I touched the PCB board (the green part) and, man, is it ever hot. I could not hold my finger tip to it for long.
Curious as well as concerned, I used a cylindrical shaped thermometer to take a temperature reading. It read 59 C. The mercury reservoir was held up to the green plastic part where there was no components out. The thermoter itself is coated in plastic and normally would be used to measure liquids in a chemistry lab. In other words, although accurate for laborartory use, it's not meant to measure a flat surface. So I figure the actual temperature is HIGHER than 59 C because the mercury reservoir would have been taking an average of the PCB board and the air.
The fan on the Parhelia was running. The computer case was open of course. The CPU and case fan were also working. I was running dual CRT monitors if that makes any difference.
Is the Parhelia suppose to run this hot? I've touched other graphics cards before and, while warm, they were not THIS hot.
Curious as well as concerned, I used a cylindrical shaped thermometer to take a temperature reading. It read 59 C. The mercury reservoir was held up to the green plastic part where there was no components out. The thermoter itself is coated in plastic and normally would be used to measure liquids in a chemistry lab. In other words, although accurate for laborartory use, it's not meant to measure a flat surface. So I figure the actual temperature is HIGHER than 59 C because the mercury reservoir would have been taking an average of the PCB board and the air.
The fan on the Parhelia was running. The computer case was open of course. The CPU and case fan were also working. I was running dual CRT monitors if that makes any difference.
Is the Parhelia suppose to run this hot? I've touched other graphics cards before and, while warm, they were not THIS hot.
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