Can I remove the chamber fans when mounted advanced filtration?
Hey guys! I'm wondering, can I remove the chamber fans altogether when I'm using the advanced filtration fan? Seems to me, that the chamber fans are not used whatsoever, when the filtration is turned on and I also guess, that it doesn't make sense to use both at the same time. I would need to mount the temperature sensor somehow differently, but that's something I hope I can manage.
Thanks!
RE: Can I remove the chamber fans when mounted advanced filtration?
I am wondering the same thing.I havent seen the chamber fans run since I installed the advanced filtration system.
RE: Can I remove the chamber fans when mounted advanced filtration?
Chamber fans will be used if the chamber starts overheating. So keep them there as the safety.
RE: Can I remove the chamber fans when mounted advanced filtration?
Thanks for this info. Planning to add a DIY advanced filter to my Core One.
Can any of you comment on the change in sound levels when going from internal fans only to using the advance filtration fan? Maybe a high-speed fan run comparison of sound levels? Was wondering if a significant increase in dBa sound level. Thanks for any info.
RE: Can I remove the chamber fans when mounted advanced filtration?
Thanks for this info. Planning to add a DIY advanced filter to my Core One.
Can any of you comment on the change in sound levels when going from internal fans only to using the advance filtration fan? Maybe a high-speed fan run comparison of sound levels? Was wondering if a significant increase in dBa sound level. Thanks for any info.
I have the filtration fan for the XL laying next to me (the only 120 mm radial fan with 4-pins, 24V and max. 1.0A I could find), but sadly won't be able to open up the xBuddy panel until next Tuesday.
If no one else records a video by then, I'll do it.
I'm planning to design a filtration box too, using the XL fan (identical to the Core One fan), multiple 13x5 cm HEPA filters (13x15 - 13x20 cm) and Nevermore active carbon with 10% Scorch mixed in. The bigger the surface area, the lower the air resistance for the same volumetric flow.