which is best for me

name='WC Annihilus said:
Well, the second link you sent was dead. But with all of that, the first one definately won't cut it. You'd be best off with one (better yet, 2) of these: [URL="http://www.thecoolingshop.com/product_info.php/cPath/33_57/products_id/1763"']http://www.thecoolingshop.com/product_info.php/cPath/33_57/products_id/1763[/URL]

doesnt that one move alot less water?

the other links fixed now
 
The DDC compared to the pumps you linked to have a much better flow rate.

But considering you are cooling the CPU, both cards and chipset... either the DDC or preferably the D5 will be the best option.

Both can be found

here

and

here

Edit: Heres some info:

C-system Pump (single)

C-system = 5.5 LPM

C-system + TDX (nozzle1) = 4.7 LPM

C-system + TDX + Maze4 Chipset = 4.4 LPM

C-system + TDX + Maze4 Chipset + Maze4 GPU = 3.9 LPM

C-system Pump (2 Pumps)

2x C-system = 8.6 LPM

2x C-system + TDX (nozzle1) = 5.8 LPM

2x C-system + TDX + Maze4 Chipset = 5.2 LPM

2x C-system + TDX + Maze4 Chipset + Maze4 GPU = 4.7 LPM

Laing DDC-12v (test carried out with 3/8" to 1/2" step up barbs)

Laing DDC = 7.2 LPM

Laing DDC + TDX (nozzle1) = 6.3 LPM

Laing DDC + TDX + Maze4 Chipset = 6.0 LPM

Laing DDC-12v (test carried out with modded 1/2" inlet )

Laing DDC = 12.2 LPM

Laing DDC + TDX (nozzle1) = 9.7 LPM

Laing DDC + TDX + Maze4 Chipset = 8.6 LPM

Note: Alphacool has a new revision of the pump out ( Lang DDC-1 Plus) which again has an increased flow rate that once arrives will be tested in the same manner. (cheers Leeum)

Amendment 25/01/06

Laing DDC-1Plus With Alphacool Plexi Top ½” Barbs (side mount inlet & outlet)

Laing DDC-1Plus = 9.7 LPM

Laing DDC-1Plus + TDX (nozzle1) = 8.4 LPM

Laing DDC-1Plus With Alphacool Plexi Top ½” Barbs (top mount inlet - side mount outlet)

Laing DDC-1Plus = 14.5 LPM

Laing DDC-1Plus + TDX (nozzle1) = 10.5 LPM

Added 29/01/06

Laing DDC-1Plus With Alphacool Plexi Top ½” Barbs (top mount inlet - side mount outlet)

Laing DDC-1Plus + NV-78 = 11.5 LPM

Laing DDC-1Plus + NV-78 + TDX (nozzle1) = 9.2 LPM

Laing DDC-1Plus + Alphacool NVXP-3 6800/7800 = 6.9 LPM

Laing DDC-1Plus + Alphacool NVXP-3 6800/7800 + TDX (nozzle1) = 6.9 LPM

Laing D5

Laing D5 (set @ no 5) = 16.4 LPM

Laing D5 (set @ no 1) = 4.4 LPM
 
while i was searching for my pump i stumbed across this french site. it even has clips to hear the sound of the pumps. it is in french so you have to use babelfish or some other tranlator to read it, btw its not that clear thou.

here

personally though for that many blocks id get the Laing DDC.
 
cool

so i should get the d5?

what do i do if my rad and blocks are 10mm connections not 1/2 inch ?

but the pump has 1/2 inch conections ?
 
mrbeef said:
cool

so i should get the d5?

what do i do if my rad and blocks are 10mm connections not 1/2 inch ?

but the pump has 1/2 inch conections ?

you buy little adapters

HERE

however you're better off popping down to B+Q or a local hardware store and picking them up for a couple pennies, then just buy some jubilee clips to make them water-tight (also pennies)
 
anyone know where the d5 is in stock ?

would a single dc5 be enough for a tripple 120mm rad and a res and sli gfx and cpu and chipset ?
 
mrbeef said:
anyone know where the d5 is in stock ?

would a single dc5 be enough for a tripple 120mm rad and a res and sli gfx and cpu and chipset ?

I wouldn't think so tbh, better off with 2 OR one d5 in the res and a smaller cheaper one mid-loop to help it along
 
so my circuit would go cpu-gfx-gfx-chipset-rad-res-pump

or cpu-chipset-pump-gfx-gfx-rad-res-pump

ive got a xspc 750 would that be adiquite with the d5 ?
 
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