MCR-X20 Drive Rev3 Series Heat Exchangers with Integrated Pump and Reservoir


Price: From $85.00 to $169.95

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Designed in the USA
ROHS Compliant
Patent: Pending
Product Description
 
The patent pending MCR-X20 Drive™ series are high performance heat exchangers featuring two truly revolutionary features:  a powerful integrated pump with PWM control, and an integrated reservoir. This unique concept is the foundation for a simple, powerful, yet versatile liquid cooling system where only CPU and/or Graphics waterblocks need to be added.
 
Revision 3 brings another level of functionality and performance to this list of ground-breaking features by implementing Swiftech's innovative multi-port connectivity which consisted in adding two more  ports (for a total of three) to the inlet plenum.  When implemented in conjunction with Swiftech's new Apogee HD™ waterblock, this feature allows dramatic flow rate improvements in complex multi-block environments.
 
The heat exchangers are available in two versions: the MCR220 Drive™ for dual 120mm fans, and the MCR320 Drive™ for triple 120mm fans, as well as in two configurations each: either with or without the pump. When sold without the pump, any of Swiftech's MCP3X pump series can be installed (MCP350, 355, 35B, 35X)
 
The MCRx20 Drive™ series are also the primary building block for the H20-X20 Edge series of liquid cooling kits.
 

Tab 1


High performance Features


Benefits

Three inlet ports provide return lines for up to 3 different waterblocks (use this feature in conjunction with the Apogee HD waterblock) Dramatic flow rate improvements in complex multi-block environments

The dual or triple 120mm radiator form factors provide 2 to 3 times the heat dissipation capacity afforded by the single 120mm radiators found in entry level kits.

Superior performance headroom

Substantially reduced operating temperatures

Ability to daisy-chain multiple water-blocks in the loop with reduced impact on CPU cooling performance

Higher overclocks

The high-pressure MCP35X pump now runs at up to 4500 rpm, and allows vastly superior system flow rates than comparably sized pumps found in entry level kits, allowing users to daisy-chain multiple water-blocks in the loop.

Integration of the pump into the radiator reduces the overall system pressure drop compared to conventional setups.


Convenience and Versatility Features


Benefits

Three inlet ports provide return lines for up to 3 different waterblocks (use this feature in conjunction with the Apogee HD waterblock) No need for clumsy and cumbersome Y splitters

The patent pending integrated pump and built-in reservoir of the MCR Drive heat exchanger combine 3 of the 4 typical elements found in conventional CPU liquid cooling systems.

Easier to integrate in any PC

Simplified installation

Safer, more reliable operations (less joints)

The product is fully functional in both vertical and horizontal orientations Easier to integrate in any PC
PWM controlled pump enables variable speed from 1300 to 4500 rpm From virtually silent operations at low speed to ultra-high flow rates in multiple waterblocks (CPU + VGA's) and/or radiator configurations

Only the water-block(s) will need to be changed in case of platform upgrade.

Future-proof concept reduces the cost of ownership over the long term, and guarantees that the core cooling system can be migrated from one computer to another.


 

Tab 2

Performance curves of the radiators are similar to their respective non-integrated counterparts, the MCRX20 QP series and can be accessed in the links provided below.
 
It should be noted that overall system pressure drop is noticeably improved compared to a traditional setup comprising a separate pump and reservoir due to a substantial reduction in the length of the flow path, as well as in the number of fittings (2 fittings instead of 6).
 
For real-life performance data, you may also refer to a couple of white papers we recently published entitled "Actual Influence of Flow Rate on system Temperatures" and "Dual Loop versus Single, the Facts". These articles contain comprehensive information with respect to the thermal performance that can be expected from the MCR-Drive serie heat exchangers when coupled with other Swiftech® components in the loop.
 
Here is a summarized table of results; these tests were performed with Ci7 920 overclocked to 4.1Ghz and running at 1.39v; please also refer to the articles linked above for full configuration details, results and explanations.

Configuration T  CPU Air °C
H20-220 Edge to CPU alone 44.9
H20-220 Edge with (1) VGA 45.9
H20-220 Edge with (2) VGA in SLI 46.7
H20-320 Edge to CPU alone 43.4
H20-320 Edge with (1) VGA 44.3
H20-320 Edge with (2) VGA in SLI 44.9


T CPU Air °C: the difference in Degrees Celsius, between the temperature of the CPU and that of the ambient air. This presentation of the data identifies the CPU temperature independantly of ambient air temperature which varies greatly depending on local conditions, thus reflecting the true performance of the cooling system.

Links to individual components performance curves and specifications:
 
 
 
 

Tab 3

Dimensions (Including pump)

Schematics MCR220 Rev3 Drive (click to enlarge)

Schematics MCR320 Drive (click to enlarge)

MCR320 Drive dimensions - click to enlarge

Radiator general construction

MCP35X Pump specifications summary
Overall Dimensions, Including pump
MCR220 Drive™
MCR320 Drive™
Width
5.0"(128mm)
Height
12.8"(325mm)
17.5"(445mm)
Depth
2.8"(72mm) + fitting
Weight
36.5oz(1079g)
42oz(1242g)
  • 2-pass, single row construction
  • Brass body and tubes, louvered copper fins
  • POM pump housing
  • Optimized fin-density for maximum heat dissipation at low
    noise
  • Patent-pending integrated pump housing
  • M3.5 threaded fan and case-mounting holes
  • Slim form factor 11.2 x 5 x 1.3" (284 x 128 x 34mm)
  • G1/4 threaded ports
  • High-durability acrylic paint finish
  • ROHS compliant
Motor type
Electronically commutated, brushless DC, spherical motor

Nominal voltage

12 V DC

Operating voltage range
9 to 13.4 VDC

Max. nominal power (@12 V)

18 W

Max. nominal current (@12 V)
1.5 A

Max. nominal head (@12 V)

14.7 ft (4.4m)

Max nom. discharge (@12V)

~ 4.75 GPM (17.5 LPM)

Maximum pressure
22 PSI (1.5 BAR)
Temperature range
Up to 140 °F (60 °C)

Electrical power connector

Molex 4 pin

PWM + RPM Signals
4-pin connector
RoHS
Compliant

Port thread standard

G1/4

MTBF
50,000 Hours
 
 

Tab 4

Case Compatibility for internal installation:

We scouted the web and various forums to identify cases that are compatible for preferably "bolt-on" internal installation, or with very minor modifications; we also contacted various case manufacturers and inquired which of their models would be compatible. Here is a compilation of what we found at the time of this publication; please note that the (*) next to the listed models denotes that they were either validated by us, or listed as compatible by their respective manufacturers. We do not guarantee the accuracy of the provided information for models that we have not validated in house.

Make Model
H2O-220 Edge H20-320 Edge
Antec DF85, 1200 Yes
No
Cooler Master HAF932 (*) Yes Yes
Cooler Master Cosmos S (*) Yes Yes
Cooler Master ATCS 840 Yes Yes
Cooler Master CM 690 II Yes No
Cooler Master Stacker 810 Yes No
Corsair CC800DW Yes Yes
Corsair CC700DW Yes Yes
Lian Li PC-P80 Yes No
Lian Li PC-A77F Yes No 
Mountainmods Most Models (*) Yes Yes
NZXT Tempest (*) Yes No
NZXT Phantom (*) Yes No
Silverstone Raven RV01, RV02 (*) Yes No
Silverstone TJ09 , TJ010 (*) Yes No
Thermaltake Armor LCS Yes No

Some examples of installation:



H2O-220edge-MCR220-FRONT-CPU

H2O-220 Edge Front Installation
H2O-220-MCR320-TOP-CPU
H2O-320 Edge Top Installation SLi
h2O-220edge-MCR220-drive-+-MCR320QP
H2O-220 Edge with additional MCR320 QP Radiator, SLi
H2O-220-edge-MCR320-DRIVE
H2O-320 Edge + H2O-220 Edge for full redundancy
H2O-220edge-MCR220-RADBOX-1-2IN-AC-VGA
H2O-220 edge + Radbox, 1/2" tubing thru pre-existing holes

/H2O-220edge-MCR320-RADBOX


H2O-320 Edge+ Radbox, 3/8" tubing thru PCI slot

 
 
General Installation guideline (see also installation guide)
 

Installation orientations

Installation to panel

Click on picture to enlarge
 
 
 
Documentation:



 

Tab 5


 
"To sum it up in a simple phrase, the MCP35X is a big deal. [..] PWM control of your pump is the game changer here. [..] The ability to change speeds when load/temperature increases without having to manually adjust the settings is a godsend, and now we can do this with our pump too that is huge! [...] The MCP35X is the best overall performing Laing pump I have tested to date..." Jan 2011

Pure OC Editors Choice

Pure OC Logo

"... the H2O-320 Edge is indeed a unique liquid cooling kit. [..]  It is a new evolution of the water cooling kit and the worlds first traditional setup that combines a reservoir, pump and radiator in a whole unit to eliminate the tubing cluster without compromising the performance.  Not only does the performance stay impressively strong, the whole setup is extremely user-friendly as well. " Dec 2011



Overclockers.com Logo

"Overall this is an impressive kit. The performance should be right up there with a custom loop [..] The H20-220 Edge has the flexibility to upgrade to future blocks for upcoming sockets, great performance [..], quiet operation [..], the ability to crank it up for some benching sessions when every °Celsius counts, and expandability to put more into the loop [..] when you are ready." Nov 2010


Tweak Town Editors Choice

Tweak Town logo

"If only you could see the smile on my face when I think about what the H2O-320 Edge kit offers. Not only does it take away a lot of the issues found in a kit you shopped all the pieces for separately [..] I can tell you the pricing is spot on, and if you are in the market for a new loop capable of handling todays hottest components [..], this is definitely the solution for you. " Nov 2010


overclockers online editors choice

overclockers online logo

"Swiftechs H20-320 Edge kit comes ready to perform as the numbers clearly show. [..]it is designed with expansion in mind. [..] This is also what sets it apart from many kits on the market today that are a closed loop design [..] the H20-320 Edge offers an easily accessible water cooling system for beginners and experienced users alike." Oct 2010



Motherboards.org logo
Video Review H20-220 Edge Liquid Cooling kit - Oct 2010

overclockers hq editors choice
 

"Overall I was very impressed with the temps [..] And it looks pretty awesome!..if you are at all into serious overclocking or system building and you do not have custom water, its about time to take the plunge.pardon the pun. The Swiftech® H20-320 Edge Water Cooling Kit is gorgeous and anyone would be happy sporting one of these on their performance rigs." Oct 2010


OCIA GOLD AWARD

OCIA BANNER

First review of the new H20-320 Edge liquid cooling kit

"Although many dyed-in-the-wool water cooling users will turn their nose up at a liquid cooling kit, [..] I'd have to say the Swiftech® kits are by far the best..If you're looking to build a liquid cooled rig and don't want to mess around with buying parts piecemeal, the Edge kits are absolutely a great way to go." Sept 2010

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