Safety Warning
DIY auto repair can cause serious injury, fire, or vehicle damage. These guides are for informational purposes only. Always follow OEM torque specs, wear PPE, and consult a certified mechanic if you are unsure. You are solely responsible for your safety.
SYS.OK|MANUAL.DB● LIVE
HOMESERVICE MANUALSSUBARU1996LEGACY WAGON 4WD F4-2.2L SOHCREPAIR AND DIAGNOSISPOWERTRAIN MANAGEMENTTRANSMISSION CONTROL SYSTEMSDESCRIPTION AND OPERATIONTRANSMISSION AND CONTROL SYSTEM OPERATION
1996 Subaru Legacy Wagon 4WD F4-2.2L SOHC
Transmission And Control System Operation
1996 Subaru Legacy Wagon 4WD F4-2.2L SOHCSECTION Transmission And Control System Operation
AWD MODEL
An electronically controlled full-time AWD System designed uniquely for Subaru on the basis of the FWD Transmission is adopted. This system has a Transfer Hydraulic Pressure Control Unit incorporating Duty Solenoid and a Multi-Plate Transfer (MPT) consisting of a wet type Multi-Plate Clutch on the rear of the Automatic Transmission section.
The Control Unit stores optimum transfer Clutch torque (duty ratio) data for various driving conditions. When actual driving conditions (Vehicle speed, Throttle opening, gear range, wheel slip, etc.) are detected by various sensors, the Control Unit selects the most suitable duty ratio from memory, and controls the transmitting torque of the Transfer Clutch by means of the hydraulic pressure controlling Duty Solenoid.
Features
- The Transfer Clutch capacity can be accurately controlled by means of the Electronic Control System. This is especially effective for eliminating tight corner braking phenomenon which occurs at low speeds, thereby achieving smooth driving.
- An optimum rear wheel drive distribution is achieved which corresponds to Engine output and gear shift position and improves fuel consumption and steering stability.
- For the car equipped with Anti-Locking Brake System (ABS), the braking performance is improved by the control of the Clutch and gear locking at a particular shift position through ABS operation-time control.
- Driveability and comfort are improved with the use of manual range.
An electronically controlled full-time AWD System designed uniquely for Subaru on the basis of the FWD Transmission is adopted. This system has a Transfer Hydraulic Pressure Control Unit incorporating Duty Solenoid and a Multi-Plate Transfer (MPT) consisting of a wet type Multi-Plate Clutch on the rear of the Automatic Transmission section.
The Control Unit stores optimum transfer Clutch torque (duty ratio) data for various driving conditions. When actual driving conditions (Vehicle speed, Throttle opening, gear range, wheel slip, etc.) are detected by various sensors, the Control Unit selects the most suitable duty ratio from memory, and controls the transmitting torque of the Transfer Clutch by means of the hydraulic pressure controlling Duty Solenoid.
Features
- The Transfer Clutch capacity can be accurately controlled by means of the Electronic Control System. This is especially effective for eliminating tight corner braking phenomenon which occurs at low speeds, thereby achieving smooth driving.
- An optimum rear wheel drive distribution is achieved which corresponds to Engine output and gear shift position and improves fuel consumption and steering stability.
- For the car equipped with Anti-Locking Brake System (ABS), the braking performance is improved by the control of the Clutch and gear locking at a particular shift position through ABS operation-time control.
- Driveability and comfort are improved with the use of manual range.
RENDER: 1.0x
NO RELATED
Recommended Tools & Savings
Use the Manual With the Right Hardware
Pair factory procedures with proven DIY tools so the instructions are easier to execute.
Affiliate disclosure: We may earn a commission at no extra cost to you.
When to See a Mechanic
Stop DIY work and contact a certified mechanic immediately if any of the following apply:
- • You smell fuel, burning insulation, or see smoke.
- • Brakes feel soft, pull hard to one side, or make grinding noises.
- • The engine overheats, stalls repeatedly, or misfires under load.
- • You are missing required tools, torque specs, or safe lifting equipment.
- • You are not confident in the next step or safety outcome.