1) The air drift route runs from the AC enter to the DC output, which is an identical configuration as most miners. This proves staunch for these with gigantic-scale mining operations where warmth administration is a main consideration.
2) The PCB uses a conformal coating to cease damage from high voltage spark discharges on MOS pins, or advance high-force solder joints when external conductive particles or dust enter the PSU.
3) The APW7 can work stably in environments with a 50°C ambient temperature. If temperatures exceed 50°C, the PSU ought to be underclocked (talk about with Max Load vs. Ambient Temperature Graph within the user book for vital parts). All for the excessive temperature in mining operations, all inner substances are selected with a aged of 105°C, so the APW7 has a for quite a bit longer lifespan than a total use PSU under same high temperatures.
4) One APW7 can energy up one S9i, one L3++, one D3, one V9, one X3, one E3 or one Z9 mini. This APW7 has 5 pairs of 6 pin PCI-E connectors (i.e. 10 connectors)
1 x APW7 PSU (Strength cord is no longer incorporated)