CAFELE
CAFELE R126010BU 12V 0.25A 3Pin 60x60x10mm case fan
A 60 x 60 x 10 mm case fan with a 3-pin connector, 5000 RPM speed and 25 dBA noise
- TypeCase Fan
- Low noise at 25 dBA for quiet operation
- 5000 RPM speed delivers strong airflow
- Ball bearing rated for 30000 hours life
- Standard 50 mm mounting holes fit 60 mm frame
- 3-pin 12 V connector with 240 mm cable
Compact 60 mm case fan for tight builds
The CAFELE R126010BU is a 60 x 60 x 10 mm case fan designed for small-form-factor chassis and CPU coolers that use a 50 mm mounting pattern. It runs on 12 V DC at 0.25 A and connects through a standard 3-pin header with a 240 mm lead.
Low-noise ball-bearing operation
A ball bearing supports the 5000 RPM ±5 % spindle while keeping acoustic output to 25 dBA in normal use. The motor draws 0.25 A at 12 V, and the manufacturer rates the fan life at 30 000 hours of continuous running.
Fits 50 mm hole spacing and 3-pin headers
Mounting holes sit on a 50 x 50 mm grid, so the fan suits coolers and cases built to that pitch. The 3-pin connector plugs directly into motherboard or controller headers, and the 240 mm cable reaches most compact layouts without extension. Builders needing PWM speed control or larger frame sizes should look elsewhere.
Highlights
- Low noise at 25 dBA for quiet operation
- 5000 RPM speed delivers strong airflow
- Ball bearing rated for 30000 hours life
- Standard 50 mm mounting holes fit 60 mm frame
- 3-pin 12 V connector with 240 mm cable
Specifications
| Type | Case Fan |
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Questions about this item
How do I install this 60x60x10mm fan using the 50mm mounting holes and 3-pin connector?
Align the four 50mm hole centres with your case or heatsink mounts, insert screws through each corner, then plug the 3-pin connector into a 12V fan header; the 240mm wire reaches most motherboard headers without stretching.
What maintenance or replacement will this ball-bearing fan need after extended use?
The ball bearing is rated for 30000 hours of operation; after that period the fan should be replaced because bearing wear will increase noise and reduce speed stability.
At what point does the 5000RPM speed limit become a constraint under sustained load?
The fan runs at a fixed 5000RPM ±5% and draws 0.25A at 12V; under sustained load the speed cannot increase further, so airflow and noise remain constant at 25dBA.
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