Its a mystery to me.. just condensation?
#1
Its a mystery to me.. just condensation?
Maybe not to others but I`m trying to figure out what going on with both my motors:
Dip sticks:
This is the only corner where the milk is forming in the valve cover.. right below the cold water lines
Cold water above, hot ring of spring oiler below.. this 'milk' seems to be coming from the top of the valve cover
The rest of the valve cover is ..no milk anywhere:
Oil from bottom of the pan 3 hours later, no seperation, oil looks ok.
The lake on the Wisconsin side is COLD but I`ve never seen this before, first year with spring oilers too thou.
Any ideas?
Dip sticks:
This is the only corner where the milk is forming in the valve cover.. right below the cold water lines
Cold water above, hot ring of spring oiler below.. this 'milk' seems to be coming from the top of the valve cover
The rest of the valve cover is ..no milk anywhere:
Oil from bottom of the pan 3 hours later, no seperation, oil looks ok.
The lake on the Wisconsin side is COLD but I`ve never seen this before, first year with spring oilers too thou.
Any ideas?
Last edited by ICDEDPPL; 07-27-2014 at 06:54 PM.
#5
Oil temp about 180*
Water temp has never gone above 100* but its always been that cold.
You guys thinking condensation?
I was hoping it wasn`t head gaskets. I spent some time trying to decide weather to use rtv around the water ports or not but in the end went dry.
Water temp has never gone above 100* but its always been that cold.
You guys thinking condensation?
I was hoping it wasn`t head gaskets. I spent some time trying to decide weather to use rtv around the water ports or not but in the end went dry.
Last edited by ICDEDPPL; 07-27-2014 at 07:01 PM.
#6
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Where your valve covers changed too ? If so, they might be causing more condensation than the old one's.
I have seen some peoplee run into this (N/A though - don't know how to do on your blower and carb set up) that installed auto type pcv system and eliminated it.
Remember, water vapor (steam) rises to top. Also, valve cover , especially if aluminum, will cool down before oil does. Add some humidity and wallah, condensation.
I have seen some peoplee run into this (N/A though - don't know how to do on your blower and carb set up) that installed auto type pcv system and eliminated it.
Remember, water vapor (steam) rises to top. Also, valve cover , especially if aluminum, will cool down before oil does. Add some humidity and wallah, condensation.
#7
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i ran into that problem on a few motors up north here. water temps are cold and without thermostats the motor will never get to a desirable operating temp. i switched from circulation pumps and no thermostats to water crossovers and 140 stats and it reduced the "camel cum" tremendously. having 150-180 water temps aren't bad. the higher temp will also let your block grow in relation to your piston growth. kinda like letting a 2 stroke warm up and grow before beating the hell out of it so you dont stick a piston.
#9
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I have the same issues on Lake Mi. I use to quadruple check the dipsticks to see if I was gaining any oil. I realized I never gained nor loss oil. I pulled valve covers every week. I now just chalk it up to what sb stated, steam/moisture rises. I also have a long idle time in a channel.
Edit... I never see it on my dipsticks.
Edit... I never see it on my dipsticks.
Last edited by Rookie; 07-27-2014 at 07:52 PM.
#10
Gold Member
Gold Member
i ran into that problem on a few motors up north here. water temps are cold and without thermostats the motor will never get to a desirable operating temp. i switched from circulation pumps and no thermostats to water crossovers and 140 stats and it reduced the "camel cum" tremendously. having 150-180 water temps aren't bad. the higher temp will also let your block grow in relation to your piston growth. kinda like letting a 2 stroke warm up and grow before beating the hell out of it so you dont stick a piston.