M
mike7411
Is the primary motive for having metal cases to encourage heat
dissipation?
Thank you.
dissipation?
Thank you.
Is the primary motive for having metal cases to encourage heat
dissipation?
Thank you.
Is the primary motive for having metal cases to encourage heat
dissipation?
Thank you.
Is the primary motive for having metal cases to encourage heat dissipation?
Is the primary motive for having metal cases to encourage heat
dissipation?
Thank you.
Is the primary motive for having metal cases to encourage heat
dissipation?
Thank you.
kony said:No, for metal to be an effective conductor it has to be in
contact with the hot parts. Even with hard drives mounted
in metal bays, one can see from the side of the drive and by
taking a finely made straightedge, that their sides are only
flat enough to be in contact with a small % of the metal.
Wrong when the flexible drive bay stack is screwed up to the drive properly.
Oh no! Rod disagrees!
Pity you don't actually look at the drive, look at the case,
or notice that for the metal to bend that
much it'd have permanent creases in it.
Maybe your cases are built like tin-foil. That'd come closer
to doing what you suggest but mine are a wee bit to thick.
We've already covered this topic Rod,
don't be a sore loser.
Pathetic, really. <====================
Done that more times than you have had hot breakfasts, child. <====================
Thanks for that completely superfluous proof that you have
never ever had a ****ing clue about anything at all, ever.
Yep, you got done like a dinner, as always.
Never ever could bullshit its way out of a wet paper bag. <====================
Never could explain how the metal drive bay stack ends
up at the same temp as the adjacent drive frame metal either.
"Case"? What is this "Case"Is the primary motive for having metal cases to encourage heat
dissipation?
Thank you.
Is the primary motive for having metal cases to encourage heat
dissipation?
Thank you.
Rod said:Wrong when the flexible drive bay stack is screwed up to the drive properly.
kony said:Oh no! Rod disagrees!
Pity you don't actually look at the drive, look at the case,
or notice that for the metal to bend that much it'd have
permanent creases in it.
Maybe your cases are built like tin-foil. That'd come
closer to doing what you suggest but mine are a wee bit to
thick.
We've already covered this topic Rod, don't be a sore loser.
Rod said:Pathetic, really.
Done that more times than you have had hot breakfasts, child.
Thanks for that completely superfluous proof that you have
never ever had a ****ing clue about anything at all, ever.
Yep, you got done like a dinner, as always.
Never ever could bullshit its way out of a wet paper bag.
Never could explain how the metal drive bay stack ends
up at the same temp as the adjacent drive frame metal either.
WindsorFox said:Maybe that's the trouble, senility. You should pay more attention
to what you're doing when you do it.
Lets see, I have three hard drives sitting here right now. Laying a
steel ruler across the mounting screw holes I see; ha! whataya know,
there is a raised area around all three screw holes so when you
tighten all three screws only about 1/8" actually makes metal to
metal contact. Looks like you are, yep, wrong. And as I pointed out
earlier, that is ASSuming that the particular case in question has a
mounting solution that actually provides metal contact, most don;t
these days for reason of noise concerns.
Bullshit.
You can't back out of this one.
No you can't. When you're right you are right, but when you are
wrong you try this and it rarely works. You should stop trying.
On my Lian Li it doesn't.
The rack gets warm, but not nearly as warm
as the drives in it and it's all aluminum.
WindsorFox said:I have 4 cases in use and only one even makes metal to metal contact
on the hard drives. The Dell cases at work have no metal to metal
contct with drives, so that puts him at *BUUZZZZZZZZT!!* Wrong in a
vast majority of computer cases.
WindsorFox said:If the metal is aluminum then it could be of benefit toward cooling.