hz 1...

Page 745: ...er 200 overload Input Ranges When Using Passive Voltage Probes Detailed probe specifications can be found at the end of this datasheet Single ended Added voltage ranges G901 10 1 divide factor 50 V 10...

Page 746: ...s AD7764BRUZ Time base accuracy Defined by mainframe 3 5 ppm 1 aging after 10 years 10 ppm Binary sample rate Supported produces rounded BIN values when calculating FFT s Maximum binary sample rate 20...

Page 747: ...additional benefits like higher order filter with steep roll off a larger selection of filter characteristics noise free digital output and no additional phase shifts between channels that use the sa...

Page 748: ...20 kHz Frequency kHz 1000 100 10 1 0 1 Frequency kHz Magnitude dB Magnitude dB 150 130 110 90 70 50 30 10 10 Magnitude dB 0 2 0 15 0 1 0 05 0 05 0 0 05 0 1 0 15 0 2 1000 100 10 1 0 1 1000 100 10 1 0...

Page 749: ...e software then adjusts filter when sample rate is changed Bandwidth c User selectable from 40 Hz to 2 kHz 0 1 dB passband flatness p 1 DC to c 10 Stopband attenuation s 80 dB Roll off 72 dB octave fo...

Page 750: ...rate software then adjusts filter when sample rate is changed Bandwidth c User selectable from 100 Hz to 5 kHz 0 1 dB passband flatness p 1 DC to c 2 Stopband attenuation s 80 dB Filter roll off 72 d...

Page 751: ...user programmable invert level Inputs 1 pin per input some pins are shared with Timer Counter inputs Overvoltage protection 30 V DC continuously Minimum pulse width 100 ns Maximum frequency 5 MHz Digi...

Page 752: ...516 504 s for decimal binary time base to be compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards used within the mainframe Cross chann...

Page 753: ...d using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real ti...

Page 754: ...er of calculators 32 DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calculation with the highest computation power could result in a reduc...

Page 755: ...ts all cycle based results are continuously stored and used in both the sweep as well as the continuous sections of the recording Recording Mode Details Recording Mode Details 16 Bit storage Single Sw...

Page 756: ...number of Sweeps 1 per recording Maximum slow sample rate Fast sample rate divided by two Maximum fast sample rate switches 20 sample rate switching always stops when sweep ends Minimum time between...

Page 757: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 758: ...2 POS CH 1 NEG CH 1 POS RESERVED CH 16 NEG CH 16 POS CH 15 NEG CH 15 POS CH 14 NEG CH 14 POS CH 13 NEG CH 13 POS CH 12 NEG CH 12 POS CH 11 NEG CH 11 POS CH 10 NEG CH 10 POS CH 9 NEG CH 9 POS 17 RESER...

Page 759: ...H 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30...

Page 760: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 761: ...Fiber optic connectors 8 in 1 out Type KF66 A26P N Pull up 25 5 k 5 Volt Voltage range TTL compatible maximum 30 V Voltage levels Logic threshold voltage level 0 30 V to 0 7 V Logic threshold voltage...

Page 762: ...tput functionality ARM status Active when continuous recording active or when named in triggered sweep mode Functionality General Number of Channels 3 Pins per channel 3 Function l Clock l Direction l...

Page 763: ...us 1 counter Ch enabled 32 MS Markers plus 2 counter Ch enabled 20 MS Markers plus 3 counter Ch enabled 16 MS Acquisition Modes Component Description Sweeps Triggered acquisition to RAM with no sample...

Page 764: ...Miscellaneous Component Unit Description Value Output power Typical 20 C ambient PCB 5 V 0 5 A Typical 60 C ambient PCB 5 V 0 35 A GEN3t 764 I3995 3 1 en HBM public...

Page 765: ...gure A 289 Logic threshold voltage levels Protection 30 V continuous Reset modes External Logical 1 or 0 Modes Manual software control On Start of Acquisition Use an External Trigger Once Use an Exter...

Page 766: ...quency 10 MHz Direction External Up down Gate time User selectable in 1 2 5 steps 1 ms to 10 sec Inaccuracy Gate time 10 ns Measurement Counts and period Pulse per rotation User selectable RPM Counts...

Page 767: ...mbination of Sweeps and Continuous recorder type streaming to hard disk with simultaneously triggered sweeps in RAM Slow Fast Sweep A triggered acquisition in RAM which includes an acquisition phase w...

Page 768: ...e refer to the following website www rrc ps com Chemical system Lithium Ion Li Ion Battery voltage 11 25 V Typical weight 490 g 1 1 lb Nominal capacity 8850 mAh Mechanical form factor SM202 Dimensions...

Page 769: ...rt SmBus Level 3 Maximum charge current 3 A or limited by smart battery Battery recalibration SmBus 1 2 A 12 V Charge strategy Simultaneous for two batteries The ten bay charger first charges two batt...

Page 770: ...the input type positive or negative Cable variants KAB171 SUBD connector to 16 male BNCs 1 BNC channel single ended 16 coax cables 1 coax cable channel 5 V output not connected in cable KAB172 SUBD co...

Page 771: ...re B 6 Eight channel breakout cable Cable length 3 0 m 9 9 ft Cable type 16 coax cables to minimize crosstalk between cables bundled in a sleeve for ease of use Coax cable Axon RG178 B U RoHS complian...

Page 772: ...le in to female out not isolated from panel Panel connection Direct connections with KAB171 and KAB172 Panel variants G056 16 channel differential 2 BNCs channel G058 32 channel single ended 1 BNC cha...

Page 773: ...re B 10 DIN rail mountable breakout block 1 G088 02 1 G089 2 Thermocouple breakout DIN rail thermocouple with cold juntion and TEDS DIN rail mountable breakout block Converts ODU input connector to un...

Page 774: ...re B 12 DIN rail mountable breakout block 1 G090 02 G088 G089 and G090 card breakouts assembled on a 19 DIN rail For the GN840B and GN1640B card breakouts are created that can be assembled on a 19 DIN...

Page 775: ...eces included in both GN410 and GN411 Figure B 14 Shunt calibration completion plug in module B 3 2 16 pin LEMO connector pack 1 G069 2 16 pin LEMO connector pack Option to be ordered separately LEMO...

Page 776: ...en Resistor Figure B 16 Block diagram and image In accuracy 0 02 Temperature coefficient 5 ppm oC 9 ppm oF Bandwidth 0 5 dB 300 kHz Input pins 4 mm safety banana 13 mm 0 51 spacing Output pins 4 mm sa...

Page 777: ...on N is the voltage present on the artificial star point L1 L1 out L2 out L3 out L2 L3 N 300k 300k 300k 250pF 250pF 250pF Figure B 18 Electrical schematic Weight 170 g 6 oz Material housing Polyuretha...

Page 778: ...ut L2 Out L1 Out L4 Out L5 Out L1 L1 L2 L3 L4 L5 L2 L3 L4 L5 N N Warning N Artificial Star Point is not ground or earth Only connect the both N pins together to create one artificial star point Connec...

Page 779: ...hronization connector of mainframe for Slave mode Maximum mainframes GEN3i and GEN3t 16 Slave mainframes 17 including Master mainframe GEN7i and GEN7tA 48 Slave mainframes 49 including Master mainfram...

Page 780: ...non synchronous action Synchronously records distributed data with a mix of GEN7i GEN3i mainframes in Master Slave setup while running Perception on each of the mainframes A more typical Master Slave...

Page 781: ...ard 1 G083 2 Master output card to support four Slave mainframes per Master output card Two Master output cards per option carrier card multiple option carrier cards per mainframe IRIG card 1 G001 2 I...

Page 782: ...Time Code format IRIG B compliant with IEEE 1344 Modulation ratio 3 1 Output amplitude 4 V Peak to Peak fixed into 50 DC level shift TTL CMOS AM modulated input output connectors Two SMB sockets one f...

Page 783: ...quired to full synchronization after GPS localization completed No recording active 1 to 10 minutes Recording or pause active 1 to 10 minutes plus 25 s per ms recording time deviation from IRIG time U...

Page 784: ...wave length 1310 nm Maximum cable length 10 km 6 2 mi using OS2 specified optical cable KAB288 or KAB289 TCP IP IPv4 Address setup DHCP Auto IP or fixed IP DHCP setup When DHCP fails the APIPA Automat...

Page 785: ...en DHCP fails the APIPA Automatic Private IP Addressing is used similarly to Windows PCs Gateway setup Gateway setup supported for control through VPN and or Internet TCP IP IPv6 Not supported PTP V2...

Page 786: ...file supported Process Data Objects PDO DPRAM 60 kB Maximum update rate 1000 updates per second Dynamic mode Variable ESI file dynamically configured with all published channels using the user defined...

Page 787: ...ly and non intrusively Electrical specifications Current range 30 mA to 30 A DC 30 mA to 20 A RMS In accuracy 1 of reading 2 mA at 25 C 77 F Phase shift 2 degrees when using frequencies below 1 kHz Cr...

Page 788: ...G912 AC DC Current Clamp i30s Option to be ordered separately Figure B 30 AC DC Current Clamp i30s GEN3t 788 I3995 3 1 en HBM public...

Page 789: ...ions Current range 0 1 A to 1200 A RMS can be manually selected in 3 steps 10 A 100 A 1000 A Selected current range 10 A 100 A 1000 A Measurement range 0 1 to 12 A 0 1 to 120 A 1 to 1200 A Output sens...

Page 790: ...G913 AC Current Clamp SR661 Option to be ordered separately Figure B 32 SR661 AC Current Clamp GEN3t 790 I3995 3 1 en HBM public...

Page 791: ...ical specifications Current range 50 mA to 20 A RMS In accuracy 1 Output sensitivity 100 mV A Bandwidth 3 dB 30 Hz to 100 kHz 3 40 Hz to 2 kHz Load impedance 30 k Isolation Working voltage 640 V RMS G...

Page 792: ...ly voltages 15 V 5 and 15 V 5 80 mA Is Original manufacturers part number LEM ULTRASTAB series Operating temperature range 10 oC to 50 oC 50 F to 122 F Device IT 1000 S SP1 IT 700 S IT400 S IT 200 S I...

Page 793: ...ensions B 8 2 Connection cable LEM CT to MCTS Connection cable LEM CT to MCTS Option to be ordered separately Connection cable between LEM current transducer and MCTS power supply Available in lengths...

Page 794: ...BD Output connectors 4 mm banana plugs Signal LEDS CT Power CT Status Power supply 100 to 240 V AC 47 to 63 Hz 650 mA Weight Typical 6 5 kg 14 33 lbs configured with 6 channels Original manufacturers...

Page 795: ...1kV DC CAT II 600V 4 2M 1kV DC CAT II 600V 5 2M 1kV DC CAT II 600V 6 Channel 6 Channel 5 Channel 4 Channel 3 Channel 2 Channel 1 POWER I OUT TRANSDUCER TRANSDUCER TRANSDUCER TRANSDUCER TRANSDUCER TRAN...

Page 796: ...ature 40 C to 80 C B 9 2 Heavy duty fiber optic duplex cable KAB278 Fiber Cables Option to be ordered separately Heavy duty fiber optic duplex cable 1 KAB278 xxx Polyurethane outer jacket Aramid stren...

Page 797: ...ered separately Heavy duty fiber optic duplex patch cable 1 KAB279 xxx Polyurethane outer jacket Aramid strenght member 500 m optical fiber 900 m elastomeric tight buffer Ripcord ket er er er d Connec...

Page 798: ...lti Mode Core Cladding diameter 50 125 m Jacket size diameter Typically 2 mm 0 08 single core Jacket rating Low smoke zero halogen Attenuation 2 7 dB km 850 nm Available lengths 3 10 20 and 50 m 10 33...

Page 799: ...Mode Core Cladding diameter 9 125 m Jacket size diameter Typically 2 mm 0 08 single core Jacket rating Low smoke zero halogen Attenuation 0 5 dB km 1310 nm Available lengths 2 10 20 50 and 100 m 6 6...

Page 800: ...S2 Single Mode Core Cladding diameter 9 125 m Jacket size diameter 5 8 mm 0 23 Jacket rating Low smoke zero halogen Attenuation 0 5 dB km 1310 nm Available lengths 10 20 50 100 150 and 300 m 33 66 164...

Page 801: ...ption to be ordered separately GEN DAQ 1 Gbit Ethernet SFP 1310 nm Single Mode up to 10 km optical cable length supported LC connector support 1 Gbit SFP modules are not compatible with the 10 Gbit SF...

Page 802: ...Option to be ordered separately GEN DAQ 10 Gbit Ethernet SFP 1310 nm Single Mode up to 10 km optical cable length supported LC connector support 10 Gbit SFP modules are not compatible with the 1 Gbit...

Page 803: ...SSD operation Single drive EXT4 volume unformatted size 400 GB File system format Linux EXT4 Recorded data can be read copied and deleted by Perception when connected to this GEN DAQ mainframe Data e...

Page 804: ...parately connected to the adapter per transducer Whenever a test cell control system requires parallel access to the torque and or speed signals the adapter reconditions the incoming signals and outpu...

Page 805: ...ected Speed IN Torque IN 18 to 30 V 1A maximum DC Power IN Torque Torque OUT Torque RPM 0o Reference RPM 90o Speed OUT RPM 0o Reference RPM 90o Sh Supply voltage ground Supply voltage ground unt Shunt...

Page 806: ...MHz Output drivers AM26C31C Connectors Digital Event Timer Counter HD22 sub D 44 pin male connecting cable included Loop through event input 44 pin female D type connector AMP HD 22 series Tyco TE Con...

Page 807: ...ctor Event input All remaining events not used for sensor A and B torque and RPM measurements Figure B 52 G070A back view Back side connectors Sensor B input Torque and Speed Sensor B output Torque an...

Page 808: ...erence Signal Pin 8 Signal ground Pin 12 Rotational Speed 0 Signal Pin 13 Rotational Speed 0 Signal Pin 14 Rotational Speed 90 Signal Pin 15 Rotational Speed 90 Signal Shielding connected to connector...

Page 809: ...2 Event Input 12A Clock Timer Counter 1A PIN 13 Event Input 1B Reset Timer Counter 2B PIN 14 Event Input 2B Direction Timer Counter 2B PIN 15 Event Input 3B Clock Timer Counter 2B Figure B 56 Pin diag...

Page 810: ...MW 250Vpk 1 MW 250Vpk 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 MW 250Vpk 1 MW 250Vpk 1 2 3 4 5 6 7 8 1 MW 250Vpk 1 3 4 5 6 7 8 1 2 3 4 5 6 7 8 IN OUT RUN XMC 402 CH A CH B Ether L A U1 ERR L...

Page 811: ...1 TORQUE OUT A TxxCON1 TORQUE IN A Txx POWER IN EVENT IO LOOP THROUGH Power 5V 0 3A max Event IO to Txx Adapter A TxxCON2 SPEED OUT A TxxCON2 SPEED IN Control System GEN series Mainframe Torque Transd...

Page 812: ...9 8 1 15 9 1 8 9 15 A TxxCON1 TORQUE OUT A TxxCON1 TORQUE IN A Txx POWER IN EVENT IO LOOP THROUGH Power 5V 0 3A max Event IO to Txx Adapter A TxxCON2 SPEED OUT A TxxCON2 SPEED IN Txx Power Supply Txx...

Page 813: ...USA DIGITAL EVENT TIMER COUNTER B TxxCON2 SPEED OUT 1 8 9 15 8 1 15 9 8 1 15 9 1 8 9 15 A TxxCON1 TORQUE OUT A TxxCON1 TORQUE IN A Txx POWER IN EVENT IO LOOP THROUGH Power 5V 0 3A max Event IO to Txx...

Page 814: ...cm 6 76 Depth 123 6 cm 4 86 Grounding Using shield of GEN DAQ cable connection Casing Aluminum Accessories Cable to connect adapter to GEN DAQ mainframe event connector included with Torque RPM adapt...

Page 815: ...to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 30 EU Electrical Safety EN 61010 1 2010 Safety requirements for electrical equipment...

Page 816: ...U EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 150 kHz to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Vo...

Page 817: ...gital Event Timer Counter connector of GEN DAQ mainframes The adapter can optionally be connected directly to the GEN DAQ Binary Marker Timer Counter card Using the isolated Digital Event Adapter allo...

Page 818: ...VOS617A Ic 26 pin HD female 26 pin HD female 44 pin HD male To marker card 1 cable not included To marker card 1 cable not included To mainframe Digital Event Timer Counter connector 1 cable included...

Page 819: ...voltages see Figure B 64 and Figure B 65 Logic 0 1 0 V 0 0015 A 562 Rext Logic 1 1 3 V 0 0050 A 562 Rext Maximum nondestructive voltage 1 8 V 0 0150 A 562 Rext Minimum nondestructive reverse voltage...

Page 820: ...617A Ic Mainframe digital IO Rext Figure B 66 Add an external resistor to change output voltage levels 10 0 10 20 30 40 50 60 70 80 90 0 4 6 2 8 10 12 14 U external V Rext k Maximum Minimum Figure B 6...

Page 821: ...12 B15 B16 B3 B4 B7 B8 B11 ISO Event IO Adapter e e e e OUTPUT Vce max 80 V Vec max 7 V lc max 50 mA B1 B2 B1 B2 A3 A4 A7 A8 A1 A2 A5 A6 Figure B 68 G072 front connectors Isolated Digital Event Input...

Page 822: ...28 Ground PIN 29 Ground PIN 30 Ground PIN 1 Event Input 1A Reset Timer Counter 2A PIN 2 Event Input 2A Direction Timer Counter 2A PIN 3 Event Input 3A Clock Timer Counter 2A PIN 4 Event Input 4A PIN...

Page 823: ...71 If A K GHS Marker card Mainframe digital IO Figure B 73 Isolated input switched to negative input 50 5V 562 Isolated Input FODM8071 Data If A K GHS Marker card Mainframe digital IO Rext Uexternal F...

Page 824: ...digital IO C Ucontrol Data E If 430 VOS617A Ic Mainframe digital IO Rext Figure B 75 Isolated output switched to negative output Isolated Output only from mainframe digital IO C E If 430 VOS617A Ic M...

Page 825: ...e connection Casing Aluminum A1 A2 A5 A6 A9 A10 A13 A14 B10 B13 B14 B1 B2 B5 B6 B9 A1 e e e e OUTPUT Vce max 80 V Isolation 230 V RMS 562 INPUT Vin low 0 8 V Vin high 4 5 V 11 5 V Vec max 7 V lc max 5...

Page 826: ...humidity 95 90 RH 6 Cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Direc...

Page 827: ...n to be ordered separately Set of two cables to connect the digital marker A and digital marker B output connectors of the G072 isolated digital event adapter to either a GN6470 or a GN4070 marker car...

Page 828: ...black Isolation Wire to wire Shield to wire Shield Shield yellow Cable isolation Figure B 79 Shielded cable setup Wire thickness 2 0 75 mm2 0 00116 in2 Maximum wire resistance 0 250 m 0 0763 ft Weight...

Page 829: ...urbance 10 V RMS Clamp 70 60 50 40 30 20 10 0 0 1 1 10 100 2 Lead Wire Coax Cable 1 KAB290 xx 2 Lead Wire Coax Cable 1 KAB290 xx Figure B 80 Typical conducted immunity tested using 10 V range B 12 2 T...

Page 830: ...t Option to be ordered separately Figure B 82 GEN3t Rack Mount Kit Rack Mount Kit Mounting GEN3t mainframe in a standard 19 rack Requires no additional mounting materials User installed option 5 units...

Page 831: ...tely GEN3t Solid State Drive option Internal SSD in GEN3t mainframe 400 GB capacity 200 MB s continuous streaming rate Sweep storage rate depends on sweep length and number of channels Short sweeps ar...

Page 832: ...from the shipment case Protects the system from impact during drops shocks and vibrations Accessories Area Separate area for keyboard mouse power cable and additional cables Reliable Case Transport Wh...

Page 833: ...01 2 PNRF Free Viewer free of charge Option to be ordered separately Same as Perception Standard but without mainframe setup and control Opens every PNRF and NRF recording to review the recorded data...

Page 834: ...ended voltage probe Isolation Not supported always ground the negative input of the probe Capacitive compensation range 100 to 140 pF DC In accuracy 2 Divide factors 1 1 10 1 Probe impedance connecte...

Page 835: ...ive compensation range 7 to 75 pF DC In accuracy 2 G901 G902 Divide factors 1 1 10 1 1 1 10 1 Probe impedance connected to channel 1 M 10 M 1 M 10 M 3 dB Bandwidth 12 MHz 200 MHz 6 MHz 100 MHz Maximum...

Page 836: ...3 dB Bandwidth 400 MHz Maximum input voltage 1000 V RMS CAT II Probe cable length 1 2 m 3 9 ft Probe weight Typically 67 g 2 4 oz Probe operating temperature range 0 C to 50 C 32 F to 122 F Original...

Page 837: ...M 3 dB Bandwidth 300 MHz Maximum input voltage 2 kV RMS 50 60 Hz 3 kV DC Probe cable length 2 m 6 7 ft Probe weight Typically 68 g 2 4 oz Probe operating temperature range 0 C to 50 C 32 F to 122 F Or...

Page 838: ...obe cable length Typically 3 m 9 8 ft Probe weight Typically 465 g 16 4 oz Probe operating temperature range 0 C to 50 C 32 F to 122 F Original manufacturer s part number PMK PHV 4002 3 PMK 14KVAC 35...

Page 839: ...ck diagram passive single ended isolated voltage probe Isolation Supported if the acquisition card uses isolated amplifiers Capacitive compensation range 30 to 70 pF DC In accuracy 2 Divide factors 10...

Page 840: ...voltage probe Isolation Supported if the acquisition card uses isolated amplifiers Keep ground of probe below isolation level of input channel Capacitive compensation range 100 to 140 pF DC In accura...

Page 841: ...ed if the acquisition card uses isolated amplifiers Keep ground of probe below isolation level of input channel Capacitive compensation range 105 to 140 pF DC In accuracy 2 Divide factors 10 1 Probe i...

Page 842: ...age probe Isolation Not supported Capacitive compensation range 35 to 75 pF DC In accuracy 2 Divide factors 10 1 Probe impedance connected to channel 10 M for each probe 3 dB Bandwidth 100 MHz Maximum...

Page 843: ...B 20 kHz Output voltage 7 V 50 k load Output typical offset 5 mV Output typical noise 0 7 mV RMS Output source impedance 50 Divide factor 20 1 200 1 Maximum measuring voltage 140 V RMS CAT III 1000 V...

Page 844: ...0 V up to 1000 V The HDP10L probe is optimized to match the 57 pF input capacitance when using the ranges 10 mV up to 5 V ADC Uout Uin Isolated Channel Divider Probe Figure B 106 Block diagram and ima...

Page 845: ...d Channel C1 C1 LN PE Protective earth Functional earth Overvoltage protection Earth monitoring C2 C2 R1 R1 R2 R2 Figure B 108 Block diagram and image Maximum input voltage 5000 V RMS Divider ratio 50...

Page 846: ...ve maintenance is required Inspect the instrument s batteries at least twice a year but preferably every month Damaged batteries and batteries with reduced capacity should be replaced to meet the batt...

Page 847: ...drives warranty period Contact HBM service for more details C 2 2 Solid State Drive SSD Solid State Drives have no mechanical parts that can fail However each block of data on a Solid State Drive can...

Page 848: ...CAUTION Do not to exceed the drives warranty period Contact HBM service for more details GEN3t 848 I3995 3 1 en HBM public...

Page 849: ...he surfaces with a clean soft cloth dampened with water The GEN3t does not require additional routine cleaning If the cooling inlets on the side of the instrument become clogged with dust use a small...

Page 850: ...n of the problem and your contact information A Return Material Authorization RMA number will be issued Attach this number and the accompanying paperwork to the unit During the warranty period the cus...

Page 851: ...pping replacing or removing the cards may result in minor deviations to the original calibration HBM recommends that the GEN series system should be tested and if necessary calibrated once a year or a...

Page 852: ...frame not found on network If the mainframe is not detected by Perception follow the steps below to determine the cause of the problem and follow up measures Each numbered item in the flowchart see Fi...

Page 853: ...ork adapter works in another network environment e g corporate network Direct connection between PC and mainframe Works with direct connection Check network components Network allows broadcast and mul...

Page 854: ...dialog above see Figure E 2 to initiate a new network search for the mainframe Typically the mainframe should appear within a few seconds 2 Mainframe shown in hardware navigator Perception will show t...

Page 855: ...t cards on page 94 7 On the Interface Controller module of the mainframe look for the network connectors For more information please refer to Communication and control on page 156 8 For more informati...

Page 856: ...GEN series use a number of multicast and broadcast ports and addresses to allow detection of the mainframe in the network These ports and addresses should be open for communication in the network A de...

Page 857: ...mal In rare cases the upgrade might have failed This could result in l The mainframe using the old software l The mainframe using the minimum mode software In both cases Perception software will autom...

Page 858: ...rds to allow access to the mainframes backplane See Removing and installing input cards on page 94 for more details 3 Locate the boot mode switch on the mainframes backplane Figure E 5 Location of boo...

Page 859: ...e will automatically reboot 9 When reboot is completed turn of the mainframe and remove the power cord 10 Remove all acquisition cards to allow access to the mainframes backplane 11 Shift the black le...

Page 860: ...ver voltage l If this happens while Perception is connected a message is shown that tells the reason for the shutdown Apart from that a message is shown when connecting the next time even if Perceptio...

Page 861: ...ter Slave cables Both LEDs at the connector should be lit l Verify the cable type The Master Slave cables should be Multi Mode 850 nm optical cables l Very long cables and optical couplers in the cabl...

Page 862: ...onization can take a long time Be patient You may try switching back to RTC and starting all over again l Check whether the signal IRIG is free of distortions e g record the IRIG signal and check whet...

Page 863: ...gth printed on the label of the SFP module with the specification of the cable used 2 Check whether the communication speed at both ends of the fiber optic connection are the same 3 Inspect the cable...

Page 864: ...ve mainframes For GEN2i GEN3i GEN3t GEN7i GEN7tA and GEN17tA use the Master Slave synchronisation connector 6 Check if both LEDs on both Master Slave cards are illuminated green For GEN2i GEN3i GEN3t...

Page 865: ...Trigger group in the task pane and select Channel 10 In the Trigger mode column set all triggers to Off Figure E 9 Trigger mode list 11 Select the input with the connected TTL level 1 Hertz signal on...

Page 866: ...re proceeding to the next step Figure E 11 MASTER SLAVE Synchronized 2 Press Run in the acquisition control panel to start a recording 3 The signal on the master mainframe will now generate a trigger...

Page 867: ...2 6 mm wide Equipment designed to be placed in a rack is described as rack mount or a rack mounted system The GEN3t by itself cannot directly be mounted into a 19 inch rack For this you need to use th...

Page 868: ...e only two screws that fastened to the upper portion of both sides of the brackets as shown in Figure F 2 A Figure F 2 GEN3t with installed 19 inch brackets A Screw location GEN3t 868 I3995 3 1 en HBM...

Page 869: ...mainframes the GEN2i and GEN5i have no support for PTP time synchronization G 1 2 GEN7t and GEN16t The GEN7t and GEN16t only support PTP time synchronization when using an Interface Controller module...

Page 870: ...G 1 3 GEN7i Figure G 2 GEN7i PTP enabled ports A PTP enabled network RJ45 B PTP enabled network optical SFP slot SFP module is optional GEN3t 870 I3995 3 1 en HBM public...

Page 871: ...G 1 4 GEN7tA Figure G 3 GEN7tA PTP enabled ports A PTP enabled network RJ45 B PTP enabled network optical SFP slot SFP module is optional GEN3t I3995 3 1 en HBM public 871...

Page 872: ...G 1 5 GEN3i and GEN3t Figure G 4 GEN3i GEN3t PTP enabled ports A PTP enabled network RJ45 B PTP enabled network optical SFP slot SFP module is optional GEN3t 872 I3995 3 1 en HBM public...

Page 873: ...G 1 6 GEN17tA Figure G 5 GEN17tA PTP enabled ports A PTP enabled network RJ45 B PTP enabled network optical SFP slot SFP module is optional GEN3t I3995 3 1 en HBM public 873...

Page 874: ...G 2 1 GEN7t GEN16t Perception settings As the GEN7t and GEN16t only have 1 PTP port set Sync Source to PTP1 Figure G 6 Perception Sync source option PTP 1 A Sync source option B RTC C PTP 1 GEN3t 874...

Page 875: ...t GEN7tA and GEN17tA Perception settings Set Sync Source to PTP1 RJ45 or to PTP2 optical Figure G 7 Perception Sync source option PTP 1 or PTP 2 A Sync source option B RTC C PTP 1 D PTP 2 GEN3t I3995...

Page 876: ...EN3i GEN7i with single QuantumX B version module Figure G 8 GEN3i with single MX1609KB MX1609TB Overview Note Setup only shows GEN3i GEN3i can be replaced by GEN7i Note Setup only shows MX1609KB MX471...

Page 877: ...3 2 GEN3i GEN7i with single SomatXR B version module Figure G 9 GEN3i with single SomatXR MX1609KB R Overview Note Setup only shows GEN3i GEN3i can be replaced by GEN7i GEN3t I3995 3 1 en HBM public 8...

Page 878: ...P address and non overlapping net masks for each of the GEN3i network ports to make sure the setup always works Background network details If the network ports are configured for DHCP setup each of th...

Page 879: ...les requires more than one power supply see QuantumX documentation Note All modules must be B versions one module must set to clock master and connected to the GEN3i PTP Ethernet HINT TIP This setup u...

Page 880: ...e APIPA protocol on the PTP port does not detect the address used any of the network devices on the second network port At random the PTP QuantumX system might end up with exactly the same network IP...

Page 881: ...mX documentation HINT TIP This setup is preferred as it doesn t require any manual network setup However it does require a PTP switch HINT TIP Perception V6 72 allows the PTP synchronisation within th...

Page 882: ...N7tA GEN17tA with single QuantumX B version module Figure G 13 GEN7tA with single QuantumX B version module Note Setup only shows GEN7tA GEN7tA can be replaced by GEN3t or GEN17tA GEN3t 882 I3995 3 1...

Page 883: ...G 14 GEN7tA with multiple MX1609KB MX1609TB Using PTP switch Note Setup only shows GEN7tA GEN7tA can be replaced by GEN3t or GEN17tA Note Multiple QuantumX modules requires more than one power supply...

Page 884: ...8 GEN7t GEN16t with single QuantumX B version module Figure G 15 GEN7t with single QuantumX B version module Note Setup only shows GEN7t GEN7t can be replaced by GEN16t GEN3t 884 I3995 3 1 en HBM pub...

Page 885: ...igure G 16 GEN7t with multiple MX1609KB MX1609TB Using PTP switch Note Setup only shows GEN7t GEN7t can be replaced by GEN16t Note Multiple QuantumX modules requires more than one power supply see Qua...

Page 886: ...p using IRIG to PTP Bridge Figure G 17 Setup of IRIG to PTP Bridge Note GEN7tA can be replaced by GEN3t GEN7t GEN17tA GEN3i GEN7i Settings in Perception Use the RJ45 connector for PTP support PTP 1 GE...

Page 887: ...lent model Symmetricom Xli GPS receiver Model 1510 713 Figure G 18 Symmetricom Xli GPS receiver For more information please refer to www microsemi com GPS to PTP Bridge Successfully tested OTMC 100i G...

Page 888: ...capable switch l Successfully tested Siemens scalance xr324 12m Figure G 19 Siemens scalance xr324 12m For more information please refer to www support automation siemens com CN GEN3t 888 I3995 3 1 en...

Page 889: ...ssible l Master Slave setup and PTP Synchronization l Set GEN3i as Master and GEN3t as Slave Figure G 20 Example of correct PTP usage Note GEN3i can be replaced by GEN7i The GEN3t can be replaced by G...

Page 890: ...errors Figure G 21 Example of incorrect PTP usage This is not possible l Set Sync Source to PTP1 RJ45 or to PTP2 optical l Both at the same time is not possible we don t bridge PTP1 to PTP2 GEN3t 890...

Page 891: ...document explains how to use the settings to get the job done H 1 1 GEN DAQ settings explained All settings shown in this document can be found in the Perception software In Perception activate the s...

Page 892: ...ttings sheet to show the advanced dark grey settings by using the Settings menu item Settings Show Settings Advanced All settings Figure H 2 Settings menu A Advanced All Settings GEN3t 892 I3995 3 1 e...

Page 893: ...me base settings B Clock base This setting must be set to External C Unit During rotating measurements this would be normally Degrees D Unit scaling and Clock scaling Scale result These two settings d...

Page 894: ...cycle from the exhaust cycle Typically the ignition and exhaust cycles are treated as a 720 degree rotation cycle together For every 360 degree rotation a TDC pulse will be generated by the engine For...

Page 895: ...ee the individual specification sheets of the different acquisition cards for details Make sure and check that the maximum external sample rate is not exceeded Exceeding the sample rate will results i...

Page 896: ...e measurement resolution but it does allow a measurement at higher external clock rates H 1 4 Perception Display settings explained The Perception displays are capable of handling external time base r...

Page 897: ...Linear C Rotational 360 degrees per cycle D Rotational 720 degrees per cycle A Linear The X position is expressed in units as selected in the Mainframe Memory Time base settings dialog E g 1000 degree...

Page 898: ...1 5 Cylinder Pressure Analysis option package HBM offers a special custom software package for Perception to analyze some parameters of combustion engines The basic purpose of the current program ver...

Page 899: ...to use all of the available TDC settings When properly used during the recording process the defined Offset Analysis interval and Cycle size of the Cylinder pressure analysis CSI will automatically pr...

Page 900: ...ed with this sensitivity Applying a technical unit multiplier of 10 or decreasing the amplifier sensitivity to 200 V range both would make this setting valid Do not expect Perception to re calculate t...

Page 901: ...igger l Falling edge Figure H 8 Example of a dY dT triggering In the next images the two cursors are set to 2 ms This means the difference between the blue and the red cursor will be the value sent to...

Page 902: ...l Difference is 2 451 V l dY not met no trigger Figure H 9 Sample recording 1 l Next sample recorded sample of blue cursors see Figure H 10 l Difference now is 3 81633 V l dY not met no trigger Figur...

Page 903: ...l Difference now is 4 49867 V l dY met l As previous dY was higher value this is a falling edge trigger Figure H 11 Sample recording 3 Note Trigger edge in this case is the edge of the differentiated...

Page 904: ...ible External Start Stop is available when a GN1610 GN1611 GN3210 GN3211 GN610 GN611 card is installed The first software version that supports this feature is 6 40 The External start stop enabled see...

Page 905: ...rt setting of Event channels 15 and 16 of the corresponding card see Figure H 14 These settings are located under Input Marker event in the settings spreadsheet Figure H 14 Event channels Marker Chann...

Page 906: ...8 39 40 41 42 43 44 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 31 16 30 44 15 1 31 A B C D Figure H 15 Digital Event Timer Counter connector with External Start Stop pin assignment A PIN 31 Event Input 15B E...

Page 907: ...ble time period the same event will not be detected For example if a Start event is received a new start event will not be detected for 100 ms However if a Stop event occurrrs immediately after a Star...

Page 908: ...ized fiber 850 nm 8 dB 3 5 dB km 0 75 dB 2000 MHz km OM4 Multi Mode 50 125 m laser optimized fiber 850 nm 8 dB 3 5 dB km 0 75 dB 4700 MHz km OS1 Single Mode 9 125 m 1310 nm 10 dB 1 dB km 0 75 dB N A O...

Page 909: ...is the product of the GHS system s maximum signaling speed and the defined fiber cable bandwidth GHS signaling speed over optical fiber 1000 MHz OM class defined bandwidth BW Maximum fiber cable leng...

Page 910: ...e s wired network ports The magic packet must contain the MAC or Physical address of the connected network port Generating a magic packet can be done with third party tools or custom built application...

Page 911: ...k traffic on different segments within the network l Without using routers or layer 3 switches magic packets can be sent within a LAN without problems l When your company uses layer 3 switches your IT...

Page 912: ...MAC Physical address can be found in Windows in the following manner 1 Connect the required network port 2 Go to Windows Network and Sharing Center Select Local Area Connection A Figure H 16 Network a...

Page 913: ...3 The Local Area Connection Status dialog opens Select Details Figure H 17 Local Area Connection Status GEN3t I3995 3 1 en HBM public 913...

Page 914: ...ils dialog as a twelve character string H 5 2 Locating GEN3t GEN7tA and GEN17tA MAC Physical address For GEN3t GEN7tA and GEN17tA the MAC Physical address can be found in Perception in the following m...

Page 915: ...rame view B Figure H 19 Hardware window in Perception A Target mainframe B Mainframe view 5 The MAC Physical address of the selected network connection is displayed in the Properties window as a twelv...

Page 916: ...onnector on the mainframe see chapter From level converter to Digital I O connector on the mainframe on page 919 H 6 1 From encoder to level converter The Level converter 1 G070 2 offers the possibili...

Page 917: ...pulse revolution 5 V Pin 2 3 Rotational speed measurement signal pulse string 5 V 90 phase shifted Pin 15 4 Reference signal 1 pulse revolution 5 V Pin 3 5 Not in use 6 Rotational speed measurement si...

Page 918: ...coder has the following characteristics PIN 1 PIN 6 PIN 3 PIN 7 PIN 2 PIN 4 2500 Ous 2 40V Edge CH5 Normal 1 2500 Ous F1 90 Reset F1 Figure H 22 Rotational speed signals at level converter GEN3t 918 I...

Page 919: ...igital I O channels with Perception In order to activate the Digital I O channels including the counter timer channels a module that supports the Digital I O connector must be installed Not all input...

Page 920: ...A Direction Timer Counter 2A PIN 3 Event Input 3A Clock Timer Counter 2A PIN 4 Event Input 4A PIN 5 Event Input 5A PIN 6 Event Input 6A PIN 7 Event Input 7A PIN 8 Event Input 8A PIN 9 Event Input 9A P...

Page 921: ...e counter result The reset signal is Ev B7_01 the input F1 is Ev B7_02 and the input F1 is Ev B7_03 If you only need to view the Timer Counter result and have no interest in the individual signals do...

Page 922: ...B with 18 bit resolution 2 Configure the B Txx CON2 in Ch B9 Perception Figure H 27 Configuration of the B Txx CON2 connector in Perception A Signal coupling mode In quadrature mode the counter suppor...

Page 923: ...only increments decrements on the rising edge of the signal input This is the default traditional quadrature count mode l In double precision the counter increments decrements on both the rising and f...

Page 924: ...ulses from encoder x 4 transitions quad precision selected F Technical units offset 0 G Technical units degrees H Invert reset pin Deactivated A High Level of Reset input is needed to reset the counte...

Page 925: ...Configuring the counters channel A Sensor goups Counters F1 F2 Quadrature B General information Name F1 F2 Quadrature Assign the sensor F1 F2_Quadrature sensor to Channel Ch B9 Note Disable the Inver...

Page 926: ...e B Txx CON2 connector in Perception A Sensor B Invert reset pin The settings of the the frequencies F1 F1 reset and the counter signal on ChB9 are displayed in the following window see Figure H 31 GE...

Page 927: ...Figure H 31 F1 F1 Reset Angular variation Perception A F1 B F1 C Reset D Angular variation GEN3t I3995 3 1 en HBM public 927...

Page 928: ...s often done for drives that contain swap files or temporary data WARNING RAID is no substitute for back up All RAID levels offer protection from a single drive failure except RAID 0 For complete secu...

Page 929: ...tend array 1 N A 1 2 Maximum volume size Sum of Disks One disk size Sum Of Disks 1 Sum of Disks 2 Redundant storage 0 100 1 parity disk array 100 Approximate storage speed Sum of disks No of Disks 2 N...

Page 930: ...K 5 BLOCK 7 BLOCK 2 BLOCK 4 BLOCK 6 BLOCK 8 DISK 1 DISK 2 RAID 0 Striping Figure I 1 RAID 0 Striping Advantages l Great performance both in read and write operations l All storage capacity is used the...

Page 931: ...4 BLOCK 1 BLOCK 2 BLOCK 3 BLOCK 4 DISK 1 DISK 2 RAID 1 Mirroring Figure I 2 RAID 1 Mirroring Advantages l Offers excellent read speed and a write speed that is comparable to that of a single disk l I...

Page 932: ...ften used on these controllers to improve the write performance RAID 5 is a good all round system that combines efficient storage with excellent security and decent performance BLOCK 1A BLOCK 1B BLOCK...

Page 933: ...ng BLOCK 1 BLOCK 2 BLOCK 3 BLOCK 4 BLOCK 1 BLOCK 2 BLOCK 3 BLOCK 4 DISK 1 DISK 2 RAID 1 Mirroring Figure I 4 RAID level 10 Combining RAID 0 RAID 1 Advantages l Great performance both in read and write...

Page 934: ...ynology installation instructions to install the iSCSI setup software Available here www synology com support download php lang us 3 Start Synology assistant from the program menu Note Synology assist...

Page 935: ...a NAS If you see a login screen you need to log in with the details that were used to set up the NAS the first time it was used Please refer to the manufacturer s guide if you need more information P...

Page 936: ...5 When logged in and on the home screen click the main menu icon A as shown in Figure I 7 Figure I 7 Home screen A Main menu icon GEN3t 936 I3995 3 1 en HBM public...

Page 937: ...6 A quick launch window will open Figure I 8 Quick launch window A Storage Manager Click the Storage Manager icon GEN3t I3995 3 1 en HBM public 937...

Page 938: ...I LUN In Perception this information will be used in the External Storage Setup iSCSI Target dialog box The same procedure can be performed by using the iSCSI LUN tab Create button If you want to crea...

Page 939: ...SCSI Target Figure I 10 iSCSI Target window dialog A Create tab B Edit tab This tab shows the available iSCSI Target disks and their details To create a new iSCSI Target click Create GEN3t I3995 3 1 e...

Page 940: ...Target Name A CHAP C password protection can also be set up this is the same password that will be used in the Perception setup dialog External Storage Setup iSCSI Logon User name and Password If you...

Page 941: ...l C Enable CHAP If logon Password protection is needed select this check box Note CHAP is used to authenticate iSCSI Initiators before using the iSCSI Target D CHAP Name Enter a name to be used for lo...

Page 942: ...as follows Figure I 12 Create a new iSCSI LUN target dialog From the Storage Manager window select Create new iSCSI LUN when no LUNs are yet available If LUNs are available then you may select Map exi...

Page 943: ...LUNs on RAID Select iSCSI LUN Block level Single LUN on RAID B This mode copies blocks of data exactly as they are and therefore offers the best performance For the following options l iSCSI LUN Regu...

Page 944: ...a new iSCI target Choose disks dialog appears Figure I 14 Create a new iSCSI LUN target Choose disks dialog Choose one or more physical discs to use as a LUN target and click Next GEN3t 944 I3995 3 1...

Page 945: ...a RAID type Select the RAID configuration you require A number of configurations are possible depending on the available setup The user must decide what is best here Some information is available on t...

Page 946: ...Figure I 16 Create a new iSCSI LUN target Perform disk check dialog Follow the on screen dialog and select your preference Disk checking will take a long time and depends on the size of the disk bein...

Page 947: ...presented Make sure the information is correct and then click Apply When the dialog box closes a new iSCSI Target LUN will appear in the iSCSI Target and or LUN tab of the Sinology software Note This...

Page 948: ...ram the internal EEPROM in the converter to support inverted TX RX lines required to work with BE3200 2 Unzip the downloaded ZIP Archive and run the FT_Prog program Connect the converter to a free USB...

Page 949: ...Signals see Figure J 2 5 In the Property column select Invert TXD and Invert RXD check boxes see Figure J 2 Figure J 2 FTDI FT Prog Part2 A RS232 Signals B Invert TXD C Invert RXD 6 Finally Select fro...

Page 950: ...r a seven pole Bessel and Butterworth anti alias filter a 16 bit Analog to Digital converter and several selections of digital filtering The on board transient memory size is 64 Mega Samples 128 Mega...

Page 951: ...orth anti alias filter a 16 bit Analog to Digital converter operating at 1 MS s and several selections of digital filtering The on board transient memory size is 128 Mega Samples 256 Mega Bytes The me...

Page 952: ...i alias filter a 16 bit Analog to Digital converter operating at 1 MS s and several selections of digital filtering The on board transient memory size is 256 Mega Samples 512 Mega Bytes The memory is...

Page 953: ...r a seven pole Bessel and Butterworth anti alias filter a 16 bit Analog to Digital converter operating at 1 MS s and several selections of digital filtering The on board transient memory size is 256 M...

Page 954: ...el and Butterworth anti alias filter a 16 bit Analog to Digital converter and several selections of digital filtering The on board transient memory size is 64 Mega Samples 128 Mega Bytes The memory is...

Page 955: ...utput connection cable with a double isolated coax cable This connects directly into the Genesis Isolated Basic amplifier CAUTION As the probe rack specifies the maximum voltages per input pin the 1kV...

Page 956: ...814 C4 Figure K 2 1kV DC probe cable capacitance Specifications Number of channels 1 per probe 16 per probe rack Input type Isolated unbalanced differential isolated single ended Input connectors 2 4...

Page 957: ...AC portion only of the incoming signal The AC portion can be as high as 100 V when using the input ranges of the attached acquisition card Higher resolution can be achieved by selecting the proper me...

Page 958: ...owever it is advised not to change the length to prevent possible side effects such as ringing of step responses due to large impedance mismatches Specifications Number of channels 1 per probe 16 per...

Page 959: ...orth Vdb Bessel 0 01 0 1 1 10 100 1000 Bandwidth overview Passband flatness 2 5 3 0 2 0 1 5 1 0 0 5 0 0 0005 0 001 0 01 0 1 1 10 100 Figure K 5 Typical 1kV AC probe bandwith Green GN813 GN814 in wideb...

Page 960: ...d one of the following signal conditioners l IEPE for accelerometers microphones etc l Charge for pressure transducers piezoelectric accelerometers etc l Voltage full differential and single ended l T...

Page 961: ...14 NEG CH 14 POS CH 13 NEG CH 13 POS CH 12 NEG CH 12 POS CH 11 NEG CH 11 POS CH 10 NEG CH 10 POS CH 9 NEG CH 9 POS 17 Figure K 6 Pin diagram 16 channel connector Note Both positive and negative pins...

Page 962: ...rtor for each channel l Sample rates up to 20 kS s both decimal and binary l Digital event support on compatible mainframes only l 200 MB on board memory The large number of channels on this single ca...

Page 963: ...H 14 NEG CH 14 POS CH 13 NEG CH 13 POS CH 12 NEG CH 12 POS CH 11 NEG CH 11 POS CH 10 NEG CH 10 POS CH 9 NEG CH 9 POS 17 Figure K 7 Pin diagram 16 channel connector Note Both positive and negative pins...

Page 964: ...each slave And the Master Slave option provides l the sampling clock absolute time info trigger and start stop signals be tween the mainframes creating a real high channel synchronized system out of...

Page 965: ...ve for more information please refer to Calculating maximum fiber cable length on page 908 l distributes the sampling clock absolute time info trigger and start stop signals between mainframes creatin...

Page 966: ...I N O U T 1 Figure K 8 Master Slave card In Master mode all connectors M function as master output OUT 1 to OUT 8 In Slave mode the top connector S functions as a slave input IN all other connectors...

Page 967: ...0 LED indicators A icon B icon The following table shows the function and possible combinations of the two LEDs Table K 1 Master Slave card front panel LED indicators FRONT PANEL LED INDICATORS Status...

Page 968: ...M O U T 6 M O U T 8 M O U T 7 P M C 2 P M C 1 LNK ACT PORTO J1 J4 J3 J2 TB A IN 1 RESET EV OUT TRG IN TRG OUT 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6...

Page 969: ...6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1...

Page 970: ...uisition System is factory calibrated as delivered to the customer Swapping replacing or removing of cards modules may result in minor deviations to the original calibration The GEN series system shou...

Page 971: ...n CDRH 21 CFR Chapter I Subchapter J Part 1040 10 l Outside the USA the Master Slave card is certified as a Class 1 laser product conforming to the requirements contained in IEC EN 60825 1 1994 A1 A2...

Page 972: ...e rails until the ejectors contact the perforated metal strips at top and bottom M S I N O U T 1 M O U T 2 M O U T 3 M O U T 4 M O U T 5 M O U T 6 M O U T 8 M O U T 7 Figure K 13 Slide in the card GEN...

Page 973: ...t the card They act as levers to gently push the card into its backplane sockets M S I N O U T 1 M O U T 2 M O U T 3 M O U T 4 M O U T 5 M O U T 6 M O U T 8 M O U T 7 Figure K 14 Press ejectors inward...

Page 974: ...rew The Master Slave card is installed Removing the Master Slave card To remove the Master Slave card 1 Power off the GEN series and remove the power input cable 2 Loosen the small set screw on both e...

Page 975: ...3 Press the inner grey button on each ejector to release the catch Figure K 17 Inner grey button on ejector GEN3t I3995 3 1 en HBM public 975...

Page 976: ...ase the card They act as levers to gently pull the card from its backplane sockets M S I N O U T 1 M O U T 2 M O U T 3 M O U T 4 M O U T 5 M O U T 6 M O U T 8 M O U T 7 Figure K 18 Press ejectors outw...

Page 977: ...5 Slide the card out of the GEN series unit M S I N O U T 1 M O U T 2 M O U T 3 M O U T 4 M O U T 5 M O U T 6 M O U T 8 M O U T 7 Figure K 19 Remove the card GEN3t I3995 3 1 en HBM public 977...

Page 978: ...U T 2 M O U T 3 M O U T 4 M O U T 5 M O U T 6 M O U T 8 M O U T 7 P M C 2 P M C 1 LNK ACT PORTO J1 J4 J3 J2 TB A IN 1 RESET EV OUT TRG IN TRG OUT 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4...

Page 979: ...8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 M S I N O U T 1 M O U T 2 M O U T 3 M...

Page 980: ...G IN TRG OUT 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 UP MENU DOWN SELECT 1 P M C 2 P M C 1 LNK ACT PORTO J1 J4 J3 J2 TB A IN RESET...

Page 981: ...the mainframes with a Master Slave card must be set to Master while the other mainframes must all be set to Slave This setup automatically uses basic synchronization The multiple mainframe Master Sla...

Page 982: ...5 M O U T 6 M O U T 8 M O U T 7 MAINS POWER I J K L M N O P Q POWER 1 MW 250Vpk 1 MW 250Vpk 1 2 3 4 5 6 7 8 1 MW 250Vpk 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 MW 250Vpk 1 MW 250Vpk 1 2 3 4 5 6 7 8 1 MW 25...

Page 983: ...inframe to the Master Slave synchronization connector of the fourth Slave mainframe 5 Connect the connector labelled M OUT 5 of the Master mainframe to the Master Slave synchronization connector of th...

Page 984: ...lution 16 bit Isolation Not supported Input type Analog single ended Passive voltage current probes Passive single ended voltage probes Sensors Not supported TEDS Not supported Real time cycle based c...

Page 985: ...to 8 DC GND F F A A Figure L 1 Block diagram Note The specifications listed are valid for cards that have been calibrated and are used in the same mainframe and slots as they were at the time of calib...

Page 986: ...Scale 10 V RMS Noise Bessel IIR and FIR 0 02 of Full Scale 10 V Input overload protection Maximum voltage 250 V DC Overload recovery time Restored to 0 1 accuracy in less than 1 s after 200 overload A...

Page 987: ...e shifts between channels that use the same filter settings Digital Bessel IIR Fc 3 dB When Bessel IIR filter is selected this is always a combination of an analog Bessel anti alias filter and a digit...

Page 988: ...tracking for sample rate divided by 10 20 40 100 The user selects a division factor from the current sample rate software then adjusts the filter when the sample rate is changed Bessel IIR filter ban...

Page 989: ...pre shoot on the step response This means that the ringing on the signal starts before the step input is started and that the ringing continues after the step input is complete FIR Fc 0 1 dB filter us...

Page 990: ...log resemblance is to an Elliptic filter However FIR has both overshoot and pre shoot on the step response This means that the ringing on the signal starts before the step input is started and that th...

Page 991: ...hannels on card 0 4 deg 0 1 s GN810 Channels within mainframe 0 4 deg 0 1 s GN810 Channels across mainframes Defined by synchronization method used None IRIG GPS Master Slave PTP On board Memory Per c...

Page 992: ...n 16 bit 0 0015 for each level Direction Rising Falling Single direction control for both levels based on selected mode Hysteresis 0 1 to 100 of Full Scale defines the trigger sensitivity Pulse detect...

Page 993: ...time extraction of Maximum Minimum and Peak to Peak values Acquisition Modes Single sweep Triggered acquisition to on board memory without sample rate limitations for single transients or intermitten...

Page 994: ...If trigger occurs before the pre trigger segment is recorded the pre trigger segment is truncated to recorded data only Delayed trigger Maximum 1000 seconds after a trigger occurred The sweep is reco...

Page 995: ...storage media is full Stop on trigger Recording is stopped after any system trigger or when the storage media is full Continuous FIFO memory Used by enabled channels to optimize the continuous stream...

Page 996: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rat...

Page 997: ...RH 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 3...

Page 998: ...EU EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 0 15 to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Volt...

Page 999: ...ime formula database calculators option Not supported EtherCat output Not supported Digital Event Timer Counter Not supported Standard data streaming up to 200 MB s Supported Fast data streaming up to...

Page 1000: ...and FIR 0 1 of Full Scale 10 V Offset error drift 100 ppm C 180 ppm F DC Gain error Wideband 0 1 of Full Scale 2 mV Bessel IIR and FIR 0 1 of Full Scale 10 V Gain error drift 70 ppm C 130 ppm F Maximu...

Page 1001: ...anti alias filter nor any digital filter in the signal path Therefore there is no anti alias protection when wideband is selected Should not be used if working in a frequency domain with recorded data...

Page 1002: ...and bandwidth Between 540 kHz and 690 kHz 3 dB Passband flatness 1 0 1 dB DC to 150 kHz Wideband overview 10 0 10 20 30 40 50 60 70 80 Frequency kHz Magnitude dB 10000 1000 100 10 1 0 1 1000 100 10 1...

Page 1003: ...hen adjusts the filter when the sample rate is changed Bessel IIR filter bandwidth c Auto tracking the sample rate with the selected Bessel IIR filter user selection from 0 0125 Hz to 100 kHz Bessel I...

Page 1004: ...mple rate The user selects a division factor from the current sample rate software then adjusts the filter when the sample rate is changed FIR Fc 0 1 dB filter bandwidth c Auto tracking the sample rat...

Page 1005: ...ate divided by 4 10 20 40 Divided by 40 not available for 1 MS s 500 kS s sample rate The user selects a division factor from the current sample rate software then adjusts the filter when the sample r...

Page 1006: ...FIR Fc 3 dB 250 kHz Filter frequency Channels on card 0 7 deg 0 02 s GN811 Channels within mainframe 0 7 deg 0 02 s GN811 Channels across mainframes Defined by synchronization method used None IRIG GP...

Page 1007: ...16 bit 0 0015 for each level Direction Rising Falling Single direction control for both levels based on selected mode Hysteresis 0 1 to 100 of Full Scale defines the trigger sensitivity Pulse detect...

Page 1008: ...time extraction of Maximum Minimum and Peak to Peak values Acquisition Modes Single sweep Triggered acquisition to on board memory without sample rate limitations for single transients or intermittent...

Page 1009: ...gger occurs before the pre trigger segment is recorded the pre trigger segment is truncated to recorded data only Delayed trigger Maximum 1000 seconds after a trigger occurred The sweep is recorded im...

Page 1010: ...storage media is full Stop on trigger Recording is stopped after any system trigger or when the storage media is full Continuous FIFO memory Used by enabled channels to optimize the continuous streami...

Page 1011: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rate...

Page 1012: ...RH 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 3...

Page 1013: ...EU EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 0 15 to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Volt...

Page 1014: ...unbalanced differential 1 Passive voltage current probes Passive single ended isolated voltage probes Sensors Not supported TEDS Not supported Real time cycle based calculators Not supported Real tim...

Page 1015: ...trol Memory Sample Rate Figure L 18 Block diagram Note The specifications listed are valid for cards that have been calibrated and are used in the same mainframe and slots as they were at the time of...

Page 1016: ...cale 10 V Offset error drift 100 ppm C 180 ppm F DC Gain error Wideband 0 1 of Full Scale 2 mV Bessel IIR and FIR 0 1 of Full Scale 10 V Gain error drift 70 ppm C 130 ppm F Maximum static error MSE Wi...

Page 1017: ...offers additional benefits like higher order filter with steep roll off a larger selection of filter characteristics noise free digital output and no additional phase shifts between channels that use...

Page 1018: ...and bandwidth Between 540 kHz and 690 kHz 3 dB Passband flatness 1 0 1 dB DC to 150 kHz Wideband overview 10 0 10 20 30 40 50 60 70 80 Frequency kHz Magnitude dB 10000 1000 100 10 1 0 1 1000 100 10 1...

Page 1019: ...hen adjusts the filter when the sample rate is changed Bessel IIR filter bandwidth c Auto tracking the sample rate with the selected Bessel IIR filter user selection from 0 0125 Hz to 100 kHz Bessel I...

Page 1020: ...mple rate The user selects a division factor from the current sample rate software then adjusts the filter when the sample rate is changed FIR Fc 0 1 dB filter bandwidth c Auto tracking the sample rat...

Page 1021: ...ate divided by 4 10 20 40 Divided by 40 not available for 1 MS s 500 kS s sample rate The user selects a division factor from the current sample rate software then adjusts the filter when the sample r...

Page 1022: ...FIR Fc 3 dB 250 kHz Filter frequency Channels on card 0 7 deg 0 02 s GN812 Channels within mainframe 0 7 deg 0 02 s GN812 Channels across mainframes Defined by synchronization method used None IRIG GP...

Page 1023: ...16 bit 0 0015 for each level Direction Rising Falling Single direction control for both levels based on selected mode Hysteresis 0 1 to 100 of Full Scale defines the trigger sensitivity Pulse detect...

Page 1024: ...time extraction of Maximum Minimum and Peak to Peak values Acquisition Modes Single sweep Triggered acquisition to on board memory without sample rate limitations for single transients or intermittent...

Page 1025: ...rigger occurs before the pre trigger segment is recorded the pre trigger segment is truncated to recorded data only Delayed trigger Maximum 1000 seconds after a trigger occurred The sweep is recorded...

Page 1026: ...storage media is full Stop on trigger Recording is stopped after any system trigger or when the storage media is full Continuous FIFO memory Used by enabled channels to optimize the continuous streami...

Page 1027: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rate...

Page 1028: ...RH 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 3...

Page 1029: ...EU EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 0 15 to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Volt...

Page 1030: ...unbalanced differential 1 Passive voltage current probes Passive single ended isolated voltage probes Sensors Not supported TEDS Not supported Real time cycle based calculators Not supported Real tim...

Page 1031: ...trol Memory Sample Rate Figure L 27 Block diagram Note The specifications listed are valid for cards that have been calibrated and are used in the same mainframe and slots as they were at the time of...

Page 1032: ...l Scale 10 V Offset error drift 100 ppm C 180 ppm F DC Gain error Wideband 0 1 of Full Scale 2 mV Bessel IIR and FIR 0 1 of Full Scale 10 V Gain error drift 70 ppm C 130 ppm F Maximum static error MSE...

Page 1033: ...offers additional benefits like higher order filter with steep roll off a larger selection of filter characteristics noise free digital output and no additional phase shifts between channels that use...

Page 1034: ...and bandwidth Between 540 kHz and 690 kHz 3 dB Passband flatness 1 0 1 dB DC to 150 kHz Wideband overview 10 0 10 20 30 40 50 60 70 80 Frequency kHz Magnitude dB 10000 1000 100 10 1 0 1 1000 100 10 1...

Page 1035: ...hen adjusts the filter when the sample rate is changed Bessel IIR filter bandwidth c Auto tracking the sample rate with the selected Bessel IIR filter user selection from 0 0125 Hz to 100 kHz Bessel I...

Page 1036: ...mple rate The user selects a division factor from the current sample rate software then adjusts the filter when the sample rate is changed FIR Fc 0 1 dB filter bandwidth c Auto tracking the sample rat...

Page 1037: ...ate divided by 4 10 20 40 Divided by 40 not available for 1 MS s 500 kS s sample rate The user selects a division factor from the current sample rate software then adjusts the filter when the sample r...

Page 1038: ...FIR Fc 3 dB 250 kHz Filter frequency Channels on card 0 7 deg 0 02 s GN813 Channels within mainframe 0 7 deg 0 02 s GN813 Channels across mainframes Defined by synchronization method used None IRIG GP...

Page 1039: ...16 bit 0 0015 for each level Direction Rising Falling Single direction control for both levels based on selected mode Hysteresis 0 1 to 100 of Full Scale defines the trigger sensitivity Pulse detect...

Page 1040: ...time extraction of Maximum Minimum and Peak to Peak values Acquisition Modes Single sweep Triggered acquisition to on board memory without sample rate limitations for single transients or intermittent...

Page 1041: ...rigger occurs before the pre trigger segment is recorded the pre trigger segment is truncated to recorded data only Delayed trigger Maximum 1000 seconds after a trigger occurred The sweep is recorded...

Page 1042: ...storage media is full Stop on trigger Recording is stopped after any system trigger or when the storage media is full Continuous FIFO memory Used by enabled channels to optimize the continuous streami...

Page 1043: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rate...

Page 1044: ...RH 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 3...

Page 1045: ...EU EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 0 15 to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Volt...

Page 1046: ...d unbalanced differential 1 Passive voltage current probes Passive single ended isolated voltage probes Sensors Not supported TEDS Not supported Real time cycle based calculators Not supported Real ti...

Page 1047: ...trol Memory Sample Rate Figure L 36 Block diagram Note The specifications listed are valid for cards that have been calibrated and are used in the same mainframe and slots as they were at the time of...

Page 1048: ...l Scale 10 V Offset error drift 100 ppm C 180 ppm F DC Gain error Wideband 0 1 of Full Scale 2 mV Bessel IIR and FIR 0 1 of Full Scale 10 V Gain error drift 70 ppm C 130 ppm F Maximum static error MSE...

Page 1049: ...d automatically tracks any user sample rate selection Compared to analog anti alias filters the programmable digital filter offers additional benefits like higher order filter with steep roll off a la...

Page 1050: ...tracking for sample rate divided by 10 20 40 100 The user selects a division factor from the current sample rate software then adjusts the filter when the sample rate is changed Bessel IIR filter ban...

Page 1051: ...pre shoot on the step response This means that the ringing on the signal starts before the step input is started and that the ringing continues after the step input is complete FIR Fc 0 1 dB filter us...

Page 1052: ...og resemblance is to an Elliptic filter However FIR has both overshoot and pre shoot on the step response This means that the ringing on the signal starts before the step input is started and that the...

Page 1053: ...hannels on card 0 4 deg 0 1 s GN814 Channels within mainframe 0 4 deg 0 1 s GN814 Channels across mainframes Defined by synchronization method used None IRIG GPS Master Slave PTP On board Memory Per c...

Page 1054: ...16 bit 0 0015 for each level Direction Rising Falling Single direction control for both levels based on selected mode Hysteresis 0 1 to 100 of Full Scale defines the trigger sensitivity Pulse detect...

Page 1055: ...time extraction of Maximum Minimum and Peak to Peak values Acquisition Modes Single sweep Triggered acquisition to on board memory without sample rate limitations for single transients or intermittent...

Page 1056: ...If trigger occurs before the pre trigger segment is recorded the pre trigger segment is truncated to recorded data only Delayed trigger Maximum 1000 seconds after a trigger occurred The sweep is reco...

Page 1057: ...storage media is full Stop on trigger Recording is stopped after any system trigger or when the storage media is full Continuous FIFO memory Used by enabled channels to optimize the continuous streami...

Page 1058: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rate...

Page 1059: ...RH 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 3...

Page 1060: ...EU EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 0 15 to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Volt...

Page 1061: ...ed EtherCat output Not supported Digital Event Timer Counter 16 digital events and 2 Timer Counter channels Standard data streaming up to 200 MB s Supported Fast data streaming up to 1 GB s Not suppor...

Page 1062: ...ling frequency 1 6 Hz 10 3 dB 60 50 40 30 20 10 0 0 001 0 01 0 1 1 10 100 Magnitude dB 1 6 Hz AC coupling response dB 0 10 20 30 40 50 60 70 80 90 100 0 001 0 01 0 1 1 10 100 Magnitude Frequency Hz 1...

Page 1063: ...s the smallest value Maximum nondestructive voltage 50 V DC Overload recovery time Restored to 0 1 accuracy in less than 5 s after 200 overload Input Ranges When Using Passive Voltage Probes Detailed...

Page 1064: ...be obtained if the negative input pin of each channel is used for the coaxial ground shield The return current then flows straight to the channel ground and not to the common card ground Input ranges...

Page 1065: ...the Sigma Delta ADC no digital filter is always in the signal path Therefore the anti alias protection is always active when Sigma Delta wideband is selected Bessel IIR When Bessel IIR filter is sele...

Page 1066: ...e rates 0 1 dB passband flatness 1 DC to 20 kHz Frequency kHz 1000 100 10 1 0 1 Frequency kHz Magnitude dB Magnitude dB 150 130 110 90 70 50 30 10 10 Magnitude dB 0 2 0 15 0 1 0 05 0 05 0 0 05 0 1 0 1...

Page 1067: ...User selects divide factor from current sample rate software then adjusts filter when sample rate is changed Bandwidth c User selectable from 40 Hz to 25 kHz 0 1 dB passband flatness p 1 DC to c 10 St...

Page 1068: ...current sample rate software then adjusts filter when sample rate is changed Bandwidth c User selectable from 100 Hz to 62 5 kHz 0 1 dB passband flatness p 1 DC to c 2 or maximum 10 kHz Stopband atte...

Page 1069: ...current sample rate software then adjusts filter when sample rate is changed Bandwidth c 100 Hz to 62 5 kHz Stopband frequency s Approximately 1 25 c 0 1 dB passband flatness p 1 DC to c 1 5 or maxim...

Page 1070: ...100 Hz High pass stopband frequency hs Approximately hc 2 5 Low pass bandwidth lc 2 kHz 20 kHz 40 kHz and 50 kHz Low pass stopband frequency s Approximately 1 5 to 2 5 c 0 1 dB passband flatness p 1...

Page 1071: ...card 0 5 deg 14 ns GN1610 Channels within mainframe 0 5 deg 14 ns Elliptic IIR Filter frequency 200 kHz 2 MS s Channels on card 0 5 deg 14 ns GN1610 Channels within mainframe 0 5 deg 14 ns GN1610 cha...

Page 1072: ...pulse per trigger on every channel trigger of this card only 12 8 s minimum pulse width 200 s 1 s 1 sample period pulse delay Alarm High when alarm condition is activated low when not activated alarm...

Page 1073: ...to control update rate independent of sample rate Reset input Level sensitivity User selectable invert level Minimum setup time prior to signal edge s 100 ns Minimum hold time after signal edge h 100...

Page 1074: ...eel rotates clock wise Wheel rotates counter clock wise Signal Reset Quadrature disk Signal Direction Direction t Must be 100 ns Figure L 58 Bi directional quadrature count modes Inputs 3 pins signal...

Page 1075: ...easuring times the real time calculators or Perception formula database can be used to enlarge the measuring time and improve the accuracy more dynamically e g based on measured cycles Gate measuring...

Page 1076: ...504 s for decimal binary time base to be compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards used within the mainframe Cross channel tr...

Page 1077: ...using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real tim...

Page 1078: ...sample rates the number of calculators is reduced to match the available DSP power DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calcula...

Page 1079: ...S 50 MS Max sweep sample rate 250 kS s not used 250 kS s Max continuous FIFO not used 1000 MS 62 MS 200 MS 12 5 MS Max continuous sample rate not used 250 kS s Sweep Sample Rate 2 Max aggregate contin...

Page 1080: ...number of Sweeps 1 per recording Maximum slow sample rate Fast sample rate divided by two Maximum fast sample rate switches 20 sample rate switching always stops when sweep ends Minimum time between s...

Page 1081: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rate...

Page 1082: ...ESERVED RESERVED RESERVED RESERVED RESERVED RESERVED GROUND GROUND GROUND 5 V output 5 V output 5 V output RESERVED RESERVED CH 8 NEG CH 8 POS CH 7 NEG CH 7 POS CH 6 NEG CH 6 POS CH 5 NEG CH 5 POS CH...

Page 1083: ...RH 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 3...

Page 1084: ...EU EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 0 15 to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Volt...

Page 1085: ...al time formula database calculators option Not supported EtherCat output Not supported Digital Event Timer Counter 16 digital events Standard data streaming up to 200 MB s Supported Fast data streami...

Page 1086: ...ling frequency 1 6 Hz 10 3 dB 60 50 40 30 20 10 0 0 001 0 01 0 1 1 10 100 Magnitude dB 1 6 Hz AC coupling response dB 0 10 20 30 40 50 60 70 80 90 100 0 001 0 01 0 1 1 10 100 Magnitude Frequency Hz 1...

Page 1087: ...value Maximum nondestructive voltage 50 V DC Overload recovery time Restored to 0 1 accuracy in less than 5 s after 200 overload Input Ranges When Using Passive Voltage Probes Detailed probe specific...

Page 1088: ...cision digital filter is used as anti alias protection before the digital downsampling to the desired user sample rate is performed The digital filter is programmed to a fraction of the user sample ra...

Page 1089: ...DC to 20 kHz Frequency kHz 1000 100 10 1 0 1 Frequency kHz Magnitude dB Magnitude dB 150 130 110 90 70 50 30 10 10 Magnitude dB 0 2 0 15 0 1 0 05 0 05 0 0 05 0 1 0 15 0 2 1000 100 10 1 0 1 1000 100 1...

Page 1090: ...software then adjusts filter when sample rate is changed Bandwidth c User selectable from 40 Hz to 2 kHz 0 1 dB passband flatness p 1 DC to c 10 Stopband attenuation s 80 dB Roll off 72 dB octave for...

Page 1091: ...ate software then adjusts filter when sample rate is changed Bandwidth c User selectable from 100 Hz to 5 kHz 0 1 dB passband flatness p 1 DC to c 2 Stopband attenuation s 80 dB Filter roll off 72 dB...

Page 1092: ...ate software then adjusts filter when sample rate is changed Bandwidth c 100 Hz to 5 kHz Stopband frequency s Approximately 1 25 c Passband flatness p 1 0 1 dB DC to c 1 5 Stopband attenuation s 80 dB...

Page 1093: ...hc 2 5 Low pass bandwidth lc 2 kHz 20 kHz 40 kHz and 50 kHz Low pass stopband frequency s Approximately 1 5 to 2 5 c Passband flatness p 1 0 1 dB hc to lc or maximum 10 kHz Stopband attenuation s 80...

Page 1094: ...d 0 01 deg 30 ns GN1611 Channels within mainframe 0 01 deg 30 ns Elliptic IIR Filter frequency 5 kHz 20 kS s Channels on card 0 01 deg 30 ns GN1611Channels within mainframe 0 01 deg 30 ns GN1611 chann...

Page 1095: ...lse per trigger on every channel trigger of this card only 12 8 s minimum pulse width 200 s 1 s 1 sample period pulse delay Alarm High when alarm condition is activated low when not activated alarm co...

Page 1096: ...504 s for decimal binary time base to be compatible with standard behavior Minimum selectable delay is the smallest delay available for all acquisition cards used within the mainframe Cross channel tr...

Page 1097: ...using binary time base Real time Statstream Patent Number 7 868 886 Real time extraction of basic signal parameters Supports real time live scrolling and scoping waveform displays as well as real tim...

Page 1098: ...r of calculators 32 DSP load Each calculator can perform 1 calculation Not every calculation uses the same DSP power Selecting a calculation with the highest computation power could result in a reduct...

Page 1099: ...e continuous streaming rate not used 0 02 MS s 0 32 MS s 0 02 MS s 0 32 MS s 0 04 MB s 0 64 MB s 0 04 MB s 0 64 MB s Single Sweep Pre trigger segment 0 to 100 of selected sweep length If trigger occur...

Page 1100: ...r recording User specified recording history on storage media All recorded data is stored on the storage media as quickly as possible As soon as the selected history time is reached older recorded dat...

Page 1101: ...sample rate total number of channels and mainframes mainframe type Ethernet speed PC storage medium and other PC parameters For details please refer to mainframe datasheet Exceeding sweep storage rate...

Page 1102: ...50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 RESERVED RESERVED RESERVED RESERVED RESERVED RESERVED RESERVED GROUND GROUND GROUND 5 V output 5 V output 5 V output RESERVED RESERVED CH 8 NEG CH 8...

Page 1103: ...RH 6 cycles cycle duration 24 hours Harmonized Standards for CE Compliance According to the Following Directives Low Voltage Directive LVD 2014 35 EU ElectroMagnetic Compatibility Directive EMC 2014 3...

Page 1104: ...EU EN 61000 4 6 Immunity to conducted disturbances induced by radio frequency fields 0 15 to 80 MHz 1000 Hz AM 10 V RMS mains 3 V RMS channel both using clamp performance criteria A EN 61000 4 11 Volt...

Page 1105: ...1 G014 2 GEN5i Internal system Solid State Drive 2008 2014 Yes Unknown 1 G015 2 GEN5i Removable data Solid State Drive 2008 2014 Yes Unknown 1 G016 2 GEN5i Removable system Solid State Drive 2008 2014...

Page 1106: ...Yes 1 G078 2 GEN7i GEN7tA Dust filter 2015 Yes Yes 1 G079 2 GEN7tA GEN17t Removable data Solid State Drive 2015 Yes Yes 1 G081 2 Option carrier card 2015 Yes Yes 1 G082 2 EtherCAT card 2015 Yes Yes 1...

Page 1107: ...5 MS s 2006 N A No 1 GN1610 2 Basic IEPE Charge 250 kS s 16 chn 2011 2015 Yes Yes 1 GN1611 2 Basic IEPE Charge 20 kS s 16 chn 2011 2015 Yes Yes 1 GN3210 2 Basic IEPE Charge 250 kS s 2011 Yes Yes 1 GN3...

Page 1108: ...s Yes 1 G058 2 32 channel single ended break out panel 2011 Yes Yes 1 KAB171 1 16 channel single ended break out cable 2011 Yes Yes 1 KAB172 1 16 channel differential break out cable 2011 Yes Yes 1 G0...

Page 1109: ...8 xx Fiber cable heavy duty MM LC SCRJ 2006 Yes Yes 1 KAB279 xx Fiber cable heavy duty MM SCRJ SCRJ 2006 Yes Yes 1 KAB280 xx Fiber cable standard MM LC LC 2006 Yes Yes 1 KAB281 xx Fiber cable standard...

Page 1110: ...5 pF 1 2 m 2010 Yes Unknown 1 G902 2 Passive SE probe 10 1 200 MHz 7 75 pF 3 m 2010 Yes Unknown 1 G903 2 Passive SE isolated probe 100 1 400 MHz 7 45 pF 1 2 m 2010 Yes Unknown 1 G904 2 Passive SE isol...

Page 1111: ...Current clamp Description Introduction year End of Life year RoHS 1 2002 95 EC RoHS 2 2011 65 EU 1 G912 2 AC DC current clamp i30s 2010 Yes Unknown 1 G913 2 AC current clamp SR661 2010 Yes Unknown 1...

Page 1112: ...ut 335 Bridge amplifier 289 Balancing 311 Completion 291 Completion Full 298 Completion Half 299 Completion Jumper 291 Completion Quarter 301 Configuration 289 293 Connector reference card 296 Connect...

Page 1113: ...1610 1061 B3264 3 1 en GEN series GN1611 1085 Data storage 85 121 123 Continuous 123 127 Continuous Circular 128 Continuous Lead out 128 Continuous Standard 127 Continuous Stop on Trigger 128 Dual 124...

Page 1114: ...ground 356 Switch delays 367 Switches using boundary clocks 361 Switches using transparent clocks 362 Transparent Clock 360 Transparent clocks 364 GEN series synchronization methods compared 370 Absol...

Page 1115: ...ut card 280 GN840 GN1640 Universal 500 kS s 8 16 channel input cards 315 High Precision Differential Probe 262 High resolution IEPE and Charge input cards 330 High resolution universal input card 315...

Page 1116: ...adapters 804 G070A Torque RPM adapter 804 G072 Isolated Digital Event Adapter 817 Mainframe overview 76 Mainframe feature comparison 77 Mainframes Mobile 76 Mobile Rack 76 Portable 76 Rack 76 Maintena...

Page 1117: ...uty fiber optic duplex cable 796 Heavy duty fiber optic duplex patch cable 797 Heavy duty fiber optic duplex Single Mode cable 800 High precision differential probe 844 IRIG and GPS card 782 Isolated...

Page 1118: ...alifier modes basic 143 dual level 143 QuantumX in Perception Background network details 878 R RAID modes 928 RAID 0 Striping 930 RAID 1 Mirroring 931 RAID 5 Striping with parity 932 RAID level 10 Com...

Page 1119: ...s Basic 138 Slope detector trigger 144 Slope Trigger 134 Software Free viewer 833 Instrument Panel languages 833 Perception professional 833 Perception standard software 833 PNRF free viewer 833 Spike...

Page 1120: ...th PTP network switch and four or more of QuantumX B version mod ules 881 GEN3i GEN7i with single QuantumX B ver sion module 876 GEN3i GEN7i with single SomatXR B ver sion module 877 GEN3i GEN7i with...

Page 1121: ...t Ethernet card in GENDAQ series net works 213 Accessories 212 Front panel layout 211 Network Interface selection in Perception 215 Windows 7 optimum settings 217 19 inch brackets installation 867 GEN...

Page 1122: ...1122 I3995 3 1 en HBM public...

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Page 1124: ...el 44 0 208 515 6100 Email info uk hbm com USA HBM Inc 19 Bartlett Street Marlborough MA 01752 USA Tel 1 800 578 4260 Email info usa hbm com PR China HBM Sales Office Room 2912 Jing Guang Centre Beiji...

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