NDLIULEI
NDLIULEI PVA070E12L 12V 0.20A 7015 70×70×15mm case fan
A 70×70×15 mm 12 V case fan with a four-wire PWM connection for precise speed control
- TypeCase Fan
- 70×70×15 mm case fan fits tight builds
- Four-wire PWM header enables automatic speed control
- 12 V 0.20 A rating keeps power draw low
- 7015 frame size matches standard mounting holes
- New condition ensures reliable long-term cooling
70×70×15 mm 12 V PWM case fan
The NDLIULEI PVA070E12L is a 70×70×15 mm case fan that runs on 12 V and draws 0.20 A through a four-wire PWM connector. It fits standard 7015 mounting points and is intended for system builders who need a compact replacement or supplementary cooler for tight chassis layouts.
Before ordering check your motherboard header
Verify that your motherboard or fan controller provides a four-pin PWM header and supplies 12 V at the rated current. Confirm the mounting holes match the 70 mm square pattern and that 15 mm depth clears surrounding components such as memory heatsinks or voltage-regulator modules.
Sustained airflow at constant voltage
Under continuous operation the fan maintains its rated 0.20 A draw at 12 V, delivering steady airflow without the current spikes seen during start-up. The four-wire interface allows the system to adjust speed dynamically, so acoustic output and cooling capacity scale with actual thermal load rather than running at a fixed maximum.
Highlights
- 70×70×15 mm case fan fits tight builds
- Four-wire PWM header enables automatic speed control
- 12 V 0.20 A rating keeps power draw low
- 7015 frame size matches standard mounting holes
- New condition ensures reliable long-term cooling
Specifications
| Type | Case Fan |
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Questions about this item
Does the 70×70×15 mm 4-wire fan come with mounting screws or do I need to buy them separately?
The fan is supplied as the unit only; standard M3 mounting screws are not included and must be sourced separately.
Should I choose the 12 V 0.20 A 7015 model or a different voltage for my radiator?
Select this 12 V 0.20 A 7015 version when your header provides 12 V; other voltages will not match the fan's rated input.
What does the 0.20 A current draw mean for PWM control on a typical motherboard header?
At 0.20 A the fan stays well within a standard 1 A header limit, allowing full PWM speed control without overload risk.
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