Measure pre-load A (motive torque) of the drive shaft, setting a torque wrench on the universal joint nut. NOTE: Before measuring the pre-load A (motive torque), rotate the drive shaft at least 10 times to break in the bearing. NOTE: If the drive shaft pre-load (motive torque) is greater than the specification, reduce the shim .... If the drive shaft pre-load (motive torque) is less than the specification, increase the shim ... 3. Loosen the front bearing housing bolts to 1/2 rotation and measure pre-load B (motive torque) of the drive shaft. NOTE: Measure resistance of the clutch disk section as the pre-load B (motive torque). 4. Calculate the drive shaft pre-load (motive torque) based on the pre-load (motive torque) A and B. Formula: Drive shaft pre-load = pre-load (A) – preload B Drive shaft motive torque (A): 0.4 – 1.5 N·m If the drive shaft pre-load (motive torque) is greater than the specification, reduce the shim .... If the drive shaft pre-load (motive torque) is less than the specification, increase the shim ... 5. Check that the drive shaft pre-load (motive torque) meets the specification. Then, tighten again the front bearing housing to specified torque. T.R Bolt (front bearing housing): 36 N·m Cam asta trebuie sa faci tu, am pus doar ca exemplu, aici este vorba despre alta cutie de viteze pentru inboard Deci cand stragi capacul la sateliti si bagi axul planetar in lsd trebuie sa se invarta la mana la un anumit nm, daca se blocheaza slabeste suruburile de la capac si ai sa observi ca la un moment dat se invarte la mana axul , cred ca acolo trebuie sa masori nu? shim-urile trebuie sa aiba dimensiunea exact ca originalul, se inlocuiesc daca prezinta uzuri pe suprafata