2009 SUBARU TRIBECA relay

SL-26
Security System
SECURITY AND LOCKS
4. Security System
A: WIRING DIAGRAM

B: ELECTRICAL SPECIFICATION
Description Terminal No. Measuring condition
Ignition switch A1 (INPUT) Battery voltage is present when ignition switch is turned ON.
Keyless entr y control module A9 (INPUT) Communication line (Cannot be measured because of digital signal)
Rear gate latch switch A17 (INPUT) 0 V is present when opening the rear gate.
Rear door switch RH A18 (INPUT) 0 V is present when opening the rear door RH.
Fr o nt d oo r swi tc h L H A 19 ( I NP UT ) 0 V i s pr e se n t wh e n o p en in g th e f r o n t d oo r L H.
Rear door switch LH A31 (INPUT) 0 V is present when opening the rear door LH.
Fr o nt d oo r swi tc h RH A 32 ( I NP UT ) 0 V i s pr e se n t wh e n o p en in g th e f r o n t d oo r RH.
Security indicator light A33 (INPUT) Battery voltage is present when the alarm operation is activated.
Horn relay B11 (OUTPUT) Battery voltage is present when the alarm operation is activated.
Tu r n s i g n a l & h a z a r d c i r c u i t B 1 2 ( O U T P U T ) B a t t e r y v o l t a g e i s p r e s e n t w h e n t h e a l a r m o p e r a t i o n i s a c t i v a t e d .
Ground B22 0 V is constantly present.
Pow er s up p ly C 2 B at t e r y vol t ag e i s c on s ta n tl y p r e se nt .
Impact sensor C5When not applying vibration to the impact sensor, it repeats displaying
the 0 V and battery voltage in every 45 milliseconds.
Ground C8 0 V is constantly present.
Ground C9 0 V is constantly present.
CS-00273
71928
61827
51741626152514241312231122
3102921
1820
B281side
72030
619291828
51741627152614132512241123
3102922
1821
B280side
82335
722342162033
51932183117301615291428
41327
312261121025
1924
i84side

SL-32
Security System
SECURITY AND LOCKS
6. CHECK SECURITY INDICATOR LIGHT CIRCUIT.
7. CHECK HORN
Step Check Yes No
1CHECK SECURITY INDICATOR LIGHT.
1) Turn the ignition switch to OFF.
2) Disconnect the harness connector of body
integrated unit.
3) Connect the resistor (100 Ω) between the
body integrated unit harness connector termi-
nal (i84) No. 33 and chassis ground.
Connector & terminal
(i84) No. 33 — Chassis ground:
Does the security indicator
light illuminate?
Check the body
integrated unit.
LAN(diag)-2, Basic
Diagnostic Proce-
dure.>
Go to step 2.
2CHECK POWER SUPPLY FOR SECURITY
INDICATOR LIGHT.
1) Disconnect the connector from warning
box.
2) Measure the voltage between warning box
harness connector terminal and chassis
ground.
Connector & terminal
(i116) No. 1 (+) — Chassis ground (–):
Is the voltage more than 10 V? Go to step 3.Check the harness
for open or shor t
circuits between
warning box and
fuse.
3CHECK SECURITY INDICATOR LIGHT CIR-
CUIT.
Measure the resistance between the warning
box harness connector terminal and security
control unit harness connector terminal.
Connector & terminal
(i116) No. 2 — (i84) No. 33:
Is the resistance less than 10
Ω?
Replace the warn-
ing box. IDI-17, Warning
Box.>
Check the harness
for open or shor t
circuits between
warning box and
body integrated
unit.
Step Check Yes No
1CHECK HORN OPERATION.
Check the horn sounds when the horn switch
is pushed.
Does the horn sound? Go to step 2.Check the horn cir-
cuit.
2CHECK OUTPUT TO HORN RELAY.
1) Connect the Subaru Select Monitor to data
link connector.
2) Turn the ignition switch to ON.
3) Select {Integ. unit} from main menu.
4) Select {Function Check}.
5) Select {Horn Output} and execute
Does the horn sound? Horn circuit is OK. Go to step 3.
3CHECK HORN RELAY CIRCUIT.
1) Turn the ignition switch to OFF.
2) Disconnect the harness connector of body
integrated unit.
3) Disconnect the main fuse box harness con-
nector (B186).
4) Measure the resistance between harness
connector terminals.
Connector & terminal
(B280) No. 11 — (B186) No. 1:
Is the resistance less than 10
Ω?
Check the body
integrated unit.
LAN(diag)-2, Basic
Diagnostic Proce-
dure.>
Repair the har-
ness.

SR-4
Sunroof Control System
SUNROOF/T-TOP/CONVERTIBLE TOP (SUNROOF)
2. Sunroof Control System
A: WIRING DIAGRAM
1. SUNROOF

B: INSPECTION
•Failure turn of glass lid while driving rough road.
Glass lid has auto-reverse function. When applied above specified force to the glass lid, the lid turns back
and stops. When operating the glass lid (open or close) while driving the rough road, the lid judges vibration
as a force and may causes failure turns. When the failure turn is occurred, need to perform the initialize op-
eration with following procedure.
1. INITIALIZE OPERATION
1) Tilt up the glass lid.
2) Release the switch once, and press the tilt up switch again for 15 seconds.
3) When the glass lid is raised a little and returned to tilt up position, release the switch for the moment. (Ini-
tialization of position detecting function)
4) Holding down the tilt up switch again within 5 seconds from releasing the switch will automatically perform
tilt down/slide open/slide close. (When more than 5 seconds pass, the position detecting function is can-
celled.)
5) Initialize operation is completed.
Symptom Inspection order
Wa t er l e ak ag e 1 . Che ck r o o f p a ne l a n d g la ss li d fo r i mp r o pe r or p oo r se al i ng .
2. Check drain tube for clogging.
3. Check sunroof frame seal and body for improper fit.
Booming noise, wind noise and other noise 1. Check glass lid and roof panel for improper clearance.
2. Check sunshade and roof trim for improper clearance.
Abnormal motor noise 1. Check installing part of motor for looseness.
2. Check gears and bearings for wear.
3. Check cable for wear.
4. Check cable pipe for deformities.
Fai l ur e of su n r oo f
(Motor operates properly.)
1. Check guide rail for foreign particles.
2. Check guide rail for improper installation.
3. Check parts for mutual interference.
4. Check cable slider for improper clinching.
5. Check cable for improper installation.
Motor does not rotate or rotate improperly. 1. Check fuse for blown out.
2. Check switch for improper function.
3. Check motor for incorrect terminal voltage.
4. Check the relay for improper operation.
5. Check poor grounding system.
6. Check harness for open or short and terminals for poor connections.
Fai l ur e tu r n o f gl a ss l i d Ch e ck gu i de ra il fo r fo r e ig n p a r ti cl e s.

WW-5
Wiper and Washer System
WIPER AND WASHER SYSTEMS
2. Wiper and Washer System
A: WIRING DIAGRAM
1. WIPER AND WASHER (FRONT)

2. WIPER AND WASHER (REAR)

B: INSPECTION
Symptom Repair order
Wiper and washers do not operate. 1. Wiper fuse (Front: F/B No. 30, Rear : F/B No. 23)
2. Combination switch
3. Wiper motor assembly
4. Wiring harness
5. Wiper relay unit
6. Body integrated unit (rear wiper only)
Wipers do not operate in LO or HI. 1. Combination switch
2. Wiper motor assembly
3. Wiring harness
4. Wiper relay unit
Wipers do not operate in INT. 1. Combination switch
2. Wiper motor assembly
3. Wiring harness
4. Body integrated unit (rear wiper only)
Wa sh e r mo to r do e s n ot o pe ra t e. 1 . Wa sh e r swit c h
2. Washer motor
3. Wiring harness
Wipers do not operate when washer switch is ON. 1. Wiper motor assembly
2. Wiring harness
Wa sh e r fl u id sp ray do e s n ot op e ra te pr o p er l y. 1 . Wa sh e r m ot o r
2. Washer hose and nozzle

WW-9
Combination Switch (Wiper)
WIPER AND WASHER SYSTEMS
2) Check rear wiper motor circuit
Step Check Yes No
1CHECK POWER SUPPLY CIRCUIT OF THE
REAR WIPER MOTOR.
1) Disconnect the harness connector of the
rear wiper motor.
2) Turn the ignition switch to ACC.
3) Measure the voltage between the rear
wiper motor harness connector terminal and
chassis ground.
Connector & terminal
(D43) No. 1 (+) — Chassis ground (–):
Is the voltage more than 10 V? Go to step 2.•Check the fuse
(No. 23 in fuse &
relay box).
•Check the fus-
ible link (No. 6 in
main fuse box).
2CHECK GROUND CIRCUIT OF REAR WIPER
MOTOR.
1) Turn the ignition switch to OFF.
2) Measure the resistance between the rear
wiper motor harness connector terminal and
chassis ground.
Connector & terminal
(D43) No. 3 — Chassis ground:
Is the resistance less than 10
Ω?
Go to step 3.Repair the open
circuit of the rear
wiper motor
ground circuit.
3CHECK HARNESS BETWEEN BODY INTE-
GRATED UNIT AND REAR WIPER MOTOR.
1) Turn the ignition switch to OFF.
2) Disconnect the harness connector of body
integrated unit.
3) Disconnect the harness connector of the
rear wiper motor.
4) Measure the resistance between the har-
ness connector terminals of the body inte-
grated unit and rear wiper motor.
Connector & terminal
(B280) No. 1 — (D43) No. 2:
(B280) No. 8 — (D43) No. 4:
Is the resistance less than 10
Ω?
Go to step 4.Repair the open
circuit of the har-
ness between
body integrated
unit and rear wiper
motor.
4CHECK OPERATION OF REAR WIPER MO-
TOR.
1) Remove the rear wiper motor.
2) Check the rear wiper motor. 19, INSPECTION, Rear Wiper Motor.>
Does the rear wiper motor
rotate normally?
End. Replace the rear
wiper motor.

WW-14
Wiper Relay Unit
WIPER AND WASHER SYSTEMS
6. Wiper Relay Unit
A: REMOVAL
1) Disconnect the ground cable from battery.
2) Remove the wiper arm. MOVAL, Front Wiper Arm.>
3) Remove the cowl panel. MOVAL, Cowl Panel.>
4) Disconnect connector (A) of the wiper motor as-
sembly.
5) Remove bolt (B) and clip (C).
6) Disconnect connector (D) of the wiper relay unit.
NOTE:
Unit body, bracket, and rubber mount is an assem-
bly component and cannot be disassembled.
B: INSTALLATION
Install in the reverse order of removal.
CAUTION:
•Do not reuse the clips. Always replace them
with new ones.
•Make sure the connector connection and clip
insertion is secure, and confirm the contact
C: INSPECTION
1) Inspect the continuity of 4 pole connector.
2) Connect the battery to the 3 pole connector and
measure the continuity of 4 pole connector.
3) When measurement value is different from the
specification, replace the wiper relay unit.
Te r m i n a l N o . S p e c i f i c a t i o n
1 and 2 Less than 1 Ω
Te r m i n a l N o .Specification3 pole connector 4 pole connector
2 and 3 1 and 4 Less than 1 Ω
1 and 2 3 and 4 Less than 1 Ω

BVC(diag)-6
Electrical Component Location
BRAKE VACUUM CONTROL (BVC) (DIAGNOSTICS)
4. Electrical Component Location
A: LOCATION
(1) Brake vacuum pump relay (4) Test mode connector (6) Data link connector
(2) Brake vacuum pump (5) Engine control module (ECM) (7) Odo/trip meter
(3) Brake vacuum sensor
BR-00520
(1)
(2)(3)
(7)
(4)
(5)
(6)

BVC(diag)-8
Engine Control Module (ECM) I/O Signal
BRAKE VACUUM CONTROL (BVC) (DIAGNOSTICS)
5. Engine Control Module (ECM) I/O Signal
A: ELECTRICAL SPECIFICATION
DescriptionConnector
No.
Te r m i n a l
No.
Signal (V)
NOTEIgnition SW ON
(engine OFF)
Engine ON
(idling)
Brake vacuum
sensor
Signal B134 27 1 — 3.8 1 — 3.8 —
Pow er s up pl y B 1 35 2 2 5 5 —
Ground B135 30 0 0 —
Self-shutoff control B136 23 0 0 —
Brake vacuum
pump
Relay drive B136 8
10 — 13
(When the pump is OFF)
12 — 14
(When the pump is ON)—
0 (When the pump is ON) 0 (When the pump is ON)
Electric load B135 25
0 (When the pump is OFF) 0 (When the pump is OFF)
—10 — 13
(When the pump is ON)
12 — 14
(When the pump is ON)
SSM communication line B136 16 1 or less ←→ 4 or more 1 or less ←→ 4 or more —
EN-01812
B134
5678219431024 2223251112131415262728
1617181920213334 2932 3031
B136
5678219431024 2223251112131415262728
16171819202133342932303135
B135
5678219431024 2223251112131415262728
16171819202129303132333435
B137
5678219431022231112131415242526
1617181920212728293031
ToToToTo