A.E.B. AEB215 Manual De Uso página 69

VEHICLE CONFIGURATION
O2 SENSOR OPEN CIRCUIT DURATION (Fig. 23)
This value, expressed in seconds, determines the length of the C
interval that is the time during which the E.C.U. does not receive any
simulated signal. The signal stays polarized by the internal resistor of
the E.C.U.. This parameter is displayed only if the "CONSTRUCTED
SQUARE WAVE" function is selected.
NUMBER OF SIMULATED WAVES (Fig. 24)
This value determines the number of waves sent to the E.C.U. before
disconnecting the Oxygen Sensor signal. A wave is defined as the
sum of the high and low duration time indicated as B in the figure
below, which shows two waves being generated before disconnecting
the signal.
This parameter is displayed only if a disconnected sensor time different
than 0 is entered.
D
OPEN CIRCUIT (Fig. 25)
When this type of simulation is selected, during GAS operation the
E.C.U. wire that is connected to the GREY wire of the GALILEO receives
no signal, that is, it is an open circuit. The open circuit remains
polarized by the internal resistor of the E.C.U..
GROUND SIMULATION (Fig. 26)
When this type of simulation is selected, during GAS operation the
Oxygen Sensor wire coming from the E.C.U. and connected to the
GREY wire of the GALILEO is kept grounded.
Is215-2 Rev. 110105-2
C
GALILEO
O2 SENSOR OPEN
CIRCUIT DURATION
0.50 s
Fig. 23
N° OF SIMULATED WAVES
2
Fig. 24
TYPE OF O2 SENSOR
SIMULATION
OPEN CIRCUIT
Fig. 25
TYPE OF O2 SENSOR
SIMULATION
GROUND
SIMULATION
Fig. 26
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