Courtesy of
Coolercases.co.uk
Eheim 1046
1046 = 6 LPM
(didn't have correct fittings to carry on with this one)
Eheim 1048
1048 = 8.7 LPM
1048 + TDX (nozzle1) = 5.9 LPM
1048 + TDX + Maze4 GPU = 5.2 LPM
1048 + TDX + Maze4 Chipset = 5.4 LPM
1048 + TDX + Maze4 GPU + Maze4 Chipset = 4.7 LPM
1048 + TDX + EVO1 = 4.3 LPM
1048 + RBX (nozzle1) = 5 LPM
1048 + White Water = 5.4 LPM
Eheim 1250
1250 = 16.4 LPM
1250 + TDX (nozzle1) = 8.3 LPM
1250 + TDX + Maze GPU = 6.9 LPM
1250 + TDX + Maze4 Chipset = 7.2 LPM
1250 + TDX + Maze4 GPU + Maze4 Chipset = 6.3 LPM
1250 + TDX + EVO1 = 3.15 LPM
1250 + RBX (nozzle1) = 6.9 LPM
1250 + White Water = 7.6 LPM
1250 + Maze4 (copper top) = 11.1 LPM
1250 + Maze3 = 8.7 LPM
Eheim 1260
1260 = 18.9 LPM
1260 + TDX (nozzle1) = 12.6 LPM
1260 + TDX + Maze4 GPU = 8.8 LPM
1260 + TDX + Maze4 Chipset = 9.7 LPM
1260 + TDX + Maze4 GPU + Maze4 Chipset = 8.9 LPM
1260 + TDX + EVO1 = 4.5 LPM
1260 + TDX + RBX (nozzle1) = 9.5 LPM
1260 + TDX + White Water = 10.5 LPM
Laing D4
Laing D4 = 16.4 LPM
Laing D4 + TDX (nozzle1) = 9.5 LPM
Laing D4 + TDX + Maze4 GPU = 8.4 LPM
Laing D4 + TDX + Maze4 Chipset = 8.9 LPM
Laing D4 + TDX + Maze4 GPU + Maze4 Chipset = 7.8 LPM
Laing D4 + TDX + EVO1 = 4.2 LPM
Laing D4 + TDX + RBX (nozzle1) = 8.4 LPM
Laing D4 + TDX + White Water = 9.2 LPM
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
Here's a look at the pumps used which gives a good insight into physical size.......from left to right
Eheim 1260>>>Eheim 1250>>>Eheim 1048>>>Eheim 1046>>>Laing D4
Here's a Laing D4 Pump along side the tiny Laing DDC-12v
This is the new Laing D5 which is exactly the same physical size and shape to the Laing D4 apart from offering an inbuilt rheostat to control flow rates and being black in colour.
Set on No5 (highest setting) the pump is very very quite though still gives a little noise where as set on No1 (lowest setting) i would say the pump is virtually silent.
Set on No4 it would seem noise level to be similar to the Laing DDC
And one of the D5 Rheostat
