CONTINUOUSLY VARIABLE TRANSMISSION(TR580) > Primary Pulley and Secondary Pulley
ADJUSTMENT
1. PROCEDURE IN REPLACEMENT OF PRIMARY AND SECONDARY PULLEY, OR IN REPLACEMENT OF PRIMARY PULLEY, SECONDARY PULLEY AND VARIATOR CHAIN
1. Measure depth “Lp” from the ST upper face to the primary pulley bearing catch surface at several points and calculate the average.
ST 499575400 | GAUGE |
2. Measure the depth “Ls” from the ST upper face to the secondary pulley bearing catch surface at several points and calculate the average.
ST 499575400 | GAUGE |
3. Calculate the following formula.
Calculation formula:
T (mm) = B − A + Lp − Ls − 28.602
[T (in) = B − A + Lp − Ls − 1.126]
T: Pulley alignment
A: Specified primary pulley dimension
B: Specified secondary pulley dimension
Lp: Depth from the ST upper face to the primary pulley bearing catch surface
Ls: Depth from the ST upper face to the secondary pulley bearing catch surface
28.602 mm (1.126 in): Constant
Pulley alignment T mm (in) | Thickness of shim mm (in) |
−0.05 — 0.049 (−0.002 — 0.002) | No shims |
0.050 — 0.149 (0.002 — 0.006) | 0.1 (0.004) |
0.150 — 0.249 (0.006 — 0.010) | 0.2 (0.008) |
0.250 — 0.349 (0.010 — 0.014) | 0.3 (0.012) |
0.350 — 0.449 (0.014 — 0.018) | 0.4 (0.016) |
0.450 — 0.549 (0.018 — 0.022) | 0.5 (0.020) |
0.550 — 0.649 (0.022 — 0.026) | 0.6 (0.024) |
0.650 — 0.749 (0.026 — 0.029) | 0.7 (0.028) |
0.750 — 0.849 (0.029 — 0.033) | 0.8 (0.031) |
0.850 — 0.949 (0.033 — 0.037) | 0.9 (0.035) |
0.950 — 1.049 (0.037 — 0.041) | 1.0 (0.039) |
1.050 — 1.149 (0.041 — 0.045) | 1.1 (0.043) |
4. Select one to two shims so that the total thickness meets the value obtained from step 3).
Part No. | Shim thickness mm (in) |
32451AA050 | 0.1 (0.004) |
32451AA060 | 0.2 (0.008) |
32451AA070 | 0.3 (0.012) |
32451AA080 | 0.4 (0.016) |
32451AA090 | 0.5 (0.020) |
32451AA100 | 0.6 (0.024) |
2. PROCEDURE WHEN REPLACING ONLY DRIVE PINION RETAINER OR REVERSE BRAKE HOUSING
1. Clean the mating surface of current drive pinion retainer and converter case.
2. Measure and record the shim thickness that is attached on the current reverse brake housing.
3. Using the current drive pinion retainer, measure depth “Lp1” from the ST upper face to the primary pulley bearing catch surface at several points and calculate the average.
ST 499575400 | GAUGE |
4. Using the current drive pinion retainer or current reverse brake housing, measure the depth “Ls1” from the ST upper face to the secondary pulley bearing catch surface at several points and calculate the average.
ST 499575400 | GAUGE |
5. Calculate the “LD1” using the following formula and record it.
Calculation formula:
LD1 mm (in) = Ls1 − Lp1
LD1: Height from the primary pulley bearing catch surface to the secondary pulley bearing catch surface
Lp1: Depth from the ST upper face to the primary pulley bearing catch surface
Ls1: Depth from the ST upper face to the secondary pulley bearing catch surface
6. Using the new drive pinion retainer or new reverse brake housing, measure the depth “Lp2” from the ST upper face to the primary pulley bearing catch surface at several points and calculate the average.
ST 499575400 | GAUGE |
7. Using the new drive pinion retainer or new reverse brake housing, measure the depth “Ls2” from the ST upper face to the secondary pulley bearing catch surface at several points and calculate the average.
ST 499575400 | GAUGE |
8. Calculate the “LD2” using the following formula and record it.
Calculation formula:
LD2 mm (in) = Ls2 − Lp2
LD2: Height from the primary pulley bearing catch surface to the secondary pulley bearing catch surface
Lp2: Depth from the ST upper face to the primary pulley bearing catch surface
Ls2: Depth from the ST upper face to the secondary pulley bearing catch surface
9. Calculate the recorded values of “LD1” and “LD2” to obtain the positive number to select the shims.
Calculation formula: T1 mm (in) = LD1 − LD2 or T2 mm (in) = LD2 − LD1
T1, T2: Difference between new drive pinion retainer or new reverse brake housing and current drive pinion retainer or current reverse brake housing
LD1: Calculated value of current drive pinion retainer or current reverse brake housing
LD2: Calculated value of new drive pinion retainer or new reverse brake housing
Difference of the case (T1) mm (in) | Shim selection procedure |
0 — 0.050 (0 — 0.00197) | Select a new shim of the same thickness with the shim that is used on the primary pulley side of the current reverse brake housing. |
0.051 — 0.150 (0.00201 — 0.00591) | Select a shim which is 0.1 mm (0.004 in) thicker than the shim that is used on the primary pulley side of the current reverse brake housing. |
0.151 — 0.250 (0.00594 — 0.00984) | Select a shim which is 0.2 mm (0.008 in) thicker than the shim that is used on the primary pulley side of the current reverse brake housing. |
0.251 — 0.350 (0.00988 — 0.01378) | Select a shim which is 0.3 mm (0.012 in) thicker than the shim that is used on the primary pulley side of the current reverse brake housing. |
0.351 — 0.450 (0.01382 — 0.01772) | Select a shim which is 0.4 mm (0.016 in) thicker than the shim that is used on the primary pulley side of the current reverse brake housing. |
0.451 — 0.550 (0.01776 — 0.02165) | Select a shim which is 0.5 mm (0.020 in) thicker than the shim that is used on the primary pulley side of the current reverse brake housing. |
0.551 — 0.600 (0.02169 — 0.02362) | Select a shim which is 0.6 mm (0.024 in) thicker than the shim that is used on the primary pulley side of the current reverse brake housing. |
Difference of the case (T2) mm (in) | Shim selection procedure |
0 — 0.050 (0 — 0.00197) | Select a new shim of the same thickness with the shim that is used on the primary pulley side of the current reverse brake housing. |
0.051 — 0.150 (0.00201 — 0.00591) | Select a shim which is 0.1 mm (0.004 in) thinner than the shim that is used on the primary pulley side of the current reverse brake housing. |
0.151 — 0.250 (0.00594 — 0.00984) | Select a shim which is 0.2 mm (0.008 in) thinner than the shim that is used on the primary pulley side of the current reverse brake housing. |
0.251 — 0.350 (0.00988 — 0.01378) | Select a shim which is 0.3 mm (0.012 in) thinner than the shim that is used on the primary pulley side of the current reverse brake housing. |
0.351 — 0.450 (0.01382 — 0.01772) | Select a shim which is 0.4 mm (0.016 in) thinner than the shim that is used on the primary pulley side of the current reverse brake housing. |
0.451 — 0.550 (0.01776 — 0.02165) | Select a shim which is 0.5 mm (0.020 in) thinner than the shim that is used on the primary pulley side of the current reverse brake housing. |
0.551 — 0.600 (0.02169 — 0.02362) | Select a shim which is 0.6 mm (0.024 in) thinner than the shim that is used on the primary pulley side of the current reverse brake housing. |
Part No. | Shim thickness mm (in) |
32451AA050 | 0.1 (0.004) |
32451AA060 | 0.2 (0.008) |
32451AA070 | 0.3 (0.012) |
32451AA080 | 0.4 (0.016) |
32451AA090 | 0.5 (0.020) |
32451AA100 | 0.6 (0.024) |
Installation
PARKING BRAKE > Parking Brake CableINSTALLATION1. Install each part in the reverse order of removal.Tightening torque:Cable clamp: 18 N·m (1.84 kgf-m, 13.3 ft-lb)Rear wheel: Except for C4 model120 N·m (12.24 kgf-m, 88.5 ft-lb)Rear wheel: C4 model100 N·m (10.20 kgf-m, 73.8 ft- ...
Installation
CONTINUOUSLY VARIABLE TRANSMISSION(TR580) > Extension CaseINSTALLATION1. Clean the mating surface of extension case and transmission case.2. Select the transfer drive gear shim. Reduction Drive Gear > ADJUSTMENT">3. Select the transfer driven gear shim. Transfer Clutch > ADJUSTMEN ...
Off road driving
WARNING
Always maintain a safe driving
speed according to the road and
weather conditions in order to
avoid having an accident on a
sharp turn, during sudden braking
or under other similar conditions.
Always use the utmost care in
driving - overconfidence because
you are driving ...