REF: Engine Control50 - Sportsterpedia

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====== REF: Engine Control50 ======

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<font 24px/Arial, , ;;#ffff80;;#000080>☚———————————— USER BEWARE! ————————————☛</font>

There is **NO WARRANT OF USABILITY** for the MAP Files that are made available on the Sportsterpedia. These are being hosted for evaluation\\
by individual users and **ALL USERS MUST MAKE THEIR OWN EVALUATION** of the suitability of using these MAP Files for their intended\\
engine configuration!

<font 24px/Arial, , ;;#ffff80;;#000080>☚———————————— USER BEWARE! ————————————☛</font>


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====== Overview: Daytona Twin Tec TC88A Map Files - Aftermarket Ignition Maps ======
{{ :techtalk:ref:engctl:tc88a-module-rocketmangb.jpg?300|Image from Rocketmangb of the XLForum}}
The TC88A Ignition Module is usable on the 2004-2006 carburetored models of the Sportsters. It replaces the stock Ignition Module and utilizes the CKP sensor and the MAP sensor to control the ignition timing.

The TC88A has dials on the module for selecting pre-programed ignition timing maps and choosing the level of the RPM Limiter. This is accomplished with two dials for timing maps and two dials for the RPM Limit.

One of the timing dials sets the Initial Timing while the second dial selects the Timing Advance Slope. 

One of the RPM Limit dials chooses the x1000 value and the other selects the x100 value. Note: Setting the RPM Limit to 0 will disable the module. (Need to Confirm: If a setting is selected at 3000 or below, that is understood to mean NO RPM LIMITER will be active. BE CAREFUL!)


In addition to the pre-programmed timing maps (selectable by the dials), the unit can be user-programmed to utilize customized timing advance maps instead of the pre-programmed maps. To use these customized maps, you must have a computer interface, such as the Daytona USB Interface (18014), and the Daytona PC-Link Software, to communicate with the TC88A module.

{{:techtalk:ref:engctl:installing_tc88a_on_an_04_1200c_6_by_esteid.jpg?direct&300|}} ((photo by ESteid of the XLFORUM http://xlforum.net/forums/showthread.php?t=1525483)) {{:techtalk:ref:engctl:installing_tc88a_on_an_04_1200c_7_by_esteid.jpg?direct&300|}} ((photo by ESteid of the XLFORUM http://xlforum.net/forums/showthread.php?t=1525483)) \\

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**Check out these XLForum Threads for additional information:**\\
http://xlforum.net/forums/showthread.php?t=18702 - Started by Turbota - Over 200 pages\\
http://xlforum.net/forums/showthread.php?t=780755\\


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===== Table Data Files - '.tbl' =====

The TC88A PC-Link Software will allow you to upload customized ignition timing files into the module. These filenames end with a '.tbl', indicating they are Table Files (such as Jester_Delta.tbl). These files are actually text files and the PC-Link Software will put that data into the memory of the TC88A to cause it to respond according to your customized settings.

Here's a sample of what data is actually contained in the '.tbl' files (this is taken from the Jester_Delta.tbl file) :


| This is the text that is in the .tbl file\\ \\ GRID 16 8\\ -1\\ 500 1\\ 0 0\\ 0 0 0 0 0 0 0 0 \\ 3.344 3.344 3.168 3.344 3.696 4.048 4.4 5.104 \\ 6.512 6.688 6.688 6.864 7.392 8.272 8.976 10.032 \\ 10.032 10.032 10.208 10.56 11.264 12.32 13.552 14.96 \\ 13.552 13.552 13.728 14.256 15.136 16.544 18.128 20.064 \\ 17.072 17.072 17.248 17.952 19.184 20.768 22.88 24.992 \\ 20.24 20.416 20.768 21.648 22.88 24.992 27.28 29.568 \\ 23.056 23.584 23.936 24.992 26.576 28.864 31.152 33.616 \\ 25.344 25.872 26.752 27.808 29.568 32.032 34.672 37.312 \\ 26.752 27.632 28.688 29.92 32.032 34.672 37.488 39.952 \\ 27.632 28.512 29.744 31.152 33.44 36.432 39.072 41.184 \\ 27.984 28.864 30.272 31.856 34.32 37.312 39.776 41.536 \\ 27.984 29.04 30.448 32.208 34.672 37.664 40.128 41.536 \\ 27.984 29.216 30.448 32.384 34.848 37.84 40.128 41.536 \\ 27.984 29.216 30.624 32.56 35.024 38.016 40.128 41.536 \\ 27.984 29.216 30.624 32.56 35.024 38.016 40.128 41.536 \\ !Module Parameters\\ !InitialTiming:  0\\ !RearOffset:  0\\ !RPMLimit:  3000\\ !CrankRevs:  2\\ !FixedLimFlag: False\\ !SelEEPROMTblFlag: True\\ !FixedInitialTmgFlag: False\\ !VSSFreq:  1431\\ !TachEnableFlag: True | This is what the table data in the middle of the .tbl file represents to the\\ engine module. This is what sets the timing advance based on the\\ RPM parameter and the MAP sensor parameter.\\ \\ \\ {{:techtalk:ref:engctl:tc88a-mapgrid-sample-jester_delta-tbl.jpg?435|}}\\ \\ \\ While oriented differently here in the file listing, where MAP is horizontal\\ and RPM is vertical, this is the same numerical data that is shown in the\\ Table Diagrams for each Ignition Timing Map below.\\ \\ However, the Table Diagram only shows the data with one decimal digit\\ (rounded up as appropriate). Perhaps it onlys stores the rounded number. |

Sample 'Jester_Delta' Table Diagram shown in PC-Link when that file is loaded. Here, MAP is vertical & RPM is horizontal.\\
{{:techtalk:ref:engctl:tc88a-maptable-sample-jester_delta-t.jpg?800|}}


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==== Module Parameters ====
The module parameters (which are saved in the map TBL file) can be altered in the PC-Link software under OPTIONS. Be sure to carefully set these parameters BEFORE UPLOADING your customized map to the module and before saving your map for future use. AFTER the TBL information is uploaded to the module, these settings will be effective on the module.

Using the references as saved in the TBL file, the various module parameters (which are under OPTIONS) are explained below:\\

**SelEEPROMTblFlag:**\\
If the EEPROM Advance Table is checked, this parameter is set TRUE - it indicates you are using a customized map stored in the EEPROM memory. When this is TRUE, it will DISABLE the __ADVANCE SLOPE DIAL__ on the module since the pre-programmed maps are not being utilized.

If the FLASH Advance Tables is checked, this parameter is set FALSE - indicating you are not using a customized map but rather are using the pre-programmed FLASH Advance Tables and the Module Dials will be used to control the map selected.\\

**FixedInitialTmgFlag:**\\
**InitialTiming:**\\
If the Fixed Initial Timing box is checked, the FixedInitialTmgFlag is set TRUE and only then can you modify the Initial Timing Slider (ITS). Selecting 0 on the ITS is equivalent to selecting 5. In either case, the map data is utilized exactly as programed in the table. Whatever value you select on the ITS, it will be uploaded to the module as part of the TBL data.

However, if you select 4, 3, 2 or 1 on the ITS, the map timing values will be reduced by 1° for each number lower than 5. Selecting 4 = -1° across every table value (3=-2°, 2=-3°, 1=-4°). Likewise, if you select a value of 6, 7, 8 or 9 on the ITS, the map timing values will be increased by 1° for each number higher than 5. Selecting 6 = +1° across every table value (7=+2°, 8=+3°, 9=+4)°.

When the FixedInitialTmgFlag is TRUE, this selection will DISABLE the __INITIAL TIMING DIAL__ on the module since that value is now fixed in the software.

If the Fixed Initial Timing box is unchecked, the FixedInitialTmgFlag is SET FALSE and the (unseen) Initial Table Slider value is set to 0.

When FixedInitialTmgFlag is FALSE, the __INITIAL TIMING DIAL__ on the module will be ENABLED and active. It will alter the timing values across the board either downward or upward according to the value selected (in same manner as programming the ITS above). As a SAFETY PRECAUTION, you should always set the __INITIAL TIMING DIAL__ to 5 (same as 0) whenever a new map is loaded, which will utilize the map timing values as programmed. If you want the value of the advance timing (across the board) lowered from the map TBL value, set the DIAL at 4, 3, 2 or 1. If you want the values raised, select 6, 7, 8 or 9.

**RearOffset:**\\
It is sometimes advantageous to alter the timing of the rear cylinder relative to the front cylinder timing. This slider (under OPTIONS) will allow you to select -5° to +5° of timing difference from the front cylinder setting.

**FixedLimFlag:**\\
**RPMLimit:**\\
If the Fixed RPM Limit box is checked, the FixedLimFlag is set TRUE and only then can you modify the RPM Limit Slider (RLS). The RLS is set to a RPM value as appropriate to your engine configuration (kept low for break-in periods). The module parameter in the TBL file (RMPLimit) will reflect the value chosen on the RLS.

When FixedLimFlag is TRUE, this selection will DISABLE the __RPM LIMIT DIALS__ on the module since that value is now fixed in the software.

If the Fixed RPM Limit box is unchecked, the FixedLimFlag is set FALSE. This will allow the two __RPM LIMIT DIALS__ on the module to control the limiter value. One DIAL selects the x1000 value and the other DIAL selects the x100 value. The nominal range of RPMs is 3000 to 9900. Note: Setting the RPM Limit below 3000 will equate to setting it at 3000 and not below that. Setting the __RPM LIMIT DIALS__ to 0 (both DIALS at 0) will disable the module.

**CrankRevs:**\\
If the Cranking Revs Slider (CRS) is set to anything other than 0, it represents how many engine revolutions should occur before the first spark is produced. While the CRS is typically left at 0, it is sometimes advantageous for high compression engines to turn over once or twice before firing the plugs.

**VSSFreq:**\\
The ignition module receives pulses from the Vehicle Speed Sensor (VSS) which is triggered from the teeth on the 5th gear in the transmission. It must interpret these pulses based on transmission gearing and tire sizes to produce a valid value to send to the speedometer for speed and odometer readings.

An appropriate value must be entered in the VSS Frequency box to represent the frequency (in Hz / pulses per second) of the incoming signal that is produced when travelling 100KPH.\\
According to the Twin Tec manual, the typical values are: 2004-5 883 = 1431; 2004-5 1200 = 1386; 2006 883 = 1682; 2006 1200 = 1624.

**TachEnableFlag:**\\
If the Enable Tach Output box is checked, the TachEnableFlag will be SET TRUE. This setting will generate a 12v square wave on pin2 matching the RPM of the engine. This signal will be usable by most discrete signal tachometers (like those that connect off of the ignition coil). If this setting is utilized, the Real-time Data Display in the TC88A logging software will not function.

If the Enable Tach Output box is unchecked, the TachEnableFlag will be SET FALSE.

**Operation of the Module Dials while using a customized map in the EEProm**\\
See the discussion of the individual Module Parameters. Those settings affect whether the dials are active.\\

| **Returning to FACTORY MAP FILES after having loaded a custom map - Enable using the Module Dials.**\\ If you want to return to using the module dials to select pre-programmed maps, you must switch from using the custom map\\ to using the FLASH maps. You need to log-in to the PC-Link software and change the settings for the ignition module.\\ In PC-Link, go under "Edit module parameters" and select "Flash Advanced Tables."\\ \\ After you have uploaded that configuration to the ignition module, your dials on the front will become active.\\ (according to Tech Support at Daytona Twin Tec ((per npaisnel at http://xlforum.net/forums/showthread.php?t=2075312))) |

Questions to be answered:\\
What is the range of the RPM Slider?\\
What data is saved in those first four lines in the TBL?\\
--- Presumably: 'GRID 16 8' is the RPM/MAP TABLE dimensions\\
--- Presumably: '500 1' is the value between RPM Points\\


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(Most of the above info is from the 2015 Software Install Manual)

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**Helpful Resources From Daytona Twin Tec:**\\
====================================\\
[[http://www.daytona-twintec.com/tc88atwincamignition.aspx|TC88A Product Page]]\\
[[:daytona-twintec.com/Content/TC88A/1009_Instructions.doc|Full Instruction Manual - WORD DOC Format (12/2019)]]\\
[[http://www.daytona-twintec.com/Content/TC88/PC_Link_TC88_Setup.zip|PC-Link Software Download (ZIPPED)]]\\
[[http://www.daytona-twintec.com/Content/TC88A/TC88A_Log_Setup.zip|TC88A Log Software (ZIPPED)]]\\
[[http://daytona-twintec.com/Content/TC88A/TC88A_Schematic.jpg|TC88A Wiring Diagram]]\\

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====== Factory Ignition Map Files ======

| The TC88A comes with Factory Ignition Maps. If you wish to access any of those files:\\ [[techtalk:ref:engctl50a|CLICK HERE to reach that page.]]\\ \\ The Factory Ignition Maps are accessible (without a computer) by using the Map Dials labeled, 'Initial Timing' and 'Advance Slope',\\ which are built into the module. Each dial can be set from 0 to 9, which provides a choice of 100 pre-programmed maps. |


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====== Customized Ignition Map Files - 1 - ======

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| **This is a list of the customized MAP Files**\\ **created for specific engine modifications by**\\ **Rico05r, Rocketmangb, Jester Motorwerkz:**\\ \\ **If you wish to access any of these files**\\ [[techtalk:ref:engctl50b|CLICK HERE to reach that page.]]\\ \\ \\ \\ 1682_VSS_3 25_15_Map_for_1250\\ 883mapjakd\\ Andrea-s_1250_Map-base\\ basore_Map_for_1250\\ basore_Map_for_1250_2\\ Blue_Bitch_Table\\ Greg_Map_2-0\\ Hybrid_2-0\\ Hybrid_2-0_883_Version\\ jak_10-5\\ jak_2\\ jak_3\\ Jester_Delta\\ Jester_Motorwerkz_88-90_Inch_Map_Generic_Mod_1\\ Jester_Motorwerkz_88-90_Inch_Map_Generic_VSS_05_1200\\ Jester_Motorwerkz_Moscow_Map\\ Jester_Motorwerkz_Rocketman_01-15_Map\\ Jester_Motorwerkz_Rocketman_03-15_Map\\ Jester_Motorwerkz_Rocketman_04-15_Map\\ Jester_Motorwerkz_Rocketman_04-28-2015_Map\\ Jester_Motorwerkz_Rocketman_05-15_Map\\ Jester_Motorwerkz_Rocketman_12-14_Map\\ Jester_Motorwerkz_Scarecrow_Map\\ Lenster_Rico_Hybrid_Map\\ Lenster-s_Map\\ MAP_Modified_33\\ MAP_Modified_35_Revised\\ Necromancer_883_convert\\ R-D_Map_0\\ R-D_Map_1\\ R-D_Map_2                  | Rico-s_1212_1-1_1200_Gearing\\ Rico-s_1212_1-1_883_gearing\\ Rico-s_1250_Base_Map_1200_Gearing\\ Rico-s_1250_Base_Map_883_Gearing\\ Rico-s_1250_Map_4-1_1200_Gearing\\ Rico-s_1250_Map_4-1_883_Gearing\\ Rico-s_1250_Map_Smackie_Version\\ Rico-s_1250_Map_Version4-0_883_Gearing\\ Rico-s_221_Map\\ Rico-s_88inch_Map_1-0\\ Rico-s_88inch_Map_1-1\\ Rico-s_Hybrid_2-1\\ Rico-s_Hybrid_2-2\\ Rico-s_Hybrid_2-2_883\\ Rico-s_Jester_8_Ball_Capo_Map_06_1200_0\\ Rico-s_Jester_8_Ball_Capo_Map_06_1200_1\\ Rico-s_Jester_III_Map_Wedge_Mod\\ Rico-s_Jester_III_Map_Wedge_Mod_1\\ Rico-s_Jester_III_Map_Wedge_Mod_2\\ Rico-s_Jester_IV_Map\\ Rico-s_Jester_IV_Map_06_1200_0\\ Rico-s_Jester_IV_Map_06_1200_1\\ Rico-s_Jester_IV_Map_VSS_1475\\ Rico-s_Jester_Motorwerkz_Map_for_Andrea_06_883_Gearing\\ Rico-s_Jester_V_Map_04-05_1200\\ Rico-s_Jester_V_Map_04-05_883\\ Rico-s_Jester_VII_Map_VSS_04-05_883\\ Rico-s_Jester_VII_Map_VSS_06_883\\ Rico-s_King_Jester_Map_0\\ Rico-s_King_Jester_Map_1\\ Rico-s_Voodoo_Map_06_1200\\ RTM-Andrea_1250_Map_ base-1431_2\\ RTM-Andrea_1250_Map_AGGRESSIVE_Version_4-1\\ RTM-Andrea_1250_Map_AGGRESSIVE-1431_2_Rev-3\\ RTM-Andrea_1250_Map_Revised_aggressive\\ RTM-Andrea_1250_Map_Revised-aggressive-VSS_1630\\ RTM-Andrea_1250_Map_Version_4-0_revised_ramp_from_0to45\\ Scarecrow_1682\\ SE_COPY_SORTA\\ WEDGE_Mod_1682\\ WTF_Map_12-29-2014 |



====== Customized Ignition Map Files - 2 - ======

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**This is a list of the customized MAP Files created for specific engine configurations by various**\\
**XLForum Members (or others). Be sure to read the included txt file to understand the engine**\\
**configuration for which the map was created.**

| **If you wish to access any of these files**\\ [[techtalk:ref:engctl50c|CLICK HERE to reach that page.]]\\ | Gunner60-1 (Hammer1250 - XBheads - JH570cams - 10:1comp)\\ |

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