Pro/Forums - View Single Post - F2 Extreme Radiators for Extreme watercooling

copyman · 07-25-2003, 11:49 PM

Gentlemen, re-done all the tests of flow rate and the results are posted below.

I actually was publishing the data of entrance flow rate in the block and not exit, a member of the forum xtremeforum asked me the question of as my system obtained of flow rate of the bomb going by the rad, (referring the pressure drop caused by the rad) he asked me which the flow rate that I arrived in the block, I was with that in my head as being final flow rate. (that even so were not precisely correct )

it seems, and it is a stupid mistake, but i was made, and luckily having corrected on time for the bill ,cathar and other friends to which my sincere gratefulness.

I assure friends that the lesson here learned, it was much larger than you can imagine

Speak-king on them later

method

The tests are still made in the same rustic way and they can contain mistakes, they are not definitive in hypothesis none

I caught two reservoirs of 30 liters, I made 10 demarcations of 2 in 2 liters in one of them
4 passages for each presented measurement

data of the tested equipments

PUMP

quiet one model 40R175254V

MAX-FLOW (GPH) 1140
horse power 1/25 HP
WATTS 87w
SHUT-OFF PRESSURE 6.5 psi
Shut Off Heat Ft 15,5

observations as the connections of the pump and tubes used in the test of flow rate of the pump

the entrance connections and exit of the pump has internal diameter of 9/16 and the tubes that I use has internal diameter of 1\2 inch

with 1 meter of tubes in the entrance and 1 meter of tubes in the exit the flow rate presented by the bomb + tubes it went of 37 seconds to move 20 liters / 32 liters per minute

PUMP + RAD F2

with 1 meter of the twith 1 meter of the tubes in the entrance of the bomb and 50 cm in the exit ties y of entrance of the rad, more 50 cm until the exit , the flow rate presented by the bomb+rad + tubes it went of 46 seconds to move 20 liters / 26 liters per minute

PUMP + RAD F2 + LRWW

with 1 meter of the tubes in the entrance of the bomb + 50 cm in the exit ties y of entrance of the rad, + 50 cm until the exit + LRWW + 50cm tubes , the flow rate presented by the bomb+rad + lrww + tubes it went of 93 seconds to move 20 liters / 12,9 liters per minute

PUMP + RAD F2 + CASCADE

with 1 meter of the tubes in the entrance of the bomb + 50 cm in the exit ties y of entrance of the rad, + 50 cm until the exit + CASCADE + 50cm tubes , the flow rate presented by the bomb+rad + CASCADE + tubes it went of 140 seconds to move 20 liters / 8,5 liters per minute

observation, all the used connections, less the one of the block's that if you maintain original they are re-worked and your internal diameter is of 7\16 ( the one of the bomb were already mentioned and the tubes also)

07-25-2003, 11:49 PM	#72
copyman Cooling Neophyte Join Date: Jul 2003 Location: Brazil Posts: 66	Gentlemen, re-done all the tests of flow rate and the results are posted below. I actually was publishing the data of entrance flow rate in the block and not exit, a member of the forum xtremeforum asked me the question of as my system obtained of flow rate of the bomb going by the rad, (referring the pressure drop caused by the rad) he asked me which the flow rate that I arrived in the block, I was with that in my head as being final flow rate. (that even so were not precisely correct ) it seems, and it is a stupid mistake, but i was made, and luckily having corrected on time for the bill ,cathar and other friends to which my sincere gratefulness. I assure friends that the lesson here learned, it was much larger than you can imagine Speak-king on them later method The tests are still made in the same rustic way and they can contain mistakes, they are not definitive in hypothesis none I caught two reservoirs of 30 liters, I made 10 demarcations of 2 in 2 liters in one of them 4 passages for each presented measurement data of the tested equipments PUMP quiet one model 40R175254V MAX-FLOW (GPH) 1140 horse power 1/25 HP WATTS 87w SHUT-OFF PRESSURE 6.5 psi Shut Off Heat Ft 15,5 observations as the connections of the pump and tubes used in the test of flow rate of the pump the entrance connections and exit of the pump has internal diameter of 9/16 and the tubes that I use has internal diameter of 1\2 inch with 1 meter of tubes in the entrance and 1 meter of tubes in the exit the flow rate presented by the bomb + tubes it went of 37 seconds to move 20 liters / 32 liters per minute PUMP + RAD F2 with 1 meter of the twith 1 meter of the tubes in the entrance of the bomb and 50 cm in the exit ties y of entrance of the rad, more 50 cm until the exit , the flow rate presented by the bomb+rad + tubes it went of 46 seconds to move 20 liters / 26 liters per minute PUMP + RAD F2 + LRWW with 1 meter of the tubes in the entrance of the bomb + 50 cm in the exit ties y of entrance of the rad, + 50 cm until the exit + LRWW + 50cm tubes , the flow rate presented by the bomb+rad + lrww + tubes it went of 93 seconds to move 20 liters / 12,9 liters per minute PUMP + RAD F2 + CASCADE with 1 meter of the tubes in the entrance of the bomb + 50 cm in the exit ties y of entrance of the rad, + 50 cm until the exit + CASCADE + 50cm tubes , the flow rate presented by the bomb+rad + CASCADE + tubes it went of 140 seconds to move 20 liters / 8,5 liters per minute observation, all the used connections, less the one of the block's that if you maintain original they are re-worked and your internal diameter is of 7\16 ( the one of the bomb were already mentioned and the tubes also) Last edited by copyman; 07-26-2003 at 01:10 AM.