iStarUSA Inc.
iStarUSA Inc. DD-FAN60-126025BM 60mm fan 38CFM 7000RPM 48dBA server accessory
A 60 mm server fan delivering 38 CFM at 7000 RPM with 48 dBA noise using dual ball bearings
- 60 mm compact frame fits tight server bays
- 38 CFM airflow keeps components cool under load
- 7000 RPM spindle delivers strong static pressure
- 48 dBA rating balances performance with acceptable noise
- Dual ball-bearing design extends operating life
Compact 60 mm server fan
The iStarUSA DD-FAN60-126025BM is a 60 mm two-ball-bearing fan built for server chassis and rack accessories. It targets system integrators and IT staff who need a direct replacement for high-speed cooling slots in 1U or dense storage enclosures.
Thermals noise and power profile
At 7000 RPM the fan moves 38 CFM of air while producing 48 dBA of acoustic output. The two-ball-bearing design maintains consistent rotational stability during continuous duty cycles in active server environments.
Sustained load behaviour
Under prolonged operation the bearing construction resists wear better than sleeve alternatives, keeping airflow and noise levels steady over extended periods. The RoHS-compliant assembly supports deployment in regulated data-centre installations without material restrictions.
Highlights
- 60 mm compact frame fits tight server bays
- 38 CFM airflow keeps components cool under load
- 7000 RPM spindle delivers strong static pressure
- 48 dBA rating balances performance with acceptable noise
- Dual ball-bearing design extends operating life
Specifications
| Brand | iStarUSA |
|---|---|
| Shipping weight | 0.45 kg |
| Package size | 203 × 203 × 203 mm |
Questions about this item
How do I mount the 60mm fan in a server chassis?
Align the four corner screw holes with the chassis fan mounts, use the correct length screws for the frame thickness, and orient the airflow arrow toward the components that need cooling; the step most people miss is checking blade clearance before tightening.
When will the 2-ball bearing need replacement?
The dual ball-bearing design typically runs for tens of thousands of hours at 7000 RPM; plan to replace the unit once bearing noise rises above the rated 48 dBA or airflow drops below 38 CFM.
What thermal limit appears first during continuous 7000 RPM operation?
Sustained full-speed running hits the 48 dBA acoustic ceiling before airflow degrades, so noise usually becomes the limiting factor in noise-sensitive racks.
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