Related Articles. Author Info Last Updated: October 21, Before opening your computer, make sure that it is unplugged and in a non-static surface. Wood or a glass table is ideal. Turn off the computer and move it to the non-static surface. Use your screw-driver to open the case panel. Remove the panel and take a look at the mother board. It should look similar to the image. Now proceed to remove your previous CPU heat sink.
In order to do this, you need to undo the lever on the right side. Do this by gently pulling up on the lever until it becomes unhinged and loose. The CPU should come off with ease. Check that all the components are in correctly so that there is no complications in the install process. The CPU should be perfectly flat. Apply the thermal paste onto the CPU. The amount of paste used should be about the size of a grain of rice. Take the replacement heat sink and line it up correctly with the lever facing the PCI ports.
Connect the left connector bracket to the left side. This is important because it allows the lever to lock in the CPU heat sink so that it does not move. Connect the right side. Pull the leaver all the way back and push the bracket down until it clicks into place. Take the lever and push it forward until it clicks into place. If the lever does not lock, stop pushing the lever.
Just pull the lever back and repeat the last two steps over again. Plug in the wire. The Corsair H60 is another basic, single-fan cooling system. The heat sink module consists of a square copper block with integrated pump. The Corsair H60 heat sink is a tad easier to attach than the Antec, but neither is particularly difficult. Remove the mm case fan, if one exists, from the future location of the radiator. First, you must remove the mm case fan if you have one from the future location of the radiator.
If you have a stock Intel cooler, removing it is simple. Using a flat-bladed screwdriver, rotate the mounting latches about one-half turn counterclockwise and pull each latch straight up until you feel it detach from the motherboard. After detaching all four latches, remove the heat sink. Rotate the mounting latches about one-half turn counterclockwise and pull each latch straight up until you feel it detach from the motherboard.
If you have a high-end air-cooled CPU heat sink, it may have a back plate on the motherboard to help support it. Remove that plate prior to installing the underside brace for the new cooler. This is what an old heat-sink plate looks like. My system had previously sported the standard Intel heat sink, and the CPU constantly ran on the hot side. Though the processor never overheated, the fan would spin up quite noisily when the CPU was under load.
Here are the steps:. Attach the bottom brace to the motherboard. The Intel brace has three slots for accommodating the actual mounting nuts.
I slipped the nuts into the slots for socket I ended up using tape on one side, however, due to the presence of lots of solder points on the rear of the motherboard. An Intel brace; your components may look different from the ones pictured here.
Attach the radiator to the case. The mounting screws for the radiator will run through the fan, and then screw into the heat sink, sandwiching the fan between the radiator and the case. Be sure to align the fan so that the air travels from inside the case to outside. Attach the radiator to your case. Then, we positioned the metal clips over the hooks on the mounting bracket, and while applying a bit of downward pressure on the heat sink, we moved the lever into the locked position.
The cam on the lever engages with a metal place on the mounting bracket, and applies constant downward pressure on the heat sink so that it makes good contact with the CPU surface. Many of the steps necessary to install a cooler on an Intel processor are identical to those outlined on the previous page for AMD processors. However, the stock retention mechanisms and CPU sockets are very different. Instead, the pins reside in the socket, and the processors have electrically conductive pads on their underside.
As such, the retention mechanisms for Intel processors differ significantly from those for AMD chips. To ensure that an Intel CPU is seated properly in its socket, lift the locking load lever on the side of the socket slowly, until the cover plate over the CPU disengages. The CPU can be inserted only one way due to keys in the socket.
As long as it is sitting flat, and the cover plate is also sitting flat on all sides, lower the load lever into its locked position. Be sure to remove adhesive or any other potential contaminants that may prevent the surfaces from mating properly. A drop just larger than a BB but smaller than a pea will suffice. You do not want excess paste to ooze from the sides when you mount the heat sink.
The idea is to use the least amount of thermal paste possible to cover the surface of the integrated heat spreader, eliminate any tiny air gaps, and allow maximum thermal transfer between the integrated heat spreader and the heat sink.
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