Zyvpee
Zyvpee MF92251V3-Q020-Q99 90×25 mm 12 V 1.74 W 4-pin case fan
90 mm ball-bearing case fan with 4-pin PWM control runs at 12 V and 1.74 W for CPU cooling
- TypeCase Fan
- Bearing TypeBall
- Power Connector4 Pin
- ColorBlack
- LEDNon-LED
- FeaturesCPU Cooling
- Ball-bearing motor for long service life
- 12 V 1.74 W draw keeps power use low
- Four-pin connector enables PWM speed control
- 90 × 25 mm frame fits standard 92 mm mounts
- Non-LED black design suits any build aesthetic
Product identity
The Zyvpee MF92251V3-Q020-Q99 is a 90 mm square case fan with a 25 mm thickness. It runs on 12 V DC and draws 1.74 W through a 4-pin connector. The ball-bearing design targets CPU cooling duties in compact chassis.
Who it suits
Builders needing a 92 mm replacement fan for an Optoma projector or a tight CPU cooler will find the mounting holes and voltage match. Buyers who want RGB lighting, a different voltage, or a larger frame should look at other models.
Deciding specification
The 4-pin PWM connector allows speed control from a compatible motherboard header. A 3-pin header will not provide speed regulation, so verify your board has a 4-pin CPU or chassis fan header before ordering.
Highlights
- Ball-bearing motor for long service life
- 12 V 1.74 W draw keeps power use low
- Four-pin connector enables PWM speed control
- 90 × 25 mm frame fits standard 92 mm mounts
- Non-LED black design suits any build aesthetic
Specifications
| Brand | Zyvpee |
|---|---|
| Series | MF92251V3-Q020-Q99 |
| Model | MF92251V3-Q020-Q99 |
| Type | Case Fan |
| Bearing Type | Ball |
| Power Connector | 4 Pin |
| Color | Black |
| LED | Non-LED |
| Features | CPU Cooling |
| Dimensions | 90*25MM |
Questions about this item
Will the 90 mm square frame with 25 mm thickness fit my Optoma projector's fan slot?
The fan measures 90 mm by 90 mm and is 25 mm thick, matching the standard 92 mm mounting pattern used in many Optoma projectors.
How do I connect the 4-pin PWM connector so the fan speed is actually controlled?
Plug the 4-pin header into a PWM-capable fan header on the mainboard; the fourth wire carries the control signal, while the first three supply 12 V power and ground.
The ball bearing is rated for long life, but what should I watch for over time?
Ball bearings can develop a slight whine after extended use; if noise increases, replace the fan — no lubrication service is possible.
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