Tri_block-mb

[JASSAF]

very nice job, the gold is nicely done.I assume this is your smaller rotating saw you can have, if so, thats a shame, your block could be even better with more smaller channels.

NB Block



the channels of the NB have to be less restrictive and the SB are going to be even lesser restrictive; the reason, the CPU block´s its very restrictive(microchannels roughly 1.8mm deep and 70 fins of 0.2mm (0.008") ,water channels of 0.25mm) and is similar to the Prototype CPU LGA 775-1366 ( http://www.xtremesystems.org/forums/...d.php?t=243003)

CPU Block




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[JASSAF]

That was a sweet friggin block regardless of it mixing metals or not. To the OP, nice job as usual.

at first i intended to make each block with different metals....the pics were taken with a not so good camera, and plus was kinda dark when i took em. the next pic is a block with nikel



at last i choose this one .....the only thing left is to test it






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[INFRNL]

nice work; hope it performs well for you!!!

[Boulard83]

I really like the final result ! Great job

The channel into the plexy is a great idea too.

awesome !

[snoro]

damm i took the nb block for the cpu block. Sorry for my misunderstanding. Look like the next thing to do is test it out and see what the temps are.

[ottoyu34]

Wow. Look awesome. Keep us updated

[JASSAF]

Wow. Look awesome. Keep us updated

LOOP: Triple_Mobo + HD = 498 lph (8.3 lpm / 2.2 gpm)




Flowmeter: Koolance INS-FM17



CPU: without jet plate .......... I forget to put





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[Church]

Awesome flow. Idea is proved. Now for the real world for such solution to be usuable in production in big volumes, i'm guessing one needs to standartise sizes and in/out waterpaths of waterblocks, so that only interconnecting flow bridge part should be exchanged when upgrading motherboards or single waterblocks can be upgraded/switched with new versions. Such minimal tubing with cooling that many stuff at once simply looks astonishing. Next step - integrating memory && gpu waterblocks, huh?

[Boulard83]

Great great GREAT !

[JASSAF]

TRI-BLOCK_mb_01


Performance: OC E6600@ 3.510MHz, 1.52V


TEST: Flowrate: 1.31 GPM..... Room T: 29°C..... Water T_1: 30°C..... Water T_2: 31.0°C

LOOP:
GT240 Stealth +
Tsunami_reser +
MCP655™@12V +
TRI-BLOCK_mb_01 (without jet plate) +
HDD Home made









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[Boulard83]

Thats some good result.

Your going to use the jetplate to see if it helps ?

[JASSAF]

Thats some good result.

Your going to use the jetplate to see if it helps ?

TRI-BLOCK_mb_01
Performance: OC E6600@ 3.510MHz, 1.52V
LOOP:
GT240 Stealth +
Tsunami_reser +
MCP655™@12V +
TRI-BLOCK_mb_01 +
HDD Home made


TEST-1 OCCT (without jet plate):.... Flowrate: 1.36 GPM..... Room T: 28°C..... Water T_1: 30°C..... Water T-2: 31.4°C ......TEMP: 55°C

TEST-2 OCCT (with jet plate):......... Flowrate: 0.99 GPM..... Room T: 28°C..... Water T_1: 30°C..... Water T-2: 31.1°C ......TEMP: 54°C


without jet plate with jet plate


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[ottoyu34]

Love how the water looks in the interconnects. Amazing!!

[Sushi Warrior]

Over 25% flow decrease for 1C? I dunno about that.

[Boulard83]

So the jetplate work