F5F Stay Refreshed Hardware Desktop You have a missing screw on the motherboard.

You have a missing screw on the motherboard.

You have a missing screw on the motherboard.

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bubbacalmes
Junior Member
10
05-20-2016, 11:49 AM
#11
Just keep it together unless you really need to take it apart.
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bubbacalmes
05-20-2016, 11:49 AM #11

Just keep it together unless you really need to take it apart.

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LOL0
Member
191
05-20-2016, 12:58 PM
#12
You're wondering why a standoff was removed during installation. It seems the standoff helped protect the motherboard from scratches.
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LOL0
05-20-2016, 12:58 PM #12

You're wondering why a standoff was removed during installation. It seems the standoff helped protect the motherboard from scratches.

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explizip
Member
227
05-22-2016, 07:41 PM
#13
Well, this situation was different from others because there was a metal piece sticking out. I thought it would help anchor the motherboard first, then place it properly on the rest of the standoffs. But I struggled to secure it because of the heavy CPU cooler, and I was nervous about damaging the board if I took too long or misaligned it. This was my first build ever.
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explizip
05-22-2016, 07:41 PM #13

Well, this situation was different from others because there was a metal piece sticking out. I thought it would help anchor the motherboard first, then place it properly on the rest of the standoffs. But I struggled to secure it because of the heavy CPU cooler, and I was nervous about damaging the board if I took too long or misaligned it. This was my first build ever.

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xLikax
Member
173
05-29-2016, 10:45 PM
#14
thank you!
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xLikax
05-29-2016, 10:45 PM #14

thank you!

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Spartan_GB3
Member
204
06-02-2016, 10:09 PM
#15
This change seems ironic because it was meant to simplify the build process. Properly aligning the motherboard used to be a hassle before. Your concern about damaging the board is totally valid—I’ve scratched it before, but I haven’t caused any serious harm. Just one instance where I bent the CPU socket pins while trying to apply thermal paste during a CPU swap.
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Spartan_GB3
06-02-2016, 10:09 PM #15

This change seems ironic because it was meant to simplify the build process. Properly aligning the motherboard used to be a hassle before. Your concern about damaging the board is totally valid—I’ve scratched it before, but I haven’t caused any serious harm. Just one instance where I bent the CPU socket pins while trying to apply thermal paste during a CPU swap.

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iskela99
Member
247
06-02-2016, 10:52 PM
#16
You haven't touched my GPU, PCIe slot, or motherboard yet. That's probably safe, but if the screws are loose or missing, it could be a problem. Still, don't tamper with the motherboard while it's powered on—it's usually fine.
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iskela99
06-02-2016, 10:52 PM #16

You haven't touched my GPU, PCIe slot, or motherboard yet. That's probably safe, but if the screws are loose or missing, it could be a problem. Still, don't tamper with the motherboard while it's powered on—it's usually fine.

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sioazidao
Member
70
06-09-2016, 12:55 PM
#17
No, the GPU isn't forcing that screw hole toward the motherboard backplate; it's actually moving it away. Physics.
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sioazidao
06-09-2016, 12:55 PM #17

No, the GPU isn't forcing that screw hole toward the motherboard backplate; it's actually moving it away. Physics.

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arty2005
Member
212
06-11-2016, 06:40 AM
#18
but you push it in, toward the module and the case (the backplate doesn't matter since it's behind the case metal). I was just emphasizing that motherboards are really adaptable, which is helpful when you need to force something in or take it out. Experience with SMD has taught me this—motherboards or PCBs are designed to be flexible, and it's a safety feature. Just avoid putting anything on power while handling it, then everything should work fine!
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arty2005
06-11-2016, 06:40 AM #18

but you push it in, toward the module and the case (the backplate doesn't matter since it's behind the case metal). I was just emphasizing that motherboards are really adaptable, which is helpful when you need to force something in or take it out. Experience with SMD has taught me this—motherboards or PCBs are designed to be flexible, and it's a safety feature. Just avoid putting anything on power while handling it, then everything should work fine!

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Ian_128
Junior Member
45
06-13-2016, 05:20 AM
#19
Refers to the metal case, not the confusion. After the machine was fully assembled, the forces were mainly gravity and leverage. With everything put together correctly, the mobo wouldn't bend enough to short the case. (Note: With the really large GPUs now, this could change.)
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Ian_128
06-13-2016, 05:20 AM #19

Refers to the metal case, not the confusion. After the machine was fully assembled, the forces were mainly gravity and leverage. With everything put together correctly, the mobo wouldn't bend enough to short the case. (Note: With the really large GPUs now, this could change.)

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