I'll walk him thru setting it up.Hubby said I misundrstood but he understood what your saying,and thanks for encouragement.
I'm gonna hafta fire up the PC though.
Too much typing to do on the tablet.
I'll walk him thru setting it up.Hubby said I misundrstood but he understood what your saying,and thanks for encouragement.
I'll walk him thru setting it up.
I'm gonna hafta fire up the PC though.
Too much typing to do on the tablet.
@Mr.Meer: The first order of business is to verify 0 degrees top dead center on cylinder #1.
Using a long screwdriver thru the sparkplug hole, you can feel the piston come up to the top as you rotate the crank with a wrench.
When it is all the way at the very top, the mark on the front pulley should align with the 0 on the timing scale.
If there is no mark on the pulley, we will have to make one.
Next we will rotate the crank until the distributor rotor is pointing at the #4 sparkplug wire terminal in the distributor cap.
If the cam is in the right time, the exhaust valve will on #1 will just finish closing (moving upward) as we rotate the mark on the pulley up to the 0 on the timing scale. Immediately the intake valve will begin to open if we keep turning the crank past 0.
This period at the end of the exhaust stroke and the beginning of intake is called "overlap".
If the cam is even one tooth off, one of the valves will be moving when it passes 0.
When you get the cam in time, don't try to start it until you adjust the valves.
When a head comes back from from being worked the valves are always too tight (meaning they can't close completely)
We'll adjust the valves in the next post.
The best way to adjust the valve lash is not the easy way.@Mr.Meer: The first order of business is to verify 0 degrees top dead center on cylinder #1.
Using a long screwdriver thru the sparkplug hole, you can feel the piston come up to the top as you rotate the crank clockwise with a wrench.
When it is all the way at the very top, the mark on the front pulley should align with the 0 on the timing scale.
If there is no mark on the pulley, we will have to make one.
Next we will rotate the crank clockwise until the distributor rotor is pointing at the #4 sparkplug wire terminal in the distributor cap.
If the cam is in the right time, the exhaust valve will on #1 will just finish closing (moving upward) as we rotate the mark on the pulley up to the 0 on the timing scale. Immediately the intake valve will begin to open if we keep turning the crank past 0.
This period at the end of the exhaust stroke and the beginning of intake is called "overlap".
If the cam is even one tooth off, one of the valves will be moving when it passes 0.
When you get the cam in time, don't try to start it until you adjust the valves.
When a head comes back from from being worked the valves are always too tight (meaning they can't close completely)
We'll adjust the valves in the next post.
Me eitherAll of this, is why I don't work on engines. I have enough trouble just replacing a battery...
Me eitherView attachment 37371.
(I'm retired)
He's got a lot of work to do. If he has questions, have him post them.Hubby is at it again, he is now taking off valve cover,will come back and read the direcions afain then hope he gets it started.
He's got a lot of work to do. If he has questions, have him post them.
If he has a beer at every break, he'll feel much better.
The metal pointer on the rotor should be pointing at the #4 terminal in the distributor cap just as the exhaust valve on #1 closes and the crank pulley timing mark passes the "0" on the ignition timing tab.@Supervisor42 I have the valve cover off and torn down. Checked at tdc number 1 piston to see where rotor button was pointing and looks like #4 plug but it is hard to tell for sure because that rotor button is round instead of oblong like most rotor buttons are. Is pointer on it metal? Also no sleep last night , wife had bad night. I had marked the cam gear and chain before taking it apart and its totally in line.
metalThe metal pointer on the rotor should be pointing at the #4 terminal in the distributor cap just as the exhaust valve on #1 closes and the crank pulley timing mark passes the "0" on the ignition timing tab.
This only happens every 2 rounds as the crank turns.
If the cam is in time, I'd bet money all the valves are too tight. Adjust valves.
BTW, the valve adjustment procedure I listed is much easier to do if the spark plugs are out.
I think I mentioned that.Ok, also the crank pulley timing mark not there either. The gauge that tells you what the reading is is there.
I have to ask, Is it running ?
Thanks SuperV for bringing this up, I looked everywhere and never could find it.
Right now he is taking a break from the truck. My old van is getting a charge, plus I like to drive it around to make sure the old parts get lubed and moved. Its the only way qe have to go now but thats ok I guess since we can't go anywhere anyway.
I likedthe little happy smilies but putting them up now is not realistic, well sometimes maybe..
I have a car & a van that need some work done, but we are backed up with Spring planting & strating Fall clean up, before it gets to hot.
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If the head is cracked (always between the valve seats) it will run but will push coolant out of the cooling system or 'consume' coolant with steam in the exhaust as it runs.Well Joel guess your plates full or will be.
Hubby has now decided its the WHOLE head, well that makes my head hurt!
So Junk truck wants more money and credit card we said not useing is about to get slammed.
He said its aluminum and i could have busted when it got so hot.Head shop wanted a couple 1000 kept addign on things so we said no thanks.
I think he is getting stir crazy so truck is looking like it needs attention 'again'.
If the head is cracked (always between the valve seats) it will run but will push coolant out of the cooling system or 'consume' coolant with steam in the exhaust as it runs.
Ignore the timing marks on the cam sprocket and chain and put it in time using my method before scrapping a good reworked head with new valves.
If the machine shop worked it, (ie: it came back with a shiny head gasket surface) then it isn't cracked.
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