I typed an entire post and then swiped to add a photo and dumped the entire thing.
Thinking about adding one of these valves and an additional trans cooler, but I've never seen it about 180° and I'm really not certain that the OEM ford coolers are plumbed right. It's been a minute since I looked at how I have the flow path set up. The Ford has a liquid to liquid cooler and an air to liquid cooler, and I'm not sure which one is supposed to be last in the flow path. Anyone know the answer before I go down a rabbit hole of getting my FSM working again?
Edit: my hyper fixation drove me to Google, looks like every diagram image has the hot side plumbed to the L2L cooler and then into the L2A cooler and back to the trans from there. I'll confirm the path on mine at work tomorrow and see if it needs another cooler or not.
One a side tangent, The ford AC system causes tremendous under hood heat soak during the summer. Like the engine inlet temp will climb to 115 degrees just by running the AC (cools the **** out of the cab though)
Since the ford is a gasser originally, it has no fan output tied to the AC pressure, it had a viscous clutch. That leaves me two options: add a wire from the ford pressure switch to the AC input on the CM849, or add an auxiliary fan to cool the condenser. I like that idea more only because the engine fan pulls a lot of horsepower. I feel like an electric fan for the condenser and maybe trans cooler might be the way to go.