Fans
Fans DS06025B12U-P021Lead 60×60×25mm 12V 0.7A 5200 RPM case fan
A 60 × 60 × 25 mm 12 V PWM case fan with double ball bearings delivering 25.2 CFM at 5200 RPM and 38 dBA noise
- PWM speed control matches cooling to workload
- 5200 RPM airflow delivers 25.2 CFM for tight spaces
- Double-ball bearing design extends operating life
- 12 V DC input with 5.0–13.8 V range fits standard headers
- 38 dBA noise level keeps system acoustics low
60 mm PWM case fan for industrial
This 60×60×25 mm fan runs on 12 V DC with a 4-pin PWM connector for speed control. It draws 0.7 A at full load and reaches 5200 RPM to move 25.2 CFM at 0.25 in H₂O static pressure. Acoustic output is rated at 38 dB-A. Double ball bearings suit continuous-duty applications in medical, rail, industrial and new-energy vehicle equipment.
PWM control limited to 5.0–13.8 V input range
The fan accepts a supply between 5.0 V and 13.8 V, so PWM duty-cycle behaviour is only guaranteed inside that window. Maximum power draw is 8.4 W at 12 V. The 4-wire interface reports tachometer feedback but does not define a minimum start-up voltage; systems that drop below 5 V may fail to spin the rotor reliably.
Verify 60 mm mounting pattern
Check that your chassis or heatsink provides 60 mm screw centres and a standard 4-pin PWM header keyed for 12 V. The 25 mm thickness may conflict with low-profile coolers or tight side-panel clearances. Ensure the motherboard or fan controller can supply at least 0.7 A per header and that the 38 dB-A noise level meets the acoustic target for the intended environment.
Highlights
- PWM speed control matches cooling to workload
- 5200 RPM airflow delivers 25.2 CFM for tight spaces
- Double-ball bearing design extends operating life
- 12 V DC input with 5.0–13.8 V range fits standard headers
- 38 dBA noise level keeps system acoustics low
Specifications
No published specifications for this item yet.
Questions about this item
Should I pick the 12 V 0.7 A version or a lower-voltage model?
This model runs at 12 V with a 0.7 A draw; the voltage range is 5.0-13.8 V, so it suits standard 12 V headers.
What does 5200 RPM mean for airflow and noise in my case?
At 5200 RPM it moves 25.2 CFM at 38 d-BA, giving strong airflow for a 60 mm frame with moderate noise.
How does the 4-pin PWM connector control speed in practice?
The 4-pin PWM header lets the motherboard vary speed from 5.0 V up to 13.8 V, capping at 5200 RPM and 8.4 W.
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