TINKER ELECTRONIC V2 Dash Digital Dash Display Bukana ea Mosebelisi

TŠEBELETSO

• 10” DASH
  
  
• 10” DASH
  
  
• 7” DASH
  
  
• 7” DASH
  
  
• 5”  LEKHOTLA
  
  
• 5”  LEKHOTLA
  

LEBITSO LA KHOPO

PIN	MOSEBETSI	MOLAOLI	LINTLHA TSEO
1	5V	*	5v Reference
2	RESISTANCE INPUT 1	*
3	RESISTANCE INPUT 2	*
4	TLHALOSO EA ANALOG 5	*	5v Max
5	TLHALOSO EA ANALOG 4	*	5v Max
6	TLHALOSO EA ANALOG 3	*	5v Max
7	TLHALOSO EA ANALOG 2	*	5v Max
8	TLHALOSO EA ANALOG 1	*	5v Max
9	NA H	TŠEHLA
10	KA L	TŠOEU
11	LEFATŠE	*
12	SWITCH 5 OUTPUT	*	SWITCHED GROUND
13	SWITCH 4 OUTPUT	*	SWITCHED GROUND
14	SWITCH 3 OUTPUT	*	SWITCHED GROUND
15	SWITCH 2 OUTPUT	*	SWITCHED GROUND
16	SWITCH 1 OUTPUT	*	SWITCHED GROUND
17	N/C	N/C
18	LEFATŠE	*
19	LEFATŠE	TŠOANE
20	SWITCHED 12V	KHIBIDUDU

• Resistance pins to go to sending unit and configured within settings.
• Analog sensors powered with 5v wire and grounded with open ground pins. Configured via analog settings.
• CAN wires depending on ECU will have to be pinned into the ECU connector.
• SE KE OA EXCEED 5V ON THE ANALOG INPUTS.
• SE KE OA CONNECT 12V TO 5V WIRE OR CAN LINES.
• * = Qetello ea mohala o fanoeng ke mosebelisi.
• If driving relays with outputs, they cannot see 12v on the coil prior to dash switched 12v.

HLOKOMELA: Looking into wire end of connector

LIEKETSENG TŠOANE

ALL 4 OF THE MAIN PAGES CONTAIN 3 OR 4 BUTTONS AND EACH REDIRECT TO ANOTHER PAGE.

1. Konopo ea 1 e tla u isa leqepheng la li-switches.
2. Konopo ea 2 e tla u isa maqepheng a atolositsoeng a data.
3. Konopo ea 3 e tla u isa leqepheng la EGT le inehetseng.
4. Konopo 4 e tla u isa litlhophisong tsohle tse fapaneng.
5. U ka khetha parameter efe kapa efe ho e fetola.

EXTENDED DATA PAGES

PHETHA LEQEPHE

EGT PAGE

LIEKETSENG MAHLOKO

1. Slider e khanyang.
2. Speed source to choose between ECU driven or GPS (if equipped). This uses speed from ecu if ecu source is selected.
3. Mokhethi oa sebopeho.
4. Konopo ho u isa litlhophisong tsa switjha.
5. Konopo ho u isa litlhophisong tse fapaneng tsa ho kenya.
6. Konopo ho u isa ho Litlhophiso tsa GPS.
7. Boloka konopo ho etsa liphetoho tsohle tse tla sebelisoa ha o qala.
8. Navigate through setting pages.
9. Konopo ea ho u isa leqepheng la litlhophiso tsa lebone la shift.
10. Button to take you to the layout designer to customize the 5th layout.
11. Button used to update the dash when connected to a PC.
12. Konopo ho seta bocha li-setting tsa dash. Ho tšoara fatše ho tla qala k'haontareng ea skrineng 'me ha e lokolloa ka mor'a metsotsoana e 5 ho tla qala ho tsosolosa.

FETOLA LIPUSETSO

1. E 'ngoe le e' ngoe ea likonopo tsena e u lumella ho fetola lebitso la switjha le bontšitsoeng leqepheng la switjha.
2. Toggle ea On/Off ho u tlohella hore u khethe hore na u batla hore tlhahiso e be bukana ea ho bulela/koa kapa e tlameletsoe paramethareng le molao.
3. Theohela tlase ho u tlohella hore u khethe paramente eo u tlamahanyang tlhahiso ho eona.
4. Ela fatše ho khetha khang.
5. Beha boleng ba khang.
6. Setting to choose how you want the automatic on/off act. Setting the hysteresis adds a gap between the on/off point.
7. Save switch settings.
   • Note the switches on the switch page will override the logic.

LIEKETSENG LIEKETSENG

1. Button to take you to the sensor calculator.
2. Name column for each analog input.
   Selecting one of the name boxes will take you to the character entry to name that input (3 characters).
3. Ov value column for each input.
4. Kholomo ea boleng ba 5v bakeng sa tlhahiso ka 'ngoe.
5. Scrolls through the input settings pages.
6. Commit the entered values.
7. Allow input 4 and 5 to be used as turn signals inputs. See reference schematic.

• Input settings button loads to analog inputs.
• Lebokose ka leng ke konopo e tla u isa skrineng sa ho kena bakeng sa linomoro kapa mongolo.
• Sensor Calculator e ka sebelisoa bakeng sa li-sensor tsa .5v-4.5v.
• Sensor calculator requires you to enter the .5v value and the 4.5v value into the light gray boxes.
• Calculate button will calculate the 0v and 5v values.
• Romela e tla romela lipalo tse baliloeng ho tlhahiso e khethiloeng ea analog leqepheng la tlhahiso ea analoge.

1. Characters to be used in each position of the 3 character input name.
2. Arrows to increment letter/number by 1.
3. Slider to rapidly scroll through available values.
4. Clear all will set all positions back to “A”.
5. Cancel will return to input settings committing no name changes.
6. Save button commits the naming.

• Liphetoho tsa mabitso li qala ho sebetsa maqepheng ohle a mantlha hammoho le maqephe a moeli. Bakeng sa mohlalaample if AS1 (analog sensor 1) name is changed to “OIL” it will appear as “OIL” everywhere used.

1. Select to enter values in front of decimal point.
2. Select to enter values behind decimal point.

• Likonopo tsohle tsa ho kenya linomoro li tla u isa leqepheng la ho kenya boleng.
• CL e tla khutlisetsa boleng ho 0.00.
• +/- e tla fetola boleng ho tloha ho positive ho isa ho mpe.
• Cancel will not commit values and return to page where the value was selected.
• Save will commit value and return to the page where the value was selected.

• Like the analog input page the resistance inputs are also nameable.
• Lintho tse kenang li lokiselitsoe ho yuniti ea ho romela le litekanyetso tsa eona.
• Bakeng sa mohlalaample a 10-95Ω fuel sending unit will be configured as:
  • MIN OHM = 10
  • MAX OHM = 95
  • MIN VAL = 0
  • MAX VAL = 100
• This can also be configured in other manners to work with various sensors and sending units.
• You can choose the preset checkbox to select from supported sending units
  
• The Custom Input page is strictly to name the custom ECU inputs that are coming over from the ECU.
• Bakeng sa mohlalaample if custom input 1 on the ecu is setup for fuel pressure you can rename that value on screen to “FPR” or something of the like.

PARAMETER KHOPO

1. Beha fatše ho khetha hore na ke parameter efe e bontšitsoeng sebakeng se khethiloeng.
2. Enable/Disable the limit warning for the selected parameter. When on it will change parameter to red when rules are satisfied.
3. Argument for the limit rule.
4. Boleng ba molao oa moeli.
5. Etsa liphetoho tsa parameter.

• ExampLe e bonts'a li-parameter tse kentsoeng tsa analog.

LITLHAKISO TSA GPS

1. GPS Version setting.
2. Odometer enable for GPS 0. Enabling this will add odometer value to each default layout.
3. Diyuniti tsa lebelo le sebaka.
4. Set Odometer value. You will set this to set odometer and it will continue counting from that point as the dash is used. You can use this to correct or set miles at any time.
5. Save GPS settings.
6. The speed on main layouts will read “404” as it is searching for satellites.

SHIFT LIHLOKO

1. Beha 'mala o mong le o mong oa LED.
2. RPM setting to activate shift light.
3. Nako e tsoelang pele e tla beha lekhalo la RPM pakeng tsa LED ka 'ngoe ha setaele se tsoela pele.
4. Leseli la khanya ea LED.
5. Color Preset. This will change all led colors to the preset color.
6. Likhetho tse tsitsitseng kapa tse tsoelang pele. Static e kenya li-LED tsohle hang-hang ha butle-butle e qala ho fiela ha LED ka boleng bo tlase ho latela nako, 'me e sebetsa ka tsela ea eona ea ho bonesa ka botlalo mme e qetelle e benya.
7. Sena se tla nolofalletsa LED ea temoso ha litlhophiso tsa moeli li qala.
8. Save shift light settings.

LAYOUT DESIGNER

• The 5th layout is customized via the layout designer.
• The 5th layout uses a background named “BACKGROUND.jpg” at the root of the SD card.
• Size for background is 800×480 for the 5” / 7” and the 10” is 1024×600.
• The names are generic on this list as once in the positioning page you can choose the  parameter for that position

1. Button that will take you to the placement screen provided the checkbox for the parameter is checked.
2. Check box to enable/disable parameter.
3. Save configured layout.
4. Fine adjustment for the position of the parameter or button.
5. Example of the parameter based on all of the current setting. This can also be moved by dragging it with a finger.
6. Parameter font size.
7. Parameter font color.
8. Reset parameter to default location/font/color.
9. Parameter config to set value, limit, etc.
10. Save parameter information for custom layout.

TS'IKUTLO SEBAKA

• Custom boot images can be used. The SD card needs to have an image called “BOOT.jpg” at the root of the SD card and that will display on startup.
• Size for boot image is 800×480 for the 5” / 7” and the 10” is 1024×600.

LIEKETSENG LEKHOA

When upgrading from 1.55 or prior it is easiest to use the reset button on page 2 of the settings after both sections are complete. This will give clean slate for new features.

Interface Update

1. The interface update requires a Micro SD card less than 32gb and formatted as FAT32
2. Khoasolla zip e nepahetseng ea ntlafatso file from the repository update section to an accessible location on your windows PC.
   Extract contents of the zip file. TLALANG LINKI. There is also a link posted on the facebook page.
3. Karete ea SD e tlameha ho hloka letho 'me e kopitse e nepahetseng .tft file ho karete ea SD motso oa karete ea SD. The file lebitso le qetella ka boholo ba motoa (_5 bakeng sa 5”, _7 bakeng sa 7”, _10 bakeng sa 10”).
4. With the dash off insert the SD card in the SD card slot at the top of the dash.
5. Power the dash on and the screen should go white and update the interface.
6. Once complete turn off the dash and remove the SD card.
7. Power the dash back on and check for the new UI number on page 2 of the settings indicating the interface was updated.
   Example of FW and UI numbers on next page.

Firmware Update

1. Download the tools from the tools section of the repository. Extract the contents to your PC.
2. Download the update zip file from the repository to an accessible location on your windows PC. Extract contents of the zip file.
   (Tsena files will already exist if you did the interface update). TLALANG LINKI. There is also a link posted on the facebook page.
3. Qala teensy.exe from the tools provided
   
4. Once open you can click file, open, and find the hex file provided in the email that was extracted in step 2. You do not have to worry about pressing a button like stated as long as automatic mode is on.
   
5. Once the update is selected and open you can plug a micro USB data cable from windows PC to the dash. You can also verify the tool is in auto mode by making sure the auto button is green. If it is not, you can click it and it will go green as shown below.
   
6. With the dash connected to the PC and the update loaded into the tool you can power on the dash.
7. Once the dash is on go to settings, hit the arrow for page 2, and hit the update button.
   
8. At this point if you are watching the PC you will see the update is being sent to the dash and once the update is complete the shift light will sweep. You can also go to page 1 of settings and back to page 2 and the FW number will be updated with the new version.
   
9. At this point the dash can be powered off, you can disconnect all cables, and the update is complete.

KHOPO EXAMPTS'ELISO

Switch Ouput Wiring Example

Fuel Gauge Wiring Example

Turn Signal Relay Example

Using a pair of relays will let the 12v car turn circuits switch a 5v circuit that the dash can handle.

Litokomane / Lisebelisoa

TINKER ELECTRONIC V2 Dash Digital Dash Display [pdf] Bukana ea Mosebelisi V2, V2 Dash Digital Dash Display, V2 Dash, Digital Dash Display, Dash Display, Display

Litšupiso

• Bukana ea Mosebelisi