CR-5P User Manual
Contents
1. r Connection Connect using You can get IP settings assigned automatically f your network supports this capability Otherwise you need to ask your network administrator for Status Connected ES Broadcom NetXtreme Gigabit Etheme Configure the appropriate IP settings Duration 2 days 06 56 43 Speed 100 0 Mbps This connection uses the following items Obtain an IP address automatically a Use the following IP address l n 4 Broadcom Advanced Server Program Driver IP address v y emet Protocol TCP IP v Subnet mask iyity gt i Default gateway A Sent Ji Received natal Properties 3 3 l l Cio Description Obtain DNS server address automatically Transmission Control Protocol Intemet Protocol The default Use the following DNS server addresses Packets 2 842 667 3004584 wide area network protocol that provides communication across diverse interconnected networks Prefered DNS server Altemate DNS server 5 I Show icon in notification area when connected IV Notify me when this connection has limited or no connectivity j Disable Advanced Close OK Cancel Figure 11 IP change on the laptop Cancel GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Paget7 Open Remote Desktop o Start gt Programs gt Accessories gt Communications gt Remote Desktop Connection o Computer 192 168 10 xx o Username2. Power Output 1 No supervised communication First system reset W Power Output 2 No supervised communication Next system resets i Power Output 3 System power off time during resets W Power Output 4 System startup Start of the communication supervision There is already a watchdog with the name RHD configured Do not delete or change this watchdog Otherwise the RHDx module will restart couple of times per day 5 1 4 1 Disconnect from RHDx Module After the setup the laptop can be disconnected Move the mouse to the upper end of the screen and press the X 192 168 10 10 ittings Tools Window Help JERN Figure 14 Disconnect from Remote Desktop Connection 1 The xxx stands for any arbitrary 3 character name of the desired COM module 2 The xx stands for any number between 31 and 50 and correlates to the last three digits of the IP of the COM which is written on the front side of the COM module e g 192 168 10 45 gt COM45 GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 Page 20 CR 5P User Manual 5 2 Data Streaming to Remote Computer 5 2 1 RHDx Settings The following settings must be done on the RHDx module after login over Remote Desktop Open GeoDAS Click Settings gt Network Links Put in the following data on the left side of the window see o Enable network links with the remote applications Enabled o Network name Workstation o IP Address Default o Accept request from
3. i then UDP ports 30718 43282 and 43283 may need to be added to the irewall s exclusion list You may experience trouble opening this com port if these UDP ports are not excluded lt port has already been added and can be removed by pressing this button Add Fix Port The Firewall is turned OFF COP n Ol af wf NR IP Address TCP Port 2217 Bir Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Figure 21 Change the IP in the CRP Manager For more detail documentation please see http www lantronix com pdf Com Port Redirector QS pdf GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG 7 Functional Description This section discusses some of the technical details of how the Instrument works Input signal filtering digitising and time accounting are among the functions described 7 1 Signal Conditioning Electrical signals from seismic sensors connected to the Instrument are range adjusted in preparation for conversion to digital form and are filtered to prevent aliasing effects The signals are next sampled and digitised and then digitally filtered under software control to further reduce noise Then these data are used for triggering and recording within the GeoDAS software package The Instrument accepts signals from sensors within the sensor voltage ou
4. fa o ly a aa je Drp 6 3 eco o TEA 4 m ze TEET a AE hell 4 er Du u o bdel ir i P AD in E ppp Gait iae Tan je ja o z fa 1 0000 e alfine i rn See u fel 0 o o rome pou aa pa yu E O u 5 m O Oo LT O aves E f a ae 9 u a of Ps 9 D o o o ze 4 Tmn E oa u ao o ou PAD a aa Gat i ae ge 5 nn soon hes af Nje z asee a a o E je 2 E m Oo 0 A GeoSIG F Eu are vw mw ven c a g gt ae Ethernet Cable eS are CO max 100 m i GE SRS Synchronisation PAD DE Sa I OH Expansion Cable pap ae E Fr max 1 000 m o LI eee e AUA _ GPS Cable max 70 m Figure 10 Example of networking a CR 5P system Every module has it IP The IP is written on the front label and by default the IP s are organised as can be seen below Out of factory the IP s are 192 168 10 xxx The xxx is 011 020 for RHDx modules 021 030 reserved for the watchdogs inside the RHDx modules 031 050 for COM modules 051 127 for PAD modules For any change in the network topology see chapter 0 GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 Page 12 ____CR SP User Manual 4 4 First Start Up 4 4 1 Start Up of the COM Module Follow the procedure below for every start up of the module The white boxes are ACTIONS the user has to do the grey boxes are DECISIONS which affect the further process Connect the battery an
5. 4 4 3 2 PAD is powered by an external power supply and or battery Connect the battery and the AC power cable to the external power supply only if installed Connect the power cable to the 12V in connector Flip the main switch on the front to its ON position Is the blue LED on the front continuously illuminating No Yes I I illuminating green Power supply plus battery Battery only After a few seconds tL JL No Yes Is the power switch at position ON tL Jb Yes Yes e Switch Is the power switch illuminating red gt No al Disconnect the AC power cable from the power supply e Is the fuse of the external power supply blown Yes No I I 4e fee GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Page 15 oo oo oo oo oo oo oo oo oo oo oo oo m so m m m so m oo so m m m m m m m m m m m m m m m m m m m m m m m m m Is the fuse of the external power supply HO Yes No gt gt Replace it with a Check ifthe AC power Jb No Yes e Check cabling and battery voltage gt Found any wrong cabling Yes No e AC power Start from the beginning Call GeoSIG Continue You can now configure the operation parameters start data acquisition or leave the Instrument for operation with the actual configuration as described in the following sections GeoSIG Page 16 GS_CR 5P_UserManual_VO3 doc 16 03 2010 CR 5P User Manual 5 Configuring Par
6. w Please note that the selectable sampling rate is available from the firmware revision 1 and up GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Page 29 8 Troubleshooting and Maintenance This section describes troubleshooting procedures using the self testing features of the Instrument if configured via GeoDAS and the maintenance needed to be done 8 1 1 Power In case that the ON OFF LED is not lit the probable cause of it is one of the following e The cable connection to the mains Check that 12VDC is available on the output of AC DC converter e Ensure that the main switch in the COM module is ON The PAD modules are sequentially supplied from their own COM module within a node e Check that the fuse in the COM module is not blown 8 1 2 Real Time Clock RTC In case that the reported time does not correspond to the real time the probable cause of this is one of the following e The GPS module is not attached Check if GPS is connected and functioning properly Ensure that there is reasonable sky visibility for clear satellites signal reception e The node being synchronised by another node is not attached Check the Sync cable connection e n case that the problem is not resolved using the previous methods please consult the GeoSIG or you representative 8 1 3 Data Streaming In case that there is no data available on the PC e Check that GeoDAS is configured properly Please consult the GeoDAS
7. 3 4 1 LED s On Off This blue LED is continuously illuminated when the unit switched on Otherwise the LED is off Status CPU This green LED shows if the internal computer is switched on and running Status HDD If the internal computer access to the hard disk drive this green LED lights up Therefore during normal operation this LED should be illuminated from time to time GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Page 7 3 4 2 Connectors There are six designated ETH connectors on the front side and the power connector on the back 3 4 2 1 Ethernet Connectors Front The centrally located ETH connector labelled as ETH out is a designated ETH connector for the laptop which is used for configuration and data download The remaining ETH connectors ETH ETH7 are used for the PAD or COM modules connection There is no correlation between the physical location of the specific PAD or COM module and the connector relative position 3 4 2 2 Earthing Screw This is a screw to be used for proper grounding of the chassis It has to be securely connected to a reliable Earth connection 3 4 2 3 Power The connectors on the rear on the left hand side are used as power input and power output In other words each RHDx module can provide power supply for the first PAD or COM in the array Through this seven pin connector the RHDx is supplied with 12 VDC power Alternatively external batteries for powering the
8. CRSPRHDx O P a S S wor d log i n 003 General Display Local Resources Programs Experience m Logon settings O T h en cl ick C onnec t J Dre ws raia computer or choose a computer from Domain IV Save my password F Connection settings Save current settings or open saved connection Pi Save As Open Connect Cancel Help Options lt lt Now you are working on the PC inside the RHDx module The GeoDAS window appears N GeoSIG Data Acquisition System 9 192 168 10 10 Fie Edt Mew Analyse Settings Tools MN Help vol 4 i 77 ge an SP Local Soane 7e ers 3ch 24 bk 200 No Lock Unknown OFF 0 01 01 1601 6086 136 o 0 0 amp 5 ch_o1 24 bit 200 sps No Lock Unknown OFF 0 0 01 01 1601 2051 460 2 MB amp 5 ch_02 24 bit 200 sps No Lock Unknown OFF 0 01 01 1601 2018 459 1 MB amp 5 ch_03 24 bit 200 sps No Lock Unknown OFF 0 0 01 01 1601 2017 499 2 MB a TSTo2 3ch 24 bk 200 No Lock Unknown OFF 000 000 01 01 1601 3975 1 3 G8 E5 ch_07 24 bit 200 sps No Lock Unknown OFF 0 0 01 01 1601 1323 458 9 FB amp 5 ch_08 24 bit 200 sps No Lock Unknown OFF 0 0 01 01 1601 1327 459 3 MB 5 ch_09 24 bit 200 sps No Lock Unknown OFF 0 0 01 01 1601 1325 458 9 MB T5T01 3 ch 24 be 200 No Lock Unknown OFF 000 000 01 01 1601 3079 1 3 G8 E3 ch_04 24 bit 200 sps No Lock Unknown OFF 0 0 01 01 1601 1020 459 0 ME amp 5 ch_os 24 bit 200 sps No Lock Unknown OFF 0 0 01 0
9. ccccccecccseeeeceeeeeceeeecaeeeeseeeeesseeeeseeeeeseueeeseeeeeseeeeesaeeesaeeeesaees vi Te NOOU CUO LAPPRNBERRERERBEEBEERENEEREEUEEEBEUNEERNEFEREREEEE DENE EHER EEK E E E E HERE WEN E 1 2 IMEOMINGEIN SOC CUON ee aan E EEEo 2 2 1 Damage during ShHIBMENL use ucne nee ee ee AEEA EUNE 2 232 WALLAN Ve ee nn era a ernennen Mona E 2 Ox B 2121011 OM ea A EE E EE TERTE 3 Sde OUS o a E near 3 3 2 Portable A D M d le PAD russ suessesn tan a aan ran re are 4 ED ee ee meet 4 9 2 2 CONECO ee ee ee ee een 4 3 3 Communication Module COM cccsecececccceeceeeeeeeeceeeeeeeeeeeseeeeeeseeeseeeeeeeessuseeeeceeeeesssaaaeeeeeeesseseaaeees 5 BEL EEE DS en ea ee ee a ee ee 5 INC OS sn ae ee ee ee ee ee 5 34 Recoder IOGear ee ee 6 IA TEE DS ae en ee ne et 6 34 2 ONECO eui ne euere 7 3 5 External DC Power Supply ccccccccccssssseeceeceeceeeeeeeeeceeecaeeeseeeeeeeesseeeseeeeeeesseeeseeeeeeeesssseesaaeeeeeesseaaaaesss 7 3 6 SD Ae lt ee ee an ee ee ee 7 AA O a EEEE ee ea 8 Ae E EE CTO nee ee EEE E E E E EEN 8 4 1 1 Environmental Considerations 242400000000000nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn 8 4 1 2 Power Supply GConsideralions uun esnsneneen nn een anne 8 A211 Al OT ee ee ee ee ee een 8 4 2 1 Supply Voltage Selection 2 ccccccccsccsseececeescccsseeseeececccceusseneeeescccesseeeeeeesesceesseneecensseeessenseesenseses 9 4 2 2 Requirements for the Instrument I
10. ccccccssseccccssececceuseeecsaueeeceaececseaseeessaeeessageeeeseaseeessageeessageeeesseeeessageessnageees 22 Figure 18 Map of the data folder from the RHDx module 22u0002004000000000nnnnnnnnnnnnnnnnnnnnnnnnnnnennnnn nenn 23 Figure 19 IP change on the laptop cccccssseccccessececseseeeceeuceceesecessageeecsaseeeseuseeessaueeessagseesseuseeessgeesssageees 24 Figure 20 Change X Port network settings cccccccccccecsssseceeeceeeeeeeeeeeeeeeeeeeeeeeeeeeeseeeeeeeesseeeeeessegseseeeesaaeeeees 25 Figure 21 Change the IP in the CRP Manager cccccccecsssseeeeeeeeeeeeaeeeeeeeeeeeaseeeseeeeeeeesseaaeeeeeeeseessaaaeeeeeeess 26 Figure 22 Default settings for the internal watchdog sus04444000nnnnnnnnnnnnennennnn nennen nnnnnnn nennen nennen 30 GeoSIG we Page vi GS_CR 5P_UserManual_ V03 doc 16 03 2010 CR 5P User Manual Applicability of This Manual This manual is applicable to the Firmware versions listed below Firmware Version Remark V40 00 01 and up Initial release Warnings and Safety oe STATIC ELECTRICITY The Instrument contains CMOS devices and when serviced care must be taken to prevent damage due to static electricity This is very important to ensure long term reliability of the unit INSIDE THE INSTRUMENT MAINTENANCE Under normal circumstances there is no need to remove any of the printed circuit board covers inside the Instrument The ra
11. ecala Time Parameters Watchdog Low supply voltage System shutdown 00 Supply volt Syst tart 30 00 Metern ae upply voltage recovery System startup Thresholds Good Low No supervised communication Error declaration 5 12 Supply 11 973 10 491 24 Y Supply 23 946 20 982 Actual supply voltage 12 363 Jv Main Output JY Power Output 1 No supervised communication First system reset 2 00 Iv Power Output 2 No supervised communication Next system resets Iw Power Output 3 System power off time during resets System startup Start of the communication supervision 5 00 Reset Counterts Read Datafrom OCElETH Data From OTE Y GeoDas activity Number of restarts on communication timeouts D Remove Watchdog Default Settings Apply watchdog timeout counter is reset by a critical Ge0ob4S routine EE Save and Exit Cancel Figure 22 Default settings for the internal watchdog Restarts on low voltage Iw Power Output 4 Monitoring of Communication Add watchdog 8 2 Maintenance The Instrument has been designed in a way that it requires a minimum of maintenance If the following procedures are performed frequently the instrument will last for many years The periodic test indicates any irregularity as soon as it occurs Therefore it is recommended to check the recorded sensor test at least once a year Compare the signals of the 3 channels with older records There should n
12. instrument may be connected here 3 5 External DC Power Supply An external 12 VDC power supply is connected to the POWER connector of the RHDx module The power is further distributed to the PAD modules by cascading the power supply cables 3 6 Storage When not in use the Instrument should be stored at the room temperature in a dry location Note that the real time clock continues operation even when the main switch is in the OFF position The real time clock is maintained by a lithium battery GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 4 Installation This section lists the procedures involved in installation configuration and operation the Instrument The procedures will be outlined as steps to be performed in the field or in house prior to deploying the instrument in the field 4 1 Site Selection 4 1 1 Environmental Considerations The choice of an installation site for is similar in most respects to that of a regular continuous recording seismic station Although the Instrument is housed in a solid case it is certainly best if a location can be arranged for the unit which is free from direct sunlight precipitation the dangers of falling materials in the event of a severe earthquake and the risk of tampering or vandalism if the unit is to be left unattended Furthermore the installation site must not be affected by the weather condition such as ice rain or snow Additionally the user should select a site
13. Communication module Recorder module GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Page 1 Introduction EB Dear Valued GeoSIG Customer thank you for purchasing this product These Instruments have been optimised to meet the requirements of the majority of customers out of the box and may have even be delivered tailored to your needs In any case to be able to get the most out of our product please carefully study this manual its appendices and referenced manuals as well as any other documents delivered with it This s a reliable and easy to use device and at the same time a sophisticated product which requires care attention and know how in configuring installing operating and maintenance The Portable Central Recorder in further text CR 5P is a 24 bit portable seismic system suitable for centralised data acquisition and recording The CR 5P is designed for both temporary and permanent setups such as bridges tunnels and tall buildings It is easy to use and provides user with a possibility to easily reinstall the system and acquire the seismic data from numerous measurement points The CR 5P nodes can be easily interconnected to obtain a synchronised network for data acquisition from remote and distant points Several types of externally mounted sensors can be used with the instrument like seismometers geophones accelerometers anemometers or other sensors with single ended or differential outputs
14. Fie Folder 27 09 2007 11 37 ES Firmware MATLAB Fie Folder 23 01 2007 10 22 Fiexim QMSOCache Fie Folder 03 01 2006 12 01 4 2 GecDAS_DATA Qorcap Fle Folder 15 03 2006 16 43 GS Templates orcad Data Fie Folder 03 03 2006 16 29 E MATLAB7 ric Fie Folder 31 07 2007 14 22 ey MSOCache Profiles Fie Folder 18 09 2007 13 50 H Orcan Profiles od Fie Foke 10 11 2006 15 02 orcad_pate Program Files File Folder 26 07 2007 15 55 MP Programme Fie Folder 24 05 2006 14 36 GQ Profiles LDIRECYCLER Fie Folder 21 03 2006 17 00 amp Profiles ok Q seIsLos Fie Folder 31 03 2006 12 31 a g Program Files 9677 Fie Foke 26 03 2007 11 38 H E Programme Caserfer 04 Fie Folder 25 07 2007 14 36 Figure 17 Map a network drive GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Page 23 e Map the drive to the Folder 192 168 10 xx GeoDAS DATA Map Network Drive x Windows can help you connect to a shared network folder and assign a drive letter to the connection so that you can access the folder using My Computer Specify the drive letter for the connection and the folder that you want to connect to Drive fr Folder I 10 100 eoDAS DATA x Browse Example server share IV Reconnect at logon Connect using a different user name Sign up for online storage or connect to a network server Back Cancel Figure 18 Map of the data folder from the RHDx module Click Finish A new drive appea
15. Local Area Connections gt Properties gt Internet Protocol TCP IP o Press OK 4 Local Area Connection Status General Support m Connection Status Duration Speed Connected 2 days 06 56 43 100 0 Mbps Close xl General Advanced Connect using E Broadcom NetXtreme Gigabit Etheme Configure This connection uses the following items OK Cancel Figure 19 IP change on the laptop Connect a laptop the PAD either O O over the network by connecting the laptop to a COM or PAD module using a standard Ethernet cable Open a standard web browser as Internet Explorer or Firefox Internet Protocol TCP IP Properties General You can get IP settings assigned automatically if your network supports this capability Otherwise you need to ask your network administrator for the appropriate IF settings Obtain an IP address automatically Use the following IP address oe IP address Subnet mask ii Default gateway E I Sent ae Received bsa Depati 7 A l E a Description Obtain DNS server address automatically Transmission Control Protocol Intemet Protocol The default Use the following DNS server addresses Packets 2 842 667 3004584 wide area network protocol that provides communication across diverse interconnected networks Prefered DNS server rt Altemate DNS server N i I
16. The signals such as temperature are considered slow changing and the chosen sampling rate might be the minimum one typically a few samples per second suffice The accelerometers on the other side generate the signals of a wider bandwidth and as such require higher sampling rate typically 50 SPS or higher depending on the required bandwidth i e type of the events observed at the specific site The CR 5P collects and records the data which can later be downloaded and analysed on a remote PC running the dedicated software package GeoDAS Recorded data include the sensor data clock timing information and instrument configuration information Frequency response bandwidth depends on the chosen low pass filter and the sampling rate Typical attenuation at 99 of the Nyquist frequency is gt 120dB During normal operation the instrument continuously amplifies filters and converts sensor inputs to 24 bit digital form and passes these to the recorder module RHDx The recording parameters can be set by remote with a common laptop from anywhere inside the network The recorded data can then be downloaded over the network and analysed with the GeoDAS software package Instead of the recorder module RHDx an existing computer system can be used as well Trigger algorithms include STA LTA ratio triggering and level triggering The STA LTA ratio trigger computes the short term and long term signal averages A CR 5P node is comprised of one or more p
17. as well ask GeoSIG for more detail specifications Each module is powered by a connection to the power connector 12V in at the rear side of the module The subsequent module will be powered by connecting its 12V in to the power connector labelled as 12V out of the previous module PD ORO Di O 2 PAD b ONS PAD bi Y nn J COM p lt i 115 230 VAC Power supply Battery k Q ar a ail u PAD 5 aI Te FT a er je E fg dha dat Lt i m ii A wo m e m DI Lacy La Power supply 115 230 VAC Figure 9 Example of powering a CR 5P system GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Pageti 4 3 2 Communication For full functionality of the CR 5P system all PAD modules must be synchronised This is done by connecting the SYN in connector on the front side of each module either to a GPS or to the SYN out of the previous PAD The PAD with a connected GPS works as a timing master all modules connected to its SYN out have exactly the same time even if the GPS fails The measured data will be streamed by each PAD either to the RHDx module or to another PC in the network working as CCU Therefore each PAD must be connected by a Ethernet LAN cable via COM module to the RHDx or CCU computer aS Bes 7 a G le ee u u Fa ay as el am PAD soros ls ll a 3 Eee Ne ae i 3 P m
18. manual for further details e Ensure that the Ethernet cable Labelled as ETH Out on the COM module is plugged in and connected to the PC e Ensure that all PAD modules are properly connected to their own COM modules with the Ethernet cables and that all PAD modules are powered on e lf the previous methods do not resolve the problem try replacing the connection cables e For further troubleshooting please consult GeoSIG or your representative 8 1 4 COM module reset every couple of hours e Check that the COM module is connected to the RHDx module or the computer working as CCU e Check that the watchdog of the COM module is add in the GeoDAS of the RHDx module or the CCU computer see chapter 5 1 4 GeoSIG Page 30 GS_CR 5P_UserManual_VO3 doc 16 03 2010 CR 5P User Manual 8 1 5 RHDx module reset every couple of hours e Login to the CR 5PRHDx over Remote Desktop and click Settings gt Watchdogs in GeoDAS e Check if the Watchdog RHD has the settings as shown in Figure 22 Default settings for the internal watchdog If the watchdog RHD is not present add it Watchdog Configuration Ea Main Parameters and General Information Mame RHE Type Port comet Baudrate 115200 Firmware Yag Counter of restarts Power Control Configuration target This Computer Time parameters define delays between two events indicated below For each delay Use the format HH MM 55 bo set them
19. the remote clients at port Enabled 1024 o Support functions of a remote node Enabled Real time data streaming Remote configuration Click OK Restart GeoDAS Network Links X M Enable network links with the remote applications Local settings of this application Remote application Network name Network name ar Password Password as IP Address IP Address Defaut Connect through the port 1024 foa F Accept requests From the remote clients at port Accept requests from the configured applications only I Support Functions of a remote node Support broadcasting of datagrams port T Launch the application Configured remote applications Link Parameters Inackiy Options of the Remote Node Connection timeout sec Inactivity timeout sec 600 Remote node I Permanent manikarinn The Followings options are granted to the remote clients Monitoring SCH of the configured stations T Downloading event and ringbuffer files Requests for statistics of communication IW Real time data streaming Y Remote configuration can Figure 15 Data forwarding over Network GS_CR 5P_UserManual_V03 doc 16 03 2010 CR 5P User Manual 5 2 2 Remote Computer Settings GeoSIG Page 21 The following settings must be done on the computer where you want to receive the data streams Open GeoDAS Click Settings gt Network Links Put in the following data see Figure 1
20. to the channel 1 of the digitiser A the second LED from the left of the first row corresponds to the channel 2 of the digitiser A and so on On Off This blue LED is continuously illuminated when the unit is switched on Otherwise the LED is off 3 2 2 Connectors The PAD has typically three connectors on the front side and five at the back Optional configuration that relies on the uniaxial sensor connection utilises 11 connectors on the back side 3 2 2 1 Sync Connectors The front side sync connectors are used for synchronisation and optional GPS connection SYN in is used as the synchronisation input SYNC output of the previous unit or GPS while SYN out is used as the synchronisation output 3 2 2 2 Power The connectors on the rear left hand side are used as power input and power output In other words each PAD is supplied from the previous one the main power supply the COM or the RHDx module But at the same time it provides power on its output connector for the optional cascading Through this seven pin connector the PAD is supplied with 12 VDC power Alternatively external batteries for powering the instrument may be connected here GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Pages 3 2 2 3 Sensor Connectors The connectors A1 B1 and C1 respectively are triaxial connectors The optional connectors in between labelled as A2 A3 B2 B3 C2 and C3 are used when each axis utilises one connec
21. 1 01 2000 06 02 00 Invalid Invali 0 Invali 0 Inval 0 Inval 0 105 51 Inval 0 Inval 105 Inval 51 Inval wp Ch_04 ap Ch_05 H u Ch_06 E gE AD102 aap Ch_07 a Ch_08 up Ch_09 32 bit 200 sps No Lock 32 bit 200 sps No Lock 32 bit 200 sps No Lock 3 ch 32 bit 200 sps No Lock 32 bit 200 sps No Lock 32 bit 200 sps No Lock 32 bit 200 sps No Lock oo0000000000 aa0a08 0 amp amp amp e For display of the streams make a right click on the cannel and press Data Monitor For more details see GeoDAS User Manual 5 3 Data Access on the Remote Computer The following steps must be done on the computer where you normally download and analyse the data Open Windows Explorer Click Tools gt Map Network Drive wmo Eile Edit View Favorites Tools Help a 7 Map Network Drive O m O FI Disconnect Network Drive Address Jw ei Synchronize amp ina Folders Folder Options x Name Size T Date Modified amp Desktop I SVAULTS AVG Fie Folder 18 09 2007 17 00 H E My Documents Caconfig ms Fie Folder 27 09 2007 14 32 E My Computer mepp acrqsystem Fie Folder 29 08 2007 13 08 claw Il Doaments and Settings Fie Folder 14 03 2006 13 32 E SVAULTS AVG Drawings Fle Folder 27 03 2006 09 58 config Ms Ofmware Fie Folder 30 04 2007 09 03 CPOSYSTEM Fexim Fie Folder 28 03 2006 08 38 Documents and Settings aceodas_aTa Fie Folder 27 09 2007 09 20 GD edrawings z DES_Templ tes
22. 1 1601 1029 499 1 MB E3 ch_06 24 bit 200 sps No Lock Unknown OFF 0 a 01 01 1601 1030 460 3 MB Data Stream Monitor EH Geodas Logger pi 3 Data Acquisition System is ready OnLine O Offline 0 GeoDAS 2 19 Figure 12 GeoDAS running inside the RHDx module Don t change any settings without proper study of the manual Wrong handling can result in a malfunction of the whole system The xx stands for any number from 11 to 20 Please look at the label of the RHDx module and type the correct IP address GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 PagetS RSP User Manual 5 1 2 Add new PAD Module Open in the tab GeoDAS Settings gt Channels of Digitisers O Name XXX 1 Channels of Digitizers Configuration target This Computer INIHI Parameters of Digitizer o Type GeoSIG D183 Digitizer ma e O Pre Ss Add Modify Type ceostG D183 Digitizer v Sampling rate 200 O Local COM or USS port Icom Baud rate fi15200 O Local COM or USB Port COMxxx a Remote host IP address and port TCP 192 168 0 1 12348 fa ta packets are forwerded te a remote compute eti o Sampling Rate 200 Timesouce Etema SNCS z Y T5T00 Ch_01 a 9 ee z ae o Time Source External SYNC Signal vis an 2 oo MAGS Y TSTOL Ch_0s 2 a Unit B Ch 2 u Y TSTOL Ch_06 G Unit B Ch 3 o Select proper Full Scale and Unit e nn Y T5T02 ch_03 Q Unit C Ch3 O P ress Add M odi fy F Use channel parameters provided by the digitizer
23. 6 o Enable network links with the remote applications Enabled o Local settings of this application Network name Workstation o Local settings of this application IP Address Default o Remote application Network name CR 5P o Remote application IP Adress 192 168 10 xx o Remote application Connect through the port 1024 o Remote application Connection timeout sec 40 o Remote application Inactivity timeout sec 600 o Remote application Remote node Enabled Real time data streaming Remote configuration o Permanent monitoring Enabled Click Add then OK Restart GeoDAS Network Links l I Enable network links with the remote applications Local settings of this application Network name Workstation Password IP Address Default Accept requests from the remote clients at port 10240 D Sccept requests From the configured applications only Support Functions of a remote node Options Support broadcasting of datagrams port 10241 1 Launch the application m Configured remote applications Link Parameters SAAS TCP 212 254 29 54 10246 600 TCP 192 168 10 11 1024 40 600 Options of the Remote Node Options below enable the corresponding functionality V Real time data streaming IV Remote configuration 120 IV Monitoring SOH of the configured stations IV Downloading event and ringbuffer files 7 Requests for statistics of communication Remote appli
24. EER NENNE EEE EHRE SIRENEERERE ERESHEREEREFEPERESEHERLENEEEREREENEEEREERENGSFEBRSEHERLEKEER PFERERS 28 7 3212GPS ODIO ee 28 2 3 2 SE POMS QO see ent E nenne Here 28 8 Troubleshooting and Maintenance u2220002000020000nnno nenne nenn nenne nenne nenne nenne nennen 29 9 1 POWERED Eee ae 29 8 12 REAL TIME 016 AR TO a De ar ade 29 8 1 3 Data Streaming ccccccescsceeseeeeeeeescccceneeecesssccsssneceeesscaceesceneeceessceaseeeeeeseeccasseneeeeseesseceesseseeees 29 8 1 4 COM module reset every couple of hours cceececceeceeeeeeeeeceeeeeeeeeseeseeeeessaeeeeessaeeeeeeeesaaeseeeeeeas 29 8 1 5 RHDx module reset every couple of hours 2 4uu00444400Rnennnnnnnnnnnnnnnnn nennen nnennnnnnennnnnnnnnnnnnneen 30 8 2 WWIII ANGE circ een ae nenne E na ee nenn nenne 30 GS_CR 5P_UserManual_VO3 doc 16 03 2010 GeoSIG CR 5P User Manual Page v Table of Figures FUG e OP SP POOS anne ee ee 3 Figure 2 CR 5P System overview using a computer as CCU left or a recorder module RHDx right 3 Figure 3 PAD module front ViQW c ccccccccsesececeeeeceeceececeeeceeseeecesseaceessaaeeeseuaecesseusceessaeeesseeaeeeeseeeeessaeeeeeas A Figure 4 PAD module rear view three or nine connectors su 4 4444nsnnnnnnnnnnnnnnnnnnnnnnennnnnnnnnnnnnnnnnennnnen 4 Figure 5 COM mod le TON VIEW een ee iaaa na Ra ENAT iaaa aai ni 5 Figure 6 COM module rear view cccccccss
25. GeoSIG He CR 5P User Manual GeoSIG Ltd Ahornweg 5a 5504 Othmarsingen Switzerland Phone 41 44 810 2150 Fax 41 44 810 2350 info geosig com www geosig com GeoSIG GS_CR 5P_UserManual_ V03 doc 16 03 2010 Page ii CR 5P User Manual Document Revision ersion Action 0 05 2007 4 06 2007 3 07 2007 Manual reviewed and updated minor editing ME 5 09 2007 9 11 2007 03 05 2008 Add Remote Data Streaming ME Disclaimer GeoSIG Ltd reserves the right to change the information contained in this document without notice While the information contained herein is assumed to be accurate GeoSIG Ltd assumes no responsibility for any errors or omissions Copyright Notice No part of this document may be reproduced without the prior written consent of GeoSIG Ltd The software described in this document is furnished under a license and may only be used or copied in accordance with the terms of such a license Trademark All brand and product names mentioned are trademarks or registered trademarks of their respective holders All rights reserved GeoSIG Ltd Switzerland GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoSIG CR 5P User Manual Page Table of Contents Taole OF FIGU S ana ee ee V ABBICADINY OL TIS IANA eer EERE E vi APPDICADIN YOL TIIG N NUA ee E netten vi Warnings and Safety uuusnenuesnsnnesnennennnnnennnnnnnnnnnnnnnnnnnennn nenne nnennnnnennnnnnnnennnnnennnnnnnnnnennnn vi Symbols and Abbreviations
26. Show icon in notification area when connected i IV Notify me when this connection has limited or no connectivity directly by connecting a Ethernet cross cable from the laptop to the ETH connector on the PAD GS_CR 5P_UserManual_ V03 doc 16 03 2010 GeoSIG CRSP User Manual Page 25 As Address type and the IP address of the PAD e g 192 168 10 105 then press Enter As soon as the login windows appears press Enter Blank Username and Password both are not set by default Lantronix XPort Device Server Microsoft Internet Explorer File Edit View Favorites Tools Help Q O x 2 A sxe Krane 81 owl JA Address g http 192 168 10 30 secure ltx_conf htm MAC Address 00 20 4A 93 B6 6F Ami Network Settings Server Serial Tunnel Hostlist Channel 1 Serial Settings Connection Email Trigger 1 Trigger 2 Trigger 3 Configurable Pins Obtain IP address automatically Auto Configuration Methods BOOTP Enable Disable DHCP Enable Disable AutolP Enable Disable DHCP Host Name f Use the following IP configuration IP Address 192 168 10 30 Subnet Mask 255 255 255 0 Default Gateway 0 0 0 0 Ethefnet Configuration V Auto Negotiate Apply Settings Apply Factory Defaults Speed 100 Mbps 10 Mbps Figure 20 Change X Port network settings Click Network and adjust your settings Press OK Click Apply Settings e Close Browser w Never change any s
27. al_V03 doc 16 03 2010 GeoS IG CRSP User Manual Page 3 Description 3 1 Housing The CR 5P is comprised of 19 rack units PADs and optional COM or RHDx housed in a portable case with handles and lids Information regarding the instrument s date of manufacturing serial number etc is contained on the ID label on the outside of the housing Figure 1 CR 5P Housing Figure 2 CR 5P System overview using a computer as CCU left or a recorder module RHDx right GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 3 2 Portable A D Module PAD PET GeoSIG AGRO OC o amoa T lt VE Sal o o 0 on a gt T I 10 o ld O oO lo O O m o oP Oo no oP oe Figure 4 PAD module rear view three or nine connectors pd N A iF J i i Fr Lan if a ai if 1 ie i al N 8 Aig 3 a N FR j lei a gt 7 a i y e 3 2 1 LED s N Network These red LEDs indicate that the digitiser is transmitting the data The LED A refers to the first B to the second and C to the third digitiser The digitisers transmit data at different time intervals which is indicated by non simultaneous LED illumination Status These green LEDs continuously illuminate as the corresponding channels are enabled Otherwise the LEDs are off The first LED from the left of the first row corresponds
28. ameters Putting in Operation For configuration and data acquisition a PC running GeoDAS has to be used EB For the installation and usage of GeoDAS refer to the GeoDAS Manual which explains the use of the software in full details The typical procedure to be followed is to connect the Ethernet cable from the PC to the COM module of the Instrument and follow the steps described in the GeoDAS Manual to configure or perform following functions Communication with the Instrument Verifying the operation of the Instrument and its sensor via Analog Signals Setting Date and Time if GPS is no available Saving and or Loading Configuration Setting Recording parameters 5 1 Quick Setup Perform the following steps to have a basic running system within a few minutes Make sure that all modules are properly working and interconnected as described in chapter 4 Basic knowledge of Windows XP and GeoDAS are assumed 5 1 1 Login to the RHDx module This step is only needed if using a RHDx module for data acquisition Skip this step if you are using a computer with GeoDAS as a CCU Connect a laptop to the ETH out of the RHDx Use a standard Ethernet cable Set the IP of the laptop to 192 168 10 1 Subnet mask 255 255 255 0 o Start gt Settings gt Network Connections o Double click Local Area Connections gt Properties gt Internet Protocol TCP IP o Press OK General Support General Advanced General
29. anual for details GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Page 19 5 1 4 Add new COM Module For the supervision all COM modules must be added to the GeoDAS too otherwise the COM modules will restart a couple of times per day Open in the GeoDAS the tab Settings gt Watchdogs o Name XXX o Port COMxx o Baudrate 115200 o Press Add Watchdog o Change all values as seen in Figure 13 o Press Apply o Press Save and Exit Main Parameters and General Information Configuration target This Computer Name WO Type Time Parameters Time parameters define delays between two events indicated below Port COMIN nd Baud rate 115200 hd For each delay Use the format HH MM 55 to set them Firmware 9 5 Counter of restarts 0 Low supply voltage System shutdown Supply voltage recovery System startu Monitoring of Yolkages Power Control ppry g y Sy p Tae Saad Louw No supervised communication Error declaration 12 Supply 11 973 110 491 24 Y Supply 23 946 20 982 Actual supply voltage 11 388 Restarts on low voltage jo Monitoring of Communication Reset Counterts Read Data from DCEfETH Data from OTE W Geobas activity Number of restarts on communication timeouts 4 Remove Watchdog Default Settings TK sony gt Watchdog timeout counter is reset by a critical GeoD45 routine Fhe a cae EG ae N zes _ _ Figure 13 Watchdogs settings of the COM module ain Output
30. cation Network name ersa Password IP Address 192 168 200 146 Connect through the port 1024 Connection timeout sec 40 Inactivity timeout sec so lv Remote node Optigns 7 Permanent monitoring M6nitor Packet mode Settings Add Yes Ne Yes Yes Remove Update Cancel bs Options may not work if they are not granted by the server Query Options Figure 16 Network Links The xx stands for any number from 11 to 20 Please look at the label of the RHDx module and type the correct IP address GS_CR 5P_UserManual_VO3 doc 16 03 2010 CR 5P User Manual GeoSIG fm Page 22 e Inthe window Remote Nodes and Applications a new station CR5P appears e Inthe window Stations Data Streams the network CR5P will all channels appears GeoSIG Data Acquisition System File Edit View Analyse Settings Tools Window Help gt ealah e 2011936 of 2097024 1997972 of 2097024 Not supported OnLine Not supported OnLine 14 16 30 2 147952 of 490992 14 16 30 347048 of 515376 66044 of 76308 0 0 0 0 33939 of 38146 0 0 0 0 TCP 212 254 29 34 10246 TCP 192 168 10 11 1024 28 05 10 56 13 43 18 Stations Data Streams a case lg AD 100 i wep Ch_O1 aab Ch_02 mp Ch_03 gE AD101 3 ch 32 bit 200 sps 32 bit 200 sps 32 bit 200 sps 32 bit 200 sps 3 ch 32 bit 200 sps No Lock No Lock No Lock No Lock No Lock 42 352 39 42 352 39 01 01 2000 06 02 00 01 01 2000 06 05 00 0
31. cks themselves can be removed and exchanged by user without posing a threat to device provided the power supply is switched off or all cables are disconnected The rack covers from the other hand should be removed by trained personnel only Moreover untrained access may lead to serious damage to the Instrument as well as may void the warranty Especially the rack cover should never be removed without first contacting GeoSIG or your local representative Before removing any of the racks always 1 Flip all power switches to OFF PAD COM and RHDx module if applicable 2 Disconnect the power supply 3 Make sure that the blue On Off LED indicator is OFF BATTERY LIFE Although supplied through an AC DC adapter from the mains the instrument is optionally shipped with the batteries to provide the backup power supply If the system is not in use the batteries should be disconnected If connected the batteries are attached using the crocodile clamps the red cable on the black cable on poles of the battery Note The battery lifetime can drastically change depending on operating conditions Strong discharge of the main battery must be avoided Symbols and Abbreviations CR 5P CMOS VDC VAC PC SPS Vpp PAD COM RHDx Portable Central Recording System Complementary Metal Oxide Semiconductor DC Voltage AC Voltage IBM compatible Personal Computer Samples Per Second Volts peak to peak Portable A D converter
32. d the AC power cable to the external power supply only if installed Connect the power cable to the 12V in connector Flip the main switch on the front to its ON position Is the blue LED on the front continuously illuminating No Yes What is the type of the power source Power supply plus battery Battery only No Yes I 3 Yes Switch gt on No I Disconnect the AC power cable from the power supply I Is the fuse of the external power supply blown Yes No es I Replace it with a Check if the AC power is 1A slow blow present fuse J b No Yes wa Check cabling and battery AC power voltage a Oa Found any wrong cabling Yes No Correct cabling a Start from the beginning Call GeoSIG Continue GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Page 13 4 4 2 Start Up of the RHDx Module Follow the procedure below for every start up of the module The white boxes are ACTIONS the user has to do the grey boxes are DECISIONS which affect the further process Connect the battery and the AC power cable to the external power supply only if installed gt Connect the power cable to the 12V in connector gt Flip the main switch on the front to its ON position gt Is the blue LED on the front continuously illuminating No Yes I ig green Power supply plus battery Battery only No Yes I e e wT Isthe po
33. eeseeceeeeeseaeeeseeeeeeessaseeeceeeeessaeeeeeeeeees 18 5 1 4 Add new COM Module cccccccccccccsssseeeeeecceeeeasseeeeeecseeeaaseeeeeesesausseeeeeeseeeaaaseeeeeecssssaagagseeeeness 19 5 2 Data Streaming to Remote COMPUte lr cccccccssssseecceeeeeeeseeeeeeeeeeeeeseeeeeceeeeessueaeeeeeeeeesssaaaaeeeeeeeessaaas 20 Rg a DAS EN e se gag sepasme EE ie usa me a ne ee a ee 20 9 22 Remote Computer Selling ee ne ee ee 21 5 3 Data Access on the Remote Compute r ccccccccssseseccececeseeseeeceeeeeseuseeseeeeeeeeseueaseeeeeeeesseaeeeeeeeeeeessaas 22 6 Advanced Network Settings 2u022440020n0onenn nenn nenn nenn nenn enennonennenennenennonennenennenennenenn 24 BJ Odu CUO ae ee oe ee ee ee nee 24 6 2 IP Change of the PAD or COM MOdUIe cccccccssseeeeeeceeeeeaeeeseeeeeeeeeeeeeeeeeeeessuaeeeeeeeeessseaaaeeeeeeeeesaaas 24 6 3 Adjustment of the CRP Managel ccccssssecccceeeeeeeeseeceeeeeeeseeeeeeeeeeesseeeeeeeeeeeesssaaeseeeeeeeessaaeaeeeeeeeeesaaas 26 7 Functional DESCTIDPTION cccceccceeeceeeeceeeceeeeneeeseeeseueeseeeseeeseueeseeeseeesseeseeesseeeseeeseeesaneess 27 TF Ae 819Nal COMING MING euren he 27 7 1 1 Digital Signal Filtering ccccccccesceesceeesceseeeeeseceseeeeeseceseeeeescseneeesscaseeeeesecasaeeeessceseesesssosseeeesses 27 Pee MGO SUNG wistnincdcaninenatdccnaisantonteanetnantantiteantdnaitnetmiahannh deashsnuadatunad deacon E a 28 FO AO GK e EN NEN NEN EIEEINE
34. erly The optional battery should be replaced every 3 years After replacement adjust the date of installation and the date of the next replacement into the Instrument via GeoDAS The backup battery should be replaced every 5 years After replacement adjust the date of installation and the date of the next replacement into the Instrument via GeoDAS
35. et the clock to the current time manually or to set the time and synchronise the clock automatically with an encoded external time signal The clock operates from the internal battery and runs regardless whether the Main Switch is at ON or OFF position 7 3 1 GPS Option The GPS Global Positioning System is originally used for navigation It contains several satellites which orbit the earth in a distance of about 20 000 km The signals transmitted by the satellites are used to get the position minimum 4 satellites have to be received by the GPS receiver to find its exact position The transmitted signals contain also precise time information which is used to update the internal clock of the Instrument 7 3 2 Synchronisation Beside the GPS the PADs can be synchronised with another PAD or the CCU The CR 5P nodes have to be interconnected with the sync cable to provide the time synchronisation The most accurate method is to connect a GPS module to every node In case that there is limited sky visibility at least one unit should be equipped with a GPS module and the other units can be consequently synchronised by the node having the GPS module attached to it When the relative accuracy and synchronisation are not of a primary interest or if the sky visibility is poor throughout the entire installation site all nodes can be individually synchronised remotely from a CCU one by one This type of synchronisation provides the lowest accuracy
36. ettings in the tab Channel 1 For more detail documentation please see http www lantronix com pdf XPort_UG pdf GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 Page 26 6 3 Adjustment of the CRP Manager CR 5P User Manual With the CRP Manager the virtual Com ports on the computer can be linked to the desired IP address of the X Port inside the PAD or COM module Click on the COM port on the left side you want to use Change the IP setting Click OK Click Com Port gt Save Settings Open CPR Manager Start gt Programs gt Lantronix gt CPR 4 1 gt CPR Manager CPR Manager Eile ComPort Device Tools Help BITTE Com Port List General Tests All Com Ports 252 E Com 1 22 General Default Com Port Com Status Closed Network Status Disconnected Reset to Defaults Cancel Edits IV Buffer Writes Keep checked for better write performance F Connection Timeout in seconds IV Server Reconnect IV Timeout Reconnect jo Reconnect Limit 0 forever J7 No Net Close I Listen Mode Normal port closed after disconnect TCP Port Add To Firewall Keep live Time msec 1000 a Keep live Interval msec 7 TCP Keep live J RFC2217 DTA In TruPort Tx Empty JCPR Transmit Buffer Empty Service Host TE WARNING If the Host is on the other side of a router or a remote firewall
37. f Minimum surface area footprint and height requirements for the 4 HU CR 5P housing are as follows H300 x W550 x D600 mm Please note that the height is limited by the number of rack modules in the housing thus possibly reducing the height requirements 4 2 3 Mounting the Instrument The following are the typical items needed for installation Instrument CR 5P Power cable with an external 12 VDC AC DC adapter Sync cable between the PAD modules and or GPS module if available Ethernet Cables for PAD COM connection Ethernet Cable for the connection to the RHDx or the central control unit This Manual and its Appendices Set of Tools Laptop PC with GeoDAS installed to check or configure the Instrument Any accessories or peripheral equipment for the Instrument and their manuals such as external sensor GPS external modem etc Typically follow these steps for a successful installation e The Instrument can be mounted in any convenient position at the location that complies with the basic requirements outlined in the previous section e Ensure that all cables especially the sensor cables have enough space around the housing to be connected to the PAD module e Ensure that all PADs have power and sync cables connected to it Sync cables are cascaded from one PAD to another The power cables are cascaded from the COM module first then to nearest PAD then to the second PAD in the array and so on e Depending on the locat
38. g with output sample rates of 50 100 200 and 250 SPS the data has to be further decimated digitally The sampling rate is common to all three channels digitised by one digitiser i e the sampling rate cannot be individually set for a specific channel w Please note that the selectable sampling rate is available from the firmware revision 1 and up The digitised data still contains signal energy at frequencies of up to 500 Hz which has to be filtered digitally for all sample rates except 1000 SPS At the Nyquist frequency half the decimated sample rate the signal is at least 120 dB below the input level due the combined effect of the 120 Hz analog filter and the digital filter GeoSIG GS_CR 5P_UserManual_V03 doc 16 03 2010 Page 28 CR 5P User Manual Since data are digitised and stored in the 24 Bit resolution signals above the Nyquist frequency even full scale signals do not affect the final stored data values at all 7 2 Triggering The CR 5P Instrument does not have any data storage capability It acts as a digitiser by simply forwarding the data to the remote host The recording itself is performed by the GeoDAS software package on the PC side For more information about the possibility of triggering or to record the data please consult the GeoDAS manual 7 3 Clock The Instrument has a complete self contained time keeping system This clock keeps track of days hours minutes and seconds The instrument has the ability to s
39. he centrally located ETH connector labelled as ETH out is a designated ETH connector for the CCU connection laptop PC or RHDx The remaining ETH connectors ETHT ETH7 are used for the PAD GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 modules connection There is no correlation between the physical location of the specific PAD module and the connector relative position 3 3 2 2 Ethernet Connector Rear These connectors are used only for PADs and represent just a continued connector array of the PAD connectors located at the front 3 3 2 3 Earthing Screw This is a screw to be used for proper grounding of the chassis It has to be securely connected to a reliable Earth connection 3 3 2 4 Power The connectors on the rear on the left hand side are used as power input and power output In other words each COM module provides power supply for the first PAD in the array Through this seven pin connector the PAD is supplied with 12VDC power Alternatively external batteries for powering the instrument may be connected here 3 4 Recorder Module RHDx The recorder module has the same functionality as the COM module but additionally the possibility to record the data streams from all connected PAD s to a internal hard disk drive r ETH3 ETH ETS O F STATUS GeoSIG fr ETH jz ETH1 7 ETH2 CPU oO O crepes T a u oO oO HDD o 9 Figure 7 RHDx module front view Figure 8 RHDx module rear view
40. ion it may be necessary to earth the Instrument properly Therefore connect the Earthing Screw of the Instrument via a copper wire of minimum 1 5 mm to a proper earth contact iS It is strongly recommended to have a proper Earthing 4 2 4 Optional Interconnection In case that the CR 5P nodes are to be interconnected to achieve the time synchronisation ensure with GeoSIG or your representative at the time of order that the cable length is sufficient for the particular installation This also applies to the situation when the PAD modules are remotely located in different housing GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 Page 10 RSP User Manual 4 2 5 Completing the Installation K Fix the remaining cables so that they may not influence the sensor signal by knocking or vibrating at the sensor K Do not leave any unpowered device connected to the Instrument After verifying that the physical installation is done properly the Instrument can now be started and put in operation as described in the following sections Do not touch the sensors and leave the installation site as quietly as possible 4 3 Cabling 4 3 1 Power The first module of each node is powered by battery and or an external power supply connected to 230 VAC The power supply works as a battery charger at the same time and therefore guarantees maximum of autonomy in case of a power loss A solar panel instead of a power supply can be used
41. nstallation u0s04440000Rennnnnnnnnnnnnennn nennen nnennn nennen 9 4 2 3 Mounting the Instrument u 444004404nn nennen nnennnnnnnnnnnnnnnnnnnennnnnnnnnnnnnnennnnennnnnnennnnnnenennnnnnennnennn 9 4 2 4 Optional Interconnection uss0442444000Rnnnnnnnnnnnnnnnnnnnnennnnnnnnnennnnnnnnnnnnnnnnnennnnnnnnnensnnnnnennnennnnnnnennn 9 4 2 5 Completing the Installation 222240000000BRn0nnnnnnnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnennnnnennnnn 10 MIAO MING as tec sects cehesade Sep necede semazceu cee sve seca tabacee E EEE EEE EEE NEUEN AREEEER RE NEHER RESET NEUER EREOEUEETRENEHNEEERR 10 ION ee ee eee ee 10 4 3 2 COmmMmUNCaUO ee ne een anne een 11 AA 6 Dee een 12 4 4 1 Start Up of the COM Module ccccccccccccccceeeeeeeeeeeceeeeeeeaeeeeceseesseeeeeseeceeeeeseseeeseeeeeeeessssaansesenes 12 4 4 2 Start Up of the RHDx Module ccccccccseccecceesseceeeceeesecececeeaeeeeeeeaseeeessseaaeeeeessaaaeeeeessseeseesssagass 13 GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 Page iv CR 5P User Manual AA 3 start Up Of the PAD Mod le anna een D 14 5 Configuring Parameters Putting in Operation us uu0444ssonennn nenne nnnnn nennen nennen nennen 16 Sl e eS gt ie ee 16 5 1 1 L gin to the FID XO UNS ee een 16 S L2 Add NEw FAD MOUI enrii E ance ee 18 5 1 3 Enable the Data Stream Recording cccccccceeeceseeeeeceeeeeaa
42. o Press OK zz Now the data stream of the selected PAD appears in the window Stations DataStream a A blue arrow next to the channel shows that data packets are received with no errors 5 1 3 Enable the Data Stream Recording Open in the GeoDAS the tab Settings gt Data Streams o Keep all active streams of data iv re En o Maximum length of data chunk 30 minutes u ne Song o Delete oldest data if disk free 1000 MByte m A o Remove data files older than W 168 hours Urs aaa RT o Press OK o Restart GeoDAS Ony Level 1 values are used to ceckre event tricgees Other sets of theeshalds we for the deren of alams I Aay neida trigger setuings to each data carne excep triggers besed on vector sums Event Fiss gt Messages and Inbirdiens P ser i Recpierts leted mths fes selected Croke svent cats files Tins irkerveb n second er net SE ck ek hice Sainte IT an ary ical tigger Pro Ewert fi and alone yore anes re Fost Evart i Pras f 5 F sre alder Mex duration fri M trara pa Cancel 1 The xxx stands for any arbitrary 3 character name of the desired PAD module The xxx stands for any number between 051 and 127 and correlates to the last three digits of the IP of the PAD which is written on the front side of the PAD module e g 192 168 10 115 gt COM115 3 The Full Scale settings depends on the sensor type please check m
43. ortable digitiser modules PAD and an optional communication module COM The PAD module further contains up to three triaxial digitisers giving the PAD possibility to acquire data from up to nine channels The triaxial digitisers from each PAD are further connected via Ethernet cable and the COM module to a recorder module RHDx or another computer working as central control unit CCU The PAD digitisers are typically configured from the CCU itself or if using a RHDx from a laptop anywhere in the network Besides configuration this connection facilitates data acquisition and performs a complete sensors test as well via the menu driven software GeoDAS W GeoSIG continuously improves and enhances capabilities of all products There may be several other connectivity hardware or software options for the Instrument which are not covered in this manual Refer to separate documentation from GeoSIG about available options GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 2 Incoming Inspection All Instruments are carefully inspected both electrically and mechanically before they leave the factory Please check if all received items correspond to the packing list and your order confirmation In case of discrepancies please contact GeoSIG or your local representative immediately 2 1 Damage during Shipment If requested at the time of order all instruments can be insured prior to the shipment If you receive damaged equipment and shipping insu
44. ot be a distinctive change The function of a sensor with DC response capacitive piezo resistive and FB sensors can be checked by inclining the sensor in every axis An inclination of 90 causes an acceleration of 1 0 g 30 an acceleration of 0 5 g and 14 7 an acceleration of 0 25 g Check this value for every channel This check should be performed annually The function of the sensor can be checked frequently with a tilt table For testing the sensor has to be installed onto the tilt table The whole range of 1g has to be checked with the table Every axis shall be performed The output signal has to be compared with the calibration values given by the manufacturer A sensor without AC response needs to be checked by using a shaking table The period of this check depends on the used sensor type For detailed information refer to the data sheet of your sensor The voltage of the optional battery and the charging voltage of the charger shall be measured annually Disconnect the AC power to measure the battery voltage keep the Instrument switched on The voltage should be between 11 8 and 13 2 VDC depending on its charge Reconnect the AC power cable switch off the Instrument and disconnect the battery measure the voltage on the battery cables The voltage should be 13 8 0 3 VDC The physical condition of the Instrument and the sensor should be checked annually Make sure every cable and connector is in good condition and plugged in prop
45. rance was previously arranged you should e Report the damage to your shipper immediately e Inform GeoSIG or your local representative immediately e Keep all packaging and shipping documents iS Insurance claims may be void if the above procedure is not followed 2 2 Warranty GeoSIG Ltd hereafter GeoSIG warrants hardware and software products against defects in materials workmanship and design for the defined period in the relevant contract or offer starting from date of shipment and 5 years parts and maintenance support commitment If GeoSIG receives notice of such defects during the warranty period GeoSIG shall at its option either repair at factory or replace free of charge hardware and software products that prove to be defective If GeoSIG is unable within a reasonable time to repair or replace any instrument to a condition as warranted buyer shall be entitled to a refund of the purchase price upon return of the instrument to GeoSIG 50 of freight charges on shipments of warranty repairs or replacements will be borne by GeoSIG normally one way freight Limitation of Warranty The foregoing guarantee shall not apply to defects resulting from e Improper or inadequate maintenance by buyer e Buyer supplied software or interfacing e Unauthorised modification or misuse e Operation and storage outside of the environmental specifications of the instrument or e Improper preparation and maintenance of site GS_CR 5P_UserManu
46. rs under My Computer From now on all data can be easily copied from this new drive No login to the RHDx module is needed 1 The xx stands for any number between 10 and 49 and correlates to the last two digits of the IP of the RHDx which is written on the front side of the RHDx module e g 192 168 10 16 gt COM16 GeoS G GS_CR 5P_UserManual_ V03 doc 16 03 2010 Page 24 CR 5P User Manual 6 Advanced Network Settings 6 1 Introduction The CPR Manager on the RHDx module or the CCU computer creates a virtual Com port All modules are preconfigured for easy and convenient handling and operation A change in the network topology needs a structured action and good knowledge in networking There are different modules which must be adjusted in case of a change of the network topology Name Location Description PAD COM The X Port is the interface from the module to the LAN CPR Manager RHDx or CCU computer The CPR Manager redirects the virtual Com port to the correct IP of the PAD or COM GeoDAS RHDx or CCU computer Data acquisition For this the correct Com ports must be selected A change in one of these three places always affects the two others 6 2 IP Change of the PAD or COM module Set the IP of the laptop in the same range as all the other modules by factory default use IP 192 168 10 1 and Subnet mask 255 255 255 0 for the laptop o Start gt Settings gt Network Connections O Double click
47. se the battery along with the AC DC adapter at the remote site In the lab the Instrument can be checked and configured for the correct time trigger and other relevant settings It may then be carried to the remote site with the power switch in the OFF position to avoid electrical shocks and then connected to the VAC power through the AC DC adapter After switching it ON the Instrument runs with the pre configured parameters This reduces the amount of time needed to configure in the field an important consideration in the case of an adverse condition 4 2 Installation EB Many times the locations of seismic equipment are highly exposed to electrical disturbances caused by lightning or by the industrial environment It may sometimes be necessary to use additional surge protectors for the equipment Contact GeoSIG or your local representative for more information GS_CR 5P_UserManual_V03 doc 16 03 2010 GeoS IG CRSP User Manual Page9 4 2 1 Supply Voltage Selection In case that the Instrument is powered from an AC DC converter ensure that the right voltage is selected 115 VAC 60 Hz or 230 VAC 50 Hz 4 2 2 Requirements for the Instrument Installation Since the instrument is portable and it collects the data from the remote sensors there are no special requirements in terms of foundation and mechanical stability Typically the only limitation is the area required for cable running toward the CR 5P housing and the housing itsel
48. sscccecceeecceeceesseceeeaeeeceeecaeseeeeeseassceeeseauaeceesaauceeeesaeaeeeeeeesaaeeeeeeeas 5 Figure 7 RHDx module front view uuussssnueenssnnennsnnnnsnennnnnnnnnnnennnnnnnnnennnnnnnnnnnnnnnnnennnnnnnnnnnnnnsennnnnennennneenennnnn 6 Figure 8 RHDx module rear view eaneneuesssssnenssnnnennennnennnnnnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnsennnnnennennnnenennnnn 6 Figure 9 Example of powering a CR 5P system ccccceceeeeeeceeeeeceeeeeeseeeeeeeseaeeesseeeeeeseseaaeseeeeeessssaagsseeeeeeees 10 Figure 10 Example of networking a CR 5P system uuuuuesssnnnnnnnnnnnneennnnnnnnnnnennnnnnnnnnnnnnnennnnnnnnnnnnnnnnnennnnnnnn 11 Figure 11 IP change on the a OD een nenne eat 16 Figure 12 GeoDAS running inside the RHDx module ccccceeeecceeceeeeeeeeeeeeeeeeesaeeeeeeeeseeeeeeessaaeeeeeesaasseeees 17 Figure 13 Watchdogs settings of the COM module s 22222240000000B0nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnennnnnnnn 19 Figure 14 Disconnect from Remote Desktop Connection cccccccccseeeeeeeeeeeeaaeeseeeeeeeeesaaaeseeeeeeesaaaaseeeeeeeeees 19 Figure 15 Data forwarding over Network uussssuusssnensnennnnnnennennnnnnnnnnnnnnnnnnnnennnnnennnnnnnnnnnnnennnnnnennnnnnnnnnnennenn 20 Figure 16 Network LINKS cccscccccccseeceeceeeeeeceeeeeeseeseeeeeeeeeeeseeeeeeseeeeessaaeeeesaaeeeessaseeessaueeesseaeeeessuseeessaneeessaneees 21 Figure 17 Map a network Cr ive
49. tion and is available per customer s specific request The SENSOR connector is a 12 pin connector which is used to connect external sensor s to the Instrument It carries the output signals from the sensor s and the test signals from the Instrument The SENSOR connector provides 12 VDC power to the sensor s Different types of sensors with following sensor voltage output ranges are supported 2 5 VDC 2 5 VDC 0 10 VDC 20 Vpp 0 2 5 VDC 5 Vpp differential 0 10 VDC 2 0 Vpp differential 3 2 2 4 Ethernet Connectors The ETH connector is used to attach the PAD to a RHDx module or a COM module that provides the connection path toward the CCU 3 2 2 5 Earthing Screw This is a screw to be used for proper grounding of the chassis When used it has to be securely connected to a reliable Earth connection 3 3 Communication Module COM ETH4 ETHS GeoSIG ER i ETH ETH ETH2 ETH3 CR 5PCOM o if N u E O Figure 6 COM module rear view 3 3 1 LED s On Off This blue LED is continuously illuminated when the unit switched on Otherwise the LED is off 3 3 2 Connectors There are six designated ETH connectors on the front side and one ETH connector at the back side The number of PAD units attached to a COM module can be expanded and is available upon special request In that case the back side can contain up to five more ETH connectors 3 3 2 1 Ethernet Connectors Front T
50. tput ranges as follows 2 5 VDC 2 5 VDC 0 10 VDC 20 Vpp 0 2 5 VDC 5 Vpp differential 0 10 VDC 2 0 Vpp differential The Digital Values DV for Analog Input Voltages AIV are summarised in the following tables Table 1 DV and AIV for CR 5P Instruments Analog Enz AIV Digital Value DV Bit x 90 7549746 aoma e a oe ra Emma Maximum input 50 27x 90 7549746 In CR 5P Instruments each signal channel has a low pass 120 Hz 4th order Butterworth analog filter with the attenuation of 48dB at 500Hz The sensor input signal passes through this filter prior to being sampled and converted to digital form This filter removes signal energy at frequencies above one half the input sampling rate 1000 Hz so that these higher frequencies are not aliased by the sampling process The signal level above 400 Hz at the output of the analog filter is at least 120 dB below the input level For different sampling rates anti aliasing is achieved by the software means equi ripple FIR filter structures with the linear phase with a 3dB point above 80 of the Nyquist rate 7 1 1 Digital Signal Filtering The anti aliasing low pass filter is automatically applied by the sigma delta A D converter based on the selected data output rate The amplified and filtered analog signals are sampled at a rate of 1000 SPS per channel and converted by a delt sigma AD converter to 24 Bit digital data values Since the Instrument allows recordin
51. wer switch at position ON No Yes J a Yes Is the power switch illuminating red o gt on No Disconnect the AC power cable from the power supply Is the fuse of the external power supply blown Yes No I Replace it with a Check ifthe AC power 1A slow blow fuse is present Jb No Yes WZ Connect Check cabling and battery AC power voltage I WZ Found any wrong cabling Yes No we we cabling I Start from the beginning Continue GeoSIG GS_CR 5P_UserManual_VO3 doc 16 03 2010 Bei ____CR SP User Manual 4 4 3 Start Up of the PAD Module Each PAD module can either be powered by another PAD module or by a power supply and or battery For the start up of the module please select the according procedure 4 4 3 1 or 4 4 3 2 4 4 3 1 PAD is powered from the 12V out connector of another PAD COM or RHDx module Connect the power cable from the 12V out of another PAD COM or RHDx to the 12V in connector Zs Flip the main switch on the front to its ON position gt Is the blue LED on the front continuously illuminating No Yes a La Are all other PAD COM and RHDx modules powered Are all STAUS LED illuminating blue LEDs on the front are continuously illuminating green After a few seconds No Yes No Yes a a 3 Switch on other modules WZ Check cabling and battery voltage I Found any wrong cabling Yes No e Correct cabling BZ Start from the beginning Continue
52. with a provision for 115 230 VAC power if the unit is supplied from batteries and will be left in place for a long period of time more than 3 days Although this is not necessary for the operation of the device it does preclude concerns about battery charging In case of event triggered recording any cultural or environmental sources of noise and vibration around the selected site should be noted which may cause false triggers of the recording mechanism These will have to be considered when setting the trigger parameters within the GeoDAS software package 4 1 2 Power Supply Considerations The Instrument is powered from a 12 VDC external power supply or optionally from the backup battery if available at the time of the power outage A solar panel instead of a power supply can be used as well ask GeoSIG for more detail specifications e If the supply in the field is from a 115 230 VAC you need to connect the VAC cable from the external power supply to the power source only The VAC source must consist of Phase Neutral and Protection Earth e lf the supply will be exclusively from the battery it is necessary to charge the battery sufficiently beforehand Make sure to have at least 24 hours of uninterrupted charging prior to leaving the Instrument in the field The configuration of the instrument of course may be performed while the charger is connected to the Instrument The best approach to the deployment of the Instrument is to u
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