I apologize An4rchyZ, I'm not trying to high-jack this thread. I just want people to understand what's going on with the controller, and how it works.
1) H = Humidity (%) - Measured and calculated percent of moisture in the air.
2) A = Ambient (°C) - Temperature of the air surrounding the sensor.
3) B = Block Temperature (°C) - Temperature of the cooler on your CPU. More specifically, the cold plate that touches the CPU.
or
B = Water Temperature if you own the chiller (°C)
4) C = Duty Cycle (%) - Percentage of how often the cooler is powered on to achieve the set temperature.
5) D = Dew Point (°C) - Temperature at which condensation will form on the coolers cold plate.
6) T = Target Temperature (°C) - Set block temperature at which the cooler will attempt to match. (Cannot go below dew point due to restriction in condensation protection)
1) H = Humidity (%) - Measured and calculated percent of moisture in the air.
2) A = Ambient (°C) - Temperature of the air surrounding the sensor.
3) B = Block Temperature (°C) - Temperature of the cooler on your CPU. More specifically, the cold plate that touches the CPU.
or
B = Water Temperature if you own the chiller (°C)
4) C = Duty Cycle (%) - Percentage of how often the cooler is powered on to achieve the set temperature.
5) D = Dew Point (°C) - Temperature at which condensation will form on the coolers cold plate.
6) T = Target Temperature (°C) - Set block temperature at which the cooler will attempt to match. (Cannot go below dew point due to restriction in condensation protection)
Whitey!
(13 items) |
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Whitey!
(13 items) |
