Stop in for a cup of coffee

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He's back under a new name. The third one that I'm aware of.
Not a bad guy. Just needs to remind himself that no one cane fix all the bad info out there. No point in getting mad about it.

Do you think what you saw in the pan bypassed the filer?

That was a moving target fer sure as they were changing formulations and flavors; T1, T3, T4, T6.
IIRC the current formulation on some no longer states it meets the automobile gas engine "S" standards. Although its probbaly fine.

I was using the Ford Superduty diesel 10W-30 conventional on the Grand? Wagoneers engine for the first 10,00 miles or so. I had been using T6 5W-40 on the old engine.
I don't think it was bypassing as the filter was clean. I would think it would be clogged if going into bypass. The thought was more that it broke free and ran/dripped out after shut off. It stayed suspended on top of the new oil in the pan as well. Tells me it wasn't mixed while running.

I plan to stick with the T4 15w40 conventional oil.
 
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My brother has his redneck swimming pool so this was interesting.

My thermodynamics is a little rusty, but not sure how great this would really be if there isn't a pump
They are popular up in Alaska. I believe it is just thermodynamics and no pump. Now I have to look
 
I am curious how it would do. I dont know enough about them. Wouldn't the water freeze? Maybe a saltwater version. But at -20+...idk
 

Feel like the water temp would have to get to boil within the coil in order to make the circulation, then zero control on temp increase, etc. Not sure what the scale would chart....
Nope. Thermodynamics 101…warm rises and cold sinks. It doesn’t have to be more than a few degrees different for it to happen…certainly not boiling.

The rate of flow through the coils is determined by the temperature differential entering and exiting the coils, thereby affecting the heat exchange rate.

It is a non-mechanical heat pump. Since the tub has a very large volume of water compared to the small volume in the coils, the temperature gain of the total volume is slow to increase and easy to maintain with a simple valve on the coil.

It takes a lot of boiling water in a 2 qt coil to heat up a tub that holds 50 gallons. The energy balance says that once it gets to equilibrium, it stays there. Probably around 90* on a 70* day.

Surface area and airflow may change that a bit, but it’s a good first approximation.

Oh, and…Hello!
 
Nope. Thermodynamics 101…warm rises and cold sinks. It doesn’t have to be more than a few degrees different for it to happen…certainly not boiling.

The rate of flow through the coils is determined by the temperature differential entering and exiting the coils.

It is a non-mechanical heat pump. Since the tub has a very large volume of water compared to the small volume in the coils, the temperature gain of the total volume is slow to increase and easy to maintain with a simple valve on the coil.

It takes a lot of boiling water in a 2 qt coil to heat up a tub that holds 50 gallons. The energy balance says that once it gets to equilibrium, it stays there. Probably around 90* on a 70* day.

Surface are
A and airflow may change that a bit, but it’s a good first approximation.

Oh, and…Hello!
Thanks for the clarification!

How ya been?
 
Thanks for the clarification!

How ya been?
I have been doing well.

The two companies that I founded a few years ago have been doing very well leaving me lots of time to enjoy living and not having to think about money.

I have a bunch of new things to put on my ‘69 GTS this year and I am looking forward to doing it. I have a new tail pan, rear light bezels and lenses as well as a new dash pad and a modern electronics AM/FM vintage look thumb wheel stereo to install.

Should be a fun Summer!
 
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