Fans
Fans MMF-09B12DM-RB6Size 90x90x15mm 12V .16A case fan
A 90 mm square axial fan moves air through a 15 mm frame at 12 V and .16 A for compact cooling
- Compact 90 mm square frame fits tight builds
- 12 V 0.16 A draw keeps power use low
- 15 mm slim profile suits shallow chassis
- Axial design moves air through heat exchangers
- New Mitsubishi unit ready for medical or industrial use
Compact 90 mm axial fan
The Mitsubishi MMF-09B12DM-RB6 is a 90 by 90 by 15 mm axial fan designed for tight enclosures that need directed airflow. It suits industrial equipment, medical devices, rail systems and compact electronics where installation depth is limited.
Low noise and efficient operation
Running on 12 V at 0.16 A, the fan delivers air movement with a low noise level and high efficiency. Its axial design keeps power draw modest while providing reliable heat exchange in continuous-use environments.
Ready for direct integration
The unit ships as a bare fan without cables, connectors or mounting hardware, so installers can wire and secure it to match the host system. No software or configuration is required.
Highlights
- Compact 90 mm square frame fits tight builds
- 12 V 0.16 A draw keeps power use low
- 15 mm slim profile suits shallow chassis
- Axial design moves air through heat exchangers
- New Mitsubishi unit ready for medical or industrial use
Specifications
No published specifications for this item yet.
Questions about this item
How do I mount the 90 mm fan in a 15 mm deep slot and what step is often missed?
Align the four corner holes with the case or radiator mounts, use the supplied screws, and remember to orient the airflow arrow toward the component you want to cool.
What maintenance will this 12 V 0.16 A axial fan need over time?
Periodically remove dust from the blades and frame with compressed air; the sealed bearing is not user-serviceable, so replace the unit if noise or vibration appears.
At what point does the 90×90×15 mm fan hit its limit during continuous operation?
The motor is rated for 0.16 A at 12 V; sustained running above that current or in restricted airflow will cause thermal protection to reduce speed or stop the fan.
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