GrandpaSmurf825
Member
I don't think I would mess with the ridge in the cylinders unless you are pulling the pistons and I didn't see where you said that.
If you are getting a different head I would still look it over well. If it's coming complete you are relying on someone you don't know unless it's new.
As a sidebar. When you torque bolts you are stretching them. For instance on a John Deere 6068 you go in 3 steps if I remember correctly. They want the threads lubed with oil also. You go through two stages of torque settings. Then you "clock" them. I don't recall now how far they have you go but you turn from for example 12 o'clock to 3 o'clock to finish the process. They have determined that is stretching the bolt to a specific amount. I have also been involved in "torquing" engine bolts where the method required them to be measured to determine when they were at the correct torque. There was a gauge that was attached that determined when the torque value was reached. That was on a General Electric locomotive engine.
If you are getting a different head I would still look it over well. If it's coming complete you are relying on someone you don't know unless it's new.
As a sidebar. When you torque bolts you are stretching them. For instance on a John Deere 6068 you go in 3 steps if I remember correctly. They want the threads lubed with oil also. You go through two stages of torque settings. Then you "clock" them. I don't recall now how far they have you go but you turn from for example 12 o'clock to 3 o'clock to finish the process. They have determined that is stretching the bolt to a specific amount. I have also been involved in "torquing" engine bolts where the method required them to be measured to determine when they were at the correct torque. There was a gauge that was attached that determined when the torque value was reached. That was on a General Electric locomotive engine.