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at all computer equipment processor and motherboard components can be damaged by electrostatic
discharge usd
labels such as these are common indicators that electrostatic sensitive devices are present
it is essential to use vsd precautions such as wrist wraps or foot or heel straps when
handling any e_s_t_ sensitive products
in order for bsd protection to be effective straps must connects to a common earth ground
system
scraps must be warn against the skin and ship it tightly straps must be kept clean and in
good condition
for handling fee in the processors
or the processor by the edge of the package with two fingers
do not touch the pens when transporting the processor
released the socket locking lever by pulling a lever outward slightly than looking up
the a_m_d_ athlon sixty four processor has a small triangle marking on one corner
aligns corner with the corresponding marker on the motherboard
place the processor into the socket carefully
take care not to bend the processor parents
the processor should require little or no down were forced to fit properly into the
socket
if the processor does not fit easily carefully adjust the alignment
do not attempt to force the processor and the place
when the processor is correctly seated hold it in place while lowering the locking lever
and latches into the fully locked position
do not apply any power to the system until the heatsink is fully installed
if voltage is applied before the heat sink is fully installed
the processor will overheat and failure will result
there are multiple configurations of heatsinks being used for a_m_d_ processors
the two most common configurations are shown here the clip heatsink and the screw type
eap six
both heatsinks have a thermal interface material pre applied on the bottom
this material is protected by a clear plastic cover
visually inspect the thermal interface material and carefully removed the plastic cover
do not use the heat sink it the thermal material has scratches or dents
to install the clip heatsink
century over the retention frame aligning the heatsink clips with the socket mounting
lugs
carefully place the heat sink on the processor keeping it centered in the retention frame
attached the spring to slip under the can handle first
this may require some force
make sure the second retention clip is aligned with the plastic log on the retention frame
and carefully push straight down on the clip
this may require more forcefully per side
insure the can handle is locked into the retention frame
to install the screw tights heatsink center the heatsink over the retention frank aligning
heatsink clips for the socket mounting lugs
stf
install the screws into the city the holes on the flight of the heatsink
tighten the screws finance alternating fascist prevents overloading of one side of the heat
after installation of peter heatsink
connected span power lead to the proper connector on the motherboard
check the installation completely
to make sure the heat sink is installed correctly before starting the system
power on the system and verify that the processor heatsink fan is turning at a rapid rate
if defense spending at a slower rate or not spending at all power down the system immediately
to avoid any thermal damage
to remove the clip you think on hope it can handle last from the retention friend
carefully rotate the can handle backed which fully released position to really force on
the sprinkler
carefully remove the spring clips and reverse order in which they were attached a flat blade
screwdriver may be necessary to pry the sprinkler off the line
be sure to unhooked the sprinkler under the camel everlast
sts
phil remove the scrutinized heatsink
remove the screws to attach the heat sink to behind
the thermal interface materials on both sides of heatsinks
accident seal between if you think and the processor
before lifting the heatsink
twisted back and forth several times to break the seal
failure to break the seal between the heat sink and processor may result in pulling the
processor out of the socket possibly causing processor or socket damage
gently lift the heatsink awaits processor while continuing to twist it back and forth
after removing the heatsink clean the residual thermal grease from its base
with the process are still in its socket gently clean the top surface of the package lived
use an upward rolling motion with the white to capture as much grease material as possible
you scared during cleaning to prevent greece contamination from spreading to other components
chains to clean white frequently to avoid smearing grease over the processor edge
if possible avoid using what chemicals such as acetone or alcohol
these chemicals can cost him ten minutes to flow into the socket area
look for any remaining greece contamination on the processor edge
remove this contamination with a cotton bud before the edge of a clean white
after greece contamination removal is completed
proceed with processor removal