4.6/hp24 into 4.0/hp22
I'm just slow. And the heat index was 108 yesterday. But since it is supposed to be HOTTER today I finished taking everything off the block last night except cam, crank and pistons, so it is all (block and heads) finally going to the shop today if I can carry it out to the truck. It was a big mistake to put the block on the stand with the flywheel and flexplate still on, and that took some time to figure out.
The shop has been forwarned that I am a newbie at this and are going to really look at everything for me.
EDIT: I called the shop and the crank and cam need to be out, as do pistons. More to do.
The shop has been forwarned that I am a newbie at this and are going to really look at everything for me.
EDIT: I called the shop and the crank and cam need to be out, as do pistons. More to do.
Last edited by Charlie_V; Jul 14, 2015 at 07:42 AM.
When you remove the con rods from the crank, do not use an impact on the 10mm 12 points. The rod can slips and bends the bolts.
A brass hammer and brass punch as well as some wood pieces help for knocking out items.
The flywheel will come off with the crank once you take off all the main bearings. Don't forget the 2 side bolts at the rear main bearing, they are hex heads that are countersunk.
A brass hammer and brass punch as well as some wood pieces help for knocking out items.
The flywheel will come off with the crank once you take off all the main bearings. Don't forget the 2 side bolts at the rear main bearing, they are hex heads that are countersunk.
When you remove the con rods from the crank, do not use an impact on the 10mm 12 points. The rod can slips and bends the bolts.
A brass hammer and brass punch as well as some wood pieces help for knocking out items.
The flywheel will come off with the crank once you take off all the main bearings. Don't forget the 2 side bolts at the rear main bearing, they are hex heads that are countersunk.
A brass hammer and brass punch as well as some wood pieces help for knocking out items.
The flywheel will come off with the crank once you take off all the main bearings. Don't forget the 2 side bolts at the rear main bearing, they are hex heads that are countersunk.
No way to tell without inspecting them, but you might want to see what your cam manufacture suggest for valve spring preasures.
Well I want to do it right. Will the engine shop tell me what pressure was sustained when they test the heads?
rockers and springs..????? if you are talking about valve springs, crower recommends standard spring value with the use of the 229
if you are talking about the springs on the rocker shaft, that is a matter of condition.
you want no loose or missing or cupped pads on the arms. everything should move freely and shafts should not be scarred or dented. springs should still be spacing and washers in place.
I have taken them off and had them look near perfect and I have taken them off and the shafts were out of round from over torque of bolts.....springs were always fine
if you are talking about the springs on the rocker shaft, that is a matter of condition.
you want no loose or missing or cupped pads on the arms. everything should move freely and shafts should not be scarred or dented. springs should still be spacing and washers in place.
I have taken them off and had them look near perfect and I have taken them off and the shafts were out of round from over torque of bolts.....springs were always fine
rockers and springs..????? if you are talking about valve springs, crower recommends standard spring value with the use of the 229
if you are talking about the springs on the rocker shaft, that is a matter of condition.
you want no loose or missing or cupped pads on the arms. everything should move freely and shafts should not be scarred or dented. springs should still be spacing and washers in place.
I have taken them off and had them look near perfect and I have taken them off and the shafts were out of round from over torque of bolts.....springs were always fine
if you are talking about the springs on the rocker shaft, that is a matter of condition.
you want no loose or missing or cupped pads on the arms. everything should move freely and shafts should not be scarred or dented. springs should still be spacing and washers in place.
I have taken them off and had them look near perfect and I have taken them off and the shafts were out of round from over torque of bolts.....springs were always fine
I just looked and I see what a rocker shaft spring is. I never really paid attention to them. Lord.
As for the cups on the rockers I have never seen new ones, but I have seen three sets of old ones. How would I know whether they are worn? Not trying to seem dumb but they do cup the end of the push rods. How would I know whether they are worn?
found it... http://www.jasperengines.com/pdf/RoverRockerArmNoiseTB
looks like 97-02
looks like 97-02
I haven't taken the rockers off because the engine shop feels sorry for me (because I am so much more ignorant about engines than the felons who go there several times a week) and because I am concerned about getting the valves out of order but I will go ahead and do that. As you note, that's for 02 and this engine is an 03 but I assume the rocker assemblies are the same. I do have two sets of rocker assemblies that are from 00's and they look BRAND NEW compared to these gunky ones, top to bottom. I did some googling after you first posted and I see the crazy deformations you mentioned. I laid out my push rods in order and oriented top to bottom, thinking I would be re using them, so I will check them for any deformation, pull the rockers, and look for anything out of round or rough on the cups.
If it is super important to keep the push rods in order and oriented then I don't understand why it wouldn't be super important to change the rocker arms as well, but I'm not bucking to spend another hundred on the project, unless I have to.


