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The following abbreviations are used to represent values for Control Module Pin-Out data
I Input SG Sensor Ground S SCP Network V Voltage (DC)
O Output A ACP Network D Serial and Encoded Data Hz Frequency
SS Sensor Supply V C CAN (Network) B+ Battery Voltage kHz Frequency x 1000
CAUTION: The information on this data page is furnished to aid the user in understanding circuit operation. THIS INFORMATION SHOULD BE USED FOR
REFERENCE ONLY.
NOTE: The values listed are approximately those that can be expected at the control module connector pins with all circuit connections made and all components
connected and fitted. “Active” means a load is applied or a switch is ON; “Inactive” means a load is not applied or a switch is OFF.
Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control
modules and control module pins.
DATE OF ISSUE: September 2000
Fig. 06.2
COMPONENTS
Component Connector / Type / Color Location / Access
POWER ASSISTED STEERING CONTROL MODULE CA32 / 9-WAY RISTS / BLACK LOWER LH ‘A’ POST / LOWER ‘A’ POST FINISHER
VARIABLE STEERING CONVERTER LL3 / 2-WAY AMP JUNIOR POWER TIMER / NATURAL STEERING RACK / CONTROL VALVE
HARNESS-TO-HARNESS CONNECTORS
Connector Type / Color Location / Access
FC5 54-WAY THROUGH PANEL CONNECTOR / GREY BELOW DRIVER SIDE AIR VENT / COIN TRAY
LL2 2-WAY AUGAT 1.6 / BLACK BELOW CHASSIS RAIL / LH SIDE
LF3 54-WAY THROUGH PANEL CONNECTOR / GREY LH ‘A’ POST / LOWER ‘A’ POST FINISHER
GROUNDS
Ground Location / Type
CA30L EYELET (PAIR) – LH ‘A’ POST GROUND SCREW
FOR CONTROL MODULE PIN OUT INFORMATION, UNFOLD PAGE TO LEFT.
CONTROL MODULE PIN OUT INFORMATION
POWER ASSISTED STEERING CONTROL MODULE
Pin Description Active Inactive
O CA32-2 TRANSDUCER NEGATIVE 2 V @ IDLE DECREASING WITH VEHICLE SPEED
I CA32-4 VEHICLE SPEED B+ @ 10 MPH (16 KM/H) = 20 Hz, 20 MPH (32 KM/H) = 40 Hz
O CA32-5 TRANSDUCER POSITIVE 9 V @ IDLE INCREASING WITH VEHICLE SPEED
I CA32-6 IGNITION SWITCHED POWER SUPPLY B+ 0 V
I CA32-8 GROUND 0 V 0 V