Isuzu 1999 RODEO Workshop Manual page 1318

3.2L V-6 Engine (Automatic and Manual Transmission)
Tech 2 Data List
Parameter
A/C Clutch Engine
A/C Request Engine
Air/Fuel Ratio Engine
BARO kPa Engine
Broadcast Code ID info
from
"SELECT
MODE"
Application
Menu
Check Trans Engine
Lamp (Auto
Trans)
CMP Act. Engine
Counter (Cam
Position Activity)
Decel Fuel Engine
Mode
Desired EGR Engine
Position
Desired Idle Engine
ECT (Engine Engine
Coolant Temp)
EGR Closed Eng: EGR
Valve Pintle
Position
EGR Duty Cycle Engine
EGR Feedback Eng: EGR
RODEO 6VD1 3.2L ENGINE DRIVEABILITY AND EMISSIONS
Units Typical Data
Displayed Values (IDLE)
On/Off Off
Yes/No No
Ratio: _ to 14.7
1
kPa 61-104
(depends on
altitude and
barometric)
3.2 letters Depends on
latest level of
engine/transmis
sion software
and calibration.
Review
Technical
Service Bulletins
or dealership
reprogramming
tools for most
current level.
On/Off Off
Counts 0-255, always
increasing
Active/Inac Inactive
tive
Percent 0%
RPM 750
Degrees C, 80-100°C
Degrees F (176-212°F)
Steps 20-40
Percent 0%
X.XX Volts 0.43-0.80
Typical Data
Values
(2500 RPM)
Off General Description and
Operation, A/C Clutch
Circuit Operation
No General Description and
Operation, A/C Request
Signal
14.7 General Description and
Operation, Fuel System
Metering Purpose
61-104 General Description and
(depends on Operation
altitude and
barometric)
Depends on
latest level of
engine/transmis
sion software
and calibration.
Review
Technical
Service Bulletins
or dealership
reprogramming
tools for most
current level.
Off 4L30-E Automatic
Transmission Diagnosis
0-255, always DTC P0341 and P0342
increasing
Inactive General Description and
Operation, Deceleration
Mode
0% General Description and
Operation, EGR Pintle
Position Sensor
800 General Description and
Operation, Idle Air Control
(IAC) Valve
80-100°C General Description and
(176-212°F) Operation, Engine Coolant
Temperature (ECT)
Sensor
20-40 General Description and
Operation, EGR Pintle
Position Sensor
0% General Description and
Operation, Linear EGR
Operation and Results of
Incorrect Operation
0.43-0.80
6E2–75
Refer To
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