SXDOOL
SXDOOL NMB-MAT 4715RL-07W-B86 120mm DC48V 1.20A 4-wire PWM case fan
A 120 mm DC 48 V PWM case fan drawing 1.20 A with four-wire speed control
- 48 V DC power for stable server operation
- 20 A draw delivers high airflow cooling
- 4-wire PWM enables precise speed control
- 120 mm frame fits standard case mounts
- 8 cm slim profile suits tight chassis spaces
NMB-MAT 4715RL-07W-B86 120 mm PWM fan
This NMB-MAT 4715RL-07W-B86 is a 120 mm case fan that runs on 48 V DC and draws 1.20 A. It uses a 4-wire PWM connection for speed control and measures 12 cm by 12 cm by 3.8 cm. The unit is supplied new and is intended for high-volume airflow inside a computer chassis.
Suited for 48 V DC systems with PWM control
Builders who have a 48 V DC power source and a 4-pin PWM header can use this fan directly. It is not for systems that only provide 12 V or 5 V rails, nor for headers limited to 3-pin voltage control. Buyers needing a different voltage or connector type should look at other models.
Moves air in standard 120 mm mounts
The 120 mm frame fits common case and radiator mounts, and the PWM signal lets the motherboard or controller vary speed to match thermal load. At the rated 1.20 A the fan delivers its specified high-volume output. Headroom ends when the 48 V supply or the PWM controller cannot meet the current or signal requirements.
Highlights
- 48 V DC power for stable server operation
- 20 A draw delivers high airflow cooling
- 4-wire PWM enables precise speed control
- 120 mm frame fits standard case mounts
- 8 cm slim profile suits tight chassis spaces
Specifications
No published specifications for this item yet.
Questions about this item
Do I need a 48 V DC power source to run this fan?
Yes, the fan is rated for DC48V and draws 1.20 A, so your system must supply a 48 V rail or a compatible converter.
Will the 4-wire PWM connector work with a motherboard that only has 3-pin headers?
The 4-wire plug fits a 3-pin header, but speed control will fall back to voltage regulation instead of PWM.
How can I confirm the fan is spinning at the correct speed after installation?
Check the RPM reading in BIOS or monitoring software; it should vary smoothly with the PWM duty cycle you set.
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