FUEL SYSTEM
SCREEN
DESCRIPTION
Int.press.signal low
Int.press.signal high
Cut off time excess.
Water temperature too high
(limit exceeded)
Low oil pressure
?P1611?
?P1683?
ADJUSTABLE
PARAMETERS
Initialisation
Throttle
learning
CO adjustment 1
CO adjustment 2
Engine variant
Lambda sensor
Idling mot. fitted
Initialised ECU
3 - 14
APPROXIMATE
VALUES
-
-
-
-
-
-
position
self-
-
-
-
-
-
-
-
UNIT
OF
NOTE
MEASURE
-
-
-
This is a first in our injection systems:
error detection is based on a critical
threshold (115°C) (239 °F) rather than
an electric fault (short or open circuit)
In the design used so far, the ECU
would only indicate an oil pressure
switch fault if a malfunction was
detected before engine starting. A
malfunction occurring after start-up
would be displayed on the instrument
panel but not stored in the ECU.
In the current design, the error is
detected and stored in the ECU
-
-
To reset adaptive parameters when
changing the ECU, throttle body or
injectors (it may happen that in the first
-
seconds after start-up it stays at 5000
rpm). The engine starting attempts
count that appears in the error frozen
parameters is reset
The ECU self-learning procedure for
the throttle sensor position and the
-
stepper motor (in case the TPS or the
stepper motor are changed)
Adjustment
PASSWORD authority, whenever it is
-
not possible to balance the CO rate
using the bypass screws
Adjustment
PASSWORD authority, whenever it is
-
not possible to balance the CO rate
using the bypass screws
Set 1 to activate standard mapping, 2
-
to activate Racing mapping (with open
pipes only! e.g. Akrapovic)
Adjustment
PASSWORD authority: to disable the
-
lambda sensor, regardless of the type
of mapping
Adjustment
-
PASSWORD authority: to disable the
stepper motor
Enabling necessary when installing a
new
ECU
-
parameters): see the same parameter
in the DEVICE PAGE
TUONO 1000
is
possible
only
with
is
possible
only
with
is
possible
only
with
is
possible
only
with
(enables
a
set
of