2007 NISSAN TIIDA oil

TM-316
< DISASSEMBLY AND ASSEMBLY >[TYPE 1 (4AT: RE4F03B)]
ASSEMBLY
30. Install control valve assembly on transaxle case.
a. Install O-ring on terminal body.
CAUTION:
 Do not reuse O-ring.
 Apply ATF to O-ring.
b. Insert manual valve into control valve assembly.
CAUTION:
Do not drop manual valve.
c. Set manual shaft in “N” position.
d. Install control valve assembly on transaxle case while aligning
manual valve (2) with manual plate (1).
e. Install terminal body (2) into transaxle case by pushing it.
f. Install snap ring (1) to terminal body (2).
g. Tighten bolts (A), (B) and (C) to the specified torque.
Bolt length, number and location:
31. Install oil pan.
a. Attach magnets on oil pan.
SCIA3999E
SCIA7090E
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Bolt symbol A B C
Bolt length “ ” [mm (in)]
40.0 mm
(1.575 in)33.0 mm
(1.299 in)43.5 mm
(1.713 in)
Number of bolts 5 6 2
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ASSEMBLY
TM-317
< DISASSEMBLY AND ASSEMBLY >[TYPE 1 (4AT: RE4F03B)]
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b. Install oil pan gasket on transaxle case.
CAUTION:
 Completely remove all moisture, oil and old gasket, etc.
from the oil pan gasket mounting surface of transaxle
case.
 Do not reuse oil pan gasket.
c. Install oil pan on transaxle case.
CAUTION:
Completely remove all moisture, oil and old gasket, etc.
from the oil pan gasket mounting surface of oil pan.
d. Tighten oil pan bolts (1) to the specified torque.
CAUTION:
 Always replace oil pan bolts (1) as they are self-sealing bolts.
 Tighten four bolts in a criss-cross pattern to prevent dislocation of gasket.
e. Install drain plug gasket and drain plug (2) to oil pan.
CAUTION:
Do not reuse drain plug gasket.
f. Tighten drain plug to the specified torque.
32. Install PNP switch (2) on transaxle case.
: Bolt (3)
a. Set manual shaft (1) in “P” position.
b. Temporarily install PNP switch (2) on manual shaft (1).
c. Set manual shaft (1) in “N” position.
d. Use a 4 mm (0.16 in) dia. pin for this adjustment.
i. Insert the pin straight into the manual shaft (1) adjustment hole.
ii. Rotate PNP switch (2) until the pin can also be inserted straight
into hole in PNP switch (2).
e. Tighten PNP switch fitting bolts to the specified torque.
f. Remove pin from adjustment hole after adjusting PNP switch (2).
33. Install O-ring (3) to turbine revolution sensor (power train revolu-
tion sensor) (1).
34. Install turbine revolution sensor (power train revolution sensor)
(1) to transaxle case (2).
: Bolt
35. Tighten turbine revolution sensor (power train revolution sensor)
bolt to the specified torque.
36. Install revolution sensor (1) to transaxle case (2).
37. Tighten revolution sensor bolts to the specified torque.
: Bolt
CAUTION:
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TM-318
< DISASSEMBLY AND ASSEMBLY >[TYPE 1 (4AT: RE4F03B)]
ASSEMBLY
Ensure revolution sensor harness is firmly secured with
bolt.
(1): Revolution sensor
: Bolt
38. Install torque converter.
a. Pour ATF into torque converter.
Approximately 1 liter (7/8 Imp pt) of fluid is required for a
new torque converter.
When reusing old torque converter, add the same amount
of ATF as was drained.
b. Install torque converter while aligning notches of torque con-
verter with notches of oil pump.
c. Measure distance “A” to make sure that torque converter is in
proper position.
SCIA6518J
SAT428DA
SAT429D
Distance “A”: 16.2 mm (0.638 in) or more
SAT430D

SERVICE DATA AND SPECIFICATIONS (SDS)
TM-323
< SERVICE DATA AND SPECIFICATIONS (SDS) [TYPE 1 (4AT: RE4F03B)]
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Final DriveINFOID:0000000001731396
DIFFERENTIAL SIDE GEAR CLEARANCE
DIFFERENTIAL SIDE BEARING END PLAY
Planetary CarrierINFOID:0000000001731397
Oil PumpINFOID:0000000001731398
Input ShaftINFOID:0000000001731399
SEAL RING CLEARANCE
SEAL RING
Unit: mm (in)
Reduction Pinion GearINFOID:0000000001731400
TURNING TORQUE
Band ServoINFOID:0000000001731401
RETURN SPRINGS
Unit: mm (in)
Output ShaftINFOID:0000000001731402
SEAL RING CLEARANCE
Clearance between side gear and differential case with washer [mm (in)] 0.1 - 0.2 (0.004 - 0.008)
Differential side bearing end play [mm (in)] 0 - 0.15 (0 - 0.0059)
Clearance between planetary carrier and pinion washer [mm (in)]Standard 0.15 - 0.70 (0.0059 - 0.0276)
Allowable limit 0.80 (0.0315)
Oil pump side clearance0.02 - 0.04 (0.0008 - 0.0016)
Clearance between oil pump housing and outer gear [mm (in]Standard 0.08 - 0.15 (0.0031 - 0.0059)
Allowable limit 0.15 (0.0059)
Oil pump cover seal ring clearance [mm (in)]Standard 0.10 - 0.25 (0.0039 - 0.0098)
Allowable limit 0.25 (0.0098)
Input shaft seal ring clearance [mm (in)]Standard 0.10 - 0.25 (0.0039 - 0.0098)
Allowable limit 0.25 (0.098)
Outer diameter Inner diameter Width
24 (0.94) 20.4 (0.803) 1.97 (0.0776)
Turning torque of reduction pinion gear [N·m (kg-m, in-lb)] 0.11 - 0.69 (0.02 - 0.07, 1 - 6)
Return spring Free length
2nd servo return spring 32.5 (1.280)
OD servo return spring 38.52 (1.5165)

A/T CONTROL SYSTEM
TM-329
< FUNCTION DIAGNOSIS >[TYPE 2 (4AT: RE4F03B)]
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FUNCTION DIAGNOSIS
A/T CONTROL SYSTEM
Cross-Sectional ViewINFOID:0000000001714309
1. Converter housing 2. Oil pump 3. Brake band
4. Reverse clutch 5. High clutch 6. Front planetary gear
7. Low one-way clutch 8. Rear planetary gear 9. Forward clutch
10. Overrun clutch 11. Low & reverse brake 12. Output gear
13. Band servo piston 14. Reverse clutch drum 15. Side cover
16. Idler gear 17. Forward one-way clutch 18. Transaxle case
19. Reduction pinion gear 20. Final gear 21. Differential case
22. Input shaft 23. Torque converter
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TM-330
< FUNCTION DIAGNOSIS >[TYPE 2 (4AT: RE4F03B)]
A/T CONTROL SYSTEM
Shift Mechanism
INFOID:0000000001714310
CONSTRUCTION
FUNCTION OF CLUTCH AND BRAKE
CLUTCH AND BAND CHART
1. Torque converter 2. Oil pump 3. Input shaft
4. Brake band 5. Reverse clutch 6. High clutch
7. Front sun gear 8. Front pinion gear 9. Front internal gear
10. Front planetary carrier 11. Rear sun gear 12. Rear pinion gear
13. Rear internal gear 14. Rear planetary carrier 15. Forward clutch
16. Forward one-way clutch 17. Overrun clutch 18. Low one-way clutch
19. Low & reverse brake 20. Parking pawl 21. Parking gear
22. Output shaft 23. Idle gear 24. Output gear
SAT998I
Clutch and brake components Abbr. Function
5Reverse clutch R/C To transmit input power to front sun gear 7.
6High clutch H/C To transmit input power to front planetary carrier 10.
15Forward clutch F/C To connect front planetary carrier 10 with forward one-way clutch 16.
17Overrun clutch O/C To connect front planetary carrier 10 with rear internal gear 13.
4Brake band B/B To lock front sun gear 7.
16Forward one-way clutch F/O.CWhen forward clutch 15 is engaged, to stop rear internal gear 13 from rotating in
opposite direction against engine revolution.
18Low one-way clutch L/O.CTo stop front planetary carrier 10 from rotating in opposite direction against en-
gine revolution.
19Low & reverse brake L & R/B To lock front planetary carrier 10.
Shift posi-
tionR/C
5H/C
6F/C
15O/C
17Band servo
F/O.C
16L/O.C
18L&R/B
19Lock-
upRemarks
2nd
apply3rd re-
lease4th ap-
ply
PPA R K
POSITION
RREVERSE
POSITION

A/T CONTROL SYSTEM
TM-331
< FUNCTION DIAGNOSIS >[TYPE 2 (4AT: RE4F03B)]
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 *1: Operates when OD OFF. (OD OFF indicator lamp is on.)
 *2: Oil pressure is applied to both 2nd “apply” side and 3rd “release” side of band servo piston. However, brake band does not contract
because oil pressure area on the “release” side is greater than that on the “apply” side.
 *3: Oil pressure is applied to 4th “apply” side on condition *2 above, and brake band contracts.
 *4: A/T will not shift to 4th when OD OFF. (OD OFF indicator lamp is on.)
 : Operates.
 A: Operates when throttle opening is less than specification**, activating engine brake.
 B: Operates during “progressive” acceleration.
 C: Operates but does not affect power transmission.
 D: Operates when throttle opening is less than specification**, but does not affect engine brake.
- **: Overrun clutch remains in engaged condition when throttle opening is less than 1/16.
POWER TRANSMISSION
“N” and “P” Positions
 “N” position
Power from the input shaft is not transmitted to the output shaft because the clutches do not operate.
 “P” position
NNEUTRAL
POSITION
D*41st *1D B B
2nd *1A BAutomatic
shift
3rd *1A *2C C B
*11 ⇔ 2 ⇔ 3
⇔ 4
4th C *3C C
21stBB
Automatic
shift
1 ⇔ 2 ⇐ 3 2ndB
3rd *2C C B
11stBB
Locks (held
stationary)
in 1st speed
1 ⇐ 2 ⇐ 3 2ndB
3rd *2C C B Shift posi-
tionR/C
5H/C
6F/C
15O/C
17Band servo
F/O.C
16L/O.C
18L&R/B
19Lock-
upRemarks
2nd
apply3rd re-
lease4th ap-
ply

A/T CONTROL SYSTEM
TM-341
< FUNCTION DIAGNOSIS >[TYPE 2 (4AT: RE4F03B)]
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CONTROL OF SHIFT VALVES A AND B
Pilot pressure generated by the operation of shift solenoid valves A and B is applied to the end face of shift
valves A and B.
The figure above shows the operation of shift valve B. When the shift solenoid valve is “ON”, pilot pressure
applied to the end face of the shift valve overcomes spring force, moving the valve upward.
Lock-up ControlINFOID:0000000001714316
The torque converter clutch piston in the torque converter is locked to eliminate torque converter slip and to
increase power transmission efficiency. The solenoid valve is controlled by an ON-OFF duty signal sent from
the TCM. The signal is converted to an oil pressure signal which controls the torque converter clutch piston.
CONDITIONS FOR LOCK-UP OPERATION
When vehicle is driven in 3rd and 4th gear positions, vehicle speed and throttle opening are detected. If the
detected values fall within the lock-up zone memorized in the TCM, lock-up is performed.
TORQUE CONVERTER CLUTCH SOLENOID VALVE CONTROL
Gear position 1 2 3 4
Shift solenoid valve A ON (Closed) OFF (Open) OFF (Open) ON (Closed)
Shift solenoid valve B ON (Closed) ON (Closed) OFF (Open) OFF (Open)
SAT009J
OD ON OFF
Selector lever “D” position
Gear position D
4D3
Vehicle speed sensor More than set value
Throttle position sensor Less than set opening
Closed throttle position switch OFF
A/T fluid temperature sensor More than 40°C (104°F)