Zyvpee
Zyvpee EFB0512LA -7X42 12V 0.08A 3 Pin 50mm case fan
A 50 mm ball-bearing case fan with 3-pin speed monitoring for 12 V DC cooling
- TypeCase Fan
- Bearing TypeBall
- Power Connector3 Pin
- ColorBlack
- LEDNon-LED
- FeaturesDC square Cooler
- Ball bearing extends service life
- 12 V 0.08 A keeps power draw low
- 3-pin connector enables speed monitoring
- 50 × 50 × 10 mm fits tight spaces
- Non-LED black frame suits stealth builds
Compact 12V Case Fan
The Zyvpee EFB0512LA is a 50 mm square case fan designed for tight chassis spaces. It runs on 12 V at 0.08 A and uses a three-pin connector with speed monitoring. A ball bearing supports continuous operation in cooling roles.
Builders with Restricted Clearance
This fan suits small-form-factor builds, embedded boards or replacement cooling where a 50 mm footprint is required. It is not for users who need higher airflow, larger frame sizes or PWM control via a four-pin header.
Integration with Standard Headers
The three-pin plug connects directly to common motherboard or controller headers, leaving four-pin headers free for other devices. Its thin 10 mm profile clears low-profile heatsinks and crowded PCB layouts without modification.
Highlights
- Ball bearing extends service life
- 12 V 0.08 A keeps power draw low
- 3-pin connector enables speed monitoring
- 50 × 50 × 10 mm fits tight spaces
- Non-LED black frame suits stealth builds
Specifications
| Series | EFB0512LA |
|---|---|
| Model | EFB0512LA |
| Type | Case Fan |
| Bearing Type | Ball |
| Power Connector | 3 Pin |
| Color | Black |
| LED | Non-LED |
| Features | DC square Cooler |
| Dimensions | 50*50*10mm |
Questions about this item
Will the 3-pin connector plug straight into my motherboard's 3-pin fan header?
Yes, the fan uses a standard 3-pin power connector that fits any 3-pin or 4-pin motherboard fan header.
Can I run this 50 mm fan at lower speeds on an older board that only supports voltage control?
The 3-pin design allows voltage-based speed control, so older boards can reduce the 12 V supply to slow the fan down.
How do I confirm the speed monitoring wire is reporting RPM to the BIOS?
Enter the BIOS hardware monitor after boot; a live RPM reading for the header confirms the third wire is working.
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