ELECTRIC PARKING BRAKE CONTROL MODULE INSPECTION


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1.  Disconnect the electric parking brake control module connector. (See ELECTRIC PARKING BRAKE CONTROL MODULE REMOVAL/INSTALLATION.)

2.  Attach the tester lead to the electric parking brake control module wiring harness-side connector and inspect voltage or continuity according to the Terminal Voltage Table (Reference) on the table.


Terminal Voltage Table (Reference)

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Terminal

Connected to

Test item

Test condition

Specification

Inspection item(s)

A
Battery
Voltage
Under any condition
B+
•  Wiring harness between electric parking brake control module terminal A and battery
B
Ground point
Continuity
Electric parking brake control module terminal B—ground point
Continuity
•  Wiring harness between electric parking brake control module terminal B and ground point
C
Electric parking brake motor gear unit (LH)
Continuity
Electric parking brake control module terminal C—electric parking brake motor gear unit (LH) terminal A
Continuity
•  Wiring harness between electric parking brake control module terminal C and electric parking brake motor gear unit (LH) terminal A
D
Electric parking brake motor gear unit (LH)
Continuity
Electric parking brake control module terminal D—electric parking brake motor gear unit (LH) terminal B
Continuity
•  Wiring harness between electric parking brake control module terminal D and electric parking brake motor gear unit (LH) terminal B
E
Battery
Voltage
Under any condition
B+
•  Wiring harness between electric parking brake control module terminal E and battery
F
Ground point
Continuity
Electric parking brake control module terminal F—ground point
Continuity
•  Wiring harness between electric parking brake control module terminal F and ground point
G
Electric parking brake motor gear unit (RH)
Continuity
Electric parking brake control module terminal G—electric parking brake motor gear unit (RH) terminal A
Continuity
•  Wiring harness between electric parking brake control module terminal G and electric parking brake motor gear unit (RH) terminal A
H
Electric parking brake motor gear unit (RH)
Continuity
Electric parking brake control module terminal H—electric parking brake motor gear unit (RH) terminal B
Continuity
•  Wiring harness between electric parking brake control module terminal H and electric parking brake motor gear unit (RH) terminal B
I
J
K
Electric parking brake switch
Continuity
Electric parking brake control module terminal K—electric parking brake switch terminal C
Continuity
•  Wiring harness between electric parking brake control module terminal K and electric parking brake switch terminal C
L
M
Electric parking brake switch
Continuity
Electric parking brake control module terminal M—electric parking brake switch terminal H
Continuity
•  Wiring harness between electric parking brake control module terminal M and electric parking brake switch terminal H
N
O
Indicator light built into electric parking brake switch
Continuity
Electric parking brake control module terminal O—electric parking brake switch terminal L
Continuity
•  Wiring harness between electric parking brake control module terminal O and electric parking brake switch terminal L
P
Q
R
IG1 relay
Voltage
Ignition off
1.0 V or less
•  Wiring harness between electric parking brake control module terminal R and IG1 relay
Ignition ON
B+
S
T
U
V
W
X
Electric parking brake switch
Continuity
Electric parking brake control module terminal X—electric parking brake switch terminal E
Continuity
•  Wiring harness between electric parking brake control module terminal X and electric parking brake switch terminal E
Y
Z
Electric parking brake switch
Continuity
Electric parking brake control module terminal Z—electric parking brake switch terminal G
Continuity
•  Wiring harness between electric parking brake control module terminal Z and electric parking brake switch terminal G
AA
AB
CAN related module
Because this terminal is for communication, determination using terminal voltage inspection is not possible. Perform the inspection using the DTC inspection
AC
AD
CAN related module
Because this terminal is for communication, determination using terminal voltage inspection is not possible. Perform the inspection using the DTC inspection