Product Description & Info
Finally, Watercool E.K. (made in Germany) has produced an exclusive P67 and
Z68 liquid cooling chipset block set for EVGA's P67 and Z68 FTW (For The Win) series motherboards!
This block is a must-have for users utilizing multiple graphics cards, or
overclocking heavily, as the NF200 and mosfets can generate the most heat on
these boards. The chipset block kit features two separate blocks; one to cool
the chipset and NF200, and a second L-chipset for the mosfets/VRM. For maximum
performance, both blocks feature a copper baseplate, while the block top is made
of Black Delrin / Acetal. A set of three polished, stainless steel plates cover
the blocks for a shiny, finished look. On the business side of the block,
integrated black standoffs are preinstalled for painless installation of your
blocks.
Board Compatibility
p/n 160-SB-E689-KR
p/n 160-SB-E689-K2
p/n 160-SB-E679-K2
p/n 160-SB-E679-KR
Installation Manual
The included manual is in German. View the
English version here.
Parts Included
x2 M2.5 x 12mm Screws, x2 M2.5 Washers, x2 M2.5 nuts - for Intel P67/Z68 chip
x2 Spacers with O-Rings - For Compressions or Barbed fittings with threads too
deep
x 11+ M2.5 x 10mm Socket cap screws and Flat Washers
x2 Allen wrench
x2 Thermal pad 70mm x 13mm x 0.5 mm (VRM)
x1 Thermal pad 15mm x 10mm x 1mm (NF-200 chip)
x1 Thermal pad 20mm x 20mm x 1mm (Southbridge)
Step by Step Installation Guide (Click-To-Enlarge, Mouse over for
more Text)
Tools Needed: Anti-static strap, Philips screwdriver
Step 1. Verify all parts shown below are included accounted for.
Step 2. Anytime you work with sensitive electronic components, it is
still a good idea to use an anti-static strap to keep yourself grounded at all
times. As shown below, remove the three stock heatsinks from your P67/Z68 FTW
motherboard using a Philips screwdriver: Two spring loaded screws for the
P67/Z68 Chip, Six for the NF200, and eight for the Mosfet / VRM. (circled)
Step 3. Clean the two chips carefully of their factory thermal
interface material. Methods of cleaning can vary, i.e. Arcticlean, Akasa TIM
Clean, or Isopropyl Alcohol. Carb cleaner also works in a pinch though this is
not an official recommendation. Two 1mm thermal pads are included, one big, and
one small. The larger pad could use some trimming to fit properly on the P67/Z68
chip though if you choose not to trim them, there is no adverse affect. Be sure
to remove both the white and clear plastic from the pad. The clear plastic side
is the tacky side, and it helps if this is placed down, on the chip. Place the
two mosfet pads on the mosfets, making certain that all the chips are covered by
thermal pad.
Step 4. Carefully place the main chipset block on the board,
the mounting holes will line up once the block clears the first PCIe slot. While
holding the block in place, flip the board up and install six M2.5 x 10mm Socket
cap screws, each with an M2.5 flat plastic washer, in the six holes over the Z68
chipset. Just get the screws "snug" but not completely tight. For the other two
holes above the P67/Z68 chip, the install here is top-down. There are two M2.5 x
12mm bevel-head screws to use for this, and the smaller Allen wrench is used to
tighten these. On the backside of the board, again use a flat plastic washer and
one nut for each beveled screw. The Heatkiller installation manual says to only
tighten the screws "a few turns". While the standoffs should protect the board,
heed their advice and do not over-tighten, especially the P67/Z68 chip. We
recommend tightening up the other screws now, in a cross pattern, until they are
taught and snug. Install the L Mosfet block next, using the same method, with
seven M2.5 x 10mm screws, with a washer on each screw.
Step 5. The finished product awaits a leak-test, which you should do
before powering up the motherboard. If you are not sure how to do this,
ask us.
Our Optional Direct Connection Kit. This is not a
novice-recommended product, use at your own risk!
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