Toyota Venza: Inspection

Toyota Venza Service Manual / Mf1a Transfer / 4wd / Awd / Transfer Assembly(when Not Using The Engine Support Bridge) / Inspection

INSPECTION

PROCEDURE

1. INSPECT PRELOAD

(a) Using SST and a torque wrench, measure the preload of the backlash between the driven pinion and ring gear.

SST: 09326-20011

Preload (at Starting):

Item	Preload
without SST	0.56 to 0.94 Nm (6 to 9 kgfcm, 5 to 8 in.*lbf)
with SST	0.40 to 0.67 Nm (4 to 6 kgfcm, 4 to 5 in.*lbf)

HINT:

Use a torque wrench with a fulcrum length of 130 mm (5.12 in.).
Turn the driven pinion counterclockwise and clockwise several times.
If the preload is too high, replace the transfer pinion bearing spacer with a new one.
If the preload is too low, tighten the transfer gear nut further by turning it 5 to 10 degrees at a time, and then measure the preload again. Repeat this operation until the specified preload is obtained.
If the preload remains too low even after the transfer gear nut has been tightened to a level in excess of the specified torque, loosen the transfer gear nut and check its threads and those of the driven pinion for damage.
If there is no damage, replace the transfer pinion bearing spacer with a new one. Apply hypoid gear oil to the threads and repeat the steps above.
Write down the preload for use as a reference during the total preload measurement.

(b) Using SST and a torque wrench, measure the total preload.

SST: 09326-20011

Preload (at Starting):

Item	Preload
without SST	0.35 to 0.53 Nm (4 to 5 kgfcm, 3 to 4 in.*lbf) + driven pinion preload
with SST	0.25 to 0.38 Nm (3 to 4 kgfcm, 3 to 3.3 in.*lbf) + driven pinion preload

HINT:

Use a torque wrench with a fulcrum length of 130 mm (5.12 in.).
Turn the driven pinion counterclockwise and clockwise several times.

If the preload is outside the specified range, replace the No. 2 transfer ring gear mounting case washer with one that is thicker or thinner as necessary and recheck.

Text in Illustration

*1	No. 2 Transfer Ring Gear Mounting Case Washer

Washer Thickness: mm (in.)

Mark	Thickness	Mark	Thickness
G7	2.47 (0.0972)	M7	3.47 (0.1366)
G8	2.49 (0.0980)	M8	3.49 (0.1374)
G9	2.51 (0.0988)	M9	3.51 (0.1382)
H0	2.53 (0.0996)	N0	3.53 (0.1390)
H1	2.55 (0.1004)	N1	3.55 (0.1398)
H2	2.57 (0.1012)	N2	3.57 (0.1406)
H3	2.59 (0.1020)	N3	3.59 (0.1413)
H4	2.61 (0.1028)	N4	3.61 (0.1421)
H5	2.63 (0.1035)	N5	3.63 (0.1429)
H6	2.65 (0.1043)	N6	3.65 (0.1437)
H7	2.67 (0.1051)	N7	3.67 (0.1445)
H8	2.69 (0.1059)	N8	3.69 (0.1453)
H9	2.71 (0.1067)	N9	3.71 (0.1461)
J0	2.73 (0.1075)	P0	3.73 (0.1469)
J1	2.75 (0.1083)	P1	3.75 (0.1476)
J2	2.77 (0.1091)	P2	3.77 (0.1484)
J3	2.79 (0.1098)	P3	3.79 (0.1492)
J4	2.81 (0.1106)	P4	3.81 (0.1500)
J5	2.83 (0.1114)	P5	3.83 (0.1508)
J6	2.85 (0.1122)	P6	3.85 (0.1516)
J7	2.87 (0.1130)	P7	3.87 (0.1524)
J8	2.89 (0.1138)	P8	3.89 (0.1531)
J9	2.91 (0.1146)	P9	3.91 (0.1539)
K0	2.93 (0.1154)	Q0	3.93 (0.1547)
K1	2.95 (0.1161)	Q1	3.95 (0.1555)
K2	2.97 (0.1169)	Q2	3.97 (0.1563)
K3	2.99 (0.1177)	Q3	3.99 (0.1571)
K4	3.01 (0.1185)	Q4	4.01 (0.1579)
K5	3.03 (0.1193)	Q5	4.03 (0.1587)
K6	3.05 (0.1201)	Q6	4.05 (0.1594)
K7	3.07 (0.1209)	Q7	4.07 (0.1602)
K8	3.09 (0.1217)	Q8	4.09 (0.1610)
K9	3.11 (0.1224)	Q9	4.11 (0.1618)
L0	3.13 (0.1232)	R0	4.13 (0.1626)
L1	3.15 (0.1240)	R1	4.15 (0.1634)
L2	3.17 (0.1248)	R2	4.17 (0.1642)
L3	3.19 (0.1256)	R3	4.19 (0.1650)
L4	3.21 (0.1264)	R4	4.21 (0.1657)
L5	3.23 (0.1272)	R5	4.23 (0.1665)
L6	3.25 (0.1280)	R6	4.25 (0.1673)
L7	3.27 (0.1287)	R7	4.27 (0.1681)
L8	3.29 (0.1295)	R8	4.29 (0.1689)
L9	3.31 (0.1303)	R9	4.31 (0.1697)
M0	3.33 (0.1311)	S0	4.33 (0.1705)
M1	3.35 (0.1319)	S1	4.35 (0.1713)
M2	3.37 (0.1327)	S2	4.37 (0.1720)
M3	3.39 (0.1335)	S3	4.39 (0.1728)
M4	3.41 (0.1343)	S4	4.41 (0.1736)
M5	3.43 (0.1350)	S5	4.43 (0.1744)
M6	3.45 (0.1358)	S6	4.45 (0.1752)

2. INSPECT RING GEAR BACKLASH

(a) Using a dial indicator, check the backlash of the ring gear.

Backlash:

0.14 to 0.25 mm (0.00551 to 0.00984 in.)

If the backlash is not within the specification, adjust the side bearing preload or repair as necessary.

NOTICE:

Check at least 3 positions on the circumference of the ring gear.

3. INSPECT TOOTH CONTACT BETWEEN RING GEAR AND DRIVE PINION

(a) Coat 3 or 4 teeth at 4 different positions on the ring gear with Prussian blue.

(b) Turn the driven pinion to rotate the ring gear 10 times or more clockwise and 10 times or more counterclockwise.

(d) If the tooth contact pattern is not correct, select a new transfer output shaft washer that is thicker or thinner as necessary and recheck.

4. INSPECT RUNOUT OF RING GEAR

(a) Place the transfer ring gear mounting case on the V-blocks.

(b) Using a dial indicator, check the runout of the ring gear.

Maximum runout:

0.06 mm (0.00236 in.)

HINT:

If the runout is more than maximum, replace the ring gear with a new one.

5. INSPECT TRANSFER RING GEAR MOUNTING CASE

(a) Place the transfer ring gear mounting case on the V-blocks.

(b) Using a dial indicator, check the runout of the transfer ring gear mounting case.

Maximum runout:

0.04 mm (0.00157 in.)

HINT:

If the runout is more than maximum, replace the transfer ring gear mounting case with a new one.

Disassembly

DISASSEMBLY PROCEDURE 1. REMOVE TRANSFER AND TRANSAXLE SETTING STUD BOLT (a) Remove the 4 transfer and transaxle setting stud bolts. 2. RE ...

Reassembly

REASSEMBLY PROCEDURE 1. INSTALL TRANSFER DRIVEN PINION REAR BEARING (a) Using SST and a press, press the transfer driven pinion rear bearing (outer race) to the case. SST: 09950-6 ...

Other materials about Toyota Venza:

On-vehicle Inspection
ON-VEHICLE INSPECTION CAUTION / NOTICE / HINT HINT: Use the same procedure for the RH side and LH side. The procedure listed below is for the LH side. PROCEDURE 1. REMOVE FRONT WHEEL 2. SEPARATE FRONT DISC BRAKE CALIPER ASSEMBLY 3. ...

Power outlets
The power outlets can be used for 12V accessories that run on less than 10A. ►Console box ►Front passenger’s side instrument panel ►Luggage compartment - The power outlets can be used when ►Vehicles with smart key sys ...

Data List / Active Test
DATA LIST / ACTIVE TEST 1. DATA LIST NOTICE: In the table below, the values listed under "Normal Condition" are reference values. Do not depend solely on these reference values when deciding whether a part is faulty or not. HINT: Using the T ...