1. Place the dish plate, driven plate, drive plate and retaining plate neatly in this order on surface table. NOTE: Make sure of the direction of dish plate. 2. Set the dial gauge to retaining plate, and read its scale. NOTE: The value, which is read in the gauge at this time, is zero point. 3. Scale and record the weight “Z” of a flat board which will be put on retaining plate. NOTE: • Use a stiff board which does not bend against load as a flat board to be put on retaining plate. • Use a flat board weighing less than 130 N (13.3 kgf, 29.2 lb). 4. Put the flat board on retaining plate. 5. Using the following formula, calculate load “N”, a force of pressing with push/pull gauge. N = 130N (13.3 kgf, 29.2 lb) – Z 130 N (13.3 kgf, 29.2 lb) : Load applied to clutch plate Z: Flat board weight 6. Press the center of retaining plate by applying a force of “N” using push/pull gauge, and then measure and record the compression amount “A”. NOTE: Measure at four points with a 90° interval and calculate the average.
7. Install the dish plate, driven plate, drive plate, retaining plate and snap ring. NOTE: Make sure of the direction of dish plate. 8. Measure and record the clearance “B” between the retaining plate and snap ring. NOTE: Before measuring, press down the whole circumference of retaining plate using your finger. 9. Piston stroke calculation Calculate with A and B dimensions recorded before. If out of standard, replace with a new drive plate and adjust it within standard. S mm (in) = A + B S: Piston stroke A: Compression amount of drive plate and dish plate B: Clearance between retaining plate and snap ring Specification: 2.4 — 2.8 mm (0.094 — 0.11 in)
10. Press-fit the ball bearing into front driven shaft. NOTE: Use a new ball bearing. 11. Install the seal ring to the front driven shaft. NOTE: • Install a new seal ring. • Apply CVTF to the seal rings. 12. Install the front reduction driven shaft to the front reduction driven gear. 13. Install the front reduction driven gear assembly to converter case cover. 14. Apply compressed air intermittently to check the piston operation. NOTE: Hold the arrowed area with a finger. |
Inspection
1. Check that the engine coolant temperature sensor has no deformation, cracks or other damages.2. Immerse the engine coolant temperature sensor and a thermometer in water.CAUTION:Take care not to allow water to get into the engine coolant temperature sensor connector. Completely remove any water in ...