Testing
The following system was used to test the fans:
– Processor: Intel i9 9900K @ 5GHz
– Motherboard: ASRock Z390 Phantom Gaming X
– RAM: GOODRAM IRDM PRO 16GB DDR4 @ 3600MHz
– GPU: MSI GeForce RTX 2070 Super Gaming X Trio
– SSD: Crucial P5 500GB
– HDD: GOODRAM IRDM 1TB SSD
– CPU Cooler: SilverStone Permafrost PF240W-ARGB
– PSU: Seasonic Snow Silent 750W Platinum
– Case: be quiet! Silent Base 802 White
– Thermal compound: Noctua NT-H2
The testing of all fans is done with the i9 9900K CPU at maximum load with Intel Burn Test V2. All system fans and the tested fans are turned to their maximum speeds while the PC case has both side panels closed.
The 120mm fans has been tested using a 240mm CPU liquid cooler, the SilverStone Permafrost PF240W-ARGB at max. RPM.
The 140mm fans has been tested using a 280mm CPU liquid cooler, the NZXT Kraken X61 at max. RPM.
120mm Fan Performance
The noise level was measured at three different distances from the fans (10cm, 20cm, 30cm.) the noise was measured with a margin of error of ± 5 db.
Final thoughts
The Noctua NF-F12 INDUSTRIALPPC 3000 PWM is a great fan in terms of performance. However, this performance has a price, a high noise output that will make this fan unusable in a silent gaming system.
The NF-F12 INDUSTRIALPPC 3000 PWM is available for around 26 USD or EUR, which is on average, 6 USD more expensive than the regular Noctua NF-F12 PWM.
The NF-F12 INDUSTRIALPPC 3000 PWM is designed to offer the best performance possible, while working in harsh condition. This fan is advertised as water proof and dust proof, and its bearing system can work in extreme heat environments.
These fans are made for performance and for industrial and server usage. Therefore, the packaging is basic and the accessories are minimal at best.
In terms of build quality, the NF-F12 INDUSTRIALPPC is great, with no manufacturing marks or uneven spots on the surfaces. The impellers and hub are balanced and have a smooth rotation.
In conclusion, the NF-F12 INDUSTRIALPPC 3000 PWM is a great fan that prioritizes performance over noise output and design. The airflow and static pressure are great; however, this comes at the cost of a high noise output.
