Newest Report- Cooler Express Three Evaporator Cooling Unit

[smile]

COOLER EXPRESS Three Evaporator Cooling Unit (1CPU, 2GPUs Cooling) Total load 660W Test Report

^Appearance

^Inside

^Evaporative Temperature -50℃

^Test report of using CPU heat simulator

^Insert a core temp. sensor in middle of CPU heat simulator.

^Adaptor to change the power output of CPU heat simulator.

^We set the CPU heat simulator's voltage to 140V(Voltage drop 0.2=139.8V)Current 2.34A ( Formula for Watt: W = V(voltage)xA(current) ,139.8x 2.34 =327.1 W

^GPU1 heat simulator voltage set to 140V(Voltage drop 0.2=139.8V)Current 1.19A(,139.8x 1.19 =166.3 W

^GPU2 heat simulator voltage set to 140V current 1.19A.(,140x 1.19 =166.6 W

^Proceed load test.

CPU heat simulator runniing at 330.4W, Core Temp. = -10.9 ℃ Evap. Temp. -30.5 ℃

GPU1 heat simulator runniing at 166.3W, Core Temp. = -13.3 ℃ Evap. Temp. -22.1

GPU2 heat simulator runniing at 166.6W, Core Temp. = -14.5 ℃ Evap. Temp. -23.3

^Perform load test for 10 minutes

CPU heat simulator runniing at 331.8W, Core Temp. = -5.7 ℃ Evap. Temp. -29.3 ℃

GPU1 heat simulator runniing at 166.3W, Core Temp. = -11.6 ℃ Evap. Temp. -22.1℃

GPU2 heat simulator runniing at 166.6W, Core Temp. = -13.0 ℃ Evap. Temp. -24.3℃

^Perform load test for 20 minutes

CPU heat simulator runniing at 325.7W, Core Temp. = -5.1 ℃ Evap. Temp. -28.3 ℃

GPU1 heat simulator runniing at 166.3W, Core Temp. = -10.6 ℃ Evap. Temp. -23.1℃

GPU2 heat simulator runniing at 166.6W, Core Temp. = -12.3 ℃ Evap. Temp. -23.5℃

^Perform load test for 30 minutes

CPU heat simulator runniing at 326.6W, Core Temp. = -4.7 ℃ Evap. Temp. -28.1 ℃

GPU1 heat simulator runniing at 166.3W, Core Temp. = -10.2 ℃ Evap. Temp. -23.1℃

GPU2 heat simulator runniing at 166.6W, Core Temp. = -12.2 ℃ Evap. Temp. -23.5℃

^Perform load test for 40 minutes

CPU heat simulator runniing at 331.3W, Core Temp. = -4.3 ℃ Evap. Temp. -27.8 ℃

GPU1 heat simulator runniing at 166.3W, Core Temp. = -9.9℃ Evap. Temp. -23.0℃

GPU2 heat simulator runniing at 166.6W, Core Temp. = -11.7 ℃ Evap. Temp. -23.2℃

^Perform load test for 50 minutes

CPU heat simulator runniing at 326.4W, Core Temp. = -4.4 ℃ Evap. Temp. -27.8 ℃

GPU1 heat simulator runniing at 166.3W, Core Temp. = -10.7℃ Evap. Temp. -20.7℃

GPU2 heat simulator runniing at 166.6W, Core Temp. = -11.9 ℃ Evap. Temp. -23.1℃

^Perform load test for 60 minutes

CPU heat simulator runniing at 326.2W, Core Temp. = -4.1 ℃ Evap. Temp. -27.5 ℃

GPU1 heat simulator runniing at 166.3W, Core Temp. = -10.0℃ Evap. Temp. -23.5℃

GPU2 heat simulator runniing at 166.6W, Core Temp. = -11.6 ℃ Evap. Temp. -24.0℃

From the tests above we know that the Three Evaporator Cooling Unit can handle the heat of any CPU on the market, perfect for heavy overclockers.

 

[FragTek]

Thats one helluva nice setup, thanks for sharing mate!

 

[JN]

Nice one dude - maybe you could send us one for review

 

[Mr. Popo]

Wow, that's REALLY old.

 

[NoL]

Same as was posted on XS.

I doubt the credibilty of the review even with the poor results shown. The pictures are all hosted by cooler express and thus its a review of their own product.

Quit advertising cooler express.

 

[Mr. Smith]

Are there any independent reviews of these products? I thought for 3 heads the temps weren't bad.

I only ask because I was interested in the cpu/gpu one they do, or the water chiller if the price/performance is right...

 

[NoL]

Well honestly since it looks like a large 1/2 to 5/8 hp compressor with large condenser, that they used entirely the wrong gas. -10C colder on all evaps I'd say with r134a.