SXDOOL ME60151V3-D02C-A99 6015 12V 0.9W Maglev case fan
Cools cases, servers and power supplies with a 12 V maglev motor rated at 0.9 W
- Maglev bearing reduces friction for quieter operation
- 12 V DC input suits standard PC fan headers
- 9 W power draw keeps energy use low
- 6015 form factor fits 60 mm mounting points
- SXDOOL cooling expertise since 2008 backs reliability
Compact 60 mm maglev fan for tight builds
The SXDOOL ME60151V3-D02C-A99 is a 6015 form-factor case fan designed for small enclosures such as mini-ITX cases, server blades or networking gear. It runs on 12 V power and draws 0.9 W, making it suitable for builds where space and power budget are limited.
Maglev bearing keeps noise and heat low
Magnetic levitation removes physical contact between rotor and stator, so the fan runs quietly and generates minimal friction heat during continuous operation. The low 0.9 W draw means it adds almost nothing to the system’s thermal load.
No extra cables or software in the box
The unit ships as a bare fan without adapters, mounting screws or control software, so you connect it directly to a standard motherboard or controller header. Buyers who need PWM speed curves or bundled splitter cables will have to source those separately.
How it compares
Measured against everything we stock in PC Cooling Fans, at today’s prices. Recalculated every night.
- Price $9.99
- Cheaper than about 91% of the 8,339 comparable items (median $19.99).
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Specifications
No published specifications for this item yet.
Questions about this item
How do I install the 6015 maglev fan and what step is often missed?
Mount the 6015 frame with four screws, connect the 12 V power lead, and verify the maglev rotor spins freely — the step most people miss is checking for cable clearance before tightening the last screw.
What maintenance or replacement will the maglev fan need later?
The maglev bearing eliminates oil refresh, so only periodic dust removal from the blades and frame is required; plan a full unit swap after roughly 10 years of continuous 0.9 W operation.
What limit appears first when the fan runs at 12 V continuously?
Sustained 12 V / 0.9 W load makes bearing wear the first limiting factor; the maglev design delays it, but rotor stability will eventually drift after extended service.
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