Circuit Diagram

Item

Detecting Condition

Possible Cause

Case 1

DTC Strategy

Rationality(Too high)

Open or shrot in signal circuit

Open in power circuit

Open in ground circuit

Faulty Output speed sensor

Faulty TCM

Enable Conditions

Battery Voltage > 10V

Threshold Value

Output speed (NAB) Output speed >= 6000RPM

Case 2

DTC Strategy

Rationality

Enable Conditions(1)

Battery Voltage > 10V

Position Lever D, B, L

State of the brake Off

Vehicle Speed > 25km/h

Throttle opening > 15%

Engine speed > 3000RPM

Pre-Filtering 1 sec

Threshold Value(1)

Output speed (NAB) Output speed = 0 & Current gear = 1, L, B

Enable Conditions(2)

Battery Voltage > 10V

Position Lever D, B

State of the brake Off

Input speed > 1800RPM

Engine speed > 3000RPM

Pre-Filtering 1 sec

Threshold Value(2)

Output speed (NAB) Output speed = 0 & Current gear = 2

Enable Conditions(3)

Battery Voltage > 10V

Position Lever D

State of the brake Off

Input speed > 1200RPM

Engine speed > 3000RPM

Pre-Filtering 1 sec

Threshold Value(3)

Output speed (NAB) Output speed = 0 & Current gear = 3

Enable Conditions(4)

Battery Voltage > 10V

Position Lever D

State of the brake Off

Input speed > 700RPM

Engine speed > 3000RPM

Pre-Filtering 1 sec

Threshold Value(4)

Output speed (NAB) Output speed = 0 & Current gear = 4

Enable Conditions(5)

Battery Voltage > 10V

Position Lever D

State of the brake Off

Input speed > 800RPM

Engine speed > 3000RPM

Pre-Filtering 1 sec

Threshold Value(5)

Output speed (NAB) Output speed = 0 & Current gear = 5

Enable Conditions(6)

Battery Voltage > 10V

Position Lever D, B, L

Output speed before dropping > 1200RPM

Input speed > 1000RPM

Pre-Filtering 1 sec

Threshold Value(6)

Output speed gradient (nabg) Output speed gradient (during 20msec) > 600RPM

Diagnostic Time

More than 4.0 sec.

Fail Safe

Output speed from vehicle speed

Shift prevention over 4th gear

Prevention of manual shift

Prevention of pressure adaptation

Damper clutch off

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