Swiftech H20-120-P Water Cooling Kit

Sep 27th, 2004 | By

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Swiftech H20-120-P Water Cooling Kit


Date
: 09/27/04 – 10:23:39 PM

Author
:

Category
: Cooling


Page 1 : Introduction

Manufacturer:
Swiftech

Price:
NA

Over the years we've taken multiple looks at
Swiftech
and today we continue this tradition. They're one of the most recognized names in water cooling and have been around for a decade now. While certainly not limited to water cooling, Swiftech has a reputation for quality cooling products that perform to the standards of enthusiasts.

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The
Swiftech H20-120-P Water Cooling Kit
we examine today is everything a user needs to jump into water cooling. This kit is made for Socket 478 Pentium 4 users, but most of the material covered should apply well to the other kits using similar parts. We'll be taking a look at how easy it is to setup, the quality of the product, and the cooling performance relative to competing air and water cooling solutions on the same platform.


Page 2 : Package

The
Swiftech H20-120-P Water Cooling Kit
came shipped in a plain box with a printed label as shown below. Inside each component was packed together in their respective sub-kits the same way you would recieve them had you ordered them seperately. The contents of which were:

MCW6000-P waterblock with pre-installed 1/2" OD tubes
MCR120-FBRB Radiator with (1) 120x25mm fans rated at 72.4CFM and 38dBA, (2) 1/2" (tube OD) quick-connect adapters, and optional Radbox and PCI pass-thru.
MCP650 12 Volts DC industrial pump (connects directly to computer power supply )
FBK525 fill and bleed kit assembly
12 feet 1/2" vinyl tubing, and tube inserts
2 Oz bottle HydrX extreme duty coolant
Arctic Alumina thermal paste
Coolsleeves Clear 40" length
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The radiator shipped to me was the MCR120-FBRB add-on that comes with the Radiator, 120x25mm fan, 1/2" quick-connect adapters, "Radbox" assembly kit, and PCI pass-thru accessories. Most of this was pre-assembled and left only the mounting and connecting of the hoses for me to do.

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The radbox; this is the side that mounts to the back of the case using the exhaust fan mounting holes.
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With the cover removed you can see the 120 mm fan that Swiftech includes for cooling the radiator.
The fan shipped with the radiator was intended to have a 3-pin connector for it to easily slip through the PCI pass-thru, but was accidently shipped with a four-pin molex connector. Not a big deal, but it was nice that Swiftech emailed me ahead of time to notify me of the mistake. In this picture below you can also see the Coolsleeve coils around the tubing. These sleeves are a very good method of eliminating kinks when needing tubes to make tight bends.

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This side view of the complete radiator kit gives you an idea of the length this will extend off the back of a case (~9 cm).
The PCI pass-thru makes is shown below. The larger slit is to allow the 120 mm fan's wiring to easily slip into the case as mentioned above. Like what Zalman includes with their Reserator 1, the PCI pass-thru makes for a cleaner look and un-modified install into cases.

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Swiftech includes their MCP650 12 Volt DC industrial pump with this kit. The nice things about this pump: relatively small size, low power consumption, and direct PSU connection by way of a 4-pin molex connector. The pump, like the radiator, was shipped with tubing already connected. The pump natively uses 1/2" tubing and is shipped as seen below with the 1/2" to 3/8" tubes and adapters pre-assembled.

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The waterblock included in this kit is intended for use with Pentium 4s, thus the -P suffix on the kit model. What seperates this block from the others are the fasteners that are included for mounting and the bottom of the blocks surface which is completely flat. You can see that the surface is machined with a smooth, reflective finish.

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An illustration of the inner workings of the block.
The H20-120 kits are made for in-line operation, so there is no reservoir included with the kit. Instead, what Swiftech does is bundle their fill and bleed kit that makes the process simpler.

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The kit comes with 12 ft of 1/2" (OD) tubing and an extra 40" of Coolsleeves. This amount of tubing should be ample for most setups, and if more is needed it can be purchased seperately.

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To keep bacteria growth and corrosion down Swiftech includes their own coolant, HydrX, with the kit. It's also UV reactive for anyone into that type of thing.

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The last major inclusion to this kit is the installation guide. The guide is very well put together, easy to follow, and has large color illustrations that should help make installation less frustrating.

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Page 3 : Specifications

All specifications have been taken from Swiftech's web site:

MCW6000 waterblock

The inlet is centrally located to focus the lowest temperature fluid over the hottest area.
The precise location and diameter of the inlet are calculated to optimize flow velocity and turbulence, thus accelerating the convection heat transfer into the fluid.
The waterblock base features a thin pin design (281 pins). This geometry maximizes the surface area exposed to the fluid, and promotes turbulent flow, both factors which also contribute to enhance the convection heat transfer, while exhibiting less overall flow restriction than competing designs (1).
The inlet and outlet are 3/8" in diameter, allowing direct use of 3/8" internal diameter tubing (1/2" OD) for good flow rates and reasonably unobtrusive tubing.
The block is an all C110 copper construction, to exploit the high thermal conductivity characteristics of this metal.
"Monolithic" construction: the base and housing are brazed together, assuring long term integrity of the joint.
The copper housing features an unlimited durability compared to acrylic tops used in competing technologies
The all copper construction eliminates galvanic corrosion.
100% quality control at the assembly line level: each block is factory tested to 25 psi (1.7 bars) to guarantee zero defect.
The 2.5" x 2.5" form factor enables the same block to be used with all current microprocessors in the Desktop and Server markets
The inlet and outlet are intentionally smooth, to provide compatibility with quick-connect, and hose clamp fittings.
In many cases, the same block can be reused with different classes of processors, by simply swapping retainer plates, thus reducing the cost of ownership.
The MCW6000 attachment mechanism is plug-end-play and does not necessitate removal of the motherboard (except Intel® Pentium® 4 LGA 775 processors)
Each retention system has been engineered to comply with Intel® & AMD® specifications, and optimize both safety and ease of use during installation.

MCR120-FB radiator

2-pass Radiator specifically developed for PC watercooling
1/2" (tube OD) quick-connect adapters included.
High-durability custom formulation acrylic paint finish
Rated for 378KCal per hour (1501 BTU per hour) or 440W*
120 mm (4.72 inch) core consisting of flat brass tubes for maximum heat conductivity
High-density louvered copper fin configuration for enhanced heat dissipation
Built-in plenum chamber for increased performance and noise reduction
Self-tapping 120mm fan and case mounting holes for ease of installation
Compact 157 x 133 x 25 mm (5.9 x 5 x 0.98 inch) dimensions allows it to fit inside most mid-tower cases

MCP650 12 VDC pump

50,000 hours MTBF (Mean Time Between Failure) equivalent to 5 years lifetime.
Superior 12 Volts DC convenience: plugs into the computer power supply
The MCP650 can be used with full confidence in any MP servers, and high-end workstations.
Superior real world performance versus any aquarium pump we have tested to this date.
The high pressure capability of the MCP650 is particularly well adapted to the proliferation of daisy-chained liquid cooling devices in a single circuit: Multiple Processors, Chipset, Graphics, and Hard Drives.
Compact Design.
Quiet Operation thanks to brushless motor.
½" barb fittings.
No maintenance when used with de-mineralized water, and anti-fungal additives (Our HydrX additive is recommended)
Quick installation with adhesive neoprene pad, or permanent installation with thru-bolts.
24 W nominal power (@ 12 V)
2 amps nominal current (@ 12 V)
10 ft (3.1 m) maximum head
~317 GPH (1200 LPH) maximum discharge
50 PSI (3.5 BAR) maximum pressure
0°C – 60°C temperature range
1.4 lb (650 g) weight
Noryl impeller housing material
33 ~ 34 dBA noise measurement (at 2 ft)

FBK525 fill & bleed assembly

Height: fits entirely into (1) one 5 1/4" bay.
Snap-in retention clips allow greater flexibility of placement anywhere inside the chassis.
Possible installation of a rheobus in the same slot as the FBK525
Direct access to the inlet and discharge valves from the front of the chassis
New inlet and discharge quick-connect ball valves feature easy tube insertion and removal.

Lots of information to digest here. The block is completely made of copper for better thermal efficiency while the pump is a powerful one matching the best of what asetek has to offer with their Waterchill line and four times more powerful than the small, but quiet pump used by Zalman in the Reserator 1.


Page 4 : Installation

With large system modifications like a water cooling system you need to be prepared to set aside the proper amount of time to take your time and get the job done right. With this kit it took me somewhere around two hours from start to finish before I was ready to fire things up. Because most of the individual components come pre-assembled it was only a matter of installing one section at a time and consulting the manual to be assured things were being properly setup.

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This was taken during the fill and bleed process.
The tubing provided was plenty for this setup and proved to be very easy to work with. I didn't find the need to use the extra Coolsleeves provided, and didn't run into any kinks during setup. I used a gallon of Kroger brand distilled water with about 2/3rds of the HydrX added before filling the system. No leaks were ran into during the pre-fill leak test that Swiftech describes how to perform in the guide nor were there any after a 24 hour running test.

The exact specs of this machine are the following:

Pentium 4 2.4C @ 3.2 GHz Processor
Abit IC7-G i875P Motherboard
2*512 MB PDP Systems PC3200LLK DDR Memory
Maxtor 60GB 7200RPM Hard Drive
ATi Radeon 9700 Pro Video Card
Coolmax CX-400B 400 W Power Supply
Windows XP Pro SP2 + Latest Drivers, Updates

CPU Cooling:
Swiftech H20-120-P Watercooling


Page 5 : Testing

Benchmarking analysis was limited to temperature of the CPU. To gain the results, the system was first put under heavy load by running Folding@Home and RC5-72 clients for a period of one hour and then the peak temperature recorded. The processor would then be allowed another hour to cool to an idle temperature with no user interference. This method was followed in the same order for each cooler and proved to be a consistent way to stress and compare the coolers abilities. Room for error could then be primarily traced back to environment variables such as room temperature and any possible human error in taking the readings.

Measurements were recorded by hand and taken using Abit's monitoring utility for temperature monitoring of the CPU diode. A RadioShack digital indoor/outdoor thermometer for monitoring the room temperature.

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As expected, results show a lower CPU temperature for the Swiftech kit. However, these results are a bit misleading. The Swiftech results were obtained from a closed case environment with an ambient room temperature of approximately 77°F. The results for both Zalman coolers are representative for ambient temperatures of 75.6°F and 77.8°F in an open-air environment which could assist cooling somewhat.

What's more is the drop in temperature was enough to afford a small gain in overclock to 3.36 GHz with a voltage of 1.675 and a load temperature of only 48.5°C. In comparison, the Zalman Reserator 1 was never able to handle higher frequencies in testing.

The noise levels demonstrated by the cooling system mostly came from the external fan mounted to the radiator. With a fan controller this could be reduced to ones liking, but I found it to be a bearable noise which wasn't high pitched unlike what a smaller fan would produce. The pump I found to be incredibly silent and definately seems to be an improvement over previous high-performance pumps I've seen used by myself and people I knew.


Page 6 : Conclusion

Swiftech's H20-120-P
water cooling kit is definately a stand-out kit. The compact nature of all the parts and the easy to follow installation guide really make this a great water cooling kit for first time users and enthusiasts looking for a well performing setup they can later customize to meet their needs. What really impresses me everytime with Swiftech parts is the quality of each component, and kit after kit they deliver on that with every part. The pump has gone through many generations and the same can be said for both the waterblock and radiator. What's probably most important though is the performance a kit like this delivers, and Swiftech doesn't fail. The kit was able to lower temperatures on my overclocked 2.4C and nearly bring my net overclock up to one gigahertz.

Advantages

Compact
Well-documented setup
Great performance

Disadvantages

Waterblocks are platform specific
Expensive compared to conventional cooling

In the end this product really impressed me with both performance and design. With all the good this kit has to offer I can say that it deserves not only my recommendation, but also the O² Power Award.

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Many thanks to Swiftech for making this great review possible.

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