Transient Shock Recorder(TSR) User`s Manual
Contents
1. NANO 26 x 31 x 4 mm 1 65 x 1 65 x 0 16 TO Weight 7 g 0 25 02 ENE TO Ms EE h i Charge Status Backup battery charges when input voltage to ype rd hans De BASE SLICE is greater than 11 VDC EXCITATION Charge Time 15 min from complete discharge to full charge Method One 20 mA current limited source channel 100 mA at input connector on Base Voltage 50V Discharge Rate 16 seconds at 1 A On Off Control Shut down when not armed or recording 2 minutes at 400 mA Opt pulsed excitation for low sampling rates Seal Beach California USA e E oltage upplied via Novi Michigan USA Current Maximum 110 mA with 350 ohm bridges all channels SF lt lt sydney Australia Power will vary significantly with sensor load F j S Shanghai China ANTI ALIAS FILTER Diversified Technical Systems Inc Zorge Germany Fixed Low Pass 4 pole Butterworth standard knee frequency Electric Ave Suite 206 Tokyo Japan OU Seal Beach CA 90740 USA yo Adjustable Low Pass 5 pole Butterworth set under software Phone 1 562 493 0158 control 50 Hz to 40 kHz Email sales dtsweb com Overall Response Both filters may be used together to achieve www dtsweb com 9 pole effective response SAE J211 System exceeds SAE J211 response Specifications subject to change without notice SLICE Free Motion Headform User s Manual Appendix B Pin Assignments 13000 30131 Termination Specifications looking into the connector e ee Shield ID Shiel2. SLICE FMH System A typical 3 channel system is discussed below Your system may vary if you have additional channels or custom features Detailed assembly procedures can be found in Appendix C SLICE FMH Assembly Procedure BRIDGE SLICE BASE SLICE BATTERY SLICE Sa Figure 1 3 channel SLICE NANO Stack for FMH 13000 20010 SLICE NANO Base 1 each 13000 20022 SLICE NANO Bridge 1 each 13000 20090 SLICE FMH Stack Battery 1 each SLICE NANO Stack Cover 1 each and Mounting Screws 2 each Figure 1 shows a typical 3 channel SLICE FMH Stack that includes a Base SLICE Bridge SLICE SLICE FMH Stack Battery stack cover plate and two M3 x 35 mm or 4 40 x 1 3 8 mounting screws Detailed specifications for the Base SLICE and Bridge SLICE can be found on page 16 Appendix A SLICE Hardware Specifications or at www dtsweb com Details on the SLICE FMH Stack Battery can be found on page 8 Power Charging Requirements For information on operation of the SLICE system please see the SLICE User s Manual support dtsweb com 5 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 BT50i198 The 12 socket connectors are functionally identical Figure 2 FMH Interface 13000 30700 SLICE FMH LED Pushbutton Cable Assembly This cable Figure 3 is used inside the dummy head and connects to the 5 socket connector shown in Figure 2 and the FMH skull The pushbutton enables the auto arm sequence and t
3. structural replacement is aligned properly Secure it to the aluminum skull using the proper hardware and recommended torque specifications by the FMH manufacturer support dtsweb com 24 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 8 Route the cable into the skull and install the skull cap plate using the proper hardware and recommended torque specifications by the FMH manufacturer support dtsweb com 25 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 Appendix D Minimizing System Self Heating Following the procedure outlined below will avoid any unnecessary heat generation in excess of 1 C 1 Charge the system using a 12 V power supply 12V is the minimum required by the SLICE system anything in excess will contribute to heat generation 2 Do not connect your PC to the system while it is charging While this prevents checking system status continual PC communications keep the micro processor active If the battery is not completely discharged and you do not want to wait the maximum recharge time 1 hour you may wish to implement a hardware interface that allows you to check battery charge status When the input current drops to 75 mA the battery is fully charged 3 Complete the software auto arm sequence and disconnect the system from the PC and power supply within 2 minutes Completing this step quickly minimizes system and sensor self heating Once au
4. to blink after 45 sec the system did not initialize properly To clear the fault reconnect the system to the power supply and PC step 4 above then start SLICEWare Manually arm and test the SLICE FMH system to clear the fault You must clear the fault before the system will power down After clearing the fault repeat steps 7 10 above Downloading Data 1 Reconnect the system to the power supply and PC step 4 above Start SLICEWare 2 Open the Acade tab To download the total time specified by the initial test lt Download set up select a To download a region of interest only enter the desired ROI Begin Time sec 0 5 Download ROI End Time sec and then select Mra timeframe for example 3 Depending on the length of the test it may take several minutes or longer to download the data A download progress bar is shown in the center of the screen alongside the corresponding DAS DAS Status Triggered Fault Data download progress Esi Downloading No E support dtsweb com 12 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 Viewing Data 1 Open the Tant tab Available data sets for viewing are shown on the left These data sets are stored on your PC not the SLICE lOksps 1s pre ts post Test selection 2 Selecting a test will load it in the viewing area DTS SLICEWare Version 1 05 0591 GO iu o c sw rere Fer Defa
5. your sensors If not included separately these are already installed on your sensors 13000 30131 SLICE 1 Channel Connector Cable Assembly 1 each This 7 socket 50 cm cable assembly is provided to facilitate sensor calibration It is provided without terminations to allow the user the option of attaching a connector of their choice Sensors can then be disconnected individually from the Bridge SLICE and calibrated with the use of this cable A termination drawing can be found on page 17 13000 30131 Termination Specifications FMH Skull Cap Plate 1 each This was provided with your Free Motion Headform You may be provided a new plate that has been modified to accept cable 13000 30680 FMH interface to SLICE system and to compensate for the added mass of the SLICE FMH system or your plate may support dtsweb com 7 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 need to be modified Please contact your SLICE FMH system integrator or FMH vendor for additional information Communications A USB to PC communication and power cable DTS P N 13000 30670 is provided with your system All communication signals and power battery charging are supported via the LEMO interface Figure 4 Information on installing the software initializing the system downloading and viewing the data begins on page 10 SLICEWare Software Power Charging Requirements The SLICE FMH Stack Battery contains an integrated 8 4 V 80
6. 0 99 07 Weight MICRO 28 g 0 99 oz NANO 14 2 g 0 50 oz Connectors 10 32 coaxial Microdot compatible Connectors Omnetics circular locking 12 pin Connectors MICRO integrated NANO cable assembly SIGNAL CONDITIONING Number of Channels 3 Input Range 0 5 23 5 V 12 V center Operating Temp 0 to 60 C 32 to 140 F Bandwidth DC to 40 kHz programmable Call to discuss extended temperature ranges Gain Options 1 or 10 user programmable Humidity 95 RH non condensing Auto Offset Range 100 of effective input range at gain of 1 Shock 500 g 4 msec half sine 5000 g option SLICE NANO ANALOG TO DIGITAL CONVERSION l 50 000 g option SLICE HG Type 16 bit SAR one ADC per channel 24 7 Worldwide Tech Support aa ISO 17025 A2LA Calibration ne dets of EE ru ee ed Method One 2 2 mA constant current source channel er E emory non volatile flash per stac Voltage up to 24 V ace mul Un Sample Rate Up to 120 ksps channel l On off Control Shut down when not armed or recording Application Consulting Individual channel sample rate is determined by number of SLICEs in each stack POWER mdr OE EE OEM Embedded Applications Hardware Trigger Isolated contact closure amp logic level input de i led Level Trigger Software programmable from any channel s Fixed Low Pass 4 pole Butterworth standard knee frequency of 40 kHz ee Ra e R gah TS eure Adjustable Low Pass 5 pole Butterworth set under software control additional power depends significa
7. DDTS 909 Electric Ave Suite 206 Seal Beach CA 90740 USA Phone 1 562 493 0158 Fax 1 562 493 3158 www dtsweb com SLICE Free Motion Headform User s Manual BRIDGE SLICE AA JS A h n SASESOG 1 Rie July 2012 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 Table of Contents DIS SUPPOHsarsvvandvsrrneeean eee 4 Introducing the SLICE Free Motion Headform FMH System e n nnnnnnnnnnuuuuun 5 Overview OF SEICE FMH S SEN ve AG 5 13000 20010 SLICE NANO Base 1 each vicccccccssccncnnneeecseeneeeennnnnneeeennennnnnnnnes 5 13000 20022 SLICE NANO Bridge 1 C Ch u cccccccccccnceccncnnccccnncucuuauuuuuuaununngngs 5 13000 20090 SLICE FMH Stack Battery 1 acRN rruuuuuunnnnnnnnnnnnererrrnnnnnnnsnner 5 SLICE NANO Stack Cover 1 each and Mounting Screws 2 each viscccccsnnennennnees 5 13000 30700 SLICE FMH LED Pushbutton Cable Assembly sossosnsnnnnsnnnnnnnsnn 6 13000 30680 Cable FMH interface to SLICE system 1 each rrrurrrrnnnnuussssser 6 13000 30670 Cable FMH interface to PC power 1 each aauuurnnannrrrnnnnssnsnner 7 13000 30541 12 V 2 5 A power supply 90 240 VAC input 1 each rwuuuuununnr 7 13000 30120 SLICE 1 Channel Sensor Connector Assembly 3 each 3022 7 13000 30131 SLICE 1 Channel Connector Cable Assembly 1 C Ch scseccccseeees 7 FMA SKU Cap PIRE LT OIC assessment 7 COMMUNIGCALIONS ainada A E A 8 Power Chargi
8. ately integrated to survive the expected shock loads support dtsweb com 9 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 Mounting Considerations To provide the best shock protection the system should be securely bolted inside the FMH skull using the proper hardware and recommended torque specifications Care must be taken to restrain the cables to permit adequate strain relief and minimal movement upon impact Thermal Considerations The SLICE DAS is an extremely low power system with negligible self heating Should any self heating be a concern this can be addressed by charging the system properly and minimizing the time it takes to arm the system and perform the test see Appendix D Should you have any questions about using SLICE in your environment please contact DTS SLICEWare Software Software Installation 1 Locate the set up exe file on the CD or USB drive provided Double click the file to begin the installation and follow the prompts on your screen 2 When installation is complete copy the XML file found in the folder copy contents to SLICEWare directory after software install to the SLICEWare directory The XML file contains the sensor information If you were not provided an XML file you will have to enter this information later 3 Start SLICEWare by double clicking the desktop icon or go to Programs SLICEWare If you have any questions about software installation please co
9. d Solder bridge on pins 6 and 7 10 pin Interface Connector ECG 1B 310 CLL panel view July 2012 pin Function in Function 5 feom 2 START 7 USB power gt mr 7 ws power 38 usso 9 usm 12 15 VDC USB Ground support dtsweb com 17 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 5 socket FMH Interface Connector 12 socket FMH Interface Connector looking into the connector looking into the connector On contact closure input to ground Start contact closure input to ground 6 1205voe o 8 Ground gt 9 USBPWR o These connectors are identical support dtsweb com 18 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 Appendix C SLICE FMH Assembly Procedure 1 Mount the SLICE system and sensors to the neck load cell structural replacement using the proper hardware and recommended torque specifications by the FMH manufacturer Carefully route all cables and use tie downs to create adequate strain relief and minimize cable movement All mounting considerations should be thoroughly addressed to ensure the system is adequately integrated to survive the expected shock loads s BRIDGE SLICE BR50737 fa 4 Ii 4 M BO STS PWR i BATTERY SLIGE pry aa ED lt gt c BR 6 oe i QR FMH Interface The 12 socket connectors are functionally identical and either DDTS y may be used to connect
10. d X unknown 200 g 0 3 21 2013 How to Auto Arm the SLICE FMH System The Auto Arm on Boot feature allows users to automatically arm the system using user selected parameters at system power up initialization To use the auto arm feature all DAS in the test must support the auto arm function 6 With SLICEWare running and the SLICE FMH system connected step 4 above go to the Masnestics tab and perform a quick check to verify the hardware is working properly gt DTS SLICEWare Version 1 05 0591 amp Prepare Diagnostics Realtime Acquire Review Data Settings Help support dtsweb com 11 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 7 Open the tab Complete the test set up information data collection mode length of time sample rate etc Test Parameters Sample rate 10000 g Test ID TOK 20sec Mode Recorder mode Notes Twenty second data collection amp 10KHz Pre trigger a 0 0000 Post trigger 2 20 0000 8 Click the Auto Arm button Click OK 9 Close SLICEWare and disconnect cable 13000 30670 from the skull cap plate 10 To arm the system press and hold the LED pushbutton switch for gt 3 sec After 7 sec the LED will begin to blink indicating the system is performing the auto arm initialization sequence After 32 sec the LED will be either on circular buffer mode or off recorder mode Troubleshooting If the LED continues
11. es to blink after 45 sec Py the system did not initialize properly See page 12 Troubleshooting To arm the system press and hold the LED pushbutton switch for gt 3 sec After 7 sec the LED will begin to blink indicating the system is performing the auto arm initiali zation sequence After 32 sec the LED will be either on circular buffer mode or off recorder mode Note The SLICE FMH system s auto arm feature must be software enabled prior to pushbutton initialization Only Circular Buffer mode is recommended for use with the FMH Details on software installation and use begin on page 10 SLICEWare Software Basic Care and Handling The SLICE FMH system is a high precision measurement instrument designed to operate reliably in dynamic testing environments Though resistant to many environmental conditions care should be taken not to subject the unit to harsh chemicals submerge it in water or use it in a manner inconsistent with its intended purpose The Base SLICE Bridge SLICE and SLICE FMH Stack Battery are supplied with calibration data from the factory DTS recommends annual recalibration to ensure that the system is performing within factory specifications SLICE hardware is not user serviceable and should be returned to DTS for service or repair Shock Rating The SLICE FMH system is rated for 500 g 4 ms duration in all axes All mounting considerations should be thoroughly addressed to ensure the system is adequ
12. he LED provides information on arming status Additional information on the LED can be found on page 8 Status LED details on arming the system begin on page 11 How to Auto Arm the SLICE FMH System rn d Figure 3 13000 30700 Cable Assembly 13000 30680 Cable FMH interface to SLICE system 1 each This cable is used inside the FMH skull Figure 4 and connects to either 12 socket connector shown in Figure 2 It terminates at the inside of the skull cap plate and mates with 13000 30670 i Figure 4 13000 30680 Cable Assembly support dtsweb com 6 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 13000 30670 Cable FMH interface to PC power 1 each This cable Figure 5 connects to the USB port on your PC and the power supply provided with your system It mates with 13000 30680 as it exits the skull cap plate i Q Figure 5 13000 30670 Cable and Interface 13000 30541 12 V 2 5 A power supply 90 240 VAC input 1 each A 12 V 2 5 A power supply Figure 6 is provided with your system It will simulta neously charge the battery and power the SLICE FMH system until it is disconnected prior to the test Battery capacity and charging requirements can be found on page 8 Power Charging Requirements Figure 6 13000 30541 Power Supply 13000 30120 SLICE 1 Channel Sensor Connector Assembly 3 each Three 7 pin sensor connectors with back shell and ID are provided for use with
13. mAh rechargeable lithium battery sufficient to operate the system for cable free testing When the 12 V 2 5 A power supply is connected to your system it will simultaneously charge the battery and power the SLICE FMH system until it is disconnected prior to the test Battery life fully charged Up to 20 minutes full sensor load Charge time 1 hour from complete discharge to full charge always charges when connected to power supply Charging the system using a maximum of 12 V and without the USB connected minimizes system self heating Additional details can be found in Appendix D Status LED This LED is blue and provides information on arming and recording status It is on off or blinking ays After unit is turned on LED will blink during sensor warm up and system arming Blinking If armed in Circular Buffer mode the LED will begin recording after sensor warm up and the LED will go solid blue The LED will also go solid blue in Recorder mode if the system received a START signal If armed in Recorder Mode the system will stop blinking and go OFF waiting for a START signal to begin recording support dtsweb com 8 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 Circular Buffer Mode Recorder Mode v r rate increases Arming sensor warm up 30 sec 7 LED is ON LED is OFF System is recording Waiting for START signal i rate steady If the LED continu
14. n 19 Appendix D Minimizing System Self Heating nnnnnnunnnnnnnnnnnnnnnnnnnnnnnnnnnnnn 26 support dtsweb com iii 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 DTS Support SLICE data acquisition systems are designed to be reliable and simple to operate Should you need assistance DTS has support engineers worldwide with extensive product knowledge and test experience to help via telephone e mail or on site visits The best way to contact a DTS support engineer is to e mail support dtsweb com Your e mail is immediately forwarded to all DTS support engineers worldwide and is typically the fastest way to get a response particularly if you need assistance outside of normal business hours For assistance by telephone please go to http dtsweb com support techsupport php to find the phone number appropriate for your region of the world support dtsweb com 4 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 Introducing the SLICE Free Motion Headform FMH System The SLICE FMH system is a miniature data acquisition system DAS designed for integration into a dummy head It includes a battery sufficient to run the system for up to 20 minutes and supports autonomous operation after arming After the test reconnecting the system to a PC and the provided power supply allows data download viewing and post processing and recharges the battery for the next use Overview of
15. ng Requirements ssssssssssrsnsnrsnsnnsnrsnrnrnnrnnnnsunrnesusnrnneunnnrunrnrnnne 8 SES ED vere 8 Basic Care and Handling sj rv or vvvvrsvvvr vssvvvsense GENT NERE 9 SROCK RAUNO eindirnar ein an EE E En a EEE 9 MOURTING CONSIdEratoNS os tacsnecstanaudcararteneiiasieadaswiee TE AE N RA ae 10 Thermal Cord ANS Ne NG 10 SLICEW re SOTtw af VG 10 SottWare InstalatiONieeniae naa a 10 Communicating with the SLICE FMH System ssssssssssnnussnesnsnrsnsnrnnsnnrnesnrrrnnne 10 How to Auto Arm the SLICE FMH System sssssssssssssssnnsnsnrsernennennsnrnnrnrnnrnernene 11 TFOUDICSROOUIO er 12 DONNA Dala Karene 12 ENDENE 13 EPO PAA 14 Real TIME MOdE avse es EA E E neuen 15 Appendix A SLICE Hardware SpecificatilOnNS xx xxxuuuunnnnnnnnnnnnnnnunnnuuuuunnnnnnnnn 16 Appendix B Pin ASsSignMentS ss s s s2usu2u22u2u20u2 20 22 80 17 13000 30131 Termination Specifications aarrrvvvunnnnnnennrrnnnnnnnnsvvvnnnnnnnnnnnnnnee 17 support dtsweb com ii 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 10 pin Interface Connector x 1 rruvurnnnneerrrnnnnnnnsvvvsvnnnnnnnnnrnnnnnnnnnnvvvuunnnnnnnnnnnnne 17 5 socket FMH Interface Connector xrrrrrvvvunnnnneerrnnnnnnnnsrvvvnnnnnnnnenrrnnnnnnnnnnene 18 12 socket FMH Interface Connector vuarnsanask avgrenses dvad rskesvriest 18 Appendix C SLICE FMH Assembly Procedure x nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn
16. ntact Support dtsweb com Communicating with the SLICE FMH System 4 Connect cable 13000 30670 to the LEMO receptacle on the skull cap plate Figure 5 Next connect the cable to the power supply provided Figure 6 and your PC The SLICE FHM system can be connected to the PC before or after Starting the software 5 If you provided your own sensors or had to replace a sensor you can manually enter the sensor information into the SLICEWare software before using your SLICE FMH system Check that the sensors that are installed in the FMH are visible on the P tab If any sensor is missing you need to manually install it You will need the calibration data provided with your sensors to do this Each sensor must also be assigned to the correct axis and optional ISO code support dtsweb com 10 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 DTS SLICEWare Version 1 05 0591 ne mm mm m m mr e x9o Du OO 2 F Be Bo V Trigger Above 929909 nm A pri lp Assign Remove Apply Refresh a 100 Read Read Merge Epot am edt ID bridge SIF Sifs XML Sifs Current sensor id ba Level Trigger Options Integration Archive Display 1 BR50130 ead X gt 100 0g ee a rr Z BRED Head Y gt 1000 ns 00 Tin og AS ey ao oy e 3 BREDTO HemdZ gt 10005 CemoSemer fuel ml amp of ane Endeve 7284 This is a defaut Endevco 7284C 2000 unknown 2000 o __1680 20 2010 Hea
17. ntly on 50 Hz to 40 kHz connected sensor load Overall Response Both filters may be used together to achieve Power Control Remote power control input for on off 9 pole effective response Protection Reverse current ESD Control SLICEWare API 8 0 Operating Systems Windows XP Vista 7 ARS SLICE MICRO Onl Communication USB optional Ethernet interface SE MICRO 42 x 42 x 9 mm 1 65 x 1 65 x 0 35 Weight 30 g 1 06 oz Te EEE menne Number of Channels 3 tl mm Range Options Triaxial 300 1500 8k 12k 50k deg sec Current Maximum 75 mA power supplied via BASE SLICE BRIDGE SLICE MICRO amp NANO Size MICRO 42 x 42 x 7 mm 1 65 x 1 65 x 0 32 ep NANO 26 x 31 x 5 5 mm 1 02 x 1 22 x 0 22 M ACXXXXX Weight MICRO 25 g 0 88 oz NANO 13 8 g 0 49 oz Connectors Omnetics circular locking 3 single channel ACCEL SLICE MICRO Onl 7 pin or 1 three channel 16 pin Size MICRO 42 x 42 x 9 mm 1 65 x 1 65 x 0 35 Weight 30 g 1 06 02 SIGNAL CONDITIONING Number of Channels 3 Number of Channels 3 differential programmable Range Options Triaxial 50 100 500 g Input Range 2 4 V 2 5 V center Current Maximum 65 mA power supplied via BASE SLICE Bandwidth DC to 40 kHz programmable Gain Range 1 0 1280 programmable eS Auto Offset Range 100 of effective input range oe Bridge Support Software switchable completion BATTERY SLICE NANO Only Shunt Check Emulation method Size
18. r or not you want the exported data to be filtered or unfiltered If filtered is selected SLICEWare will apply the software filter associated with each sensor in the test Dont filter channels Use channel filter settings 4 To export the data using the settings you selected above select A save as dialog will open and allow you to choose where to save the exported data Real Time Mode To view data from the channels real time click the tab You can view any or all of the three channels Note that the data is being sampled continuously at a relatively low sample rate For example you may not see a short duration data pulse when hitting the SLICE against a surface 1O x 75 DTS SLICEWare Version 1 05 0591 eo Prepare Diagnostics Realtime Acquire Review Data Settings Help G 0 eo E Next Head X Full Scale 10 aW AC Z Channels Select Channels Options Range Requested Sample Rate 250 Delay Between Polls p Allow Multiple Sample Mode IV Chart Width 2 __ Change Log Realtime Data ADC I Data Log Name RTData Head X 0 0284052 q Averaqe 0 0719598 aq support dtsweb com 15 13000 40180 MAN Rev 0 Specifications IEPE SLICE TEPE SLICE EFi Le IEPE SLICE MICRO Only MICRO 42 x 42 x 8 mm 1 65 x 1 65 x 0 32 Size MICRO 42 x 42 x 7 mm 1 65 x 1 65 x 0 28 NANO 26 x 31 x 6 5 mm 1 02 x 1 22 x 0 26 Weight 28 g
19. the Base a EEE wi SLICE UP connector or cable C mig a 13000 30680 FMH interface to SLICE system NANO Gre 5 ASAE support dtsweb com 19 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 2 Attach cable 13000 30680 FMH interface to SLICE system to skull cap plate using the provided hardware Tighten securely support dtsweb com 20 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 3 Attach cable 13000 30700 SLICE FMH LED Pushbutton Cable Assembly by threading it into the FMH skull Tighten securely support dtsweb com 21 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 4 Insert neck load cell structural replacement into skull Note the position of the flat edge relative to the FMH skull 5 Rotate neck load cell structural replacement counter clockwise so that the FMH interface is visible Connect cable 13000 30700 SLICE FMH LED Pushbutton Cable Assembly to the FMH interface a gt N support dtsweb com 22 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 6 Connect cable 13000 30680 FMH interface to SLICE system to the FMH interface using the available 12 socket connector support dtsweb com 23 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 7 Rotate neck load cell structural replacement clockwise so that the flat edge of the neck load cell
20. to arm and disconnect are completed the system is in a low power state and awaiting initialization 4 Initialize the system and perform your test quickly To initialize the system press the LED pushbutton switch for 23 sec When the LED goes solid the system is ready for testing Performing your test as soon as possible after system initialization minimizes self heating support dtsweb com 26 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 Revision History Date By Description O SSS 13 Jul 2012 Initial release Rev 0 support dtsweb com 27 13000 40180 MAN Rev 0
21. ut Urfitered Head X lt None gt 10ksps 1s pre 1spost CPET bal Update Test gt Set Time Zero Select Point Range Window p Time Scale Auto 7 Vi Test selection 10ksps 1s pre 1s post Serial Number Head X Description Head X Target Shunt Deflection mV 3 1 Measured Shunt Deflection mV 3 2 Shunt Error 2 7 Units g Filter Frequency 0 CFC 0 Max Min EU 387 6 118 4 Test Description Two second data collection 10ksps Sample Rate 10000 DAS Serial Number BA50448 Two second data collection Time sec Head X Sid dev 2292 82 adc span 42754 ade floor 19 58 db 3 You can zoom using the and icons on the upper right of the screen You can also zoom by selecting of interest and then drawing a window around a region support dtsweb com 13 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 4 Multiple data channels can be viewed on the graph at one time You can choose which channels to view using SelectChannels xj Exporting Data 1 Open the Daa tab and select the data set you wish to export from the tests available lt DTS SLICEWare Version 1 0 support dtsweb com 14 13000 40180 MAN Rev 0 SLICE Free Motion Headform User s Manual July 2012 2 Select an export format for the data CSV TDM gr DlAdem DAT iso Export Format 3 Select whethe
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