User`s Manual
Contents
1. PC Log OFF CTRL F5 59 Figure Vi PEC VTS PrintScreen 1 For Dara Rate select 1 MBPS www mechatromotive com 51 89 PA User s Guide RCD Display MechatroMotive 500 BDS 125 BDS 60 Figure Vi PEC VTS PrintScreen 2 www mechatromotive com 52 89 Ra User s Guide RCD Display MechatroMotive Channel 1 OFF Channel 3 35 3 Ignition ix Limits Auxiliary Outputs 3 Digital Inputs Analog Inputs 47 Triggers 2 MotorSport s Electronic Throttle 7 Knock Control SC VVT Control pos ECU Logging 25 ECU Status vos CAN EU Testing Sequential Compound AAA RC Move Up Move Down ee m ze 61 Figure Vi PEC VTS PrintScreen_3 Click on Load button The following screen will come up www mechatromotive com 53 89 HA MechatroMotive Uj mappa DisplayLink lcc Generic Dash lec RaceTechnologyID100 lcc RaceTechnologylD101 lcc RaceTechnologylD102 Icc F jln v Generic Dash lcc User s Guide RCD Display Mo dosit s datuma 2011 04 15 16 56 2011 04 15 16 56 2012 10 29 11 44 2012 10 29 11 44 2012 10 29 11 44 LCC f jl LCC f jl LCC f jl LCC f jl LCC f jl Link CAM Channel Files lcc 62 Figure Vi PEC VTS PrintScreen 4 Choose in your ViPEC VTS V2 library Generic Dash lcc and click Open www mechatromotive com 54 89 Ra User s Guide RCD Display Mechatr2. 87 Figure MM BootLoader printscreen 3 Reset the RCD Display then click on the OK button MM BootLoader Selected file E Projektek SMECHATROMDOTIVE Racing Car Diagnostic ACD Displays Sources bm astersBaatlo Follow the steps to update device Seral port 1 Connect the device via serial pop 3 Select COM port 4 Click connect button 5 Switch off the power supply of t b Wait few seconds then power Falt until loading process ends for more information visit http mechatromotsve com MechatroMotive COM3 opened waiting for device manual reset 88 Figure MM BootLoader printscreen_4 Now wait until your device is updated and then click on the OK button www mechatromotive com 83 89 PA User s Guide RCD Display MechatroMotive MM BootLoader Follow the steps to update device Seral port 1 Connect the device via serial port 2 Select the new configuration File 3 Select COM port 4 Click connect button 5 Switch off the power supply of the device b Wait few seconds then power on the device 7 wait until loading process ends see the status bar for more information visit http mechatromobtve com MechatroMotive Device loaded 115516 bytes 12 89 Figure MM BootLoader printscreen 5 MM BootLoader Selected file OTIVE Racing Car Diagnostic ACO Dizplau Sources asterBaatloaderhHCD 2014 09 UD hex D Follow the steps to update device Serial port
3. Value CAN 0 Data CAN 0 Address CAN O Transfer Rate BR2 Lap Beacon ID CAN 1 Data CAN 1 Address CAN 1 Transfer Rate CAN 2 Data CAN 2 Address CAN 3 Data CAN 3 Address CAN 4 Data Selects the data that is sent 1520 on thes CAN Channel 50 Off ADL Dash Logger Telemetry Monitor not normally used Moie CRC32 normally used fot MDD Custom Data Set 1 CRC 32 Custom Data Set 2 CRC 32 Custom Data Set 1 Compound Custom Data Set 2 Compound Custom Data Set 1 Sequential Custom Data Set 2 Sequential Press F1 for Details o 00 i o cn 4 O NO Diagnostik K Lk l a wm da e wb e e d Lodo ede qn Bat V 16 0 11 8 8 0 Man RPM Effcy kPa Load kPa User s Guide RCD Display 0 310 0 310 0 Lambda Lal La2 Leni LaCui2 Sersors TP X MAP kPa EMAF 19 Figure MoTeC ECU Manager PrintScreen 2 www mechatromotive com F APW ms F Duty F Time deg F Trims ms Ignition lon Adv dBTDC I Trims 4B TOC 24 89 User s Guide RCD Display MechatroMotive MoTeC ECU Manager config Lo e S File Adjust View Tools Layout Utilities Help cos BE BAO A ESEE Standard rJ G Lambda 1 La Diff m de i Sensors Fuel E RES Lal Aim Value 0 05 H TP 2 F APW ms 18 84 10 Effcy kPa MAP kPa D F Duty 0 0 Load kPa EMAP F Time deg 185 0 Bat V V 2 F Tr
4. Main Menu ECU Connected Adjust Uiew Diagnostics File Encrypt ion elp Quit Serial 7675 U Ign tt 3D u Seq x Adv x Logt512k gt x Lambda x Tel x RemLoo Fi Help Tl1 HMovue Menu Bar lt Enter gt Select lt Esc gt Preuious Menu F ColorzMono 26 Figure MoTeC M4 PrintScreen_3 Click on Adjust MoTeC ECU Menu FR ECU Connect U6 2H The ECU Data Matches File lt Adar Melam 186 Rally Dyno 4 4 14 Ver 15 finish Use Matching File Create Mew File tl Ghoose XEnter gt 5elect 27 Figure MoTeC M4 PrintScreen_4 If you connect the ECU to the computer for the first type select the Create New File option Next time when you connect your ECU it will find this file on your computer www mechatromotive com 35 89 PA User s Guide RCD Display MechatroMotive MoTeC ECU Menu D x ECU Connect U6 2H The ECU Data Matches File lt Adar Melam 186 Rally Dyno 4 4 14 Ver 15 finish Use Matching File Create Meu File tl Chonse lt Enter gt Select 28 Figure MoTeC M4 PrintScreen_5 If it is at least the second time when you connect your MoTeC M4 ECU to the computer it will found the last version of you file so click on Use Matching File MoTeC ECU Menu Belt 14692460 Adar Melam 186 Rally Dyno 4 4 14 Ver 15 finish ECU Connect U6 2H SELECT SCREEN Standard Tuning FUEL IGNITION Boost Limit Misc Functions Input Output Functions Accel Enrichment Cold Start RPM Limit General Se
5. 1 Connect the device via serial port MM BootL E4 COM BH Connect 2 Select the new configuration file 3 Select COM port 4 Click connect button 8 Switch off the power supply of the devi ee b Wait few seconds then power on the d RA Falt until loading process ends see Lesere S for mare information visi http mechatramatree Com MechatroMotive Device updated Device updated 90 Figure MM BootLoader printscreen_6 www mechatromotive com 84 89 PA User s Guide RCD Display MechatroMotive 9 Safety regulations e While driving do not pay more attention than necessary to the screen ensure the safe transport e The panel operates from extra low voltage high voltage parts are not included therefore electrical accidents cannot occur e Do not connect instruments with incorrect outputs or damaged device or sensor e Do not connect directly the RCD Display to the battery Insert a 2 A fuse into the circuit e Disrupting any component of the product results the immediate termination of the guarantee If the panel is failed or does not work contact your distributor www mechatromotive com 85 89 PA User s Guide RCD Display MechatroMotive 10 Figures list 1s FIGURE MAIN CONNE dr 6 2 FIGURE MOUNTING DIMENSIONS OF THE MAIN UNITA 7 3 FIGURE NAVIGATION PANEL MOUNTING DIMENSIONS eeemmHHMHHH HH 7 4 FIGURE MAIN CONNEC TOR
6. 4 FIGURE SCALE Te Ann PAP 41 cs FIGURE SS is ec m WE EE 42 36 FIGURE SCAL PRINT SCREEN Divan 42 37 FIGURE SGAL PRINISGREEN EE 43 www mechatromotive com 86 89 PA User s Guide RCD Display MechatroMotive 38 FIGURE SCAL PRINTSCREEN 2 43 39 FIGURE SCAL PRINTSCREEN 8 44 40 FIGURE SCAL PRINTSCREEN 9 44 41 FIGURE SCAL PRINTSCREEN 10 44 42 FIGURE SCAL PRINTSCREEN 11 45 43 FIGURE SCAL PRINTSCREEN 19 45 44 FIGURE SCAL PRINTSCREEN 13 eerte III tenni 45 45 FIGURE SCAL PRINTSCREEN 14 46 46 FIGURE SCAL PRINTSCREEN 15 eene treten LLAU 46 47 FIGURE SCAL PRINTSCREEN 18 46 48 FIGURE SCAL PRINTSCREEN 17 46 49 FIGURE SCAL PRINTSCREEN 18 47 50 FIGURE SCAL PRINTSCREEN 19 47 51 FIGURE SCAL PRINTSCREEN 20 47 52 FIGURE SCAL PRINTSCREEN 21 48 53 FIGURE SCAL PRINTSCREEN 29 48 54 FIGURE SCAL PRINTSCREEN 29 48 55 FIGURE SCAL PRINTSCREEN 24 49 56 FIGURE SCAL PRINTSCREEN 25 eere etre tree tete Lu LLAU 49 57 FIGURE SCAL PRINTSCREEN 28 49 58 FIGURE VIPEC VTS SERIAL WARNING ertet tette tnn 51 59 FIGURE VI PEC VTS PRINTSCREEN 1 51 60 FIGURE VI PEC VTS PRINTSCREEN 3 52 61 FIGURE VI PEC VTS PRINTSCREEN 3 eene tret tnnt 53 62 FIGURE VI PEC VTS PRINTSCREEN A 54 63 FIGURE VI PEC VTS PRINTSCREEN B 55 64 FIGURE VI PEC IVTS PRINTSCREEN 1 58 65 FIGURE VI PEC IVTS PRINTSCREEN
7. CaKExampleCaibration VW Calibration b Calibration Switches gt Run Mode Fueling K Run Mode Ignition K Wastegate Control Gear Shift Gear Cut gt Gear Blip Throttle Jacker Control Throttle Bypass Valve Control Limp Mode K Anti Lag System K Nitrous Control Flex Fuel gt Starting Idle Control Idle Stepper Control gt Limiters Launch Control gt Drive By Wire b Supercharger Bypass Valve Variable Valve Timing K Differential Control K Torque Estimation And Limitation K Output Functions K Logging Functions gt Datastreams K Fuel Consumption Engine Use Restrictions K Breakpoints and Thresholds Sensors Engine Configuration K IO Configuration K Output Testing 35 Figure Scal PrintScreen_4 In the Datasream Select window push the 0 button then the following window will come up 36 Figure Scal Printscreen_5 www mechatromotive com 42 89 PA User s Guide RCD Display MechatroMotive Please choose from NONE PI WORLD SERIES GEMS CAN DAS4 CAN LEMANS PROTOTYPE STACK PI SYSTEM CUSTOM CAN RT SERIAL DCO1 CAN OK Cancel 37 Figure Scal PrintScreen_6 Select the Custom CAN and click on the OK button Now you have to copy the values of Frame ldentifier Frame Freguency and Frame Content from the Mechatromotive RCD sc file to your current sc file For this select Datastreams gt Custom CAN gt Frame Content f Slot Frame in both window Vo
8. 2 MoTeC M4 First of all the wiring of the MoTeC M4 ECU is different from any other ECUs The differences Motec M4 pin RCD Display Pin 21 TxD Main Connector 2 pin No 10 www mechatromotive com 33 89 ANAN User s Guide RCD Display MechatroMotive Pin 22 RxD Main Connector 2 pin No 11 Pin 23 DTR Main Connector 2 pin No 12 Connection of the other wires are the same as they are listed in the 4 1 Connectors chapter In order to operate your motor controller properly with the RDC display you have to make the following settings in the MoTeC ECU Manager software Dis Select Wersion H4 U62 M4 U61 Ti Choose lt Enter Select 24 Figure MoTeC M4 PrintScreen 1 As a first step you shoul choose your MoTeC M4 version BS L MoTeC PROGRAM INTEGRATOR Comm Port lt COMS gt ECU Type H4 U62 GETLOG Get ECU Internal Logged Data INTERPRET Interpret Logged Data Files UPGRADE Send New Control Gode to ECU and or Convert Tuning Files ENABLE Enable Optional ECU Functions DRAWINGS Uieu Technical Drawings NOTES View Release notes Fi Help tl Select Enter 5tartProgram F5 CommPort Esc SelectType Alt Exit 25 Figure MoTeC M4 PrintScreen_2 Now select the program EMP www mechatromotive com 34 89 PA User s Guide RCD Display MechatroMotive MoTeC ECU Menu e ECU Connect U6 2H H4 ENGINE MANAGEMENT PROGRAM lt EMP amp b 2bl gt Hex Version U amp 2H
9. 4 unit Param 14 unit Param 4 unit Param 20 unit Param 10 unit Param 21 unit Param 11 unit Param ZZ unit Param 12 unit Param Z3 unit Param 13 unit Param 24 unit 12 Figure Diag window 2 3 Displayed parameters depending on the type of the engine management will be shown on 1 or 2 screens TI PTT b rc Ma bar HA em M ch trottotrv 13 Figure Race window www mechatromotive com 15 89 PA User s Guide RCD Display MechatroMotive 5 Connecting engine management system 9 1 DTA Data from DTA Engine Management System Parameter Description um ae 1 Opewe e OI t oe E EM 1 YO e a a a Ex mo gt cm pm gt came a em 1 cms 1 gt 4 Table DTA parameters The frequency of data which arrive from motor controlling unit is the sending frequency www mechatromotive com 16 89 MechatroMotive 5 2 Link In order to operate your motor controller properly with the RDC display you have to make the following settings in the PCLink G4 software Va PCLink Engine Management File Options ECU Controls Display Mode Layout View Logging Tuning Help E SS disconnect ECU F3 Config 4 Update Firmware HI WR Clear ECU Fault Codes a a ECU Log File Download gt g CAN Configuration Show ECU Statistics Ctrl D Update Statistics Clear Statistics 4 S Z Store to ECU Ctrl 5 C Restore to Factory Sett
10. 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 o d 4 E a Ei Store to ECU Ctrl enn 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 _ iad Feature Unlock 50 0 T T T D En 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 UN 8 Restore to F i gt E estore to Factory Settings 9 9 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 L 40 5 Setup Password Protection 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 L Col la F 60 dm Unlock Password Protection 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 o B 80 TPSSetup enn 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 Reverse S 2 10 6 MAP sensor calibration 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 I a m Trigger Scope G PE PM OE h sss ls hs nnn lnn lnn o on Lambda Avg 1 000 9790 0760 0820 0880 0840 1000 1060 1120 1180 1240 1 300 TP Main ECT C o 0 0 00 50 0 100 0 96 4800 T a Engine Speed comets IAT C sia ECT C 96 Inj Deadtime ms 0 763 IAT C 20 Inj Duty Cyde 0 0 20 MAP kPa 85 Inj Actual PW ms 0 000 MGP kPa 17 Inj Timing BTDC 400 MAP kPa TP Main 0 0 AFR Lambda Target 0 945 BAP kPa 102 3 Lambda Avg lambda 1 000 8 5 L Batt Voltage V 1
11. A is equal to b that shows the value of the Offset and a is the value of the Multiplier www mechatromotive com 76 89 FA User s Guide RCD Display MechatroMotive Marne ofthe Analog Unit of the Analog A Voltage 1 Maximum voltage 81 Figure Decreasing function Fressure bar 10 1 Voltage 1 125 v 82 Figure Calculate the minimum and maximum outputs For example you have the following values 0 5 V 3 bar 4 5 V 10 bar www mechatromotive com 77 89 RA User s Guide RCD Display MechatroMotive That means you have the following equations 1 1 05 a b Il 10 4 5 a b We are searching the equation A O a b because we need the values of a and b To get them you have to do the followings II 9 I 10 9 1 45a b 9 0 5a b 1 8b b 0 125 A From the equation 1 we can get the value of a 1 0 125 0 5 a 2 25 Now you know the value of the Multiplier 2 25 and the Offset 0 125 www mechatromotive com 78 89 PA User s Guide RCD Display MechatroMotive 7 7 Others MechatroMotive 83 Figure Others Set the type of engine management system ES DES DTA Link None DTA gear by shaft Select the method of the calculation of the current gear Load defaults Reset the user modified parameters 20 Table Others parameters 7 7 1 Setting the impulses A multiplier value can be specified to the impulse input
12. La Diff ET C Bat V VI Main Sensors Fuel ue Value Ss __ 9 00 oof 1100 160 RPM 0 TPB 0 F APW ms 18 84 Multi Config Setup i Effcy kPa 310 0 MAP kPa OF Duty 0 0 1 Load kPa 310 0 EMAP F Time deg 185 0 RH Save i F Trims ms 13 04 Lambda 0 i Save As Me 0 Ignition Edit Comments La C Ign dv dBTDC 107 LaCtrl1 Trims dBTDC A pa Convert Old Files 0 j i LaCtrl2 Convert Logging Image Delete E Value CAN O Data Selects the data that is sent Encrypt 1520 on this CAN Channel Off ADL Dash Logger Telemetry Monitor not normally used Beacon ID ata CAN 1 Address CAN 1 Transfer Rate 0 1 2 CAN 2 Data 3 MoTeC CRC32 normally used CAN 2 Address for MDD CAN 3 Data 4 Custom Data Set 1 CRC 32 CAN 3 Address 5 Custom Data Set 2 CRC 32 CAN 4 Data 6 Custom Data Set 1 Compound CAN 4 Address 7 CAN 5 Data 8 CAN 5 Address 3 CAN 6 Data CAN 6 Address Press F1 for Details Custom Data Set 2 Compound Custom Data Set 1 Sequential Custom Data Set 2 Sequential Engine Temp ee ee km m m mmm m zl zm m m mmm Feed dnn wn eU en LP a nie nja e ee ee ee mmm mm mm mm mm mm m m emm 200s i 0s Arrow Keys Select PgUp PgDn Adjust Enter Set Value M800 Connected V3 51U 23 Figure MoTeC ECU Manager PrintScreen 6 After the configuration select F
13. Power consumption 1 A e Size of display 5 7 e Resolution 320 x 240 pixel e Frequency of freshening 60 Hz e Color depth of display 256 bit e Maximal brightness 800 cd m2 e Contrast Ratio 800 1 e Operating temperature range 20 C 60 C www mechatromotive com 5 89 PA User s Guide RCD Display MechatroMotive 3 Installation and wiring e Be careful when you install the panel use vibration resistant self locking nuts e When routing the cables ensure of their integrity avoid contact with moving parts of the vehicle e With the supplied pins you can carry out the necessary wiring e Be sure to connect the connectors at the back of the panel and the wiring harness to the appropriate place Main Connector 2 Main Connector 1 O 1 Figure Main connectors www mechatromotive com 6 89 RA User s Guide RCD Display MechatroMotive 171 35 3 6 O Oy 2 Figure Mounting dimensions of the main unit 64 3 Figure Navigation panel mounting dimensions www mechatromotive com 7 89 RA User s Guide RCD Display MechatroMotive 3 1 Connectors 3 1 1 Main Connector 1 4 Figure Main Connector 1 Pinno Function with ECU _ Function without ECU IU V ME EA 0 0 0 o 0 8 vore gt 0 o 0 4 svor pp NC V 6 Temperature K_1 Positive KA 7 Temperature K2 Positivo a YS Y Iren 3 Analog met pm Manto Alte Pressur
14. in your current sc file s window e 1 17 CUPEN VERK DNE Ca bro K Ele Cal ME LS i RR 57 Figure Scal PrintScreen 26 Now you can close the Mechatromotive RCD sc and save your current sc file www mechatromotive com 49 89 PA User s Guide RCD Display MechatroMotive O 10000 Engine Speed Motor rpm RPM Throttle Position 1 0 100 Battery Voltage 5 15V Manifold Absolute Pressure 1 0 300 kPa Engine Coolant Temp 1 25 125 C Air Intake Temperature 1 25 100 C Exhaust Gas Temperature 1 0 1250 C Exhaust Gas Temperature 2 0 1250 C Lambda Sensor 1 0 5 1 5 La Lambda Sensor 2 0 5 1 5 La Fuel Pressure 1 kPa 0 1000 kPa Fuel Temperature 1 25 125 C Engine Oil Pressure 1 kPa 0 1000 kPa Engine Oil Temperature 25 150 C Gear Position EN 0 10 Injection Duty Cycle 0 100 96 Fuel Comp 0 100 Driven wheel speed kph 0 300 kph speed Vehicle speed 0 300 kph Crank Case Pressure 1 0 110 kPa Air Charge Temperature 1 25 100 C Barometric Pressure 70 110 kPa IgnFinalPri1 Final Ignition Timing after corrections deg 10 50 deg wheelSpin Ammount of di by Traction o 0 100 10 Table Protocol Description lt www mechatromotive com 50 89 AR MechatroMotive 9 5 User s Guide RCD Display 5 Vi PEC 5 1 VTS Please note only available for version 10000 or later Else you ll get the following warning m essage Warning Warning this ECU may
15. limits Flags Words Limits Figs Words me www mechatromotive com 56 89 PA User s Guide RCD Display MechatroMotive See 10 Table 11 Table Protocol description BR Description O RPM Limit Overrun Flag 10 n 1 1 1 12 Table Limits Flag Definition www mechatromotive com 57 89 User s Guide RCD Display MechatroMotive 5 5 2 IVTS In order to operate your motor controller properly with the RDC display you have to make the following settings in the Vi PEC Engine Management System software File Options ECU Controls Display Mode Layout View Logging Tuning Help H Connect to ECU B a E JE Update Firmware S S gp Clear ECU Fault Codes Fuel Table1 Active E 2 Fuel Tat ECU Log File Setup Engine Speed RPM g E 500 2000 2500 3000 3500 4000 4500 5000 5500 6000 6500 7000 7500 8000 2 og File Download CAN Setup 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 hel v S 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 Show ECU Statistics Ctrl D s 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 E Clear Statistics E 45 0 45 0 45 0 45 0
16. not be CAN capable ECs before serial number 10000 require a hardware modification to enable CAN If this modification is not done the ECU will corrupt signals on the CAN bus Contact your nearest dealer for further assistance 58 Figure ViPEC VTS serial warning In order to operate your motor controller properly with the RDC display you have to make the following settings in the Vi PEC Engine Management software Open ECU Controls menu CAN Configuration Vi PEC Engine Management C Program Files x86 ViPEC VTS VABase MapsWBB Base Mappd lt A T LEI es File Options ECU Controls Display Mode Layout View Logging Tuning Help El Parameters FE event Log EVLog File Manager ECU Settings H Connect to ECU F3 ECU Fault Code 29 An Volt 7 below Error Low value EN gt Tuning We JE Update Firmware Uu Clear ECU Fault Codes Fuel Table1 Active Surface Graph AX Fuel Tak ECU Log File Download Engine Speed RPM 500 2000 2500 3000 3500 4000 4500 5000 5500 6000 6500 7000 7500 8000 CAN Configuration a 10 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 ve tem Show ECU Statistics Ctrl D L me 8 Se 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 EE Update Statistics et SE 45 0 45 0 45 0 45 0 45 0 45 0 45 0
17. usually modulate their resistance depending on the physical parameter s change For a such sensor a pull up resistor need to be placed into the circuit so the analog input can detect the changes DV Out Ret connector 1 Pin 3 41 H pull up Analog Input UV 15 1 6 connector 1 Pin 8 131 H sensor Analog GRAD connector 1 Pin 15 161 71 Figure How to connect the pullup resistor The sensors output voltage depends on the value of the connected pull up resistor To complete the calibration the sensor s output voltage must be determined at two points If possible measure the voltages If not perform the following calculation with two known resistance values R Output _ voltage yn gt SENSOR MIN R SENSOR_ MIN R ppULLUP www mechatromotive com 66 89 PA User s Guide RCD Display MechatroMotive R Output _ voltage yx 5 A R SENSOR_ MAX T R ppuLLUP Output voltage V Maximum voltage Minirnurn voltage Resistance Ohm Minimum resistance Maximum resistance 72 Figure Resitor based sensor output with pullup After connecting the sensor perform the sensor calibration 6 1 2 NTC If you connect NTC temperature sensor the following relation may work best 1 PULLUP T A SENSOR R 6 1 3 PT100 PT1000 If you connect PT100 or PT1000 temperature sensor the following relation may work best R PULLUP T SENSOR www mechatromotive com 67 89 PA User s G
18. 2 eene treten rtr nnn 59 66 FIGURE VI PEC IVTS PRINTSCREEN 3 eene retener nnne 59 67 FIGURE VI PEC IVTS PRINTSCREEN A 60 68 FIGURE VEMS PRINTSCREEN 41 eee as 62 69 FIGURE VEMS PRINTSCREEN 2 eerte as 63 70 FIGURE THE ONLINE CALIBRATION PAGE 65 71 FIGURE HOW TO CONNECT THE PULLUP RESISTOR 66 72 FIGURE RESITOR BASED SENSOR OUTPUT WITH PULLUP uaa aaa 67 73 FIGURE TYPE WINDOW rtm terrre rre tnnt 69 74 FIGURE SET ALAN 70 5 FIEVR SAL M ne 72 6 FIEUR UN LI EE 72 FOTEN RANGES se a ccoo oler quais S ERUNT 73 www mechatromotive com 87 89 FA MechatroMotive User s Guide RCD Display 76 FIGURE BRIGHTNESS SETUP WIND OM ile aT daa RD NOUN it FEE e 80 FIGURE OUTPUT OF AN ANALOG SENSOR asa 81 FIGURE lt DECREASING FUNCTION BEE 82 FIGURE CALCULATE THE MINIMUM AND MAXIMUM OUTPUTS esse FOTEN 84 FIGURE HOW TO CONNECT THE MAIN CONNECTOR 2 TOA D SUB 9 85 FIGURE MM BOOTLOADER PRINTSCREEN TA 86 FIGURE MM BOOTLOADER PRINTSCREEN 2 87 FIGURE MM BOOTLOADER PRINTSCREEN 3 88 FIGURE MM BOOTLOADER PRINTSCREEN A 89 FIGURE MM BOOTLOADER PRINTSCREEN D 90 FIGURE MM BOOTLOADER PRINTSCREEN pi www mechatromotive com 88 89 PA User s Guide RCD Display MechatroMotive 11 Tables list 1 TABLE MAIN CONNEC TOR 1 PINOUT EE 9 2 TABLE MAIN CONNECTOR 2 P
19. 3 84 n F PCLog OFF CTRL F10 Open ECU Controls menu gt CAN Setup You will see the following screen 64 Figure Vi PEC iVTS PrintScreen 1 www mechatromotive com 58 89 Ra User s Guide RCD Display MechatroMotive OFF Mini 150853 Audi TT VW Golf GTi Yamaha FZ K Line Adapter Sea Doo HEC Channel 1 Polaris RFR Channel 2 SS Format Channel 3 8 Standard Channel 4 Channel 5 Extended Channel 6 65 Figure Vi PEC iVTS PrintScreen 2 In the Mode menu select User Defined Now click on Channel 1 2 OFF TT O ISO 15764 4 on CAN 1 Audi TT VW Golf GTi Yamaha FZ Kine Adapter Sea Doo 4 TEC Channel 1 Polaris RZR Channel 2 Format Channel 3 Si Standard Channel 4 z Channel 5 Extended Channel 6 66 Figure Vi PEC iVTS PrintScreen 3 www mechatromotive com 59 89 FA User s Guide RCD Display MechatroMotive In the Mode menu select Transmit Generic Dash CAN Configuration CAN Module w n 3 OFF i CAN 1 User Defined 3 ISO 157644 on CAN 1 Data CAN Channels Channel 1 OFF Channel 2 OFF Format hannel 3 OFF Standard Channel 4 OFF Channel 5 OFF Extended Channel 6 OFF 67 Figure Vi PEC iVTS PrintScreen 4 Data from Link Engine Management System Parameter Description Unt paras Pressure Pressure Manifold Gauge 100 550 kPa Barometric Pressure TP Main Throttle Positio
20. 4 MW Za 50 0 15007 00 b ft S Air Temp C 30 0 Lambda 1 Lal Aim Value La Diff 0 05 EE uto b ax EN rr 0 05 BatV V Main Sensors 16 0 RPM L Effcy kPa Load kPa TP Z MAP kPa EMAP Bat V V 12 13 Lambda ET C Lal Laz LaCtrll LaCtrl2 CAN 0 Transfer Rate BR2 Lap Beacon ID CAN 1 Data CAN 1 Address CAN 1 Transfer Rate CAN 2 Data CAN 2 Address CAN 3 Data CAN 3 Address CAN 4 Data CAN 4 Address CAN 5 Data CAN 5 Address CAN 6 Data CAN 6 Address Kas value fi 520 Max 32767 0 Cancel Help Normal value for ADL 1520 Normal value for MDD 232 Normal value for ECU 96 Lambda 1 vs R PM 1 00 1 H 2000 8000 1 AT C EGT 1 F AP W ms F Duty F Time deg F Trims ms Ignition I Trims dBTDC M800 Connected V3 51U Diagnostik trrors Arrow Keys Select PgUp PgDn Adjust Enter Set Value 21 Figure MoTeC ECU Manager PrintScreen 4 Set CAN 0 Adress to 1520 and press OK www mechatromotive com 26 89 IgnAdv dBTDC 10 7 User s Guide RCD Display MechatroMotive MoTeC ECU Manager config l ell R File Adjust View Tools Layout Utilities Help RNB SMG S AEWA ZZ e Standard RPM Lambda 1 L
21. 45 0 45 0 45 0 45 0 45 0 45 0 45 0 Clear Statistics 1 1 4 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 45 0 Fam T WS Store to ECU Ct 5 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 1 0 D 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 20 Setup Password Protection 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 50 0 40 im Unlock Password Protection 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 M F 60 Trigger Scope 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 55 0 ES 80 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 7 Colors 9 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 60 0 _ Wi 3D iv Reverse Load Axis AFR Target 13 90 oop HHHH HHHH HHHH fu WideBand 1 0 00 1900 1080 1160 1240 1320 1400 1480 1560 1640 1720 18 00 TP Main ECT C I o 0 0 00 50 0 100 0 96 4800 600 Runtime Values IAT C Engine Speed S 56 ECT C 96 Inj Deadtime ms 0 685 IAT C 20 Inj Duty Cycle 0 0 20 MAP kPa 85 Inj Actual PW ms 0 000 MGP kPa 16 Inj Timing BTDC 400 MAP kPa TP Main 0 0 AFR Target AFR 13 90 BAP kPa 101 1 WideBand 1 AFR 0 00 8 5 Batt Voltage V 14 41
22. 8 ts OPEN 136 moen Is O OA amp ren 128 Diagnostic Error Group 13 INJ1 PEAK www mechatromotive com 31 89 PA User s Guide RCD Display MechatroMotive ne Pea Een 4 aen 8 Peak eren Is NN REA amp Pea 18 Diagnostic Error Group i4 3 Diagnostic Error Group 14 1 swemt 2 SWCTRG 4 wea 8 ew 16 emn S 64 2 4 16 2 64 2 4 16 2 REF TRIG 64 Diagnostic Error Group 15 e Status Flags Group 1 RPM Limit Exceeded Launch Control 16 64 1 2 16 2 1 4 16 2 Gear Change Ign Cut REF SYNC Synched e Closed Loop La 2 EM Lambda2Cod 64 Status Flags Group 2 Overrun Boost 1 Amaro 2 Overrun Fuel Cut 4 128 AAA AAA AAA pe AA Status Flags Group Dgiaipui 1 D ogam 2 gms 4 Citar 8 ERN os e www mechatromotive com 32 89 PA User s Guide RCD Display MechatroMotive Saus Figs Gr 4 Traction Cun Date 1 oa 2 Logging Enable 4 Overrun Boost 16 Enable Gear Chg Cut 32 Request Ignition Switch 64 Spray Bar Status Flags Group 5 1 2 4 Power Steer OvLd 64 D Status Flags Group6 b 2 bp 4 O oane anana EE 2 D MEN 2 WER 8 NENNEN EE NN 2 EE e 95 89 Digital Input 10 3 1 Status Flags Group 8 1 CRCbyei HiBye ORO bye CRC byte 3 CRC byte 4 LO Byte 7 Table Protocol Description 5 3
23. Connecting analog sensors The active sensor s output voltage are proportional to the measured physical parameter typically 0 5 V or 0 10 V e Connect the GDN pin of the sensor to the Analog GND named Main Connector 1 connector e Connect the VDD pin of the sensor to the 5V Out Ref or 12V In pin of the Main Connector 1 connector e Connect the OUT pin of the sensor to Main Connector 1 Analog Input OV 15V X pin e Do the sensor calibration If you need help go to the following page http www mechatromotive com pullup php where you can write your values into the white boxes and the computer does the calculations 50 Figure RA External Sensor Calibration Tool for g MechatroMotive RCD Display Passive sensors RPullUp RSensorMin UnitMin OutVoltageMin Offset SV Out Ref Ohm Ohm yourUnit Volt Connec tor_1 Pin_3 4 R_pull_up Analog Input OV 15V 1 6 RSensorMax UnitMax OutVoltageMax Multiplier Connector 1 Pin 8 13 Ohm yourUnit Volt Analog_GND Connector_1 Pin 15 16 Active sensors Name of fre Analog Uni of fe Analog UnitMin A yourUnit OutVoltageMin Volt Offset I Et UnitMax B yourUnit OutVoltageMax Volt Multiplier A Voltage 0 Maximum voltage M AA 70 Figure The online calibration page www mechatromotive com 65 89 PA User s Guide RCD Display MechatroMotive 6 1 1 Passive sensors The passive sensors
24. INOUT eee eee 10 3 TABLE KEYBOARD CONNECTOR PINOUT asses 11 4 TABLE IPA ETEN EE 16 5 TABLE LINK PARAMETERS EE 21 6 TABLE LIMITS FLAGS DEFINITION eee 22 T TABLE PROTOCOL DESCRIPTION essen RA aa encan RS OA CB e S EI kie rnnt GAS 33 8 TABLE PROTOCOL DESCRIPTION OF MOTEC M4 EC 38 9 TABLE PROTOCOL DESCRIPTION OF MOTEC M4 ECU DIAGNOSTIC ERROR GROUPS S 39 10 TABLE PROTOCOL DESCRIPTION sata 50 RH TABLE PROTEST 97 12 TABLE LIMITS FLAG DEFINITION ee enn ee sg ee cos 57 13 TABLE PROTOCOL DESCRIPTION AAA 61 14 TABLE LIMITS FLAG DEFINITION AAA 62 15 TABLE PROTOCOL DESCRIPTION OF VEMS ECU aaa 64 16 TABLE DEFINABLE ALARM LIMITS FOR THE PARAMETERS eene 71 17 TABLE LED BAR PARAMETERS nnn nnnnnnen rrr nnn nnn nnn r renes snnt nnn nnn 73 18 TABLE LED BAR PARAMETERS aaa 74 19 TABLE ANALOG PARAMETERS sss 75 20 TABLE OTHERS PAR METERS ae 79 21 TABLE HOW TO CONNECT THE MAIN CONNECTOR 2 TO A D SUB 9 81 www mechatromotive com 89 89
25. If you use the gear ratio select Yes 7 7 6 Load defaults All of the parameters reset to factory defaults www mechatromotive com 80 89 RA User s Guide RCD Display MechatroMotive 8 Firmware update Only the 140804MM and later softwares can be updated To update a firmware first you have to connect the Main Connector 2 s pins to a D Sub 9 connector s pins Main Connector2 D Sub9 Pin No Function Pin No Function RS232_RX 21 Table How to connect the Main Connector 2 to a D Sub 9 84 Figure How to connect the Main Connector 2 to a D Sub 9 Now you can connect the RCD Display to your computer If you don have any RS232 serial port on your PC use an RS232 to USB adapter If the adapter doesn t work try to reconnect it Then you have to download two files from our webpage http mechatromotive com index php folder termekek rcd amp page index_rcd amp lang eng On the webpage click on the Downloads button and there you will find the files A hex and a exe file Then start the MM Bootloader exe file and follow these steps Click on the button and select the latest hex file that you downloaded from our webpage www mechatromotive com 81 89 PA User s Guide RCD Display MechatroMotive MM BootLoader Selected file Follow the steps to update device Seral port 1 Connect the device via serial port 2 Select the new configuration file 3 Se
26. Motive 4 Standard features User s Guide RCD Display For handling the display use the external control panel Using the buttons you can switch between screens enter data and perform settings Menu Structure e MAIN MENU o RUN RACE WINDOW STREET WINDOW WARM UP WINDOW DIAG 1 WINDOW DIAG 2 WINDOW DIAG 3 WINDOW RACE WINDOW STREET WINDOW WARM UP WINDOW DIAG 1 WINDOW DIAG 2 WINDOW DIAG 3 WINDOW o SETUP LOWER LIMITS UPPER LIMITS LED RANGES BRIGHTNESS ANALOGS OTHERS www mechatromotive com 12 89 MechatroMotive User s Guide RCD Display AA MechatroMotive lulechatroluotiwe Ltd ROD Display w1 D00 132124321 8 Figure Main menu MAP mbar 9 Figure Street window www mechatromotive com 13 89 MechatroMotive Temp 1 Temp 2 Fuel level Analog 2 Analog 3 Analog 4 Misi 5 Analog Light User s Guide RCD Display AA MechatroMotive 10 Figure Warmup window ic ic K M M M M M m AA MechatroMotive Digit 1 Digit 2 Digit 3 Digit 4 mip 1 rai Imp FET Imp 3 FETT Board IM 11 Figure Diag 1 window www mechatromotive com 14 89 User s Guide RCD Display MechatroMotive IA Param 1 unit MechatroMotive Param 2 unit Param 3 unit Param 14 unit Faram_4 unit Param 15 unit Param 4 unit Param 16 unit Param B unit Param 17 unit Param 7 unit Param 168 unit Param
27. The device multiplies the measured numbers of the impulse with this value and shows the final result This function is typically useful if an axis rpm need to be measured and the sensor gives more impulse per one rev In this case to get the multiplier value you have the following relation www mechatromotive com 79 89 PA User s Guide RCD Display MechatroMotive 1 Multiplier Number _ of _impulse _ per _rear 7 7 2 Fullscreen warning In case of an alarm the value of the parameter beyond the limit will appear on in a red frame If the Fullscreen warning is On the alarm window will be visible until the driver push the OK button on the navigation panel If the Fullscreen warning is Off the alarm window appears on the screen at the beginning of the alarm and after 3 seconds automaticly disappears Thus the driver do not have to deal with the alarm s switch off 7 7 3 ECU type You can set your engine management system s type choose between e DIA Link MoTeC M4 and ECUs compatible with CRC32 serial protocol Syvecs VEMS all ECUs with AIM serial protocol Vi PEC VTS v10000 or later iVTs None 7 7 4 Start screen You can choose which screen will load when you turn on the device Choose between Street Race and Warmup 7 7 5 DTA gear by shaft If you use DIA Engine Management System there are two ways to calculate the current gear with a position potentiometer or with gear ratio shaft
28. User s Guide Racing Car Diagnostic Display for Racing Engine Management Systems Technical support anm ch Ka MechatroMotive MechatroMotive Ltd Web www MechatroMotive com E mail rcddmechatromotive com Balazs Varga 36 30 476 24 31 Released 28 05 2015 PA User s Guide RCD Display MechatroMotive Table of contents Li 2 3 1 A 4 NNN 4 21 REENEN ee ee 4 Bre rie EE 4 2 3 Technological parameters eee ee ee ee eee 5 EEE O ana WANING pasara a O ET 6 EE 8 3 1 1 GE vr 8 52 Mai R elle 9 3 1 3 DOI CODE IO EE 11 lege bd 12 Connecting engine management svsiem eene nnne enn 16 D DIN 16 oz EK N 17 EMNE ee S S S S S S S 23 5 3 1 MoTeC M800 and other MoTeC ECUs with CRC32 protocol 23 ENTEN 33 E E raros N NIO 40 A A e RF RF CN ro po gente NY RF RP CWYN RO 51 ER A KEE 51 oz C 3 r a a N 58 S DZ VEN 62 NU 64 Oe ga 601110 SSN O EEE EE 65 6 1 Connecting analog eensore eene eene nennen nnns nnns 65 6 1 1 Passive Sensors eee e e eee DD SCHEER 67 6 1 3 BRUN LR 67 6 2 Connecting switch sensorg nennen nenne nennen nnns nns 68 6 3 Connecting impulse type eensorg ener 68 6 4 Connecting the thermocouples esse eee eee ee ee eee 68 Biel tele WOM JON ON E 69 y ENGINI OA EE 69 APP 70 7 3 RPM LED bar setting sse 73 www mechatromotive com 2 89 FA User s Guide RCD Display MechatroMotive F Briontness S liju vasa nasi mumu 74 7 5 Analog parameters eee e
29. _ 17 Now in the Mechatromotive_ RCD sc window click on Select gt All www mechatromotive com 46 89 User s Guide RCD Display MechatroMotive 1 M A A J L l 1 1 i i 49 Figure Scal PrintScreen_18 Now select Edit gt Copy still in the the Mechatromotive_RCD sc window 50 Figure Scal PrintScreen_19 Now go to your current sc file Click on Select gt All E 117 CUASI SRC K Elo Cal terreg Dever 5 View LG LN i RR omme Fore 2 p sss a TT Ll SJ s 5550000509 51 Figure Scal PrintScreen_20 Click on Edit gt Paste still in your current sc file s window www mechatromotive com 47 89 User s Guide RCD Display MechatroMotive 52 Figure Scal PrintScreen_ 21 Select Calibration gt Datastreams gt Custom CAN gt Frame Identifier f Frame 53 Figure Scal PrintScreen_22 Now in the Mechatromotive RCD sc window click on Select gt All 54 Figure Scal PrintScreen_23 Now select Edit gt Copy still in the the Mechatromotive RCD sc window www mechatromotive com 48 89 User s Guide RCD Display MechatroMotive 55 Figure Scal PrintScreen_ 24 Now go to your current sc file Click on Select gt All CSN CD Cal IMR ET Cab Xe SC en Beiter ymw DAUENEYNU Gert DYDD Zorte 297 XZ CA balcon ex pk Ge ged J N a 56 Figure Scal PrintScreen_25 Click on Edit gt Paste still
30. app ET C BatVlV Mai Sensors Fuel Lal Aim Value i 0 05 1100 16 0 TP 2 F APW ms UE Ze Gang 110 Effcy kPa MAP kPa F Duty Load kPa EMAP F Time deg Bat V V F Trims ms 121 Lambda ET C en AT C Ignition Lal 8 0 La2 EGT 1 Ign Adv dBTDC LaCtrl1 I Trims dBTDC LaCtrl2 rr ES on Os 005 MAP kPa 310 0 CAN Setup Parameter gt or 3 F CAN O Data 3 L 100 0 e CAN O Address LAN anster hate EH E 500 1500 _ BR2 Lap Beacon ID e CAN 1 Data Bic 3 cr OK i CAN 1 Address nter value e cti 2000 CAN 1 Transfer Rate Cancel p 1 CAN 2 Data al Max CAN 2 Address L ite Help Air Temp C 30 0 CAN 3Data aM CAN 3 Address CAN 4 Data 3 CAN 4 Address S CAN 5 Data CAN 5 Address 40 0 7 CAN 6 Data CAN 6 Address 500 N Lambda 1 vs RPM yn o mm ele L J 7 9 4 r 4 2000 8000 AT KES EEN Arrow Keys Select PgUp PgDn Adjust Enter Set Value 22 Figure MoTeC ECU Manager PrintScreen 5 Set CAN 0 Transfer Rate to 50 and press OK www mechatromotive com 27 89 PA User s Guide RCD Display MechatroMotive f MoTeC ECU Manager conf ger Adjust View Tools Layout Utilities Help 6 7 W A ZZ 9 fa Close amp Save z s
31. cal value and push OK on the navigation panel the keyboard screen appears Now you can type in a new value as it is written in the 6 1 point Working The defined alerts start to work immediately after setting If any measured alerting parameters are out of the defined range a full screen alert box appears showing the name and value of the critical parameter If you would like to return to the other parameters and screens push the OK button The side of the screen remains red until the alarm is active If the engine speed is below 600 rpm the oil pressure and fuel pressure alarming parameters are not active www mechatromotive com 71 89 PA User s Guide RCD Display MechatroMotive Throttle 56 MechatroMotve RACE WINDD W 75 Figure Alarm 1 Throttle 55 4 210 110 21 1 1 95 31 111 EI 1 5 5 M ch trofiotv RACE WINDD W 76 Figure Alarm_2 www mechatromotive com 72 89 PA User s Guide RCD Display MechatroMotive 7 3 RPM LED bar setting At the top of the display you can see a LED line for which segments you can define the RPM when they flash You can define starter and final RPM for every color 8 green leds 3 yellow leds 3 blue leds The machine automatically calculates when it is necessary to light up the middle LEDs If you setup the Flashing mode the hole LED bar starts flashing when the rpm reaches the value MechatroMotive 77 Figure LED ran
32. ce 38 Figure Scal PrintScreen 7 www mechatromotive com 43 89 A User s Guide RCD Display MechatroMotive F Datastreams Datastream Select Y custom Can Frame Identifier fI Frame Y Datastreams Datastream Select Y custom Can Frame Identifier f Frame Frame Frequency f Frame Frame Freguency f Frame Frame Content Slot Frame b Bosch ABS M4 Kit K LRGPS LR Lean Sensor Frame Content f Slot b Bosch ABS M4 Kit p LR GPS LR Lean Sensor b Fuel Consumption Fuel Consumption 39 Figure Scal PrintScreen 8 Now in the Mechatromotive RCD sc window click on Select All C Column 41 Figure Scal PrintScreen 10 Now select Edit Copy still in the the Mechatromotive RCD sc window www mechatromotive com 44 89 User s Guide RCD Display i ge MechatroMotive Undo Copy Paste Breakpoints 43 Figure Scal PrintScreen_12 Now go to your current sc file Click on Select gt All C Column www mechatromotive com 45 89 User s Guide RCD Display MechatroMotive 45 Figure Scal PrintScreen_14 Click on Edit gt Paste still in your current sc file s window 46 Figure Scal PrintScreen_15 Copy Paste Breakpoints 47 Figure Scal PrintScreen_16 Now repeat the movements with the other parameters Select Calibration gt Datastreams gt Custom CAN gt Frame Frequency f Frame 48 Figure Scal PrintScreen
33. e lm www mechatromotive com 8 89 RA User s Guide RCD Display MechatroMotive wl Rame E Ce foan a 1 Table Main Connector 1 pinout 3 1 2 Main Connector 2 28 1 1 18 0 709 Hir Kal Gr y Wr 15 0 580 f 5 Figure Main Connector 2 Pinno Function Function without ECU pm JP 2 jKebadSuS L 8 Keboadsw4 o 4 KeyboardSwWs o o s roser S e Iess O O OI e impune ze a eee www mechatromotive com 9 89 PA User s Guide RCD Display MechatroMotive 3 leen neea n naaa oan S as for J un foss gt 05 Pigitatimput 4 N P CI BNP a GND 2 Table Main Connector 2 pinout The input cables of Pin 2 6 are the cables of the Keyboard Connector These cables can be colored or numbered as you can see in the 3 Table Keyboard Connector pinout www mechatromotive com 10 89 RA User s Guide RCD Display MechatroMotive 3 1 3 Keyboard Connector Male connector to navigation panel Micro Fit Jr 6 Figure Keyboard Connector Male Female connector to the wiring harness side Micro Fit Jr 7 Figure Keyboard Connector Female 8 wire gray double insulated round cable The cables can be colored or numbered Number of the 03 Im ms we We 3 Table Keyboard Connector pinout www mechatromotive com 11 89 FA Mechatro
34. e ME 8 FIERE MN NET Ren 9 6 FIGURE KEYBOARD CONNECTOR MALE 11 7 FIGURE KEYBOARD CONNECTOR FEMALE sese 11 Os FIGURE lt MAIN MENU sasn spice 13 9 FIGURE STREET MWINDO Wi crient EG UU a O UR OL SN eege 13 10 FIGURE WARMUP WINDOW xxe eee 14 i Fe GT WINDOW qc 14 12 FIGURE DIAG WINDOW 243 naaa roles 15 PAPE RACE WINDOW RE 15 14 FIGURE PGLINK PRINTSCREEN JT aeaa Teanga Tate SES TTS duae enar Taar Esha 17 15 FIGURE PC LINK PRINT SCREEN 2 sanscrito 18 16 FIGURE PCLINIS PRINT SCREEN 3 ssenccecnceneesceuansnocaseiiciscntrenecudaicescsuenuesciaiietecxtreneqeteneeaeeratee 19 17 FIGURE PCLINK PRINISCREEN E 20 18 FIGURE MOTEC ECU MANAGER PRINTSCREEN 1 23 19 FIGURE MOTEC ECU MANAGER PRINTSCREEN 2 24 20 FIGURE MOTEC ECU MANAGER PRINTSCREEN 2 25 21 FIGURE MOTEC ECU MANAGER PRINTSCREEN A 26 22 FIGURE MOTEC ECU MANAGER PRINTSGREEN 5 1 HMM 27 23 FIGURE MOTEC ECU MANAGER PRINTSGREEN D 28 24 FIGURE MOTEC M4 PRINTSCREEN TI 34 29 FIGURE S MOTEG M4 PRINTOGREEN Zurita rosal 34 26 FIGURE MOTEC M4 PRINTSCREEN 3 eeeeeeeeeee nennen nennen nnn nennen nnn nnn nnns 39 27 FIGURE MOTEC M4 PRINTSCREEN A 35 28 FIGURE MOTEC M4 PRINT SCREEN Sissi ies 36 29 FIGURE MOTEC NA PRINTSOGREEN E 36 30 FIGURE MO FEG M4 PRINTSGREEN E 37 91 FIGURE MOTEL M4 PRINISCHEEN E 37 32 FIGURE SGAL PRINTSGREEN lisina dea UU AA AGA 40 BO FEIRES Males m eee 41
35. e eee 75 7 6 Defining a calibration equation for analog sensors 76 F NNN 79 7 7 1 SSG Ne l PIB6S E E EE ODE 79 1 1 2 FullScreen Warning EE 80 7 7 3 EU 80 7 7 4 SEA A 80 VATN PAN TN 80 7 7 6 Berce OS EI HYF FREE ER ER FOR FERF FFO NFED 80 8 GLE 6 e RR o AP A 81 9 Safety regulatons nennen nennen enne nnns anrea nnn a nnne ns 85 o S O 86 Ve TSN 89 www mechatromotive com 3 89 PA User s Guide RCD Display MechatroMotive 1 Introduction RCD Display is a universal display panel which can visualize data from sensors attached and can communicate with the engine controller unit The RCD Display can communicate with ECUs via CAN buses Supported types e DTA o S40 PRO o S60 PRO o S80 PRO o 100 PRO e Link o G4 storm e MoTeC o all ECUs with CRC32 protocol o M4 e VEMS e SyVecs e Vi PEC Vi PEC o VTS v10000 or later o IVTs 2 Overview 2 1 Main functions e Display 5 7 320 x 240 pixel e Different screens e Programmable RPM LED bar e External control panel e Communicating CAN RS232 e User defined limits e Flexible sensor calibration 2 2 Inputs e 2 cs K typ thermocouple e 6 pcs Analogs 0 15V e 5 pcs Digital input buttons e 4pcs General digital input www mechatromotive com 4 89 PA User s Guide RCD Display MechatroMotive e 1 pcs Phototransistor e DCS CAN e 1pcs RS232 2 3 Technological parameters e Dimensions 198 x 130 x 36 mm e Voltage 10V 15V e
36. ed the terminals the wrong way the system will not suffer any damage In that case if the temperature increases the displayed value will decrease www mechatromotive com 68 89 PA User s Guide RCD Display MechatroMotive 7 Configuration Options e At first enter to the main menu for settings e In the basic screen push the OR button and choose the SETUP menu from the possible menu points e Now you can scroll with the right and left lt arrows to choose the required setting The data is saved in non forgettable memory therefore do not need to be redefined when you restart the display 7 1 Entering data In the cases you need to type in numbers or text to perform a setting there is a keyboard screen available If you should type numbers there are only numbers on the keyboard otherwise there are other characters as well The type window appears when you move the cursor to that parameter you want to modify and push the OK button on the control panel TYPE WINDOW MechatroMotive ese 1 2 3 4 5 6 7 8 mnn z T D Caps L Lila sid ft DOUD RR g i y lx he lv ln ln lnl L H Space 73 Figure Type window If necessary you can use the modifier keys SHIFT CAPSLOCK SPACE BACKSPACE for typing in the new data If you have successfully completed the data entry navigate to the OK button on the keyboard then push the OK button of the navigator Then you can see the entered numb
37. er as the alerting threshold limit of the selected parameter www mechatromotive com 69 89 PA User s Guide RCD Display MechatroMotive If you would like to keep the original data navigate to the esc button on the keyboard screen then push OK button on the navigation panel After that you can change other parameters as well The changes will be activated immediately but will only be saved if you switch screen You can switch the screen if you overstep the first or the last parameter using the up A or the down V arrows At this time the cursor jumps to the name of the screen and you can choose from other screens using the right or left arrows 7 2 Setting the alerts Starting from the basic screen enter to the ALARM SETUP screen as it is written at 6 point There are two ALARM SETUP screens where you can change the lower Lower Limits and the upper Higher Limits alerting limits It is not necessary to choose an alert limit for every parameter You can activate the parameter if you choose the v sign next to the parameter You can deactivate the parameter if you choose the sign MechatroMotive 74 Figure Set alarm www mechatromotive com 70 89 PA User s Guide RCD Display MechatroMotive Definable alarm limits for the parameters Water temperature DTA Ful evel ACD 16 Table Definable alarm limits for the parameters If you navigate the cursor to the numeri
38. gase rat O 255 O 6550 kPa KP 50 205 C a C Speed Du Speed 4 Knk Level Cyl 1 units Limits Flags Words LimitsFlagsWords 0 65536 See 6 Table 5 Table Link parameters www mechatromotive com 21 89 PA User s Guide RCD Display MechatroMotive au Description o RPMLimt r 1 1 E i E 6 Table Limits Flags Definition www mechatromotive com 22 89 Ra User s Guide RCD Display MechatroMotive 5 3 MoTeC 5 3 1 MoTeC M800 and other MoTeC ECUs with CRC32 protocol In order to operate your motor controller properly with the RDC display you have to make the following settings in the MoTeC ECU Manager software File Adjust View Tools Layout Utilities Hep GR AED A ZS e Fuel ae Tha Diff E ET C Bat V M Main p Sensors E Fuel FN 1100 160 RPM 0 TP 5 0 F APW ms Effey kPa 310 0 MAP kPa 310 0 F Duty X Functions Digital Input Functions Load kPa 3100 EMAP F Time deg i 1 i i O F Trims ms le Auxiliary Output Functions Ignition Output Functions Bd J k mee j Ignition 1 1 1 La pa ir Eu AETH AG x La2 088 lon Adv dBTDC LaCtrl1 Off I Trims dBTDC LaCtrl2 Off Injector Output Functions i 1 1 General Setup Main Setup Sensor Setup Miscellaneous Setu
39. ges Parameters that can be ordered to the LED bar The RPM at which the first green LED lights up Yellow start The RPM at which the first yellow LED lights up Blue start The RPM at which the first blue LED lights up Blue end The RPM at which the last blue LED lights up Flashing The engine speed at which the LED bar start flashing 17 Table LED bar parameters You can reach the settings as described in the 7 1 point www mechatromotive com 73 89 PA User s Guide RCD Display MechatroMotive 7 4 Brightness setting Ambient light intensity sensor With the help of an ambient light sensor the device continually adjust both the backlight and the speed indicator LED s brightness depending on the external light intensity If the outside brightness is high the LED s and the display light are intense In dark environment the LED s and the display are lighter You can enter to the BRIGHTNESS screen from the basic screen as described in the 7 point MechatroMotive 78 Figure Brightness setup window Adjustable parameters 18 Table LED bar parameters www mechatromotive com 74 89 PA User s Guide RCD Display MechatroMotive 7 5 Analog parameters You can enter to the ANALOGS screen from the main screen as described in the 6th point You can choose from the setting parameters using up A and down V arrows The values shown here are the parameters for the calibration You can do t
40. he calibration as described in the 7 6 point MechatroMotive 79 Figure Analogs N User defined text that describes the measuring ame E point For example Turbo Unit A physical parameter measurement unit For example bar Slope A Slope A Offset B Offset B 19 Table Analog parameters www mechatromotive com 75 89 PA User s Guide RCD Display MechatroMotive 7 6 Defining a calibration equation for analog sensors Mame ofthe Analog Unit at the Analog Voltage 1 Maximum voltage 80 Figure Output of an analog sensor For the definition of sizing equation you have to have two points of the equations One value A belongs to the 0 V voltage the other value B belongs to the maximum voltage These two points define the function of the equation and with them you can define the Offset and Multiplier of the chosen analogs The Offset is equal to the value A The Multiplier is the gradient of the function You can get the Multiplier with the following steps subtract the value from the value B and then divide the difference with the value of the maximum voltage This quotient is the value of the Multiplier Do not worry if the Multiplier or the Offset is negative they can be correct values If the Multiplier is negative that means the function is decreasing 28 Figure The values of the analog and the voltage give the following equations A 0 a b B maximum voltage a b Where
41. heet View User Update Build calibration V Working Directory Working Dir Behaviour Dump Dashs Msgs to Disk Global Options About exit 32 Figure Scal PrintScreen 1 www mechatromotive com 40 89 User s Guide RCD Display D MechatroMotive Cal Pastecal Device Gauge Worksheet View hoose calibration to load Users Public Documents Syvecs Calibrations 1 SOFTWARE VERSION 1 36 7 CREATION TIME 2012 10 16 10 27 16 IDENTITY GENERIC m D Example Calibration Version 367 Demo 1 C D E F H I amp 33 Figure Scal PrintScreen 2 Download the Mechatromotive_RCD sc file from our webpage You can find it by clicking on the following buttons Products gt RCD Display gt Downloads Now open the file in a new window with the Scal and in the pop up window choose GENERIC option Don t close the other sc file How do you wish to access this file 34 Figure Scal PrintScreen 3 Some of the pictures will contain two windows The left one is your current sc file the right one is the Mechatromotive RCD sc file In the Calibration menu of your current sc file click on Datastreams and inside this on Datastream Select www mechatromotive com 41 89 User s Guide RCD Display MechatroMotive S SCal 2 13 12 C Users Public Documents Syvecs Calibrations ExampleCalibration SC Ele Cal Pastecal Device Gauge Worksheet View ID GENERIC Dev F88 XXXX SwVer 1 367 X 2
42. ile Send File to Ecu Nam Vaiue Scaling 1 255 Channels currently 84 Mass Air Flow 0 1 www mechatromotive com 28 89 PA User s Guide RCD Display MechatroMotive www mechatromotive com 29 89 PA User s Guide RCD Display MechatroMotive O wm Is 0 ALERR 4 em Is tare 6 eem Is waren amp wem 128 D Wm 2 mee 4 i orm 8 or ere 6 furer 3 tong cere mi sue vere 95 knoeremr San enn 4 eamem 8 Sd emm 36 user ere Is i emm amp amp serene 38 1 EGER 2 con DBW FB Diagnostic Error Group 5 s_ 9 Diagnostic Error Group 6 LOW_BAT_ERR OVER BOOST ERR 2 Cn SYNC mem 8 no rer ERR 66 REERR S RPM OVER ERR 6 ER www mechatromotive com 30 89 PA User s Guide RCD Display MechatroMotive 00 F MAX DTY ERR 12 Diagnostic Error Group 7 MEM_ERR LAT HEATER ERR LA2_ HEATER ERR 8 mor e mor S Ar SENS RA amp P7 az SENS ERR 18 Diagnostic Eror Groups RESET HALTMON 16 mm O ae reset Te 1 DagnesteEmorGroupio aen 1 T mem 0 mem 4 0 mer 8 J wem e 1 wem az wer J wem 18 1 64 2 4 16 2 64 Diagnostic Error Group 11 INJ1 SHORT L4 ne SHORT na SHORT SSN SHORT 8 INS SHORT IN SHORT INST SHORT INS SHORT 2 4 16 2 64 Diagnostic Error Group 12 INJ1 OPEN 1 mon 2 ts ren 4 tern
43. ims ms 13 04 Lambda ET C d qp Lal AT C D lgntin J La2 EGT 1 Ign Adv dBTDC 107 LaCtrll I Trims dBTDC 13 2 LaCtrl2 DECKER MAP kPa 310 0 CAN Setup Parameter CAN 0 Data 1000 CAN U Address d K CAN 0 Transfer Rate 1 Direct Entry 500 150 0 _ BR2 Lap Beacon ID CAN 1 Data E SC S CAN 1 Address L nter value 0 0 2 0 7 N CAN 1 Transfer Rate CAN 2 Data Max 3 CAN 2 Address a 0 Air Temp C 30 0 CAN 3Data E O i CAN 3 Address CAN 4 Data bru raset wom CAN 4 Address 7 Custom Data Set 2 Compound CAN 5 Data 8 Custom Data Set 1 Sequential CAN 5 Address 9 Custom Data Set 2 Sequential CAN 6 Data CAN 6 Address tess F1 for Details Lambda 1 vs RPM i e mm ad 1 2000 i 8000 M800 Connected V3 51U Diagnostic Errors 4 Arrow Keys Select PgUp PgDn Adjust Enter Set Value 20 Figure MoTeC ECU Manager PrintScreen 3 Set CAN 0 Data to 3 and press OK www mechatromotive com 25 89 MechatroMotive t MoTeC ECU Manager config Fille Adjust View Tools Layout Utilities User s Guide RCD Display coa m m HB 7 AG AZ e Standard RPM qtlyley sv vL Pr PE it ah Ld EY Sex co GM Mp MAP kPa SCH RS s x
44. ings 2 Aa Setup Password Protection EL Parameters Event Log Log File Manager MGP kPa es L Tuning Inj Effective PW ms Fuel Table1 AFR Target AFR Inj Timing BTDC Lambda Status 1 Accel Fuel Yo Warm Up Enrich o maeoc gt em Fuel Table1 Active User s Guide RCD Display Engine Speed RPM 2000 2500 3000 3500 4000 4500 5000 5500 6000 6500 7000 7500 215 218 22 1 22 4 22 6 22 9 24 1 24 4 24 6 24 9 ca o 51 4 55 7 60 0 J N N N N MN 23 5 25 5 24 24 4 24 7 nc a de ZD 20 9 0 oo co O 27 5 28 7 Zo 7 32 m 24 ED 1 1 1 30 1 30 4 30 7 1 Limits MAP Limit kPa RPM Limit MAP Limit Speed Limit GP RPM Limiti GP RPM Limit2 Anti Lag Ign Cut Anti Lag Cyclic Idle CL Stepper Limit E Throttle Limit Launch Limit Percentage FCut Percentage ICut Yo 14 Figure PCLink PrintScreen 1 v B olors BEN BC Load Axis I X 213 50 7 d 0 0 12 20 3 5 14 80 10 90 16 10 4 100 0 17 40 0 00 1870 AFR 2000 Open ECU Controls menu gt CAN Configuration You will see the following screen www mechatromotive com 17 89 Ra User s Guide RCD Display MechatroMotive User CAN Setup Seguential Pe OTIPOLTIU a GWE Dp IransmitRate 1 Hz ha 15 Figure PCLink PrintScreen_2 Click on Load button The following screen will
45. lect COM port 4 Click connect button 5 Switch off the power supply of the device b Wait few seconds then power on the device Walt until loading process ends see the status bar for more information visit http mechatromobtve com MechatroMotive 85 Figure MM BootLoader printscreen 1 Then click on the Open button Now you have to find out to which serial port is your device connected You can find it with the help of the computer s Device Manager Es Device Manager File Action View Help e r Y ze S Ba S L3 ax S t ce Ir 2 arms ga FS T i 8 3 PONE spes Ports COM amp LPT EI Communications Port COM1 Y ECP Printer Port LPT1 86 Figure MM BootLoader printscreen 2 Type the number of the serial port then click on the Connect button www mechatromotive com 82 89 PA User s Guide RCD Display MechatroMotive MM BootLoader Selected file E ProjektekMECHATROMOTIVE Racing Car Diagnostic DCD Display S ourcesMastersBootlo OH Follow the steps to update device Seral port 1 Connect the device via serial port COM d si Connect 2 Select the new configuration file 3 Select COM port 4 Click connect button 5 Switch off the power supply of the device b Wait few seconds then power on the device RA Walt until loading process ends see the status bar I for mare information visi http mechatromotve com MechatroMotive
46. n Sec Inj Actual PW Injector Pulse Width ECT Engine Temp Correction IAT Intake Air 20 205 Temperature Batt Voltage ECU Volts 0 65 V Mass Air Flow Mass Air Flow L Hr x 10 0 6500 g s ce GearPostion oe O www mechatromotive com 60 89 Inj Duty Cycle Injection Duty Cycle 0 100 Inj Duty Cycle Sec Injection Duty Cycle 0 100 50 205 C C PA User s Guide RCD Display MechatroMotive Inlet LH Posn Cam Inlet PositionL deg 0 60deg Exh RH Posn Cam EN Position o 60 O deg Inlet LHPosn InletRHPosn Speed DI 4 kph 0 1000 kph Knk Level Cyl 5 0 1000 units Knk Level Cyl 6 0 1000 units Knk Level Cyl 7 0 1000 units Knk Level Cyl 8 0 1000 units Limits Flags Words Limits Flags Words TI 0 65536 See 12 Table 13 Table Protocol Description au Description o RPMLimt 6 Genre www mechatromotive com 61 89 PA User s Guide RCD Display MechatroMotive 8 Low Supply Voltage Flag 9 Launch RPM Limit 14 Table Limits Flag Definition 5 6 VEMS In order to operate your motor controller properly with the RDC display you have to make the following settings in the VemsTune software uning Starting Idle Boost Control Motorsports ECU Logger Inputs Tools N Sm Eo r Ma EE P 4 d Assign Output Channels e EGO Off Misc Output 1 Settings ing Off Misc Output 2 Settings WOT RPM Actuators Fan Water Pump F
47. oMotive Cocos NNNM om Data Rate 1 MBPS ECLI Parameters gt JG Fuel gt 5 Ignition gt JC Limits gt JG Auxiliary Outputs gt 2 Digital Inputs gt I Analog Inputs SR gt IS Triggers Data Direction gt 2 Motorsport OFF i gt JO Electronic Throttle ECU Transmit gt ECH Knock Control ECU Receive Batt Voltage gt E WT Control Mass Air Flow gt CH ECU Logging SS gt JC ECU Status 0 Sequential i a CAN Compound CRC32 m JG Testing Transmit Format Transmit Rate 10Hz 63 Figure Vi PEC VTS PrintScreen_5 Here you should set check the CAN ID Data Direction Transmit Format and Transmit Rate Recommended settings CAN ID 1000 Data Direction ECU Transmit Transmit Format Compound Transmit Rate 10Hz Click OK Data from Vi PEC VTS Engine Management System munde Description Um 1 Fe Engine Speed RPM 0 15000 RPM Manifold Absolute T 0 650 kPa Pressure MGP Gauge kPa 100 550 kPa ressure www mechatromotive com 55 89 PA User s Guide RCD Display MechatroMotive o on Germ ze gt wiren im de mom i mie lation Timing dep 100 100469 inet LtiPosn CaminetPostionl deg mam int RH Posn Cam nietPostionR deg mom Exh RH Posn Cam as Position o 60 O deg Tig Er Counter WoiEmwComgr 028 FautGodes FautCodes 0 25 Speed Di 3
48. open www mechatromotive com 18 89 PA User s Guide RCD Display MechatroMotive RaceTechnologyID 101 lcc RaceTechnologyID 102 lcc L Sequential Pe Compound mis E CH RIE Iransmit rate 10 Hz 16 Figure PCLink PrintScreen_3 Choose in your PCLink G4 CAN library Generic Dash lcc and click Open www mechatromotive com 19 89 Ra User s Guide RCD Display MechatroMotive Lat User CAN Setup E ioj xl 1 MBPS Channel Data ECU Parameters 5 3 limit 7 E oe Batt Voltage Mass Air Flow C Sequential bb Ini Timi Compound C CROG Move Up Move Down Transmit Rate 10 Hz Load Save Help apply OK close 17 Figure PCLink PrintScreen_4 Here you should set the Data Rate Transmit Rate Recommended setting Data Rate 1 MBPS Click OK Data from Link Engine Management System C ramea M Unt 1 Fe Engine Speed RPM 0 15000 RPM Manifold Absolute 0 650 kPa Pressure Pressure TP Main www mechatromotive com 20 89 PA User s Guide RCD Display MechatroMotive er am o9 99 mn mn os er Temperature SeVoge EOUVO v eu Ger Ba Pahan gt re m Weem mm o 719deg l nne Ignition Timing deg 100 100deg _ niev LHPosn Cam tiet Poston deg 0 80de Yo S Exh RH Posn Cam Position 60 0 deg FR 0 65 AFR C S V a Er Counter WoiEmwComgr 028 n
49. p Data Logging Setu Fuel gg Setup T By Baud Rate G gt Security Setup Ignition di y S elemetry Date RPM Limit _ 500 15007 Communications Setup Custom Data Sets y Firing Order RS232 Telemetry Setup 0 0 200 0 del Odd Fire TDCs 3 Timers MDD Setup DBW4 Setup SLM T Z Air Temp C 30 0 pod ug m fe 200 390 40 0 p Lambda 1 vs RPM EL x Engine Temp b e e p ll data m m m fm mmm m l e l l l bee mm i mm mmm le mmm mmm ms mmm m m mm mm m le m m E ke zs ss z OK KO n AS mm ss mm e mm po mmm mms COD ap 008 2000 Tree MEST Arrow Keys Select PgUp PgDn Adjust Enter SetValue 18 Figure MoTeC ECU Manager PrintScreen 1 Open Adjust gt General Setup gt Communications gt CAN Setup The following screen will appear www mechatromotive com 23 89 MechatroMotive File Adjust View Tools Layout Utilities Help gt de MB BAD PZ 48i 7z Standard qbtypley ETH Ze 456 S Ge Ri p Ad J a ahs E I o rf y TM 4 MAP kPa 310 0 Jo DHT x 1000 500 15007 00 Nur Ud x Air Temp C 30 0 L ambda U vi R FM M800 onnected AF There you must set three parameters CAN 0 Data CAN 0 Address and CAN 0 Transfer Rate RPM 0 Lambda 1 Parameter p pA Leoroiro
50. so set the Telemetry Baud Rate in this menu The value of the baud rate should be 19200 RPM 1RPM Lambda 1 0 01La www mechatromotive com 37 89 PA User s Guide RCD Display MechatroMotive Efficiency 2 Point Fuel Used 0 01L Fuel Effective Pulse Width 1 1 1 1 us US 1 IL wem 2 aren 4 fee E ere 3 f amen 64 8 Table Protocol Description of MoTeC M4 ECU Diagnostic Error Group2 ECUT ERR DELTA BAT www mechatromotive com 38 89 O PA User s Guide RCD Display MechatroMotive AA fe 64 Diagnostic Error Group 3 1 s 2 64 N a pen A o o O Diagnostic Error Group 4 LOW_BAT_ERR 1 no sncere SNC ERR Nore en 16 0 mere 2 es RPM_OVER_ERR 64 F MAX DTY ERR 128 Diagnostic Error Group 5 MEMORY ERR 1 IN GEAR ERR 2 nerven 4 orc En 8 se vec enn 16 J BRAKE a DIG IN1 64 1 B Na 9 Table Protocol Description of MoTeC M4 ECU Diagnostic Error Groups www mechatromotive com 39 89 User s Guide RCD Display MechatroMotive 5 4 Syvecs In order to operate your motor controller properly with the RDC display you have to make the following settings in the SCal software Before you open the SCal make a backup save from your current sc file Now open the SCal and load your current sc file by clicking on the File menu Load button Then select your file File Cal Pastecal Device Gauge Works
51. tu Sensor Setup Site Setup END Te L en Tan fi Flann nr d Lex d ra as t On leen F Dan e Dann nn Mar 29 Figure MoTeC M4 PrintScreen_6 Now select General Setup menu www mechatromotive com 36 89 AR MechatroMotive MoTeC ECU Menu User s Guide RCD Display 14692466 Adar Melam 146 Rally Dyno 4 4 14 Ver 15 finish ECU Connect U6 2H Fi Help ftl Chonze SELECT SCREEN Boost Limit Misc Functions Input Output Functions Accel Enrichment lt Enter gt Select Standard Tuning General Setu Miscellaneous Setup Miscellaneous Setup 2 d Firing Order Odd Fire TDCs lt E c gt Previous Menu 30 Figure MoTeC M4 PrintScreen 7 In the General Setup menu select Miscellaneous Setup 2 MoTeC ECU Menu Daag Error Hold Time Telemetry Baud Rate Telemetry Data Set Internal Log Set Internal Logging Rate Advanced Tuning TELEMETRY DATA SET Data set for telemetry Large Set Meter Set Short Set Standard Tuning Large Set PI ADL Dash Logger m Mote that the ECU Telemetry Baud Rate setup parameter should he set to 19261 Telemetry Monitor m Requires the Telemetry option Same as 5 except better 32 hit error checking Press Fi for more help Fi Help F5 Fuel F Function Pollp Dn Adj Ctrl Fast Enter 8et Esc Screen End 31 Figure MoTeC M4 PrintScreen_8 In Miscellaneous Setup 2 you should only change the value of Telemetry Data Set Set it to 5 You should al
52. uelPump Display Settings Tach BoostGauge Warning Light 68 Figure VEMS PrintScreen 1 Select Outputs gt Display Settings menu www mechatromotive com 62 89 FA User s Guide RCD Display MechatroMotive W Display Settings LCD Code Enabled in FW Default View Page LCD Cable Length Delays Delay Before Enable Delay Enable LCD control Busy Polling Force goto after data Reinitialize after startup Page change button Page change analog input AIM Speedsensor divided by 10 LEDs Onboard LEDs Refresh Send 69 Figure VEMS PrintScreen_2 In this menu set AIM Enable to Enabled Wheel speed Oil temperature 1 dr Water 17 temperature Battery voltage 33 Throttle angle Manifold press temperature temperature EE y x 1000 y x 10 100 O rev 1 neutral 2 first ss ta tp a ECU specific error flags www mechatromotive com 63 89 PA User s Guide RCD Display MechatroMotive 15 Table Protocol Description of VEMS ECU 5 7 None If you choose this option the RCD Display shows the value of the connected sensors on the screens and it s not searching for a connected ECU You can find the connection points in Function without ECU column of the tables in the following sections 4 1 1 Main Connector 1 and 4 1 2 Main Connector 2 www mechatromotive com 64 89 PA User s Guide RCD Display MechatroMotive 6 Connecting sensors 6 1
53. uide RCD Display MechatroMotive 6 2 Connecting switch sensors e Connect one of the switch sensor s pins to the Digital_Input_x named pin of the Main Connector 2 connector e Connect the sensors other pin to a positive supply voltage for example to the 5 12V ln pin of the Main Connector 1 connector e lf the recieved voltage lies between 5V 18V the inputs show binary value 1 6 3 Connecting impulse type sensors e Connect the sensors impulse output to the Impulse_x named pin of the Main Connector 2 connector e At the input 5V 18V level square wave signal can be detected by the device e The input signal is between 1 5 Hz 10 916 Hz so it can be measured between 90 rpm 655 000 rpm e Many sensors give more impulse during one rev In this case there is a possibility to set a multipliar value with which the device can show a real rom You can find this value in the OTHERS window of the SETUP menu reaching from the main menu Example If the sensor gives 10 impulse per 1 rev set the value of the Imp x multiplier to 1 impulse numbers per rev thus 0 1 6 4 Connecting the thermocouples e The RCD can handle 2 K type thermocouple Connect the thermocouple s positive terminal usually green to the Temperature K x Pozitive in Main Connector 1 Connect the thermocouple s negative terminal usually white to the Analog GND in Main Connector 1 e f you connect
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