Hyper Fan
Hyper Fan 12025 12V 5.5A 43W 220 CFM 6200 RPM 63 dBA 4-Pin
A 120 mm case fan moves 220 CFM at 6200 RPM with a 43 W draw and 63 dBA noise
- TypeCase Fan
- High airflow of 220 CFM for demanding cooling
- 6200 RPM speed moves large air volume quickly
- 43 W power draw at 12 V and 5.5 A
- Double bearing design supports sustained high-speed operation
- 4-pin PWM interface enables precise motherboard control
High-Speed 120mm Case Fan
The Hyper Fan 12025 is a 12V DC case fan built for systems that demand maximum airflow. It delivers 220 CFM at 6200 RPM using a 4-pin mainboard interface. This component suits builders who need aggressive cooling in a standard 120mm mounting footprint.
Thermals Noise and Power
The fan draws 5.5A with an actual measured current of 3.6A, consuming 43W during operation. It produces a noise level of 63 dBA at full speed, reflecting its high-performance design. A double-bearing structure supports the 120x120x25mm frame for sustained rotation.
Included Accessories Impact
The unit ships with a 12cm wire lead connecting directly to a 4-pin header. No additional mounting hardware or software utilities are mentioned in the specifications. The short cable length may restrict routing options in larger chassis. Buyers who need longer cables or PWM control software should verify compatibility separately.
Highlights
- High airflow of 220 CFM for demanding cooling
- 6200 RPM speed moves large air volume quickly
- 43 W power draw at 12 V and 5.5 A
- Double bearing design supports sustained high-speed operation
- 4-pin PWM interface enables precise motherboard control
Specifications
| Type | Case Fan |
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Questions about this item
How do I install the 120 mm fan using the 4-pin mainboard connector?
Mount the 120 mm frame with standard case screws, then plug the 12 cm 4-pin cable into a PWM header so the motherboard controls the 6200 RPM maximum speed.
When will the double bearing need replacement?
The double bearing design runs at 6200 RPM; expect service intervals of several years, but listen for rising noise above the rated 63 dBA as a replacement cue.
What thermal limit appears first during continuous 43 W operation?
Sustained 43 W draw at 5.5 A peaks (actual 3.6 A) pushes the motor windings to their temperature ceiling before airflow drops from the rated 220 CFM.
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