Home

Edelbrock 8816 Automobile Parts User Manual

1. Connector Pin Out Bracket Import and Compact Drag Racing Systems Connector 1 Pin Function Connector Pin Note 1 2 Tx 1 Serial Data To PC J4 7 System Ground is connected to the following RX 2 Serial Data From PC 3 Connector Fin Return 3 Serial Data Return J4 5 attery Minus Thermocouple Converter J3 7 Battery 4 12V System Power Battery Wheel Speed 75 1 Ground 5 System Ground Note 1 Fuel Pressure 16 1 5 V Out 6 Sensor Power 5 Note 2 Oil Pressure J7 1 Channel 9 7 Accelerometer Long Channel 10 8 Fuel Pressure J6 2 Channel 11 9 Oil Pressure J7 2 Note 2 Channel 12 10 Thermocouple Converter J3 2 System Power 5V is connected to the Channel 13 11 Thermocouple Converter J3 3 following Channel 14 12 Thermocouple Converter J3 4 Sensor Connector Pin Channel 15 13 Thermocouple Converter J3 5 Thermocouple Converter J3 1 Channel 16 14 Battery Voltage Monitor Fuel Pressure J6 3 1 15 Engine RPM m 3 Channel 2 16 Wheel Speed J5 2 Channel 3 17 Log Off On Switch ote Channel 4 18 System Power 12V is connected to the Channel 5 19 following Channel 6 20 Sensor Connector Pin 12 V Out 21 Sensor Power 12V Note 3 Thermocouple Converter J3 6 Digital Out 1 22 0 5 VDC off on Fuel Pressure 46 4 Digital Out 2 23 0 5 VDC off on Oil Pressure J7 4 Connector Pin Out Circle Track
2. ne qi 11 Choosing 11 gt 7 7 7 7 7 11 11 12 Ter eT TT Ter rT Tre TT 12 Grounding TY ota ata cedo ed rdg ord ee dog ord E ra dor oe Sb 12 Low to High Signal 12 15 Ghannel Enable so pb PPPPPPPPPPPRPRERPKPEPPERMEREERPEPEERMEREPEPEPEERMEEREEPUPUDRMA E ME 15 BRE ru 2 AEE 16 17 18 2d Aas tee Soe Sate Sess dara Sate tee dele dade Sea 18 19 apogr Tere oec ki 19 rigge empor 19 Digital Starting 5 20 RAP 20 1 Digital Stopping Triggers 88 21 21 Digital OUIDUIS gt zs rh A EIYIEREIENEZERESERERERERERESERERERERERESEREREKENREREREREREERERERNRQE
3. Fuel Pvessue Graphing Setup Graphing Setup allows you to choose what variables are displayed on the graph up to 9 can be graphed at once what colors they are displayed in and the scale at which you want to display the data Graphing Setup Page Chan Name Dolor Min Scale Scale Graph si 1 RPM 0 00 8000 Select if you want the channel displayed not by clicking on the Graph box Autoscale Select if you want the system to automatically detect the minimum and maximum scale data values and set the scales accordingly This provides the maximum data resolution but will result in uneven minimum and maximum scale values Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 22 of 44 Brochure 63 0282 Min Scale Max Scale As an alternative to autoscaling you can select the minimum maximum values that you want to display on the screen For instance while the tach signal is calibrated from 0 to 9000 RPM you may want to concentrate on the 3000 to 6000 range In this case enter 3000 as the Min Scale value and 6000 as the Max Scale value Channel Colors To change the graph color of a channel double click on the corresponding color box to bring up the color selection window Seles Choose one of the pre defined colors from the Basic Colors palette or create a custom color from
4. e at tf et anew 28 Choosing Channels for Display 28 Setting the Window Width 28 Uploading eld E a a ag at n d ad b e 29 Viewing Historical 29 30 Measuring the Length of Time Between 30 Changing the Channels ceo e cceedoco coo comet o 31 Viewing Data by Time or 31 Viewing Data Dy ORDE ONDE EROR OELE RUE Lada p 31 32 Viewing Data as Lap Dependent or Cumulative 32 ZOOM Ine Ce 32 33 Scroll or Pan the Graph 33 Overlayingra Secondaly lt 2 26 33 36 Gropping Data Files ss xr aria r3 ka c a c eevee 37 Obtaining a Histogram 38 Pria GO apro cob epu ete tate bep etie he
5. ae x a Time ELN Lao uu 8 fii amp zl Tir ext dnos 4 1943 3 Cur 2900 Lap Tri Lap Time 000 20019 Click on your choice and a histogram will be produced If you select the Display menu on the histogram screen you have the option of sending a copy of the histogram to your Windows system printer Printing a Graph Select Print Window from the Graph menu at the top of the historical data window The entire graph and everything that is currently displayed will be sent to your current Windows system printer Histogram ioj xi RPM Distribution Percentage 2 1000 2000 3000 4000 5000 6000 7000 RPM Unit Mean 5344 Unit Median 5710 Unit Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 38 of 44 Brochure 63 0282 Export Data File to Text File If you would like to do further analysis of your logged data using a different software package or simply want to view the raw data then this option will export the data to a tab delimited text file E view Tools HELNE Load Setup Beet gut Once this option is selected a Windows Open File dialogue box will open Select the file you want to export then dou
6. 1 sa D s n a Wt por a A y EB 4 1 zr Th os Si i 1 i trig To return the two files to their original alignment relative to each other select Reset Data File Alignment from the Graph menu Setup Display Open Datafile Close Datafile Crop Datafile Open Secondary Datafile Align Data File Reset Data File Alignment Print Window Print Setup Histogram Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 36 of 44 Brochure 63 0282 Cropping Data Files Sometimes you may log more data then you really wanted In these cases you can use the crop function to eliminate the unwanted data To crop a data file open the file for viewing in the Historical Graph display Set the two cursors around the part of the data file that you want to keep and then select Crop Datafile from the Graph menu 33 Historical Graphical Display Lhapley Open Erim Pynt Setup After setting the two cursors as desired you can also click the right mouse button and select Crop Data from the up menu nj rart ai
7. 91111 Wheel Shaft Speed Sensor 91116 Speed Sensor Magnets 1 2 2 91117 Analog Input Extension Harness 91106 Desktop Wiring Harness RE 91107 Non Contact Thermocouple 91120 String Potentiometer 91123 Linear Potentiometer 91124 F el Flow bn E 91125 Throttle Position Linear Potentiometer 91127 QwikData Software amp Documentation 91127 Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 44 of 44 Brochure 63 0282 Edelbrock Corporation 2700 California Street Torrance 90503 EFI Tech Line 800 416 8628 Option 3 E Mail efitech edelbrock com
8. 32 MB RAM Operating 5 Windows 95 98 2000 XP NT 4 0 Free Disk Space 16 MB The QwikData installation program should auto start when you insert the CD into your CD ROM drive If the program does not auto start select Run from the Windows File menu and enter D AUTORUN EXE in the dialog box replace D with the drive letter of your CD ROM drive Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 6 of 44 Brochure 63 0282 The QwikData CD ROM startup screen will be displayed Master Setup ES Setup Win 3 1 Setup Win 95 98 NT Click the Setup Win 95 98 NT icon to begin the software installation venra to the 8 program fis strondby recommended tat you exit ell Windows programs naming Setup Click Cantalin quit Setup and programa yeu hee running WARMING This program protected by copyright law and infemehonal restos eri nogaresluitian distribution of this program may severa chal and p and will ber prosecuted 10 This mein possible undar law continue with the setup 1 gt Cancel Click the Next button and follow the on screen instructions for installation Cata
9. 5 0 7645353 1075543 1153359 13 21274 557 5 et eae oe GA SOOM 4 u A EU Catalog 91001 91003 91004 91005 91007 9 2006 Edelbrock Corporation Rev 2 06 RS mc Page 39 of 44 Brochure 63 0282 Restore Default Setup The default setup corresponds to the settings that your QwikData unit was originally shipped with from the factory and correspond to the standard QwikData Package that you purchased Die ew Touls Leno restore the factory default setup select Restore Default Setup from the Tools menu M on the main QwikData screen Comm ommon Normally you will not ever have to Restore Defaults v Advonced Options Firmen Update Firmware The internal QwikData program code is stored in Flash EPROM and can be updated via the QwikData PC software This allows you to upgrade QwikData firmware without having to open the box and change EPROMs Firmware files have an S19 extension Program Updates will be posted on Edelbrock website for downloading as they become available Before updating your firmware be sure to upload your current setup from the QwikData unit and then save it to your hard drive using the Save Setup function a5 Fie view 2 Accaleramastarg Onc
10. e 38 Data File TO Text Fle a eae pu repere ce re vA EV EIS UE EVER EVE E UE NE P IR US pP EE ERES e E a 39 20 7 20 Connector Pin Out Bracket Import and Compact Drag Racing Systems 41 Connector Pin Out Circle Track Road Racing and Advanced Systems 41 Pin Assignments Maximum 2 22 2 2 42 Owikdata Jumper s ues EE CENE EN 43 Sensor and Option Part Numbers 1 4 4 2 4 44 SYSTEM INSTALLATION Included Parts Unpack all the parts supplied with the package and verify that there are no parts missing Basic Package 91001 Your QwikData Basic Package should include the following items Part Description Basic QwikData Data Logger Wiring Harness Wheel Shaft Speed Sensor Race ce KR Ea d Speed Sensor Magnets QwikData Software amp Documentation CD Bracket Drag Racing Package 91003 Your QwikData Bracket Racing Drag Racing Package should include the following items Part Description Basic QwikData Data Logger Wiring Harness 0 100 psi Pressure Sensors Exhaust Gas Temp Thermocouples General Purpose Thermocouples TK 4 Thermocouple Converter Box Thermocouple Extension Cables Wheel Shaft Speed Sensor tetera tte kets Metis RA Sd S
11. None to view only the primary file data Aligning Primary and Secondary File Graphs Two data files such as two drag runs will rarely start at the same time relative to the start of the run As a result when comparing these files by overlaying them on the historical graph the two files will not line up on the graph This makes it difficult to accurately compare the two files To solve this problem the program allows you to shift one file relative to another so that the data from the two files can be aligned NOTE This feature is not active if the data files contain multiple laps Since lap data requires accurate start and stop times all the lap data will automatically align properly To align two files view both files on the Historical Graph by over laying the Secondary File on the Primary File Using the first cursor select a point from the Primary File solid graph lines that you want to use as the reference point This point can be any point on the primary graphs such when the vehicle speed first begins to rise or the maximum acceleration point at launch used in the example shown Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 34 of 44 Brochure 63 0282 Hintancnl Graphical Display Pu Sec Setup Display 27 5 Historical Graphic mph Saup Dipl 200 Next select the corresponding point from the
12. Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 4 of 44 Brochure 63 0282 To remove a connector once it is installed insert small flat blade screwdriver under the locking clip Lift the clip while pulling on the connector never pull on the wires To make installation as easy as possible the wiring harness provided is completely assembled with connectors that mate to the supplied sensors Each sensor is connected to the QwikData unit by simply mating the appropriate connectors Refer to the QwikData Reference Manual on the CD ROM for a description of the wiring harness and the sensor connections Route the wiring harness as needed to make connections to the installed sensors To connect the circular connectors on the wiring harness to the sensors push the mating connectors firmly together and then turn the locking ring clockwise to lock the connectors together Bracket Drag and Import Compact Drag Racing Package Sensor Connections Connect the TK4 Thermocouple Converter box to the harness connector labeled THERM CONV The TK 4 Thermocouple Converter box is a four channel unit with the channels labeled A through D The EGT Thermocouples then plug into the TK 4 Converter box By default the EGT connected to channel A of the TK 4 Converter box is labeled as EGT 1 in the software and so on You can easily change the channel s names using the QwikData software to match the correct c
13. EDELBROCK QWIKDATA SYSTEMS Catalog 91001 Basic Package Catalog 91003 Bracket Drag Racing Package Catalog 91004 Advanced Drag Racing Package Catalog 91005 Import Compact Drag Racing Package Catalog 91007 Circle Track Road Racing Package Catalog 91009 Advanced Pro System Package This QwikGuide manual has been included to provide all the information you need to get your QwikData Package installed and running quickly and easily For more detailed information about the QwikData system refer to the QwikData Reference Manual on the QwikData CD ROM Edelbrock Corporation 2700 California Street Torrance CA 90503 EFI Tech Line 800 416 8628 Option 3 E Mail efitech edelbrock com Table of Contents SYSTEM INSTALLATION Inc POEL A EAU Vas conn te ta cece ce bo Seen s 1 Basic ae 1 Package sc ue ieu ue d ouis oae Mose 1 Advanced Drag Racing Package ee Oe a 1 Import Compact Drag Racing 2 Circle Track Road Racing 2 Advanced Pro oo ui 2 Inst
14. Initializing the QwikData Setup Advanced Options CommnPort To initialize the QwikData unit to the factory default setup select the Load Setup from the File menu view Tools Pecos a Oppad Taia Setup Help Export File ta Text Save Setup Hurt Highlight the file named default sup and click the OK button Load Setup Infarmnation File name Default sup Default sup List files of type Setup Files Catalog 91001 91003 91004 91005 91007 91009 Rev 2 06 RS mc Folders Cancel Ec OWIKDATA Fs OWIKDAT Network Read Drives Ec 2006 Edelbrock Corporation Page 9 of 44 Brochure 63 0282 Now select the Download Setup option from the Setup Menu and click 85 QwikData About Digital Channels Analag Channels Graphing Setup Logging Setup Download Setup Upload Setup If the QwikData unit has any data stored in its memory this data will be erased and the warning message Downloading will erase saved data Continue will be displayed Click on the OK button to proceed and the downloading progress bar will appear Once the download is complete the setup information is permanently stored in the QwikData unit and you do not have to download the setup information again unless you change the setup Sensor Calibration If yo
15. ha Pe Ree ula man ima NOR a movi NT I E 7 1 F 1 4 j If e Aw d k Selecting the Crop function will display the Save Data File screen sawe Oain ihe 4 Sample Dain rn ra Enter file name to use to save the cropped data file and click the Save button to write the cropped file to your disk The Crop function does not alter the original data file but creates a new file containing only the data of interest NOTE The Crop function is not active if the data file contains multiple laps Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 37 of 44 Brochure 63 0282 Obtaining Histogram QwikData allows you to obtain the frequency distribution for any channel over any time period One useful example may be to obtain the RPM distribution over one lap or one run to help in camshaft selection Select the desired period using the two cursors then select Histogram from the Graph menu of the Historical Data screen A list of all available channels will be displayed If the two cursor are not set the histogram is calculated based on the entire data file Historical Graphecal Displop Hel Duae Chre Ua Erini B4 98 106 4 11 dz 8C
16. question and click the left mouse button again The time between the cursors will be displayed in the lower left of the screen Cursor Span EN i na bee 7 mE La Tag ii Tusc jee 1 1 ae Al am mum In tm Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 30 of 44 Brochure 63 0282 Changing the channels Displayed Choose Graphing Setup from the Setup menu at the top of the historical data window The same Graphing Setup screen as described previously will appear You can select the channels you want displayed up to 9 at one time the graph colors and the scaling for each variable Changes take effect immediately as soon as you select OK and exit the screen Lhme Piss Cokm bw z B r m B r MI du 1 B B 11 Pees m F 1 F r E These E a an um s E Viewing Data by Time or Distance If a wheel speed sensor was installed and the Speed Channel and
17. 10 VDC Channel 25 10 Analog Sensor 0 10 VDC Channel 26 11 Analog Sensor 0 10 VDC Channel 27 12 Analog Sensor 0 10 VDC Channel 28 13 Analog Sensor 0 10 VDC 12 V Out 14 12 V Sensor Power Note 3 12 V Out 15 12 V Sensor Power Note 3 5 V Out 16 5 V Sensor Power Note 2 5 V Out 17 5 V Sensor Power Note 2 Channel 29 18 Analog Sensor 0 10 VDC Channel 30 19 Analog Sensor 0 10 VDC Channel 31 20 Analog Sensor 0 10 VDC Channel 32 21 Analog Sensor 0 10 VDC Gnd 22 System ground Note 1 Gnd 23 System ground Note 1 Page 42 of 44 Sensor Ground is connected to all sensor and is used as a zero reference See specific user manuals for details Sensor Power 5V is connected to various sensors as required and is used as a voltage reference See specific user manuals 12 V Sensor Power is connected to various sensors as required and is used as a voltage reference See specific user manuals Channels 9 and 10 may be used as general purpose analog channels Reset jumpers accordingly Page 45 2006 Edelbrock Corporation Brochure 63 0282 QwikData Jumper Configuration Basic Bracket and Import Drag Race Packages Factory Default Settings Alternative Settings 4 JD JA JF J J4 No jumper Ch 1 1 2 Pull up to 12V Ch 1
18. 12V Ch 4 2 3 Ch 4 Has Pull down to Ground J5 1 2 Ch 3 Has Pull up to 12V 2 3 Pull down to ground Ch 3 Catalog 91001 91003 91004 91005 91007 91009 Rev 2 06 RS mc Page 43 of 44 2006 Edelbrock Corporation Brochure 63 0282 Sensor and Option Part Numbers Description Part No Basic QwikData Data 0006 91100 Advanced QwikData Data 100067 91101 Basic Bracket Import Wiring Harness 91103 Advanced Wiring HarTless Ew EXER ER AME LUE 91104 Circle Track Road Racing Wiring 5 91129 0 100 psi Pressure 5 5076 91112 0 500 psi Pressure Transducer 91113 0 2500 psi Pressure Transducer 91114 Exhaust Gas Temp Thermocouples 91109 General Purpose Thermocouples 91110 TK 4 Thermocouple Converter BOX 91108 Thermocouple Extension Cables
19. 5 volt linear output over the chosen pressure range of the sensor The default for Channel 11 is a 0 to 100 psi sensor The calibration is thus 1 0 1 volt equals 0 psi and 5 100 5 volts equals 100 psi The third element is 0 0 which indicates to QwikData that this is the end of the calibration table data EGT Example 3 EGT 1 32 00 1809 0 00 0 00 0 00 0 00 vas qr pos The EGT converters supplied with QwikData have an output of 0 10 volts over temperature range of 32 to 1809 0 987 The calibration is thus 0 32 0 volts equals 32 F and 10 1809 10 volts equals 1809 F The third element is 0 0 which indicates to QwikData that this is the end of the calibration table data Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 16 of 44 Brochure 63 0282 Zero Analog Channels The QwikData program allows you to zero selected analog channels at any time This effectively change calibration values so that the current value being read on the channel is assigned as the zero point for the sensor and all readings will then be displayed as plus and minus values referenced to this zero point This feature is most useful for sensors such as suspension travel sensors In this case the vehicle would be setup at its normal static ride height including full tanks and driver and then the suspension travel channel would be zeroed A
20. 5V Off or ON Spare Oil Pressure J7 3 Right Rear Susp Travel J12 3 Digital 0442 23 0 or Off or ON Spare Transmission Pressure 9 3 Gnd 1 Sensor ground Note 4 Brake Nitrous Pressure J9 3 Channel 17 2 EGT 1 J10 2 Channel 18 3 EGT2 J10 3 Channel 19 4 EGT3 J10 4 Channel 20 5 EGT 4 J10 5 Note 3 Note 6 Channel 21 6 EGT5 wu 2 Sensor Power 12V J1 Pin21 is connected Sensor Ground J2 Pin22 is connected to Channel 22 7 EGT6 J11 3 to the following the following Channel 23 8 EGT 7 J11 Sensor Connector Pin Sensor Connector Pin Channel 24 9 EGT 8 J11 5 gt Fuel Pressure J6 4 Left Rear Susp Travel J11 1 Channel 25 10 Oil Temperature J12 2 Channel 26 11 Coolant Temp 3 Oil Pressure J7 4 Right Rear Susp Travel J12 1 Channel 27 12 Nitrous Temp J12 4 Transmission Pressure 18 4 Channel 28 13 Temp Spare J12 5 Brake Nitrous Pressure J9 4 12 V Out 14 12 V Sensor Power Note 5 12 V Out 15 12 V Sensor Power J12 6 5 V Out 16 5 V Sensor Power Note 6 5 V Out 17 5 V Sensor Power J12 1 Channel 29 18 Analog Spare Channel 30 19 Analog Spare Channel 31 20 Analog Spare Channel 32 21 Analog Spare Gnd 22 Sensor Ground J12 7 Gnd 23 Sensor Ground Spare Catalog 491001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 41 of 44 Brochure 63 0282 Pin Assignments Maximum Configuration Note 1 N
21. Brochure 63 0282 Zero Accelerometers After installing the QwikData unit and before operation this should be selected to automatically zero the accelerometer readings This will take into account minor mounting misalignment i e if box is not absolutely level Note The QwikData unit must be powered up and connected to your PC 85 QwikData File view Select Zero Accelerometers from the Tools menu and the system will proceed Logging Setup The Logging Setup menu option allows you to configure how and when data is logged and the logic criteria required to trigger the digital outputs Logging Setup eoc iM Sampling Rate Hz Samples Average Log Rate 10 Y fi 0 00 2 Sample Rate This is the number of times per second that QwikData scans the sensors The valid numbers are from 0 1 once every ten seconds to 500 All digital and analog channels are scanned at this rate Samples Average QwikData can average incoming data over multiple samples to smooth noisy signals Log Rate This is the result of dividing the sample rate by the samples average The result is the number of times per second that QwikData actually puts data into memory It is usually best to sample at a high rate e g 500 samples sec then select the samples average to give you the actual data storage rate you need The higher the logging rate is the better the graphing resolution will be But memory is filled more quickl
22. Edelbrock Corporation Rev 2 06 RS mc Page 29 of 44 Brochure 63 0282 standard Windows dialogue box will open Select the file to be viewed and double click on it The system will load all the data at once and compress the entire run on one screen Open Dremi ELLE mtae 20 i Rs Domim i The x axis is normally the time scale or could be distance as discussed below and will display time in seconds minutes or hours depending on the amount of data recorded The y axis contains up to 9 different scales for each of the 9 channels that can be displayed on a graph The colors of the axes correspond to the text boxes below the graph bas am EN ue ssip hair LI gt a nui isis Emi pm The text boxes below the graph show the value of each channel being displayed at each current cursor position Move the mouse across the screen and these values will change pes mie Measuring the Length of Time Between Events To measure the length of time of an event move the mouse to the start of the event in question and click with the left mouse button The cursor will change red and freeze in that position Move the mouse again and the black cursor will re appear Move the black cursor to the end of the event in
23. Units were entered in the Logging Setup screen then you may view the graph as a function of distance instead of time default Display v View All Data Sometimes it may be more convenient to compare events at a certain spot on a track e g 1000 feet ViewByLap gt down the track as opposed to a fixed time as time may vary with fast or slow laps runs Select either the Time or Distance options from the Display menu at the top of the historic data window Lap Dependant v Distance Viewing Data by Lap If a lap beacon or a driver controlled pushbutton was utilized to break data into laps and this feature was enabled in the Logging Setup screen then you may view data from the entire run or individually by laps In the Display menu select View by Lap If there is only one lap to display or the data is not broken up into laps the View By Lap option will be disabled When View By Lap is selected the Primary and Secondary menus will be enabled allowing you to select both a primary and a secondary lap to view To view a particular lap click on the Primary menu to display a list of all available laps Then click on the lap that you would like to view from the list ay Historical Graphical Display Hiph 5 Vim Ad Leg Dependant miiia Tine Catalog 91001 91003 91004 91005 91007 91009 2006 Ed
24. channel Channels 9 and 10 are the built in accelerometers These two channels are always enabled as accelerometers unless the Accelerometer Enable boxes on the right side of the form are de selected and two jumpers are changed as shown on the jumper table Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 15 of 44 Brochure 63 0282 Channel and Units 12 01 Pressure psi vals Enter a descriptive name for each channel this will appear on your graphs e g Oil Pressure and an abbreviation for the engineering units of the variable e g psi These are the units that will appear on your graph Channel Calibration Analog channels have a six 6 element table that allows you to calibrate your sensor to provide the right EGT oil pressure etc read out Having 6 elements allows you to calibrate some non linear sensors e g NGK wide range oxygen sensor but for most applications linear sensors you will only need to utilize the left two elements The lower numbers in gray are the raw voltage inputs the numbers in white are the corresponding display numbers you are interested in Fuel Pressure Example 11 Fuel Pressure psi 0040 noo 000 000 rmn po Jum qoo Joa Before entering the calibration constants for an analog input you must find out the calibration of the sensor The pressure sensors that are sold with QwikData have a 1 to
25. distances on the graphs can be configured correctly Select a value from the pre configured list Lap Trigger Channel Logging Samping Ate Sampireun Leg Ae Spend Channel Linia T Lap Trigger Channel fi Trigger T irane If a lap beacon or driver controlled pushbutton is used to break a session into laps then this input box is used to identify the digital channel number to QwikData A list of all enabled digital inputs is displayed for selection Starting Trigger Starting Trigger Trigger Type Digital Signal 2 00 gt 502 Analog Signal One of the handiest features of QwikData is the ability to start logging when a certain action occurs or a sensor reaches a pre defined value e g start logging when RPM gt 5000 If automatic start stop triggers are not used data logging can be started manually from the Realtime display screen First select whether the trigger is digital or analog by clicking on the appropriate button Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 19 of 44 Brochure 63 0282 Digital Starting Triggers These allow you to start logging based upon a digital sensor value e g Wheel Speed gt 30 Starting Triager Trigger 5 Digital Signal WheelSpeed Analog Signal 7 Stopping Trigger Trigger Type D
26. 2 3 Pull down to ground Ch 1 J16 1 2 Enable Battery Voltage Measurement 2 3 Enable external input for Ch 16 J15 2 3 Enable external input for Ch 10 1 2 Enable Accelerometer 2 Ch 10 J14 1 2 Enable Accelerometer 1 Ch 9 2 3 Enable external input for Ch 9 J16 1 2 Enable Battery Voltage Measurement 2 3 Enable external input for Ch 16 J9 1 2 Ch 2 Has Pull up to 12V 2 3 Pull down to ground Ch 2 J8 No jumper Ch 6 1 2 Pull up to 12V Ch 6 2 3 Pull down to ground Ch 6 J7 1 2 Ch 5 Has Pull up to 12V 2 3 Pull down to ground Ch 5 J6 2 3 Ch 4 Has Pull down to Ground 1 2 Pull up to 12V Ch 4 J5 1 2 Ch 3 Has Pull up to 12V 2 3 Pull down to ground Ch 3 QwikData Jumper Configuration Advanced Drag Race and Circle Track Road Race Packages JIM I Jo 45 Jf 5 Jan dir Factory Default Settings Alternative Settings No jumper Ch 1 1 2 Pull up to 12V Ch 1 2 3 Pull down to ground Ch 1 J16 1 2 Enable Battery Voltage Measurement 2 3 Enable external input for Ch 16 15 1 2 Enable Accelerometer 2 Ch 10 2 3 Enable external input for Ch 10 J14 1 2 Enable Accelerometer 1 Ch 9 2 3 Enable external input for Ch 9 J16 1 2 Enable Battery Voltage Measurement 2 3 Enable external input for Ch 16 J9 1 2 Ch 2 Has Pull up to 12V 2 3 Pull down to ground Ch 2 J8 No jumper Ch 6 1 2 Pull up to 12V Ch 6 2 3 Pull down to ground Ch 6 1 2 5 Has Pull up to 12V 2 3 Pull down to ground Ch 5 46 1 2 Pull up to
27. NTEREET 22 Graphing 22 Ge COINS SS SIS E SAI I fa SU etr per 23 Advanced OPHONS eva yaa eee eae EE EE KEEN E ERE EE Eur EA Ed 23 Chart Setup MERERETUR 24 25 25 load 256555 ee ee ee ee ee ee CE eC eee 26 Download EE 26 Upload Setup TIEN UU UU UU UT 27 Using Realtime Graphing to Assist in System 27 Normal Analog Sensors 71 3 27 POSITION SON SONS 27 se hele Sere Sy Se bebe bese hele eee eee 27 Pur ions aye die 08 820 820 00 878 de die aw de tee 27 SYSTEM OPERATION Viewing R al Time ananas 27 28 ee at gan 28 Manel
28. Road Racing and Advanced Systems Connector J1 Pin Function Connector Pin Tx 1 Serial Data PC to 2 2 Note 1 4 2 Serial Data From PC to 2 4 3 System Ground J1 Pin5 is connected to the Sensor Power 12V J2 Pin14 is connected Return 3 Serial Data Return J4 5 following to the following Battery 4 12V System Power Battery Plus Sensor Connector Pin Sensor Connector Pin Ground 5 Sysytem Ground Note 1 Battery Minus Left Rear Susp Travel J11 4 5 V Out 6 Sensor Power 5V Note 2 Fuel Pressure J6 1 Right Rear Susp travel J12 4 Channel 9 7 Accelerometer Long Oil Pressure J7 1 Channel 10 8 Accelerometer Lat Transmission Pressure J8 1 Channel 11 9 Fuel Pressure J6 2 Brake Nitrous Pressure 79 1 Channel 12 10 Oil Pressure J7 2 Shaft Speed 1 15 1 Channel 13 11 Transmission Pressure 8 2 Shaft Speed 2 J3 1 Channel 14 12 Brake Nitrous Pressure J9 2 Channel 15 13 Analog Spare Channel 16 14 Battery Voltage Monitor Channel 1 15 Engine RPM Channel 2 16 Shaft speed 1 J5 2 Note 2 Note 5 Channel 3 17 Shaft speed 2 2 Sensor Power 5V J1 Pin6 is connected to Sensor Power 5V J2 Pin16 is connected Channel 4 18 Data Log On Off the following to the following Channel 13 Digital input Spare Sensor Connector Pin Sensor Connector Pin Channel 6 20 Digital input Spare Fuel Pressure J6 3 Left Rear Susp Travel J11 3 12 V Out 21 Sensor Power 12V Note 3 Digital Out 1 22 0 or
29. Secondary File dotted graph lines Hint When setting the two reference points zoom in on the Historical Graph so you can accurately pick the desired points If you don t get the reference quite right or you decide to change you reference points you can always select new points and re align the files To align the two files based on the selected reference points click the right mouse button to display the pop up menu Select Align Data Files from the pop up menu Historical Graphical Display Pom1 dat Pom2 dat Graph Setup Display Primary Secondary Secondary File a 4 Oy Crop Data Toggle Values M Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 35 of 44 Brochure 63 0282 Alternately you can select Align Data Files from the Graph menu setup Display 07 Open Datafile Close Datafile Crop Datafile Open Secondary Datafile Fi Reset Print Window Print Setup Histagram This will shift the data so that the two reference points align with each other the graph and all the data from each will be displayed relative to the reference points and the two files can be easily compared BQ Graphical Display Pimi Poon Graph Display 3 ET 1 at y T
30. Wheel Shaft Speed Sensor 2 Speed Sensor Magnets QwikData Software amp Documentation CD 37 91127 Advanced Pro System Package 91009 Your QwikData Advanced Drag Racing Package should include the following items Part Description Advanced QwikData Data Logger Wiring Harness Exhaust Gas Temp Thermocouples General Purpose Thermocouples TK 4 Thermocouple Converter Box Thermocouple Extension Cables Wheel Shaft Speed Sensor PAS a Speed Sensor Magnets QwikData Software amp Documentation CD Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 2 of 44 Brochure 63 0282 Installation of the QwikData Data Logger Unit Important Notice When installing data log unit avoid RF and or EMI signal interference and make sure all grounds are connected directly to the negative side of the battery Keep sensor wiring away from ignition wires Try to keep all data log unit wiring as far as possible from CD boxes and wiring Do not mount the data log next to ignition box or ignition coils You will want as much distance between the data log and these devices as possible Thermocouples and thermocouple extension must also be kept away from ignition wires ignition box and coils If wires have to cross try to have them cross at a right angle Avoid paralleling Data log wires with any ignition wiring Primary or Secondary As the QwikData accelerometers are mounted inside the data log
31. allation of the QwikData Data Logger 3 EA eae UEM eC deu dO aos 3 7 3 Exhaust Gas Temperature 05019 5 4 SAM Ea 4 TK 4 Thermocouple Converter Installation 4 Wiheelonalt Speed wire ea ra a a ups vig Lael aan eens Galle 4 Wiring Harness Installation and Connection 4 5 Bracket Drag and Import Compact Drag Racing Package Sensor Connections 5 Advanced Drag Racing Package Sensor Connections 5 Connection TO Bate POWE vr oy 6 Engine RPM Connection zs a aao a Rer Eme dees ENERO nERE nRREnERC ERE RR E EE Edo a 6 Logging 6 SOFTWARE INSTALLATION 6 8 FIRST TIME POWER UP 8 9 Initializing the QwikData Setup 9 10 Ses vds 10 Digital Sensor Calibration 4 10
32. aphs Oil pressure sensors can be checked out by priming or cranking the engine Position Sensors These can be can be checked by physically moving the elements and watching the Realtime graphs If you want to calibrate the sensors e g calibrate throttle position to read between 0 and 100 percent go back to the Analog Channel Menu and select and set each channel so that the output reading is equal to the input Example for a 0 to 5 volt sensor set the output to read 0 to 5 Download the new setup and go back to the Realtime Graph Display Move the position sensor between the min and max positions and record the two values which is now a voltage displayed Go back to the Analog Channel Setup screen and now instead of entering 0 0 and 5 100 as the calibration values enter new minimum voltage 0 and new maximum voltage as the number pairs Remember to save your new setup to your hard drive and download it to the QwikData unit RPM Inputs Tach input signals need to be checked with the engine running Start the engine and verify that the Realtime Graph displays the correct RPM Pure Digital Inputs Switch the circuit being monitored on and off e g depress brake pedal for brake on off input while watching the Realtime graph Check that the graph changes state of Wheel amp Shaft Speed Sensors Since the minimum frequency that can be read with the default timer resolution is 6 Hz speed sensor inputs are probably most eas
33. ata unit to your PC this search process may take some time Once communications with the QwikData unit is established the software remembers the COM port The next time you start the program it will check this COM port first and unless you connect the QwikData unit to a different COM port communications will be established quickly NOTE If you are using the QwikData Analysis software to analyze previously logged data that has been stored on you PC hard drive historical data and the QwikData unit is not connected to your PC simply click on the QwikData logo with the left mouse button to bypass the auto search function The program will start up shortly thereafter QwikData File View Tools Setup About Not Connected If you get the flashing red message Not Connected then the PC program could not communicate with the QwikData unit Ensure that the QwikData unit is receiving 12 volts and that the QwikData unit is connected to an available COM port on your computer Then either re start the program or select Re initialize Comm from the Tools menu Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 8 of 44 Brochure 63 0282 After communications has been established the PC program will display the message Uploading Setup and a progress bar will appear QwikData File View MEINE Zero Accelerometers setup About Re initialize Comm
34. ays to zoom in or magnify the Historical Graph display Using the Up arrow key on the keyboard or clicking on the up facing arrow on the bottom right of the screen will magnify the graph by two about the center of the screen a 1 29 D 5453 EN of Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 32 of 44 Brochure 63 0282 You also select portion of the graph to zoom by setting the two cursors around the portion of interest Next either select Zoom from the Graph menu or click the right mouse button and select Zoom from the popup menu Pomoes Grapieon Displey 1 p L pm he COmpDeim Lp 2 d 1 1 1 1 1 c 48 77 0 1 7 Scroll or Pan the Graph If there is more data than is currently being displayed on the graph you can scroll the graph left or right using the left and right arrow keys or by clicking on the left and right facing arrows at the bottom of the screen Overlaying a Secondary File You may also retrieve a secondary data file from disk to be overlaid on the primary file To load a secondary file select the Open Secondary File option from the Graph menu And select the data Open file to be opened from the dialog box Close Dintalrie NOTE You cannot displa
35. ble click on it or select A Save File dialogue box will then open Enter a new file name and extension the default extension is txt The data is formatted so that it can be viewed or printed from any text editor or word processor The logging setup information is displayed first followed by the raw data The exported file can be directly imported into a spreadsheet program such as Microsoft Excel as a tab delimited text file X Cecel aJe view jet Formar Took wince Bel A gt Prompt SLY IRET m m arial 87 ESSH ex BAe 8 c Date Filename vOvwIKDATAVISOOE DAT 2 Dete Liploaded Saturday 2 1908 1 07 PM Sample Rae 500 Samples amp werage 25 Log Rate 20 Staring Trigger Engine Speed gt 5000 Stopping Tigger Engine Speed gt 200 First Digital Corps Output First Digital 4 COulpul not enabled Number of 4 LapTnggerCn nnsl None Channel 3 9 10 1 12 13 Driya Spend Arcolernmeter Acceleramaoter 2 Pross Press EGT 1 Tupa Analog Analog Analog Andog Analog 4 pil decr M rirrrum 2 127579 2 2 916794 2137400 244 8233 0 850673 2 145803 3168784 75 9771 1280 1607 786717 10 05 0 2 505 2801537 75 977 557 4445 25 1 0 1 5763315 2 745307 183207 75 36641 563 38858
36. ct the background color of the chart the color of the grid and axes lines and the colors of the cursors Any changes made are saved and become permanent until new changes are made The selected colors are used for both the Realtime Graph Display and the Historical Graph Display There are several way to access the Chart Setup screen by selecting Chart Setup from the Tools menu on the main screen by clicking on the Setup menu item on the Realtime Graph screen or by selecting Chart Setup from the Setup menu on the Historical Graph screen 88 Real Time Graphical Display File View Tools Window Digital Channels Analog Channels Graphing Setup Logging Setup 87 Historical Graphical Displa Graph Display ES Graphing Setup To change a chart color click on the corresponding color box The box on the left of the Chart Setup screen shows a sample graph setup with the currently selected colors The color selection screen will then be displayed B Chart Setup Selected Chart Colors Chart Background Color Cursor amp Axes Color B Fixed Cursor Color Grid OK Default Cancel Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 24 of 44 Brochure 63 0282 Select the desired color and click the OK button to return to the Chart Setup screen TT Lum Save S
37. ct the desired or none Stopping Trigger Trigger Type 7 Digital Signal Analog Signal Pressure The third box allows you to select wether the trigger occurs on a rise or fall in the value The final box allows you to enter 6 0 10 Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 21 of 44 Brochure 63 0282 Digital Outputs QwikData has two configurable outputs which can drive a Bosch type automotive relay or a small light 0 5 amps maximum Configuration of the digital outputs is accessed from the Logging Setup screen First select whether or not the digital output will be utilized by checking the appropriate box t Digital Qutputs a oi Pressure cApem 00 ES Iv RPM LE and Fuel Pressure LB um The logic selection process is similar to the start stop triggers Select a sensor for the first logic condition from the list of available channels whether you want to trigger on a or condition and the value E g Oil Pressure 20 Fs Digital Outputs oi Pressure 2 E 20 00 fi E 0 00 Speed Sensor 1 Speed Sensor 2 If a second logic condition is desired enter the appropriate values then select And or Or from the middle selection list e g Oil Pressure 20 or Fuel Pressure 3 Digas
38. e pickup on something that moves very little relative to the magnets For example if the magnets are mounted on the drive shaft they should be either mounted close to the transmission end or close to the rear end and the pickup should be mounted directly to the transmission or the rear end respectively Similarly if the magnets are mounted to a wheel the pickup must be mounted to a suspension piece that moves with the wheel The magnets can be either epoxied in place or taped in place with duct tape NOTE As supplied by the factory these sensors are configured to measure RPM as they are typically used to measure input shaft and output shaft RPM If one of these sensors is used to measure vehicle speed the sensor must be Calibrated accordingly The calibration of the speed sensor is unique to each installation Refer to the Sensor Calibration section Wiring Harness Installation and Connection To provide a splash proof system and make installation as easy as possible QwikData uses high grade waterproof connectors and an external wiring harness instead of having terminals on the box Push the wiring harness connector s onto the mating male plug s on the QwikData box until you hear a click If your package included the Advanced QwikData unit there will be two connectors on the QwikData box The harness with the DB9 connector is connected to the right hand plug as viewed from the plugs on the QwikData unit Refer to the pictures below
39. e you have downloaded firmware file from the Web exit all other Windows programs that are running Select Update Firmware from the Tools Menu v Achsancad Opbnns Restos Detau Setup A standard Windows Open File Dialogue box will appear Select the filename that you downloaded from the web with the 519 extension A warning message will be displayed to remind you to shut down all other programs necommenced that vou shut doan adi other poognama Contre T Select OK The system will automatically download the new program and then re start the QwikData box Once the firmware update is complete load the setup file that you previously saved to your hard drive and then download it to your QwikData unit to restore your setup WARNING If you do not download a valid setup file to the QwikData unit after updating the firmware the unit may not function correctly Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 40 of 44 Brochure 63 0282
40. een or the Stop logging criteria to be met The Stop trigger operation is similar to that of the Start Trigger Stopping Trigger Trigger Digital Signal RPM x none mm Analog Signal iz 5 peed Sensor 1 aaa Speed Sensor 2 gt Digital Outputs Bk E Lap Trigger _ m First select whether the trigger is digital or analog by clicking on the appropriate button Digital Stopping Triggers This allows you to stop logging based upon a digital sensor value e g RPM lt 200 The first box displays a list of all enabled digital channels Select the channel desired or none The third box allows you to select whether the trigger occurs on a rise or fall in the value Stopping Trigger Trigger Digital Signal RPM gt 2000 C Analog Signal The final box allows you to enter the value e g 200 The second box is only used for pure digital signals when you must select whether the trigger condition is on a high or low value The third and fourth boxes do not have any relevance for pure digital signals Analog Stopping Triggers This allows you to stop logging based upon an analog sensor value e g Oil Pressure less than 10 Tides E Anag aged 1010 The first box displays a list of all enabled analog channels Sele
41. elbrock Corporation Rev 2 06 5 Page 31 of 44 Brochure 63 0282 To overlay secondary lap select the desired lap from the Secondary menu The secondary lap will be represented by dotted lines on the graph Histancal Cormphiral 12 mph Sep Displey Erimary a inane Lap The lap times of both the primary and secondary laps will be displayed at the bottom of the screen You can switch between which values are displayed at the bottom of the screen primary or secondary lap by clicking the right mouse button The currently active lap will be shown in red To remove the secondary lap from the graph select None from the Secondary menu To return to viewing data in a non lap dependent mode select View AU Data from the Display Menu LELE oF Display F Graph Setup Dipa 5 Lan 5 Viewing Data as Lap Dependent or Cumulative Display When you are viewing lap data you have the choice of viewing it as Lap Dependent or Cumulative If View All Data you view it as lap dependent the time at the start of the lap will become 0 View If you view it as Cumulative the time will be the actual time into the race Lap Dependant Cumulative NOTE Data will always view as Lap Dependent if you are comparing primary and secondary laps w lime Distance Zoom In Zoom Out There are two basic w
42. es per second or 600 Hz The input type is set as Frequency Rise The first element contains the numbers 0 0 This means that for a frequency of 0 the RPM should be 0 The second element has the numbers 6 9000 This signifies that for an input frequency of 600 6 times 100 the RPM should be 9000 The next number pair is 0 0 which lets QwikData know that this is the end of the calibration data entry Digital Setup Channel Name Type Units Digital Sensor Calibration vii Frequency Rise Hz 0 00 3000 0 00 0 00 0 00 0 00 TNE EON JRon quoe oan quo OME Shaft Speed Example The following calibration values should be used to measure shaft speeds on a shaft with two magnets i e 2 pulses per revolution This will result in a frequency of one half the tach signal in the prior example I2 Speed Sensor 1 Frequency Rise Y 0 00 3000 0 00 0 00 0 00 0 00 p par ps 3 Speed Sensor 2 Frequency Rise v Hz 0 00 3000 0 00 0 00 0 00 0 00 po feon qus qus qr Thus assuming the same 9000 max RPM the input frequency is only 300 Hz Thus the second element contains the numbers 3 9000 The third element is 0 0 which indicates to QwikData that this is the end of the calibration table data 2 whesSpeed Frequency Rise Hz 000 2000 oon non 000 MPH Example The input type should be set to Frequency Rise To meas
43. etup Hug 180 Bed 55 Bie fess Add to Custom Colors After you have entered all the Setup data you should save it to using the Save Setup item in the File menu of the main tool bar View Tools Setup Help Oppad Export File Text Load Setup Quit After selecting this item the standard Windows file load save dialog box will open up Save Setup intonation File pama Meraup Save os Sun Files 1 Falders Cancel ick Eo Beadenhy Dres E Choose the file location type in a descriptive name with the file extension of sup and then click on the OK button Catalog 91001 91003 91004 91005 91007 91009 Rev 2 06 RS mc 2006 Edelbrock Corporation Page 25 of 44 Brochure 63 0282 Load Setup This option allows you to retrieve a previously saved Setup from disk You may want to have separate Setups for different applications i e one Setup for the vehicle another when dynamometer testing the engine or when using QwikData on different vehicles Select Load Setup from the File menu View Tools Setup Help Data Export File to Text Save Setup Quit After selecting this item the standard Windows file load dialog box will be displayed DELETE Iun Fd x F Locate the des
44. fter being zeroed the suspension travels values would be displayed as plus and minus values relative to the static value Note This screen should not be used to zero the accelerometers that are included in the QwikData unit To zero the accelerometers use the Zero Accelerometers selection from the Tools menu see the Zero Accelerometers section below To zero analog channels select Zero Analog Channels from the Tools menu Note the QwikData unit must be on and connected to the PC for this function to be active Winns Sep Accalecameters Foassmilimizia Comm Curio This will display the Zero Analog Channels screen 85 cero Analog Channels Zum fom Chartae 11 11 Pos 39694 Pr Sienna Angle 73 LP Su pencion 7 999765 D 14 BP Suspension 15 Grake Pressure 5448221 15 ether 110488 17 LR 7 agen 18 Rh Suspension 7190755 lB eS Bier 21 Lan Cancel Select each channel to be zeroed by checking the check box next to the channel name NOTE Only analog channels that are currently enabled be zeroed When you have selected all the channels to be zeroed click on the Ok button Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 17 of 44
45. ger unit the unit must be mounted in a particular orientation to obtain accurate acceleration data The unit must be mounted approximately level and horizontal with the QwikData logo parallel to the centerline of the car If possible the box should be mounted along the centerline at the center of gravity of the car Mounting in the cockpit in front of the shifter is often a convenient location Mounting QwikData with the connectors facing the front of the car will display left turns and longitudinal acceleration as positive numbers right turns and braking are displayed as negative numbers Don t be overly concerned if you cannot meet these criteria as the measurement errors induced are not great and in general you should be more concerned with relative acceleration figures not the absolute numbers Although not required some sort of vibration isolation is usually desirable to prevent noisy accelerometer readings due to vibration Mount using high density foam rubber under mounting screws Velcro tape is also a good alternative as it allows the box to be easily removed and provides some vibration dampening Pressure Sensors Five pressure sensors are available in pressure ranges 15 Vacuum Transducer 0 15 psi pressure sensors Fuel pump etc 0 100 psi pressure sensors Oil etc 0 500 psi pressure sensor Trans Pressure etc 0 2500 psi pressure sensor Brakes or Nitrous etc The sensors are provided with a male 1 8 NPT fitting t
46. gnition system WARNING THIS INPUT SHOULD NOT BE CONNECTED DIRECTLY TO THE IGNITION COIL NOTE The RPM input is calibrated for a typical 8 cylinder application in the default setup but this may require calibration depending on the installation see Reference manual on the QwikData CD ROM for details Data Logging On Off Switch With the QwikData system data logging can be started and stopped either automatically based on sensor values or manually with a switch default configuration If manual logging control is desired a single pole on off toggle switch must be installed in the vehicle and connected to the two logging control wires yellow and black labeled LOG ON OFF in the main wiring harness One wire should be connected to each terminal on the toggle switch Data logging will start when the toggle switch is turned on connecting the black and yellow wires together and stop when the switch is turned off If automatic data logging is used these wires are not needed SOFTWARE INSTALLATION The PC software utilizes a standard Windows installation program As a precaution you should shut down any other applications that may be currently running before starting the QwikData installation Insert the QwikData CD into your CD ROM drive To run the QwikData analysis software you must install the software on a PC with the following minimum requirements Pentium System Speed 166 mHz
47. hat is compatible with most vehicles pipe adapters can be used if a different thread size is needed Note Pressure sensors should not be mounted directly to the engine as excessive vibration can destroy the sensors Mount the sensors remotely with an aluminum block and connect to the engine with small flexible tubing Temperature Sensors The temperature sensors provided in some QwikData packages are high quality thermocouple devices Three thermocouples are provided to measure temperatures such as oil temperature and coolant temperature These thermocouples are provided with 1 8 NPT compression fittings that can easily be installed in a similarly threaded hole To install these thermocouples thread the compression fitting into the hole and tighten the base of the fitting not the compression nut to prevent leaks Insert the thermocouple into the hole and then tighten the compression nut until the thermocouple is secured in place Connect a thermocouple couple extension cable to each thermocouple temperature sensor Exhaust Gas Temperature Sensors The exhaust gas temperature EGT thermocouples are typically mounted in each of the exhaust header pipes close to the header flange usually about 3 away The exact location is not critical but you should try to mount all the EGTs at approximately the same location in each header for consistent measurements The EGT thermocouples are supplied with a compression fitting similar to the general purpose therm
48. igital Signal Analog Signal The first box displays a list of all enabled digital channels Select the channel desired or none The third box allows you to select whether the trigger occurs on a rise or fall in the value Trigger Type ity Digital Signal Speed Sensorl 7 High 7 30 00 C Analog Signal The final box allows you to enter the value e g 30 The second box is only used for pure digital signals when you must select whether the trigger condition is on a high or low value The third and fourth boxes do not have any relevance for pure digital signals Analog Starting Triggers Analog Starting Triggers allow you to start logging based upon an analog sensor value e g EGT gt 600 Trigger Type Digital Signal 0 0 Analog Signal Stopping Trigger TROU Trigger f Digital Signal f Analog Signal Throttle Positi The first box displays a list of all enabled analog channels Select the channel desired or none The third box allows you to select whether the trigger occurs on a rise or fall in the value T he final box allows you to enter the value e g 600 Catalog 491001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Brochure 63 0282 Rev 2 06 RS mc Page 20 of 44 Stopping Trigger Once QwikData starts logging it must either wait for the power to be shut off the Stop Logging command to be issued via the Real Time scr
49. ignal or an open circuit not ground when the switch is off Digital Input TT 1 Frequency Rise Channels can be changed to be any of the 3 types listed above by changing 0 2 Rise internal jumper settings See the QwikData Jumper Configuration on page 43 Proceed with caution when changing the digital channel Jumper settings Free uency Rise Frequency Fall 4 Brake Counter Rise Type Select Input type from pull down menu Counter Fall Pure Digital Select when you simply want to determine status of a two state input e g Brake light on off Duty High Used mostly for computer cars E g to measure the percentage of time an input e g injectors is high Duty Low Used mostly for computer cars E g to measure the percentage of time an input e g injectors is low On Time Used mostly for computer cars E g to measure the absolute time in milliseconds an input e g injectors is high Off Time Used mostly for computer cars E g to measure the absolute time in milliseconds an input e g injectors is low Frequency Rise Used to measure the frequency of an input e g Tach signal wheel speed sensor by measuring the rising edge of a signal The units for frequency are Hz x 100 Frequency Fall Used to measure the frequency of an input e g Tach signal wheel speed sensor by measuring the falling edge of a signal The numbers generated by using this setting are usually
50. ily checked out by setting the Digital Channel Type as Pure Digital temporarily then download the setup to the QwikData unit Go back to the Realtime Graph Display and monitor the display while slowly rotating the shaft You should be able to watch the output change when the magnet passes the sensor After you have verified the sensor change the channel Type back to the proper type and download the setup to the QwikData unit again Viewing Realtime Data Selecting this item from the View menu will bring up the Realtime trend graph and data will 8 QwikData start displaying immediately Data is updated on the display at approximately 4 times per Historical Data Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 27 of 44 Brochure 63 0282 MIL ET E P 1 WM Vaga ah ru oft Hey Hee 20964 The channels displayed and the graph scaling are configured in the Graphing Setup Below the graphs text boxes display the current values of each channel Reset Memory As an option to erasing memory via the Download Setup command this may be done by clicking on the Reset Memory button The Realtime display will freeze and the Resetting Memory indica
51. ired setup and double click on the filename to load the selected setup file Download Setup After entering and saving the Setup data select this option from the Setup menu to download your Setup data to the QwikData box The box must be powered up and connected before proceeding 38 QwikData Setup Digital Channels Analog Channels Graphing Setup Logging Setup Upload Setup Downloading will erase any previously saved data in the box Selecting Download Setup is a convenient way to clear the memory in preparation for logging new data Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 26 of 44 Brochure 63 0282 Upload Setup An upload is automatically performed whenever the PC establishes communications with the QwikData box T OwikDate Digits Chenngla Analog Channels Setup Logging Satan Digwnioad Setup You can manually instruct the system to upload the contents of the box by choosing this selection from the Setup menu Using Realtime Graphing to Assist in System Checkout After wiring and configuring your system you will want to check that each channel is correctly installed Normal Analog Sensors Analog sensors are the simplest case and in most cases can be checked out without even starting the vehicle Use a torch or heat gun to heat up the area around each EGT and watch that the response is as expected on the Realtime gr
52. log 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 7 of 44 Brochure 63 0282 Select Install Piirat an installation type following Basin Package For use with Batic Bracket Drag Racing Systems VC Circo Track Road Racing Package For use with the Circle Track Road Rearing System C Compad Greg Racing Package For uce with ma import Compact Drag Rading C Dirag Racing Package Foris with pics Dreg System Canc When the Installation Type screen is displayed click on the QwikData package that you are using and click on the Next button to proceed Follow the on screen instructions to complete the software installation NOTE The setup program must always be utilized if installing the software on a different machine Simply copying the exe program over will not work FIRST TIME POWER UP Connect QwikData to one of your PC s spare serial ports using the gray serial cable with the 9 pin D type computer connector Note This is not waterproof so keep this stowed in a dry place during operation If your computer only has a 25 pin connector then you must purchase a 9 to 25 pin adapter available anywhere computer products are sold The QwikData Analysis software automatically searches all the available COM ports on your PC to find the QwikData unit The first time you connect the QwikD
53. nted anywhere within reach on the thermocouples including under the hood If the unit is mounted under the hood avoid locations very close to the exhaust headers to prevent excessive temperatures Also try to mount the converter unit vertically with the thermocouple connectors pointing down to prevent water accumulation in the converter unit The converter unit enclosure is splash proof except for the thermocouple connectors If the converter unit is mounted in a protected location such as the interior of the vehicle then the unit can be mounted in any orientation Once the TK 4 thermocouple converter unit and the thermocouples are installed connect the thermocouples to the converter unit The general purpose thermocouples have a male thermocouple connector attached for easy disconnection and removal These thermocouples are provided with a four foot thermocouple extension cable Connect the female connector on the extension cable to the thermocouple and the male connector to the TK 4 Thermocouple Converter unit Wheel Shaft Speed Sensors These sensors are supplied with two rare earth magnets and a sensor pickup and can be used to measure either wheel speed or shaft speeds The two magnets are mounted equally spaced around the rotating object wheel or shaft and the pickup is mounted on a stationary object For proper operation the magnets must pass within a maximum of 1 4 inch of the pickup Because of this restriction it is very important to mount th
54. nter a descriptive name for each channel will appear on graph e g RPM Choosing Channels Choosing Channels While QwikData offers tremendous flexibility by allowing you to configure each channel individually the standard QwikData packages are provided pre configured and you will not need to modify the channel selections unless you are adding optional sensors to the standard package Analog Inputs Analog Inputs can measure signals in the 0 10 volt range Voltages above 10V 24 Absolute maximum will be displayed as 10V Channel 16 will read voltages up to 20V via a 2 Voltage Divider Factory settings configure your unit with Channels 9 and 10 to reading the internal accelerometers Channel 16 is configured to read battery voltage If you do not want to take these readings and require the extra channels see the jumper page 43 Analog Setup Page Channel Units Ve Meg pup Accelerometer Analog Sensor Calibration Digital Inputs These are inputs that can measure a digital on off signal As well as strictly reading if a signal is on or off such as monitoring a brake light switch QwikData can measure the frequency of a signal Tach output or wheel speed sensor the on or off period fuel injector pulse or count the number of times a signal goes from on to off or off to on im Digital Setup Channel Name Type Units Digital Sensor Calibration vij Frequenc
55. ocouples The compression fitting consists of four parts a bung an adapter a ferrule and a compression nut To install the EGT thermocouples you need to drill a 9 16 clearance hole in the exhaust header and then weld the bung into the header NOTE The bung is threaded with a 1 8 NPT and MUST be mounted with the inside taper facing out Once the bung has been welded in place thread the adapter into the bung and tighten Place the ferrule into the adapter and loosely thread the compression nut onto the adapter Insert the EGT thermocouple into the compression fitting and tighten the compression nut to secure the thermocouple Insert the EGT thermocouple into the compression fitting until the tip is approximately in the center of the header Secure by tightening the compression nut Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 3 of 44 Brochure 63 0282 4 Thermocouple Converter Installation The TK 4 thermocouple converter unit is required to provide signal conditioning of the thermocouple signals All eleven thermocouples installed above are connected to a thermocouple converter The thermocouple cables provided with the thermocouples are four feet long When installing the thermocouple converter unit make sure it is within reach of all the thermocouple cables Mount the TK 4 thermocouple converter unit using the four mounting holes in the mounting flanges The converter unit can be mou
56. ote 2 for details Note 3 for details Note 4 Connector J1 Pin Function Tx 1 Serial Data To PC Rx 2 Serial Data From PC Battery 3 12V System Power Power Ground 4 System Power Ground Ground 5 Sensor Ground Note 1 5 V Out 6 Sensor Power 5V Note 2 Channel 9 7 Accelorometer Long Note 4 Channel 10 8 Accelorometer Lat Note 4 Channel 11 9 Analog Sensor 0 10 VDC Channel 12 10 Analog Sensor 0 10 VDC Channel 13 11 Analog Sensor 0 10 VDC Channel 14 12 Analog Sensor 0 10 VDC Channel 15 13 Analog Sensor 0 10 VDC Channel 16 14 Analog Sensor 0 10 VDC Channel 1 15 Digital input 0 12 VDC Channel 2 16 Digital input 0 12 VDC Channel 3 17 Digital input 0 12 VDC Channel 4 18 Digital input 0 12 VDC Channel 5 19 Digital input 0 12 VDC Channel 6 20 Digital input 0 12 VDC 12 V Out 21 Sensor Power 12V Note 3 Digital Out 1 22 0 or 5V Off or ON Digital Out 2 23 0 or 5V Off or ON Catalog 91001 91003 91004 91005 91007 91009 Rev 2 06 RS mc Connector J2 Pin Function Gnd 1 System ground Note 1 Channel 17 2 Analog Sensor 0 10 VDC Channel 18 3 Analog Sensor 0 10 VDC Channel 19 4 Analog Sensor 0 10 VDC Channel 20 5 Analog Sensor 0 10 VDC Channel 21 6 Analog Sensor 0 10 VDC Channel 22 7 Analog Sensor 0 10 VDC Channel 23 8 Analog Sensor 0 10 VDC Channel 24 9 Analog Sensor 0
57. peed Sensor Magnets QwikData Software amp Documentation CD Advanced Drag Racing Package 91004 Your QwikData Advanced Drag Racing Package should include the following items Part Description Advanced QwikData Data Logger Wiring Harness 0 100 psi Pressure Sensors 0 500 psi Pressure Transducer 0 2500 psi Pressure Transducer Exhaust Gas Temp Thermocouples General Purpose Thermocouples TK 4 Thermocouple Converter Box Thermocouple Extension Cables Wheel Shaft Speed Sensor xi ND Speed Sensor Magnets QwikData Software amp Documentation CD Catalog 491001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 5 Page 1 of 44 Brochure 63 0282 Import Compact Drag Racing Package 91005 Your QwikData Import Compact Drag Racing Package should include the following items Part Description Basic QwikData Data Logger Wiring Harness 0 100 psi Pressure Sensors Exhaust Gas Temp Thermocouples TK 4 Thermocouple Converter Box Wheel Shaft Speed Sensor ete ER RES Speed Sensor Magnets QwikData Software amp Documentation CD Circle Track Road Racing Package 91007 Your QwikData Circle Track Road Racing Package should include the following items Part Description Advanced QwikData Data Logger Wiring Harness String Potentiometer Linear Potentiometer Throttle Position Linear Potentiometer 0 500 psi Pressure Sensor
58. ration numbers are simply 0 0 and This means that with the input not triggered input of 0 the output for the graphs read 0 With the input triggered Brake lights in the example the output reading is 1 The third element is 0 0 which indicates to QwikData that this is the end of the calibration table data Injector Duty Cycle Example fin DutyCycle ooo Do 1000 oo Duty cycle is the percentage of time that a signal is high or low Duty cycle is often used to characterize an injector output The input type is set for Duty High or Duty Low Duty Low is simply 100 Duty High The calibration numbers are 0 0 and 100 100 The third element is 0 0 which indicates to QwikData that this is the end of the calibration table data Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 14 of 44 Brochure 63 0282 Injector On Time Example 95 ni On Time On Time ms sooo noo non o oo qux pu ps pee Instead of Duty Cycle you may want to measure the absolute on or off time of the injectors in milliseconds for each firing cycle Select On Time or Off Time for the input type Ensure that the maximum length of time of the signal is within the pre set limits of the system See Advanced Options The defaul
59. rom the QwikData box to the PC before it can be viewed Make sure the QwikData box is powered up and connected to your PC Select Upload Data from File menu B QwikData View Tools Set Upload Data Export File to Text Load Setup Save Setup Quit The system will first upload the setup information It will then determine how many data sessions there are Every time the start stop criteria are met a new data session is created Up to 64 sessions can be stored in the box A standard Windows File Save Dialog box will then open Choose where the data will be stored and a file name If there are multiple sessions the system will automatically append a unique 2 digit number to the file name LS T 7 e iml Once Data is uploaded you can clear the memory by selecting Download Setup from the Setup menu or by clicking on the Erase Memor button on the realtime graph display If the memory is not cleared new data will simply be appended to the old The next time you Upload you may then have some duplicated data Viewing Historical Data Historical data can be viewed at your leisure without having the QwikData box connected To view data that has already been logged double click on Historical Data in the View menu in the main toolbar 8 QwikData Tools Setup Real Time Data Historical Data Catalog 91001 91003 91004 91005 91007 91009 2006
60. t setting allows you to measure pulse widths of up to 210 5 ms This is well within the range of most injector pulses which are usually in the 1 to 30 ms range So for this example the calibration numbers can be 0 0 and 30 30 Note We could use any number up to 210 5 The third element is 0 0 which indicates to QwikData that this is the end of the calibration table data Lap Beacon Example Counter Hise d Counter Rise red po po pu pe ps laps 0 00 32000 000 anoo pono pas pon pos A lap beacon is an example of a digital input that is configured as a counter Another example may be an Integrating Flowmeter where each revolution of the turbine in the flowmeter produces a pulse and each pulse corresponds to a set amount of fuel So by counting pulses you may determine the absolute amount of fuel that has passed Note In most cases for racing applications we are interested in the fueling rate gpm and thus read flowmeters as microseconds QwikData can measure frequencies of up to 6000 Hz but the minimum rises to 202 Hz 5 Trigger Channel Enable Analog Setup Page Channel Name Units Analog Sensor Calibration Accelerometer wal pw For each channel that you intend to use click the Channel Box to enable that channel Until the channel is enabled no additional information can be entered for that
61. the fuel pressure sensor etc Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 5 of 44 Brochure 63 0282 Connection To Battery Power Power is connected to the QwikData box using the red and black wires on the wiring harness Connect the red wire to a switched 12V source e g output of ignition switch and the black wire to a good ground The recommended grounding point for most installations is the ground bolt located on the back of the right side cylinder head The black wire in the wiring harness is supplied with a terminal to fit this grounding bolt Do not connect the red wire directly to the battery as this will put an unnecessary current draw on your battery approximately 250 ma when the ignition switch is off QwikData does not need continual battery to preserve data and configuration settings Note A good system ground is very important for proper operation of the QwikData system Whenever possible connect the ground as described above It is also very important to have a good ground strap between the engine and the chassis Engine RPM Connection Two un terminated wires are provided on the main harness for RPM input Most electronic ignition systems provide a tach output and these wires should be connected directly to this output The purple wire should be connected to the tach signal and the black wire should be connected to a good ground or signal terminal if provided by the i
62. the palette Click on OK to exit the window and select the chosen color E m mm E EH EHHEH Look Up Advanced Options p If Advanced Options is selected from the Tools menu two more options appear for each channel Average and Lookup Normally you would not need to change any of these settings 38 QwikData File View Setup About u uud 9 4 4 a 3 Bednialise Comm CommPart v Advenced pu Options Average determines whether the data averaging selected in the Logging setup is utilized in Realtime display mode If Average is not selected each value displayed in the Realtime Graph is the last Raw analog value Depending on the log rate and what the actual signal looks like averaged and raw data may look quite different Lookup determines whether or not the real time values displayed utilize the data calibration tables or are passed as raw values 0 10 Volts to the realtime display 7127 5 ud 4 u Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 23 of 44 Brochure 63 0282 Chart Setup The general appearance of the data graphs can be customized by the user The Chart Setup feature allows you to sele
63. the same as those measured by selecting Frequency Rise but this setting may be preferable with certain types of signals e g those with lots of electrical noise The units for frequency are Hz x 100 Counter Rise Used to count the number of transitions from low to high of a variable This is an alternate setting for inputs such as lap beacons Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 5 Page 12 of 44 Brochure 63 0282 This 6 element table allows you to calibrate your sensor to provide the right MPH RPM etc read out Having 6 elements allows you to calibrate some non linear sensors e g GM mass air flow meter with frequency output but for most applications linear sensors you will only need to utilize the left two elements The lower numbers in gray are the raw digital inputs the numbers in white are the corresponding display numbers you are interested in 2 WheelSpeed Frequency Riss v He 000 2000 ooo ooo 000 100s He jossz jooo RPM Example Before entering any numbers you must first find out the calibration constants for the input you will be using Let s look at a tach input for a V8 The maximum RPM for the calibration table should be higher than you will ever see Let s take the default example of 9000 RPM A standard tach signal provides 1 pulse every time a cylinder fires At 9000 RPM this is 600 puls
64. tor will be highlighted in red while memory is erased Manual Stop Start As well as configuring the system to automatically start and stop data logging via the Logging Setup Screen you may start Logging Manually by clicking on the Start Logging button on the bottom right of the Real Time Data Screen The Data Logging indicator will be highlighted in red and the button label will change to read Stop Data Logging Click on this button again to stop data logging Once data logging is started or stopped manually the automatic triggers will not be functional until the next time power to the QwikData box is turned off and on or a Download Setup is performed Choosing Channels for Display If you wish to look at different channels than initially selected Close the realtime graph display and enable the desired channels from the Digital Setup 0 and Analog Setup Screens Use the Graph Setup Screen to select graph colors labels and scales You must Download the setup information to the QwikData unit again before the changes take effect Setting the Window Width If you want to view more or less data at a time from 10 120 Seconds select the Window menu at the top of the graph and select a new total window time size Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 28 of 44 Brochure 63 0282 Uploading Data After historical data is logged it must be uploaded f
65. u are using the sensors provide in the QwikData package then the default setup file already has all the calibration information for the sensors The only exception is if you want to use the drive shaft speed sensor to measure the vehicle speed the default setup file calibrates this sensor in RPM The calibration of this sensor for vehicle speed will be unique for every vehicle To calibrate this sensor for vehicle speed select Digital Channels from the Setup menu to display the Digital Channel Setup Screen Digital Sensor Calibration QwikData configuration is performed in the Setup menu Bf OwikData File lew Tools Analog Channels Graphing Setup Logging Setup NOTE After making any setup changes the new setup must be downloaded to the QwikData unit using the Download Setup option in the Setup menu before the changes are effective Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 10 of 44 Brochure 63 0282 Digital Channel Setup This menu selection allows you to select whether or not each of the digital channels is to be enabled for viewing or logging and to enter in descriptive and calibration information for each channel For each channel that you intend to use click the Channel Box to enable that channel Until the channel is enabled no additional information can be entered for that channel Digital Setup Channel Name E
66. ure the vehicle speed you need to calibrate a speed sensor mounted the output drive shaft Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 13 of 44 Brochure 63 0282 To complete the calibration you must know the rolling radius of your rear tire and the Final Drive Gear Ratio To determine the rolling radius of your rear tire measure the distance from the center of the wheel to the ground with the car fully loaded and on level ground Use the following formula to determine appropriate table value to enter into the calibration table See CD ROM Max MPH Final Ratio Radius Calib Value Example No of Magnets Max MPH x Ratio of Turns Mile Calib Value pue Er 360000 63360 Inches Mile Turns Mile Rollout 2 x Tire Radius x 3 14 Max MPH 200 Tire Radius 12 5 Final Drive Ratio 4 10 No of Magnets 2 Result 3 67 Note Choose a Maximum speed higher than the car can achieve This number does not have to accurately represent the actual top speed of the car To simplify the calculations pick an even number like 200 or 250 etc Brake On Off Example a Brake Pure Digital fonat non one qum quw pe qp This is an example of recording a pure digital signal and is the default setting for channel 4 The input type must be set to Pure Digital The calib
67. y and the longer the upload times For road racing unless you are trying to analyze suspension travel a log rate of 20 times per second is adequate 50 or even 100 times per second is probably better for drag racing due to the short runs The total logging time or run time depends on the number of channels being logged and the Log Rate The Run Time can be calculated from the following formula 8333 Run Time R Channels x Log Rate Use the run time calculator On CD ROM to estimate your total logging time Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 5 Page 18 of 44 Brochure 63 0282 Speed Channel Geneial Fate Hel Log Hate Speed Laer et eed Urals 1 The historical graphs can display data vs time or data vs distance traveled If this feature is desired vehicle speed sensor must be installed and you must tell the system which speed sensor will be used for the distance calculations A list of all enabled digital inputs is displayed for selection Speed Units Logging Setup General Sampling Rate Samples Average Log Rate Speed Channel Speed Units 100 x 10 10 00 2 Speed Sensor 1 mph Lap Trigger Channel kph Lap Trigger Y in s nis km s The units that the speed sensor is calibrated in must be entered here so that the
68. y Rise Hz 000 ooo 0 00 e has UR a Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 11 of 44 Brochure 63 0282 There are 3 types of Digital Inputs You must correctly identify your inputs before proceeding Logic signal Channels 1 and 6 are configured to measure signals that switch between a high 12 or 5 volts and low ground voltage by themselves This may be a tach signal a signal generated from another electronic device 1TL or CMOS level an injector input etc WARNING Do not connect any digital input directly to an ignition coil as the electrical noise may cause improper operation of QwikData or damage the unit Use MSD tachometer adapter 8132 to connect to the negative side of a coil Grounding Type Switch Channels 2 3 and 5 are configured with a pull up resistor so that a grounding type switch can be read e g when using one of our wheel speed sensors the normal reading is 12 V due to the pull up resistor then the signal goes to ground level when the switch passes by the magnet Low to high signal Digital Setup Channel Channel Four 4 is configured with a pull down resistor in the basic RPM Rise QwikData unit to allow it to read signals with either the presence or absence TOURNEY of 124 e g when monitoring ignition switch the signal is either 12V s
69. y data by Distance when Viewing by Lap play y g by Lap Ern Wind Hislogrnen File sema Folders 41 1 206 dar DAT 15054 amp 23 DT DT 614804 9 07059803 DAT 140002 det Lisi iles tepit Det Files i Catalog 91001 91003 91004 91005 91007 91009 2006 Edelbrock Corporation Rev 2 06 RS mc Page 33 of 44 Brochure 63 0282 The Secondary File menu will now be active Click this menu to see a list of the available laps from the secondary file and click on the lap you wish to overlay B Histonesl Craphical Display 15094 DAT 05098 Graph Display Secondary gt inne Lapi Lap 2 Lap 3 Lap 4 Lap 5 Lap 7 NOTE This secondary file must have exactly the same Digital and Analog Channel Configuration as the primary file The selected lap from the secondary file will now be overlaid on the Historical Graph and represented by dotted lines To remove the secondary file lap from the graph select None from the Secondary File menu If the selected secondary file is not broken up into lap then the Secondary File menu will only contain None and Secondary Data as shown below 88 Historical Graphical Display 1 Pom2 dat Graph Setup Display Bimaw secondary Secondary File 5 Data Select Secondary Data to overlay the secondary file or
70. ylinder numbers for your installation Connect the shaft speed sensor located on the drive shaft to the connector labeled SPEED the connector marked FUEL PRESS to the fuel pressure sensor etc Advanced Drag Racing Package Sensor Connections Connect the harness connector marked THERM CONV 1 to the connector on the side of the TK 4 Thermocouple Converter unit 1 the harness connector marked THERM CONV 2 to the connector on the side of the TK 4 Thermocouple Converter unit 2 the harness connector marked THERM CONV 3 to the connector on the side of the TK 4 Thermocouple Converter unit 3 The TK 4 Thermocouple Converter box is a four channel unit with the channels labeled A through D The EGT Thermocouples then plug into the TK 4 Converter box By default the EGT connected to channel A of the 1 TK 4 Converter box is labeled as EGT 1 in the software and so on up to channel D of the 2 TK 4 Converter box which corresponds to EGT 8 You can easily change the channel s names using the QwikData software to match the correct cylinder numbers for your installation Channels A and B of TK 4 Converter box 3 are labeled as Water Temperature and Oil Temperature but can be used to measure any temperatures you want Connect the shaft speed sensor located on the input shaft to the connector labeled Speed 1 the shaft speed sensor located on the output shaft to the connector labeled Speed 2 the connector marked fuel press to

Edelbrock 8816 Automobile Parts User Manual

Contents

Download Pdf Manuals

Related Search

Related Contents