Clyxgs 8 Pipe Aluminum Heat Exchanger Cooling Water Drain Water Cooling Radiator Water Cooling Row with Fan Radiator for PC CPU CO2 Laser Water…
₹1,449.00
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Specification: Clyxgs 8 Pipe Aluminum Heat Exchanger Cooling Water Drain Water Cooling Radiator Water Cooling Row with Fan Radiator for PC CPU CO2 Laser Water…
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5 reviews for Clyxgs 8 Pipe Aluminum Heat Exchanger Cooling Water Drain Water Cooling Radiator Water Cooling Row with Fan Radiator for PC CPU CO2 Laser Water…
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Clyxgs 8 Pipe Aluminum Heat Exchanger Cooling Water Drain Water Cooling Radiator Water Cooling Row with Fan Radiator for PC CPU CO2 Laser Water…
₹1,449.00
Jim Newman –
The media could not be loaded.
This works great to sparge my grains and cool my grains. the fan isn’t very good I had to replace that after about 20 minutes but the radiator is solid and it does not leak. I bought a better fan and maybe the old one failed because I didn’t have it regulated correctly but for my purposes it works great and I would buy it just for the radiator again.
Guillaume –
Works fine for me but I thinks this is a bit too expensive for the product
A.L Wilson –
After 9 days fan burned up.
Graphic Fusion –
This is built just like a big automotive radiator, except tiny. It doesn’t have massive airflow, but I personally think the fan should face the other direction (sucking air through the radiator, rather than pushing it). I reversed mine, anyway. If you have the space, you might want a bigger radiator/fan for most applications, but if space is an object (as in my application), this radiator/fan may be just the ticket.
UPDATE June 2024: I initially got the little 80 cm radiator/fan to cool an array of 22 power diodes carrying about 6 A each, with a about 200W of waste heat. I later added 22 power MOSFETs to that array, upping my heat dissipation to around 250-300W under peak load, resulting in a water-to-air temp differential of about 15C. The little radiator/fan did fine until I got into the middle of a recent heatwave. Ambient heat in the garage was about 38C, so the heat sink was running at about 53C – a bit warmer than I wanted.
Having changed the form factor of my equipment housing, I now had the room, so why not? I bought the 240 cm, double-fan radiator. Like before, I reversed the fans to draw air, rather than pushing it. My temperature differential is now down to about 3.5 C, and the semiconductor array is very happy.
The big double-fan radiator is made to the same construction standards – good flow, no leakage, etc. The 120mm fans I received seem to be sleeve-bearing fans, unlike the ball bearing 80 cm fan I got last year. Of course they are easily replaced when the time comes.
The little 80 cm fan put in a good 6-8 hr per day for nearly a year with no complaints I’ve set it aside for another future project.
Pat –
Se utilizó para un proyecto te ingeniería y funcionó muy bien.