src/main/data/tables/lambda/DefaultAFR24RPMx19Load.h

   1 /* FreeEMS - the open source engine management system
   2  *
   3  * Copyright 2012 Fred Cooke
   4  *
   5  * This file is part of the FreeEMS project.
   6  *
   7  * FreeEMS software is free software: you can redistribute it and/or modify
   8  * it under the terms of the GNU General Public License as published by
   9  * the Free Software Foundation, either version 3 of the License, or
  10  * (at your option) any later version.
  11  *
  12  * FreeEMS software is distributed in the hope that it will be useful,
  13  * but WITHOUT ANY WARRANTY; without even the implied warranty of
  14  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
  15  * GNU General Public License for more details.
  16  *
  17  * You should have received a copy of the GNU General Public License
  18  * along with any FreeEMS software.  If not, see http://www.gnu.org/licenses/
  19  *
  20  * We ask that if you make any changes to this file you email them upstream to
  21  * us at admin(at)diyefi(dot)org or, even better, fork the code on github.com!
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  24  */
  25
  26
  27 /** @file
  28  *
  29  * @ingroup dataInitialisers
  30  *
  31  * @brief Default petrol AFR data for a mid-90s performance DOHC cylinder head design with square 500cc cylinders.
  32  *
  33  * - Chamber/head: DOHC pentroof 86x86mm (approximately 225 CFM)
  34  * - Compression: 9.0:1 static
  35  * - Fuel type: pump 98 RON / 93 AKI
  36  * - Torque peak: 6100 RPM centre with 1600 RPM wide plateau
  37  * - Redline: 7000 - 9500 RPM
  38  *
  39  * This data has lean idle and conservative lean cruise with 0.88 N/A WOT tapering to 0.82 at 1-bar of boost, richening further with more boost.
  40  *
  41  * Do NOT drive on this map as though it was tuned for your particular setup. Destruction is sure to occur. Use this ONLY to get started.
  42  *
  43  * @author Ben Fenner
  44  */
  45
  46
  47 // Low RPM                                                                                                                                                                                                                             High RPM
  48 //    200       700      1100      1500      1900      2300      2700      3100      3500      3900      4300      4700      5100      5500      5900      6300      6700      7100      7500      7900      8300      8700      9100      9500  // Vacuum
  49  AP(14.7), AP(14.9), AP(14.9), AP(15.0), AP(15.0), AP(15.0), AP(15.0), AP(15.0), AP(15.0), AP(15.0), AP(15.0), AP(15.0), AP(14.9), AP(14.8), AP(14.9), AP(15.0), AP(15.0), AP(14.9), AP(15.0), AP(15.0), AP(15.1), AP(15.1), AP(15.1), AP(15.1), //  20kPa
  50  AP(14.7), AP(14.9), AP(14.9), AP(15.0), AP(15.3), AP(15.3), AP(15.3), AP(15.3), AP(15.3), AP(15.3), AP(15.3), AP(15.3), AP(15.1), AP(14.8), AP(14.9), AP(15.0), AP(15.0), AP(14.9), AP(15.0), AP(15.0), AP(15.1), AP(15.1), AP(15.1), AP(15.1), //  30kPa
  51  AP(14.7), AP(14.9), AP(14.9), AP(15.0), AP(15.3), AP(15.6), AP(15.6), AP(15.6), AP(15.6), AP(15.5), AP(15.5), AP(15.4), AP(15.1), AP(14.8), AP(14.9), AP(15.0), AP(15.0), AP(14.9), AP(15.0), AP(15.0), AP(15.1), AP(15.1), AP(15.1), AP(15.1), //  40kPa
  52  AP(14.7), AP(14.9), AP(14.9), AP(15.0), AP(15.3), AP(15.3), AP(15.3), AP(15.3), AP(15.3), AP(15.3), AP(15.3), AP(15.3), AP(15.1), AP(14.8), AP(14.9), AP(15.0), AP(15.0), AP(14.9), AP(15.0), AP(15.0), AP(15.1), AP(15.1), AP(15.1), AP(15.1), //  50kPa
  53  AP(14.7), AP(14.7), AP(14.8), AP(14.8), AP(14.8), AP(14.8), AP(14.8), AP(14.8), AP(14.8), AP(14.8), AP(14.8), AP(14.8), AP(14.6), AP(14.5), AP(14.6), AP(14.8), AP(14.8), AP(14.8), AP(14.8), AP(14.9), AP(14.9), AP(14.9), AP(14.9), AP(14.9), //  60kPa
  54
  55  AP(14.2), AP(14.2), AP(14.2), AP(14.2), AP(14.2), AP(14.2), AP(14.2), AP(14.2), AP(14.2), AP(14.2), AP(14.2), AP(14.2), AP(14.1), AP(14.0), AP(14.1), AP(14.2), AP(14.2), AP(14.3), AP(14.4), AP(14.4), AP(14.5), AP(14.5), AP(14.5), AP(14.6), //  70kPa
  56  AP(13.7), AP(13.7), AP(13.7), AP(13.7), AP(13.7), AP(13.7), AP(13.7), AP(13.7), AP(13.7), AP(13.7), AP(13.7), AP(13.7), AP(13.6), AP(13.5), AP(13.6), AP(13.7), AP(13.7), AP(13.8), AP(13.8), AP(13.9), AP(14.0), AP(14.0), AP(14.1), AP(14.1), //  80kPa
  57  AP(13.3), AP(13.3), AP(13.3), AP(13.3), AP(13.3), AP(13.3), AP(13.3), AP(13.3), AP(13.3), AP(13.3), AP(13.3), AP(13.3), AP(13.2), AP(13.2), AP(13.2), AP(13.3), AP(13.3), AP(13.3), AP(13.4), AP(13.4), AP(13.5), AP(13.5), AP(13.7), AP(13.8), //  90kPa
  58  AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.8), AP(12.9), AP(12.9), AP(13.0), AP(13.0), AP(13.0), AP(13.2), AP(13.4), // 100kPa
  59  AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.6), AP(12.7), AP(12.8), AP(12.8), AP(12.9), AP(12.9), AP(13.0), AP(13.2), // 120kPa
  60
  61  AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.5), AP(12.6), AP(12.6), AP(12.7), AP(12.7), AP(12.9), AP(13.1), // 140kPa
  62  AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.4), AP(12.5), AP(12.5), AP(12.6), AP(12.6), AP(12.7), AP(12.9), // 160kPa
  63  AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.2), AP(12.3), AP(12.4), AP(12.4), AP(12.4), AP(12.6), AP(12.8), // 180kPa
  64  AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.0), AP(12.1), AP(12.1), AP(12.2), AP(12.2), AP(12.2), AP(12.4), AP(12.6), // 200kPa
  65  AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.8), AP(11.9), AP(12.0), AP(12.0), AP(12.1), AP(12.1), AP(12.2), AP(12.3), // 220kPa
  66
  67  AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.6), AP(11.7), AP(11.7), AP(11.8), AP(11.8), AP(11.8), AP(12.0), AP(12.2), // 240kPa
  68  AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.4), AP(11.5), AP(11.6), AP(11.6), AP(11.7), AP(11.7), AP(11.8), AP(12.1), // 260kPa
  69  AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.3), AP(11.5), AP(11.5), AP(11.5), AP(11.6), AP(11.6), AP(11.8), AP(11.9), // 280kPa
  70  AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.2), AP(11.3), AP(11.3), AP(11.3), AP(11.5), AP(11.5), AP(11.6), AP(11.8), // 300kPa
  71 //    200       700      1100      1500      1900      2300      2700      3100      3500      3900      4300      4700      5100      5500      5900      6300      6700      7100      7500      7900      8300      8700      9100      9500  // Vacuum
  72 // Low RPM                                                                                                                                                                                                                             High RPM