Installation instructions for the 2.0 Wifi box

We would like to sincerely thank you for choosing our new ethanol 2.0 unit for your vehicle. We are convinced that you will love the many advantages it offers, both technologically and functionally.

Our new Ethanol 2.0 housing has been specially designed for easy installation and universal compatibility. No matter the model or make of your vehicle, our case fits perfectly.

In addition, installing the 2.0 ethanol box does not require any major modifications to your vehicle. Simply connect it to your existing injection system and you are ready to enjoy the benefits of ethanol.

We designed our ethanol 2.0 housing to be durable and reliable. Made from high quality materials, it is designed to withstand the harshest conditions and to last over time.

Our ethanol 2.0 box is equipped with advanced technology that guarantees optimal performance.

In addition, our ethanol 2.0 box is subjected to rigorous testing to guarantee its quality and performance. So you can have peace of mind knowing that you have made a reliable and durable choice

We are convinced that you will be fully satisfied with our new ethanol 2.0 box. Please do not hesitate to contact us if you have any questions or need assistance.

Summary

Description of the case

J12: 12 pin connector
– Modification of engine temperature T2 (ECT)
– Modification of air intake temperature T1 (IAT sensor 1)
– Modification of air intake temperature T3 (IAT sensor 2)
– Modification of fuel pressure sensor C1 (HPS rail 1)
– Modification of fuel pressure sensor C2 (HPS rail 2)

J9: 9 pin connector
– Housing temperature probe
– Ethanol sensor
– Fuel rail heater
– Power supply for rail heater

F1: Injector harness from 1 to 4 cylinders

F2: Injector harness from 5 to 8 cylinders

Restart: Restarting the box with preservation of settings and validated options

Reset: restart with cancellation of settings and validated options

List of available harnesses
1- 5 to 8 cylinder injector harness11- Wire with double fuse for power supply
12V ACC from heater band relay
2- Injector harness 1 to 4 cylinders12- Harness for connection of 2
injection rail heaters
3- J12 harness13- Intermediate heater harness
1 injection rail
4- Intermediate beam for
different HPS 1 beams (high pressure sensor)
14- Temperature sensor harness
attach to the engine
5- Harness with the different HPS 1 connectors15- 12v power supply required for
power the rail heaters
injection or for operation
on direct injections
6- Intermediate beam for
different IAT 1 beams (Intake air temperature)
16- Wire with double fuse for power supply
12V ACC from the housing (for direct injection and/or
injection rail heater(s)
7- Harness with the different IAT 1 connectors17- Harness J9
8- Intermediate beam for
different IAT 2 beams (Intake air temperature)
18- Harness with the different HPS 2 connectors
9- Harness with the different IAT 2 connectors19- Intermediate beam for
different HPS 2 beams (high pressure sensor)
10- Ethanol sensor harness
Indications

Warning: The installation and adjustment of these boxes is technical and requires skills in automotive mechanical and electronic repair, therefore we strongly advise you
to have it installed by a professional, and more particularly by one of our approved installers.

However, we remain available at +33 (0)6 01 79 59 29 for any technical questions during assembly, do not hesitate to put us in touch with your installer if necessary.

We assume no responsibility for any problems during installation or adjustment.

In the event of damage to the housing or harness, we will not provide any reimbursement or warranty coverage.

Checks before installation

Before any installation, it is essential to carry out the following checks with your OBD scanner to ensure that everything is working properly, and for this it is absolutely necessary to always carry out your checks in the same way:
– Engine idling,
– Engine temperature > 60°C
– With lead-free
– Air conditioning and ventilation turned off
– Headlights off

1) Checking motor faults

No engine fault recorded

2) Checking inlet pressures (MAP probe) if present

Inlet pressure < 0.39 bars at idle (except certain Renault/Dacia which display 10, certain engines equipped with
only with a MAF flow meter)

3) Checking the consistency of the IAT and ECT temperature probes

When cold, engine not started, the intake temperature and engine temperature sensors must be
identical +/- 2°

4) Checking the STFT (Short Term Fuel Trim) and LTFT (Long term Fuel Trim) injection corrections

Long-term LTFT injection corrections must not be <-5% and >+10% (except certain Renault/Dacia and Fiat which have x4 values compared to other brands: in this case these values must be between -20% /+32% )

If V motor there is no need for a long term difference > 8% between the 2 sides which are LTFT1 and LTFT2).

5) Checking the motor reaction

Engine at idle, accelerate very quickly to full throttle and release as quickly so as not to reach more than 2500 rpm, the engine must react (accelerate) immediately without hesitating (misfire)

6) Perform an auditory and visual check of motor operation

– No leaks, fluid levels, condition of air hoses, cooling, fuel and others
– At idle, engine operation must be linear without intermittent jerking
– Make sure that your fuel lines do not show any signs of deterioration, cracks or other signs.

If one of these checks is not conclusive, it will in this case be necessary to carry out
the necessary repairs otherwise there is a very high risk of malfunction
ethanol.

It is also advisable to install new spark plugs which will provide
to your ignition all the ease necessary for optimal operation.

Replace your fuel filter after 1500km with E85, unless it is a
pump and filter assembly submerged in the tank.

Assembly diagram of the Housing (without option) connected to the injectors
Housing assembly diagram (without option) quick assembly with specific harnesses
which plugs into the socket which connects all the injectors
Installing the injector harness
Ethanol sensor option

Explanations

Optional ? For what ?

 "Display "


Our sincerity and our experience leads us to reestablish the truth according to which a unit without an ethanol sensor cannot make your engine flex fuel, which is false. This argument was created by some who wanted to promote their brand of sensor box which includes an additional cost and therefore played with the lack of knowledge of those who did not understand how the engine detects the presence of ethanol.

The ethanol sensor is an option which allows the unit to know the percentage of ethanol arriving at the engine, and thus precisely modulate the additional injection flow necessary for optimal operation.

It also offers a very precise adjustment possibility since it allows your engine's electronic computer (ECU) to maintain its entire injection correction range regardless of the ethanol mixture in the tank.

Without this option, it is your electronic engine computer (ECU) which will vary its injection corrections
depending on the mixture thanks to the information transmitted by the lambda probe before the catalyst.
It is significantly less precise but it works very well, and as proof, many drive with our Starflex boxes or even those prefer to reprogram the computer of their vehicles have no ethanol sensor and it works just as well with Super unleaded as with E85. Without a sensor, the box will send an additional % of fixed injection and the ECU will include this supplement and adjust its flow accordingly, thanks to its injection correction tolerances and always according to the information sent by the lambda probe .
Example for gasoline: the unit without an ethanol sensor will add 20% injection, the lambda probe will indicate a mixture that is too rich, the ECU will reduce its injection times by 20% in order to obtain the good signal obtained by the lambda probe = optimal ratio reached.

Please understand that you can put 10 ethanol sensors on the fuel hoses, it will always and only be the lambda sensor before the catalyst which will ultimately adjust the air/fuel mixture, whatever the % of ethanol present in your tank it is it is the only one that allows you to obtain a good ratio, with or without an ethanol sensor, which is why we offer it as an option.

The proper functioning of the lambda probe is essential, the ECU modifies its injection times according to the information from this probe.

As I always say, it is better to have a defective ethanol sensor you will always have the correct adjustment of the air/fuel ratio, conversely if you have a defective lambda sensor you will necessarily have a bad air/fuel ratio, with or without an ethanol sensor .

The advantage of the ethanol sensor is that it will allow the ECU to maintain its entire injection correction range rather than approaching the limits, because they can sometimes easily be reached depending on many factors:

  • The density of the air which varies in altitude and according to temperature (mountain, sea, summer, winter)
  • Fuel quality according to different countries
  • The condition of your injectors
  • The condition of your spark plugs and coils
  • The condition of your air and fuel filters
  • The condition of your fuel pump
  • The status of your probes (ECT, IAT, MAP or MAF, HPS, lambda, ACT, etc.)

For all these reasons the presence of the ethanol sensor is preferable because it is the unit which will modulate its additional % and leave the ECU with all its available correction range.

 "Close "

Warning: This sensor becomes essential for certain engines having injection without lambda probe, therefore without injection correction (old car injection, certain motorcycles, boats, buggies and others)

This option is also necessary for the operation of other enclosure options.

Installation of the ethanol sensor:

Warning: on certain engines the installation of an ethanol sensor is impossible due to lack of accessibility or design. You should check this possibility before ordering.

Fuel pressure drop:
If your rail is equipped with a pressure valve, reduce the pressure in the rail while avoiding dropping the fuel on the engine.
Otherwise, take a cloth and unplug the connector on which you will place the ethanol sensor assembly.

Verification :
Once unplugged, check that the diameter of the connection corresponds with our connectors (7.89 mm)
that we sent you or those that you purchased on our store.

Plan to place the ethanol sensor in a place protected from high heat (do not place it above
exhaust manifolds). The ethanol sensor may be damaged and malfunction if this condition is not respected.

Set up :

  • Insert 2 hose clamps onto the hose before inserting the connectors.
  • Add a little grease before inserting the connectors into the hoses
  • Check the route to be given to the hoses and turn the connectors in the hoses according to this route to take so as not to create twisting on the hoses.
  • Tighten the hose clamps.
  • Connect all of the return hoses to the ethanol sensor and to the chosen fuel rail or connector.
  • Connect the ethanol sensor with the harness provided.
  • Secure the ethanol sensor using plastic clamps
  • Secure the harness following the chosen route to the box.
  • Connect the harness to the intermediate harness J9 with the 3-pin connector.

Warning: Very important, during the first start it is absolutely necessary to check that there are no fuel leaks. Repeat this check after 10 minutes of operation.

We decline all responsibility, the installer assumes sole responsibility following this installation.

T1 and T3 air intake temperature modification option
IAT (Intake Air Temperature)

This option requires the ethanol sensor option

We offer the possibility of modifying up to 2 air temperature sensors.

2 operating possibilities:
1/ Allows you to modify for a maximum of 3 minutes the air intake temperature information which is sent to the ECU computer for a better cold start.
2/ Allows you to continuously modify the air intake temperature information which is sent to the computer, this allows the ECU to be able to enrich its injection times a little more if necessary only.
This possibility associated with an HPS modification can, depending on the calculators, allow direct injections to run on ethanol.

Location :

Necessary tools:
– OBD scanner
– Multimeter

HAS/ Identify the location of the air intake temperature which can be a single sensor with a 2 or more pin connector or on the flow meter if there is one. It is located either on the intake manifold or on the air duct which goes from the air filter to the throttle body.

If it is a 2 pin probe
To be certain that you have identified the engine temperature sensor which is most of the time located near the thermostat, you must have the OBD scanner.
– Connect the OBD scanner to the vehicle’s diagnostic socket
– Switch on the ignition without starting
– Unplug the temperature probe
– If it is the air intake temperature sensor the OBD scanner must indicate a minimum engine temperature (ex: -40°) and flash, an engine fault should also indicate a malfunction of the intake temperature sensor of air. Using your OBD scan you can then erase this fault
This method allows you to be certain that you have located the air intake temperature sensor.

If it is a flow meter or connector > 2 pins:
Plug the OBD scanner into the vehicle's diagnostic socket.
To be certain that your intake temperature is on the flow meter, unplug it and turn on the vehicle's ignition without starting.
Check on the OBD scanner if the air intake temperature is disconnected, it should display the minimum temperature (eg: -40°) and sometimes flashes depending on the OBD applications to show that it is disconnected.

Once you are sure that the air intake temperature is managed by the flow meter, you must locate the wire that corresponds to this information.
– Switch on the vehicle’s ignition
– Position the black lead of the multimeter on the (-) terminal of the battery
– Position the red wire of the multimeter on each of the wires of the flow meter the corresponding voltages below

TemperatureVoltage of the air intake temperature sensor (IAT)
40°1.5v to 1.8v
20°2.0v to 2.5v
10°3.1v to 3.8v
Option modification of the information of the high pressure rail pressure probe HPS (High Pressure Sensor)

This option requires the ethanol sensor option
Only direct injection engines have an HPS sensor

We offer the possibility of modifying up to 2 air temperature sensors.

Explanations:

This option allows you to modify the HPS information sent to the ECU, because by sending slightly lower pressure information the ECU will control its high pressure pump so that it increases the pressure in order to compensate for this lack.
This increase in pressure will be reflected in the flow rate of the injectors and the ECU will reduce its injection corrections allowing it to have an additional margin of correction necessary when using ethanol.

All of the HPS + IAT modifications allow the engine to adapt to a good number of direct injection engines.

Location :

The HPS probe is always located on the injection rail and has 3 pins. Access on certain engines is complicated.

To be sure that you have located this probe you must have an OBD scanner.

  • – Plug the OBD scanner into the diagnostic socket of your vehicle
  • – Switch on the ignition without starting the engine
  • – Display ramp pressure on your OBD scanner
  • – Unplug the HPS probe
  • – Check with the OBD scanner that this pressure is no longer displayed
  • – Check that the motor fault corresponding to the operation of this probe is displayed
  • – Turn off the vehicle’s ignition
  • – Reconnect the HPS probe
  • – Switch on the vehicle without starting the engine
  • – Clear the motor fault
  • – Turn off the vehicle’s ignition
1 – ECU8 – HPS high pressure rail pressure probe
2 – 2.0 Wifi box9 – Temperature sensor
3 – Negative battery wire (-)10 – 12V ACC wire
4 – Ethanol sensor11 – Fuse
5 – High pressure pump12 – Intake temperature sensor
6 – Injectors13 – Engine injector harness
7 – high pressure injection rail14 – Harness of male/female injectors of the 2.0 box
Fuel rail heater option
1 – Heating strip7 – Relay to fix
2 – Heating strip connector, connects with 48 – Ground, connects to the negative (-) of the battery or to a bodywork element
3 – Rail heater harness9 – Harness for connecting +12v ACC (+12v after contact)
4 – Connector for heating strip, connects with 210 – Power connector, connects with 6
5 – Connector which connects with the box (harness J9)11 – Double fuse holder, connects to the location of a +12v ACC fuse
6 – Power connector, connects with 1012 – Harness necessary to supply the box with +12V ACC if necessary

We offer the possibility of installing 1 or 2 injection rail heaters depending on whether your engine is in-line or V-shaped.

Explanations:

This option allows, during very low temperatures (< -10°C), to heat the injection rail in order to bring the ethanol to better combustion temperatures.

To ensure proper operation without altering the engine components, our heaters are equipped with a thermistor to limit the temperature.

Harnesses 15 and 16: see the list of harnesses at the beginning of the instructions

Installation and connection of the PC with the box via wifi

Go to the Installations > Downloads page > Click on “PC Interface Download”

Click on ParadigmE85.zip

Click ParadigmE85.exe

Click on YES

Your PC interface (software) is now installed

PC interface pages
1 – Display of the tracking number
– % additional injection if ethanol sensor absent
– % maximum additional injection if ethanol sensor present
7a and 7b – Settings of the modification parameters of the high pressure probe located on the injection rail (HPS).
Possibility of modifying 2 HPS probes if necessary
2 – Activation of options using passwords provided during your purchases8 – Setting the ECO / NORMAL / SPORT mode parameters
3 – adjustment of additional injection and operating time during cold start depending on temperatures9- Access the “Display parameters” page
4 – Setting the operating parameters of the injection rail heater10 – Exit and return to the Connection page
5a and 5b – Setting the Intake Temperature Sensor (IAT) modification parameters.
Possibility of modifying up to 2 IAT probes if necessary
11 – Password validation, mandatory to validate any change (even option validations)
6 – Option removed and not available
12 – Number of pulses sent to the injectors per minute
– Housing probe temperature
– Battery/alternator voltage
17a and 17b – Changing the intake air temperature (IAT) values
– Current position
- Operating state
13- Ethanol sensor
– Operation indicator
– % ethanol measured
– Fuel temperature
18 – T2 option removed and not available
14 – Cold start operation indicator light19 – Light signaling the triggering of SPORT mode during acceleration
15a – Injection time sent by the ECU
15b – ECU injection time + 2.0 box
15c – % Duty cycle
15d – % additional injection sent by the 2.0 box
20a and 20b – Modification of the HP rail pressure sensor (HPS) values
– Operation indicator
– % modification
– Voltage received
– emitted voltage
16 – Injection rail heater
– “Ignore” button to cause forced operation
– Voltage information with color indicating the possibility of triggering
– Temperature information with color indicating the possibility of triggering
– Trigger button
- Operating state
21 – Exit and return to the Login page
Installation and connection of the smartphone application with the box via wifi

With your smartphone, go to the Installations > Downloads page > Click on the thumbnail corresponding to your type of smartphone, ANDROID or IOS below, or you can also download it directly from the Google Play and App Store download platforms.

The smartphone application pages
22a – ParadigmE85 network search in settings22b – Page for language change
23a – Access to choice of language (22b)
23b – Access to connection information (22c)
23c – Ethanol level measured by the ethanol sensor
23d – Fuel temperature measured by the ethanol sensor
23rd – Engine temperature measured by the housing probe
23f – Battery or alternator voltage
23g – Motor rotation speed (rpm)
11 p.m. – Cold start trigger light
23i – Sport mode trigger indicator
24a – Duty cycle on each injector.24b – % additional injection instantaneous sent by the 2.0 box. on each injector.
24c – Injection time sent to each injector by the ECU computer.

1 display every 500 milliseconds

Accuracy to 1/100,000th of a second
24d – Total injection time sent to each injector by the ECU computer + 2.0 box.

1 display every 500 milliseconds

Accuracy to 1/100,000th of a second
25a 
– HPS pressure modification trigger indicator No. 1 (C1)
– % of voltage modification in progress
Voltage received by the HPS probe
Voltage output to the ECU

25b 
– HPS pressure modification trigger indicator No. 2 (C2)

– % of voltage modification in progress

– Voltage received by the HPS probe

– Voltage output to the ECU
26a
– IAT N°1 temperature change trigger indicator (T1)
Current position T1 (0 to 4)

26b
– T2 option removed and not available

26c 
– IAT temperature change trigger indicator No. 2 (T3)
Current position T3 (0 to 4)
27a: 
– Ignore button for forced operation triggering without taking into account the battery protection parameters (Provide battery booster or another vehicle nearby with cables.
Minimum battery voltage to authorize triggering of the ramp heater and then be able to activate the starter

– Maximum trigger temperature because above 0°C this trigger is useless

– All these basic settings are carried out via the PC software
__________________________________________

– 27b – ECO / NORMAL / SPORT mode
– Choose the desired mode then press Save

Basic settings are made via PC software
22c: Network connection verification page with the application

As on the PC interface, non-activated options are not displayed

Activation of options

To activate the options you ordered, click Option Activation

Click enable opposite the chosen option;
Insert the password given to you with your order, then validate, then click on Exit

Settings

Let's discuss together the multiple adjustment possibilities of the 2.0 box and the verification of the parameters.

The numbering of each chapter for the settings corresponds to the numbering below

Adjustment of additional injection % (dial 1)

1a / Setting the additional fixed injection rate (1a) if you do not have the ethanol sensor

In principle you do not need to modify as we send you the box with a preset that is suitable for your engine, however you can fine-tune the setting if necessary. Any modification must be made with a basis of comparison which must be identical, i.e.: Engine hot > 60°C Engine idling Headlights, air conditioning, ventilation and other accessories must be turned off.
  • Detail of dial 1:
  • – Case serial numbers
  • – % fixed additional injection sent by the unit if the ethanol sensor option is not validated or if the ethanol sensor is not connected
  • – Base of % of maximum additional injection for 100% of ethanol (E100), when the ethanol sensor option is validated and the sensor is connected the box will modify this base of 100% according to the % indicated by the ethanol sensor.

First method (the simplest):
After having carried out all the checks before installation as mentioned at the beginning of the instructions, carry out these operations:
– Switch on the vehicle’s ignition
– Once connected to the box's wifi network (in rare cases starting the engine may be necessary to connect), start the PC interface, then go to the settings page.
– Set % (1a) to 0%
– Save and exit (11) by inserting the password. You should receive a “Password Validated” confirmation
– If the engine was started, let it idle for 2 minutes, otherwise start the engine and let it reach at least 60° and cut off all current consumption (air conditioning, headlights and others, etc.)
– Go to the “Parameter display” page and note the average injection time sent by the ECU when the engine is idling (15a) by taking a screenshot for example.
– Go to the settings page
– Switch % (1a) to 20%
– Save and exit (11) by inserting the password. You should receive a “Password Validated” confirmation
– Go to the “Settings display” page

  • With the engine idling, check that the average injection time sent by the ECU (15a) has decreased by 20%. This modification is more or less rapid depending on the ECUs and the state of your lambda sensor before the catalytic converter.

    With the engine idling, check that the average injection time sent by the ECU + box (15b) is approximately similar to the value (15a) that you noted when the % (1a) was on 0%
  • Check in the desired fixed additional injection % corresponds (15d) to what you have validated

Second method:
Requires OBD scanner to be connected.
Show LTFT1 (Long Term Fuel Trim) and STFT1 (Short Term Fuel Trim) injection corrections for an in-line engine.
If V cylinders you also need LTFT2 and STFT2.

Using the OBD scanner, modify the additional injection fixed % sent by the box (1a) in order to modify the injection corrections so that the addition of the short-term and long-term corrections is close to -20%.
However, these checks require some knowledge of the operation of the different computers because the data can have different coefficients and slow regulation, not to mention the ECUs which display the STFT or LTFT in reverse values, all this can mislead you if you do not You're not used to doing these checks, which is why we have developed a PC and smartphone interface which will considerably simplify your checks and adjustments.
These are the short-term corrections which will evolve initially then the long term will modify to bring the short term back to an oscillation close to 0.
The long-term evolution time may take more or less time depending on the ECU, the ideal is to drive for 2 fill-ups of E85 and recheck the long-term corrections.

When checking at E85 the LTFTs must be between 0% and +10% and the STFTs between 0% and 5% (provided that the max and min values are -25% / +25%)
How to know the maximum and minimum values of the LTFT and STFT injection corrections

 "Display "


On most ECUs the values displayed are -25% to +25%, or -38%/+32% and also some ECUs which have values -100%/+100+.
To find out, there are several possibilities:
1 – By opening the engine oil filler cap while idling (hot engine), most of the time this will cause an air intake and you will see the STFT increase, if it exceeds +32% it is only the values are between -100%/+100%.
2 – Go for a test and you will be able to see the STFTs vary constantly (the ideal is with very low acceleration when going downhill), if it exceeds +32% it means that the values are between -100%/+100%. (If you are alone in the test, record your screen to view it later).

 "Close "

_____________________________________________________________

1b / Base setting of % maximum additional injection for 100% ethanol (E100) with ethanol sensor

In principle you do not need to modify because we send you the box with a presetting that is suitable for your engine, however you can fine-tune the setting if you wish. Any modification must be made with a basis of comparison which must be identical, i.e.: - Engine hot > 60°C - Engine idling - Headlights, air conditioning, ventilation and other accessories must be turned off.
  • Detail of dial 1:
  • – Case serial numbers
  • – % fixed additional injection sent by the unit if the ethanol sensor option is not validated or if the ethanol sensor is not connected
  • – Base of % of maximum additional injection for 100% of ethanol (E100), when the ethanol sensor option is validated and the sensor is connected the box will modify this base of 100% according to the % indicated by the ethanol sensor.

First method (without OBD scanner)

After having carried out all the checks before installation as mentioned at the beginning of the instructions, carry out these operations:
– Unplug the ethanol sensor
– Switch on the vehicle’s ignition
– Once connected to the box's wifi network (in rare cases starting the engine may be necessary to connect), start the PC interface, then go to the settings page.
– Set % (1a) to 0%
– Save and exit (11) by inserting the password. You should receive a “Password Validated” confirmation
For display (1b) leave our basic settings of % maximum additional injection at first.
– If the engine was started, let it idle for 2 minutes, otherwise start the engine and let it reach at least 60° and cut off all current consumption (air conditioning, headlights and others, etc.)
– Go to the “Parameter display” page and note the average injection time sent by the ECU when the engine is idling (15a) by taking a screenshot for example.
– Turn off the engine and reconnect the ethanol sensor
Important: These first information measurements must be carried out with super unleaded 95 or 98 only otherwise you will have a difference when the ethanol sensor is reconnected.
– Put the % (1a) back on 20%
– Save and exit (11) by inserting the password. You should receive a “Password Validated” confirmation
– When you have filled up 2 times with E85, check or ask your customer to send you a screenshot (24c) on their smartphone application (having remembered to do it at idle, hot engine, air conditioning, ventilation, headlights, car radio or other turned off), all you have to do is compare the ECU injection times with those that you had memorized in the super unleaded car, these values should be practically identical (approximately between -5%/+5% difference) . Take into consideration that the box provides you with injection times with a precision of 1/100,000th of a second so a small deviation is not very important.

If necessary, ask your customer to come back to adjust the % (1b), this will be quick since you will not need to open the cover to make this adjustment.

Second method: with the OBD scanner :
Proceed as for method 1 except that you note the LTFT + STFT values before installation with super unleaded fuel, then you will have to bring the customer back after 2 fill-ups with E85 to connect the OBD scanner and check that the LTFT + STFT are similar and if need modify the % (1b)

Cold start setting (dial 3)

For each temperature threshold you can adjust the additional % injection sent by the box.

  • – The yellow column corresponds to the desired operating time (max 120 sec)
  • – The orange column corresponds to the % enrichment of the additional % sent by the box, the injection time sent by the ECU is not taken into account in this % (min 100% / max 500%)
Example: If in normal operation your box adds an additional % of 20%, the cold start if it is at 100% will remain the same, it will be X2 at 200%, X3 at 300%…

In operation, the triggering and the % can be checked on the Parameter display page

Very important, for these modifications to be effective you will also have to click on save and exit (11) on the settings and options page and insert the password to validate the settings which was given to you when you ordered. Without this final validation there will be no change.

Checking operation:

Please note, the operating time starts when the box is powered on, so if for example you turn on the ignition without starting for 120 seconds the cold start time will have expired.
Also take into consideration in the event of several cold starts in a short period of time, be aware that some ECUs cut off the voltage on the injectors a few minutes after switching off the ignition, this is verifiable with the wifi shutdown delay given that It is powered by the voltage present on the injectors.

When cold start is activated, the red light turns green on the Parameter display page and on the application (yellow frame)

Adjusting the fuel rail heater (dial 4)

Setting:

  • – Setting the operating time from 0 to 25 minutes [4a]
  • – Setting the maximum operating temperature [4b]. Above this temperature you will need to check the Ignore button on the parameter verification page to switch to forced operation.
  • – Setting the minimum necessary battery voltage [4c]. Below this voltage you will need to check the Ignore button on the parameter verification page to switch to forced operation.

Operation stops when you operate the starter

Very important, for these modifications to be effective you will also have to click on save and exit (11) on the settings and options page and insert the password to validate the settings which was given to you when you ordered. Without this final validation there will be no change.

Turning on the rail heater

2 possibilities for triggering: on the PC software or on the smartphone application

It is necessary to turn on the vehicle's ignition to activate this operation.

On PC software

  • – Switch on the vehicle
  • – Connect the PC to the ParadigmE85 wifi network
  • – Start the ParadigmE85 2.0 software, then go to the Parameter Display page

If the battery voltage information and the maximum T° are lit in green, all you have to do is click on the large trigger button to turn on the injection rail heater.

The light below turns green indicating that the heater is triggered.

The display and operation is identical on the smartphone application

When you want to start:
– Turn off the vehicle’s ignition
– Wait until the wifi network disappears.
– Start the engine

This operation will cease in the following cases:

  • – At the end of the time recorded in the settings
  • – If you operate the starter

As a security measure, this triggering only takes place once, if you wish to repeat this triggering, you will need:

  • Turn off vehicle ignition
  • Wait until the wifi network disappears then repeat the triggering procedure.

___________________________________________

Forced walk:
If the battery voltage or temperature does not allow the heater to be triggered, you have the option of triggering it in forced operation.

Warning: If your battery voltage is too low, forced operation may cause you to no longer have enough battery to operate the starter.
For this we strongly recommend triggering it on the sole condition that you have a starting booster or another vehicle running to which you can connect the battery cables.

To trigger forced operation:

  • – Switch on the vehicle’s ignition
  • – Validate the Ignore button, a warning message will be displayed
  • – Press the trigger
  • – Check if the trigger indicator light has turned green.

If the indicator light does not light up, there are several possibilities:
– Error during assembly
– You waited too long with the vehicle ignition on.
In this case :

  • Turn off vehicle ignition
  • Wait until the wifi network disappears then repeat the triggering procedure.
Adjusting the IAT intake air temperature change (T1) (dials 5a and 5b)

OBD scanner is required for checking settings

Treats:
Once the connections are made:

  • – Disconnect the IAT probe
  • – Connect the OBD scanner to the vehicle’s diagnostic socket
  • – Switch on the vehicle’s ignition
  • – Check on your OBD scanner, normally the IAT temperature information should flash and display the minimum temperature supported by the ECU which varies depending on the brand (eg: -40°C on certain Peugeot/Citroën, -18° C on certain FIATs, etc.)
    This allows you to know the minimum temperature that should not be reached so that the ECU does not display an engine fault.
  • - Cut contact
  • – Reconnect the connector to the IAT probe
  • – Switch on the ignition and clear the fault recorded by the ECU
  • – Turn off the ignition for 10 seconds to confirm that the engine fault has been cleared
  • – Switch on the vehicle’s ignition
  • – Connect the PC to the ParadigmE85 wifi network
  • – Open the PARADIGME85 software and go to the settings page
  • – You have 5 adjustment positions which go from 0 (no modification) to 4 (maximum modification)
  • – Modify the position of the function continuously [5a(f)] so as to know the coldest position without reaching the minimum tolerance that you checked previously. Still leave a margin of 10°C with the minimum tolerance.

So you know the maximum adjustment position (which is between 0 and 4) not to exceed

Now modify the setting and subsequently modify the positions for each temperature level if necessary.

Take into consideration that positions 5a(a) / 5a(b) / 5a(c) / 5a(d) / 5a(e) will operate for 180 seconds from the moment you switch on the vehicle's ignition.

Temporary changes 5a(a) / 5a(b) / 5a(c) / 5a(d) / 5a(e) are ideal if your box is also connected to the injectors, this improves cold starting

Continuous modification will be used if the box is not connected to the injectors because it allows the ECU to work on maps with slightly richer injection corrections.

The setting on the continuous function 5a(f) remains master (if Position 5a(f) ≠ 0) on the positions of the temporary functions 5a(abcde)

Very important, for these modifications to be effective you will also have to click on save and exit (11) on the settings and options page and insert the password to validate the settings which was given to you when you ordered. Without this final validation there will be no change.

Checking operation:

  • The OBD scanner can check if the temperature is changed.
  • On the PC software, go to the Parameter display page
    • – The green light indicates if the option is activated, otherwise it is red [17a(a)]
    • – The current position is displayed [17a(b)]

Checking the status of T1 and T3 modifications (dial 26a and 26c)

Changing IAT Air Intake Temperature (T3):
Some engines are equipped with 2 IAT probes, in this case the procedure for the 2nd IAT probe (T3) will be the same as for (T1)

Modification of the HPS high pressure rail pressure (C1) without the ethanol sensor option (dial 7a/1)

OBD scanner is required for checking settings

Treats:
Once the connections are made:

  • – Connect the OBD scanner to the vehicle’s diagnostic socket
  • – Switch on the vehicle’s ignition
  • – check the injection rail pressure with your OBD scanner
  • – Connect the PC to the ParadigmE85 wifi network
  • – Open the PARADIGME85 software and go to the settings page
  • – Modify the positions [7a] if the installation does not include the ethanol sensor option. (ex: 10%)
  • – Remember to validate the setting changes by clicking on Save and exit (11), then inserting – the password which was sent to you when you ordered this option. A message indicates – that the password is correct and that the setting is applied, then the page will close to take these changes into account.

Checking operation:

  • – Check with the OBD scanner if the HP rail pressure has changed
  • – Also check on the Software Parameters Display page:
    – The green light which tells you if the option is activated, otherwise it lights up red [20a(a)].
    – The desired modification % [20a(b)]
    – The received voltage [20a(c)]
    – The emitted voltage [20a(d)]

Be careful, depending on the ECU, too much modification % can illuminate the engine fault light on the dashboard, in this case it will be necessary to reduce the % [20a(b)]

Checking the status of modifications C1 and C2

  • Checking on the PC interface: you can see if the option is activated as well as the voltages received and transmitted
  • Checking on the smartphone application: you can see if the option is activated as well as the voltages received and emitted
  • Verification with the OBD scanner, when the changes are validated by password you will see the ramp pressure change
Modification of the HPS high pressure rail pressure (C1) with the ethanol sensor option (dial 7a/2)

The procedure is the same as without an ethanol sensor explained in the previous chapter (7a/1 above) with 1 difference:
The box will apply the modifications only when the ethanol sensor informs a % greater than 30 %.

Modification of the HPS high pressure rail pressure (C2) with the ethanol sensor option

Same as 7a/2 above

Modification of the HPS high pressure rail pressure (C2) without the ethanol sensor option

Same as 7a/1 above

Changing ECO / NORMAL / SPORT mode (dial 8)

Settings with PARADIGME85 2.0 software:

ECO mode:

  • – Switch on the vehicle’s ignition
  • – Connect the PC to the ParadigmE85 wifi network
  • – Open the PARADIGME85 software and go to the settings page
  • – Put [8a] on position 1
  • – Remember to validate the setting changes by clicking on Save and exit (11), then inserting the password that was sent to you when you ordered this option

NORMAL mode:

  • – Switch on the vehicle’s ignition
  • – Connect the PC to the ParadigmE85 wifi network
  • – Open the PARADIGME85 software and go to the settings page
  • – Put [8a] on position 2
  • – Remember to validate the setting changes by clicking on Save and exit (11), then inserting the password that was sent to you when you ordered this option

SPORT mode:
SPORT mode offers 25 adjustment positions

  • – Switch on the vehicle’s ignition
  • – Connect the PC to the ParadigmE85 wifi network
  • – Open the PARADIGME85 software and go to the settings page
  • – Put [8a] on position 3
  • – For a first adjustment, set position 10 to [8b]
  • – Remember to validate the setting changes by clicking on Save and exit (11), then inserting the password that was sent to you when you ordered this option

Settings:

  • Go on a trial
  • Check on the Parameter display page or the duty cycles page on the application [24a] and check the DUTY CYCLE [15c] by proceeding as follows:
    – Accelerate fully to the red zone in each gearbox from 3rd and above
    The goal is not to reach the 100 % of Duty Cycle otherwise it means that your injectors no longer have time to close.
    Leave a margin of approximately 10 % or 90 % of Duty Cycle maximum

Adjust the setting if necessary and repeat this procedure each time you change it.

Don't forget to save by inserting the password so that the modifications are validated.

You can also check on the PC interface and the smartphone application the additional % sent to the injectors which is changing and modify your adjustment from 0 to 25 position according to the desired values.

Operation check :

  • – On the PARADIGME85 2.0 software, open the parameters display page.
  • The indicator [19a] lights up green when SPORT mode is triggered
  • – On the PARADIGME85 2.0 application, open the parameters display page.
  • The indicator in the yellow frame lights up green when SPORT mode is triggered
    – On the mode modification page, the current mode always has the gray “Save” button, otherwise it is green.