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Waterpump to block 12-18 ftlbs. Can't find the little plate. They are 1/4-20 bolts correct? The same size bolts hold the oil pan on and they are 9-11 ftlbs.
Sorry, it said cover and block. Some of them must go all the way through, and some not.
I'm doing the same install and yes 3 of them go all the way through or is it 4? anyway they do. you can tell because the holes weep water with the pump removed. Research tells me they MUST have pipe dope on them.
I'm just torquing now and 12-18 seems very tight but I have seen it multiple times at different sites and in the auto zone on line guide (no idea who publishes that info or what source it is from)
I'm afraid I'm going to snap one off. Either that or my torque wrench is shot
be careful on this though, wouldn't be the first time ford had a typo on specs, the Yblock engines from the 50s ford said to torque the main caps to 112 ft lbs of trq when it should have said I think it is 95 ft lbs.
You also have to be careful and use antiseize on the ones going into the timing cover as they will strip out. That's what happened to my truck but I put some ultra black on the bolts that wouldn't tighten up and were weeping water and put it back in as a temporary fix. I am pulling this engine down the road for a 332 stroker. This engine has way too many issues that were bandaided by the engine builder that built it.
Whoa, are you telling me you mean everything on the internet is not absolutely correct and accurate?
I'm just joking with you. Trust me I hear you that's why I noted not sure where the info comes from.
Looks like I better re-calibrate my wrench. I rarely use it but something just doesn't feel correct. This pump replacement has gone so smoothly I KNOW I'm going to snap one of those heads off If I dont.
Whoa, are you telling me you mean everything on the internet is not absolutely correct and accurate?
I'm just joking with you. Trust me I hear you that's why I noted not sure where the info comes from.
Looks like I better re-calibrate my wrench. I rarely use it but something just doesn't feel correct. This pump replacement has gone so smoothly I KNOW I'm going to snap one of those heads off If I dont.
Im not saying the internet, I am saying my 1956 Ford shop manual has incorrect main cap torque specs. This was known but ford didn't correct it till the '60s.
Im saying I would be weary of factory supplied torque specs also. But what was said is not very much torque to be quite honest but do put anti seize on the bolts that holds the water pump to the aluminum timing cover housing it will give you a better torque reading as the threads wont try to gaul up.
I try to help people with torque values, but personally I never use them. I guess if you don't turn wrenches very often you don't have the feel for it, but you really don't need torque specs for simple things like this. The only time I get the torque wrench out is on head gaskets and more modern engines that use weird plastic/o-ring gaskets with aluminum and plastic intake manifolds.
I try to help people with torque values, but personally I never use them. I guess if you don't turn wrenches very often you don't have the feel for it, but you really don't need torque specs for simple things like this. The only time I get the torque wrench out is on head gaskets and more modern engines that use weird plastic/o-ring gaskets with aluminum and plastic intake manifolds.
You really don't, you just know by feel. That's why lots of us use 1/4 drive ratchets with small bolts as its hard to over torque them but you still can if you don't know how a bolt feels when it is at its limits and it will start to strip the threads out.
I just get them decently tight with a small handled 3/8 ratchet and use anti seize. Never had a problem. With smaller stuff I pretty much exclusively use 1/4" socket/ratchet sets now. WAY harder to overpower small bolts with 1/4" stuff than 3/8". Especially on small engines - what I work on the most. I do use torque wrenches for intake bolts and stuff along those lines that are more important.
I just get them decently tight with a small handled 3/8 ratchet and use anti seize. Never had a problem. With smaller stuff I pretty much exclusively use 1/4" socket/ratchet sets now. WAY harder to overpower small bolts with 1/4" stuff than 3/8". Especially on small engines - what I work on the most. I do use torque wrenches for intake bolts and stuff along those lines that are more important.
Then you have thoses of us that use 1/4 to 3/8 air ratchets and then wonder why there are issues. Probably why my original aluminum timing cover is stripped out when I went back together. Felt tight taking the pump off but going back on a couple wouldn't even tighten up. But screw it I am not going to pull the cover off I just covered the bolt in ultra black silicone and snuged it down to stop any leaks.
I just get them decently tight with a small handled 3/8 ratchet and use anti seize.
Use high temp anaerobic pipe sealant with Teflon (Permatex 59235) on *all* the bolts and you won't have to worry about them getting stuck *or* leaking from the water jacket.
Antiseize is good for preventing galling of stainless steel and such, but expecting grease and powdered metal to keep threads from corroding in the long term (like how long it's been since you pulled that waterpump) is just wishful thinking.