F5F Stay Refreshed Hardware Desktop The motherboard is unresponsive in your system.

The motherboard is unresponsive in your system.

The motherboard is unresponsive in your system.

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KablooieKablam
Posting Freak
908
11-24-2023, 01:04 AM
#11
It's positioned roughly in the center of the board... the sides are wobbly on both sides, yet the middle stays still... and I've removed every screw.
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KablooieKablam
11-24-2023, 01:04 AM #11

It's positioned roughly in the center of the board... the sides are wobbly on both sides, yet the middle stays still... and I've removed every screw.

D
Dr_Fred
Member
206
11-25-2023, 02:57 AM
#12
Occasionally the rear IO exerts enough force to grip the board. Attempting to move it forward can create a sense of resistance. Just to confirm, the top middle screw is indeed visible in the photo.
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Dr_Fred
11-25-2023, 02:57 AM #12

Occasionally the rear IO exerts enough force to grip the board. Attempting to move it forward can create a sense of resistance. Just to confirm, the top middle screw is indeed visible in the photo.

Y
Yaubarry
Member
204
11-25-2023, 03:19 AM
#13
I've collected every high-quality screw you needed.
Y
Yaubarry
11-25-2023, 03:19 AM #13

I've collected every high-quality screw you needed.

M
mcbudder2004
Senior Member
687
11-25-2023, 08:48 AM
#14
Yes, those central standoffs are visible through the holes. I can provide an image of that if you'd like.
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mcbudder2004
11-25-2023, 08:48 AM #14

Yes, those central standoffs are visible through the holes. I can provide an image of that if you'd like.

9
999GOT666
Member
174
11-25-2023, 01:02 PM
#15
That's what I'm imagining...
9
999GOT666
11-25-2023, 01:02 PM #15

That's what I'm imagining...

B
Backstaber970
Senior Member
435
11-26-2023, 03:03 AM
#16
You likely feel resistance from the rear side of the interface pushing the board against that edge. Position your fingers along the front edge, aligning with the ram. Push backward toward the rear interface. Observe if the screw aligns properly in its holes. While maintaining this back pressure, apply a slight upward force to test lifting.
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Backstaber970
11-26-2023, 03:03 AM #16

You likely feel resistance from the rear side of the interface pushing the board against that edge. Position your fingers along the front edge, aligning with the ram. Push backward toward the rear interface. Observe if the screw aligns properly in its holes. While maintaining this back pressure, apply a slight upward force to test lifting.

M
MrCupquake
Member
229
11-26-2023, 10:23 AM
#17
It looks like they aren't press fit in. They should have enough room to slide out, but maybe there is an alignment issue and they are rubbing hard against the sides of the holes, causing lot's of static friction. I agree with above. And lift from very close to the hole without bending the board.
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MrCupquake
11-26-2023, 10:23 AM #17

It looks like they aren't press fit in. They should have enough room to slide out, but maybe there is an alignment issue and they are rubbing hard against the sides of the holes, causing lot's of static friction. I agree with above. And lift from very close to the hole without bending the board.

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BlitzSquadHD
Member
195
11-28-2023, 04:49 AM
#18
Consider employing a screwdriver or comparable tool to reshape the standoff away from the edge of the hole it contacts.
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BlitzSquadHD
11-28-2023, 04:49 AM #18

Consider employing a screwdriver or comparable tool to reshape the standoff away from the edge of the hole it contacts.

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Linlow005
Junior Member
4
12-05-2023, 12:13 AM
#19
Just like when I first started, grab a towel to wipe away the sweat so it doesn’t spill everywhere.
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Linlow005
12-05-2023, 12:13 AM #19

Just like when I first started, grab a towel to wipe away the sweat so it doesn’t spill everywhere.

J
Jrry
Junior Member
20
12-05-2023, 03:25 PM
#20
No solution appears to be available.
J
Jrry
12-05-2023, 03:25 PM #20

No solution appears to be available.

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