Water in,water out...Those little fittings are good for 100psi... good for up too 150psi. I pressure tested my heatsink at 100psi overnight. Most this system might see is 10-15psi from elevation changes....
Nope, Soon to come.....easy Officer
Hmmmmmmm....None taken. I'm trying to build a platform of modular design.... I'm fucking tired of Bleeding edge technology... But I love technology... How to win? Build things that don't become useless ..
Whats in store for LED, only the manufacturers know.... But what ever way they wanna serve me LED, rest assured my light will be able to have that new chip or custom quantum board strapped to it.
Yes, too answer your question simply
He's not the only enquiring mind wanting to know!
It's the only way! Fucked planned obsolescence!
Tell me about it...It's the only way! Fucked planned obsolescence!
Also @SSGrower, @Organic Miner,@qballizhere, etc
Not worried about that. Corrosion will kill those fittings and the ones I linked are a dripless, no spill, so you can connect, disconnect without having to drain. Also, imo, you will need a means of balancing flow between the units. Even if they are exactly the same slight differences in the install height, tubing lengths will cause an imbalance of flow. Plus you might have different chips, driver whatever but would still be able to have a single cooling circuit at whatever temp you desire. So for you that's probably a temp senor on inlet and outlet, a handful of automated valves and a bit of keyboard time programing the arduino...
I've learned that balancing flow to different water-cooled apparatuses is all that that tricky. choke down the return side, manually. I always use a lot of valves in my systems... I am interested in the dripless quick connect, however, I want a 90 deg. elbow( quick connect X 3/8" MIP. The biggest imbalances in the system will be and usually always are "air. Standard vent techniques (High point venting and Zero air traps) and proper system design ( calculating flow in pipe by line size proper pump calcs, head pressure, fluid viscosity coefficient yada yada)
Aluminium will corrode, they look like brass to me and the little balls that lock the fitting are probably steel. I don't know exactly what you have there so please don't take offense. I'd go for a high temp plastic just my .02.
I do collaborations like that all the time. It allows everyone to bring their strengths to the project. I'm often surprised by how much better the end result is than what I first imagined!
Iron pump parts? I don't think you'll have much trouble with corrosion.
The COB chips will shed all the heat they generate unless it's actively carried off. That's a simple function of watts in; doesn't even matter how much of it is light since it all converts back to heat anyway.
Needs heat and lots of surface area to corrode. His system will have neither. I haven't had any problems with corrosion, only with connections; don't overtighten hose clamps, use plenty of glue and give it time to fully cure.You got brute force down with a dash elegance.
Aluminium will corrode, they look like brass to me and the little balls that lock the fitting are probably steel. I don't know exactly what you have there so please don't take offense. I'd go for a high temp plastic just my .02.
Keep in mind I'm not water cooling
But I did stay at a holiday Inn last night.
Cuz your wife kicked you out?