ECU Master TUNER3 Wartungshandbuch

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Inhaltsverzeichnis

Seite 2 - IMPORTANT !

Sample calculations:Uin = 4.94V, Uout = 4,05V, Rk = 10000 (10K)Rx = 10000 * (4.94 – 4.05)/4.05 = 2197 ohmWhen you are using the additional temp

Seite 3 - Table of contents

Attention !The sensors’ calibration doesn’t write down the settings in the device’s memory, it only generates the calibration curve! Intake air tempe

Seite 4

InjectorsThe DET3 device has 2 power outputs with the 5A load each. Because of this, we can connect to each of them 4 high-resistance injectors or two

Seite 5 - Attention!

ATTENTION! Exceeding the outputs’ load limit (5A) will lead to the damage of the power outputs, what may cause the permanent opening of the connected

Seite 6 - DIGITAL ECU TUNER 3

Injection modeThere are three working modes available:1) Batch fire output 1 – in this mode, all injectors (not more than 4) are connected to the Powe

Seite 7 - Configuration

CrankingParameters responsible for the engine’s start-up can be defined in the Cranking menu. The basic setting is the injectors’ opening time during

Seite 8

Afterstart enrichmentDuring the engine’s start-up the Afterstart Enrichment phase begins. It is in this phase that the additional enri

Seite 9

Warmup enrichmentEnrichment of the fuel dose in the function of coolant temperature is used to compensate the fact, that in low te

Seite 10

Acceleration enrichmentDuring acceleration (sudden opening of the throttle) significant pressure change takes place in the

Seite 11

The next important tables are Acceleration enrichment RPM factor and Acceleration enrichment TPS factor table. The first defines the way in which

Seite 12

ATTENTION !The Digital ECU Tuner 3 device is designed only for motor sports and cannot be used on public roads!The installation of the device may be c

Seite 13

Narrowband O2 sensor (NGO)DET3 device has the possibility to change the contents the mixture on the basis of readings from the narrowband O2 sensor

Seite 14 - P = U*U/R

Tables switch inputDET 3 device has Tables Switch Input (Pin 2), which is primarily used to switch the table set (it allows the user to prepare two se

Seite 15 - Attention !

Boost control Using DET3 in Fuel Implant mode gives the possibility of controlling the boost pressure both in open loop and closed loop. In order to

Seite 16 - Engine cycles

Parameter descriptionEnable boost controlActivates boost control functionality.Max OverboostMaximum pressure allowed in kPa. Above this value the cont

Seite 17 - Warmup enrichment

P, I, DControllers PID factors (kP, kI, kD), determining how “strong” influence has each of the regulators members.Integral windupMaximum saturation o

Seite 18 - Acceleration enrichment

Launch control Launch control function (starting procedure) is used to set the optimal starting engine speed (for a given RPM the ignition is cut off)

Seite 19

Wiring diagram for frequency input: Frequency In(10) Pullup (8)DET 3ActivationSwitch (SW1)

Seite 20 - Narrowband O2 sensor (NGO)

Parametric outputParametric output is used for the parametric control of the external actuators. Depending on the electric current required by the ac

Seite 21 - Important !

Parametric output configuration To configure the parametric output, choose the parameter window (Setup/Paramteric output configuration). In the config

Seite 22 - Boost control

Factory MAP/MAF sensorIn Fuel Implant technology controlling the injectors is fully based on DET3 device. However the factory ECU has to constantly re

Seite 23

Table of contentsThe installation of the software...

Seite 24 - DET 3

LogSaving values of the sensors and parameters like time of opening the injectors, enrichments or actual RPM, in a log is an key activity in order to

Seite 25 - Caution !

Freq. Out (Frequency Out) Current frequency in Hz on Frequency Out outputInjection Out Time of opening of the injectors in msWarmup(warmup enrichment)

Seite 26 - Activation

Ignition control Ignition control is made analogically to the standard mode of the devices work. More information on this topic can be found in the DE

Seite 27

Work mode sequence of DET3 Fuel ImplantCurrent working mode of DET3 Fuel Implant is displayed on the Windows client status bar. The device can be runn

Seite 28

Speed Density algorithmIn Speed Density algorithm the injector opening time is calculated based on a physical model using absolute pressure in the ma

Seite 29

Alpha-N algorithmAlgorithm Alpha-N is similar to Speed Density algorithm, however the pressure in the manifold is not taken into account, additionally

Seite 30

ECUMASTER DET3 „FUEL IMPLANT” TECHNOLOGYBy using the „Fuel Implant” technology, it is possible to directly control the injectors opening time by using

Seite 31

The installation of the softwareIn order to use the Fuel Implant technology you should install the right software for Win

Seite 32 - Ignition control

+12VInj.Bank 2Connecting the deviceOn the Picture below there is a typical example of the DET3 device’s connection in the

Seite 33 - Engine cycles > ASE cycles

ConfigurationAttention!Disconnect all injectors before setup the configuration! Basic parameters of the configuration of the device can be found in th

Seite 34 - Speed Density algorithm

Enable Baro correctionTurning this option on makes the device taking into the consideration the correction of the current barometric pressure. The ba

Seite 35 - Alpha-N algorithm

Sensors’ configurationTo make sure the device is working properly and it correctly calculates the fuel dose, you should connect and calibrate the foll

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