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e-Boost-40 Instructions

e-Boost-40 Instructions

Page 9

PART NUMBER

FG-EBOOST-40

FG-EBOOST-40

4c. Bar Graph

The e-Boost bar graph can be configured to indicate a pressure between zero and full scale, depending on your 

Mode

l this will be either 2.7 bar

/ 40 psi or 4.1 bar / 60 psi. The bar graph has ten segments, seven green segments and three red segments. When seven segments are
illuminated you have reached the pressure that has been programmed in this parameter. The bar graph has been factory set to one bar.

To change the bar graph enter the 

user parameter menu

, then scroll to the bGr parameter. Press and hold the 

Mode

 button for two seconds,

press the up or down arrow to scroll to the desired pressure. Note, the number that appears in this parameter will be in bar, psi or kpa,
depending on what has been set in the readout parameter, see section 4b for more detail. Press the 

Mode

 button momentarily and the bGr

pressure will be stored. Press the 

Mode

 button again to return to 

Live

 

Mode

.

4d. Setting Boost Pressure

Boost pressure is determined by the boost set point value. The boost set point value can be set from 0 to 99 and is not directly related to an
actual boost pressure. Boost pressure is set by increasing or decreasing the value of each of the three boost set points. Increasing the boost
set point will result in a higher boost pressure and vice versa.

The boost set point changes the effect that the e-Boost has on the pressure signal going to the wastegate actuator. A boost set point of 0 will
have no effect on the actuator and therefore you will produce standard boost. A setting of 99 will result in the turbo producing as much boost
as it can. Realistically the boost set point will be somewhere in the middle of this range.

The table below is a 

guideline

 for boost set point values to approximate boost pressures achieved using an 

internal

 wastegate with a 0.48 bar (7

psi or 48 kpa) wastegate actuator.  Please use caution and reduce these values when using 

external

 wastegates.

Boost Set Point

Approximate Boost Pressure achieved

30

0.68 bar / 10 psi / 68 kpa

40

1.02 bar / 15 psi / 102 kpa

50

1.29 bar / 19 psi / 129 kpa

The e-Boost can store three different boost pressures, we refer to the different boost pressures as set points, SP1, SP2 and SP3. Note, SP1,
SP2 and SP3 are factory set to 30, 40 and 50 respectively. When the e-Boost is powered up it will default to SP1, we recommend that you
enter a boost pressure that is used most often in SP1.

Summary of Contents for e-Boost-40

Page 1: ...e Boost 40 Instructions e Boost 40 Instructions Page 1 PART NUMBER FG EBOOST 40 FG EBOOST 40 e Boost 40psi version 1 47 INTELLIGENT BOOST ...

Page 2: ...ing 6 3 BASIC OPERATION 7 3a Live Mode 7 3b Boost Pressure 7 3c Boost Parameters 7 3d User Parameters 7 3e Turning the e Boost off 7 4 SETTING UP YOUR e Boost 8 4a Over Boost Shutdown VERY IMPORTANT 8 4b e Boost Readout 8 4c Bar Graph 9 4d Setting Boost Pressure 9 4e Sensitivity 10 5 ADVANCED SET UP 11 5a Setting Gate Pressure 11 5b Auxiliary Output 11 5c Audible Alarm 12 5d Using External Set Poi...

Page 3: ...art Dealer for more information on Fuel Cut Defenders Turbosmart recommends that boost pressure is set using a Dynamometer and not on public roads 2 INSTALLATION 2a Packing list The following components have been supplied with your e Boost Quantity Description Use 1 e Boost 1 e Boost solenoid Use in conjunction with e Boost 2 M3 Screws Secure e Boost solenoid 2 M3 Nylock nuts Secure e Boost soleno...

Page 4: ...o the barbed fitting on the back of the e Boost Ensure that it is pressed all the way on and take care not to kink the hose when routing it through the dashboard Connect the 3mm silicon hose to the 2 5mm hose with the connecting barb ensure that the polyurethane hose does not enter the engine bay Route the 3mm silicon through the engine bay and connect the end to the inlet manifold Use the small h...

Page 5: ... or exhaust manifold otherwise heat shielding maybe required If your vehicle is fitted with a factory boost control solenoid it MUST BE REMOVED from the hose that runs between the pressure source and the wastegate actuator failure to remove the solenoid will cause erratic or fluctuating boost pressure Ensure that the factory boost control solenoid remains connected to the ECU s wiring harness Conn...

Page 6: ... earth or ground GREY Solenoid wire 1 connect using wire supplied polarity not important BROWN Solenoid wire 2 connect using wire supplied polarity not important YELLOW Dimmer circuit 12 Volts WHITE Auxiliary output switched to ground see diagram below GREEN External set point 2 refer to section 5d ORANGE External set point 3 refer to section 5d Please Note All electrical connections must be solde...

Page 7: ...ll up or down to the parameter you want to edit Press and hold the Mode button for two seconds and the parameter will begin to flash To change the value of the parameter press the up or down arrow until the desired value appears on the readout To store this value press the Mode button momentarily To exit the boost parameter menu press the Mode button again the e Boost will display END as confirmat...

Page 8: ... that you seek advise from an appropriately qualified technician with regard to the OBS setting If the OBS is triggered the e Boost begins to reduce the boost pressure to half of that set in the OBS parameter Once this safe pressure is achieved the e Boost returns to normal operation To change the Over Boost Shutdown enter the user parameter menu then scroll to the OBS parameter Press and hold the...

Page 9: ...nd is not directly related to an actual boost pressure Boost pressure is set by increasing or decreasing the value of each of the three boost set points Increasing the boost set point will result in a higher boost pressure and vice versa The boost set point changes the effect that the e Boost has on the pressure signal going to the wastegate actuator A boost set point of 0 will have no effect on t...

Page 10: ...ensate for a drop in boost pressure at high RPM due to the turbocharger operating beyond its maximum efficiency incorrect turbocharger sizing or excessive exhaust backpressure 4e Sensitivity The e Boost has a sensitivity adjustment that effects the way that the e Boost controls boost pressure The sensitivity is factory set to 10 this caters for the majority of turbo applications however should you...

Page 11: ...ost spike is eliminated If the gate pressure is set beyond your actual boost pressure the e Boost will reach the gate pressure once and then revert to your actual boost pressure Once the e Boost registers a vacuum the gate pressure function is reset and so on This cycle maybe advantageous for certain applications where a momentary spike in boost is desired To change the gate pressure value enter t...

Page 12: ... the green and or orange wires to the chassis The external set points are selected by earthing the appropriate wire corresponding with the set point you wish to select see the table below for detail The e Boost is factory set for internal set point switching To configure the e boost for external set point trigger enter the user parameter menu then scroll to the ISP parameter Press and hold the Mod...

Page 13: ...tegate actuator for leakage the diaphragm or housing may be cracked or split Ensure the smooth and free operation of the wastegate arm in the turbo exhaust housing Check that the hose between the e Boost and the inlet manifold is not obstructed broken or kinked Check that the OBS is set higher than the boost pressure you are aiming for refer to section 4a for more detail Check the Blow off Valve f...

Page 14: ...ding any original manufactures warranty All warranty claims must be returned to the authorised reseller you must return the product and sales receipt at your own expense accompanied by a letter stating the reason for the claim Proof of purchase must be provided with any warranty claim and will be verified with the authorised reseller from which the product was purchased If all the above procedures...

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