Zyvpee
Zyvpee 3106KL-04W-B59 CB1 80*15mm 12V 3-pin ball bearing case fan
An 80 mm ball-bearing fan with a 3-pin 12 V connector for CPU or case cooling
- TypeCPU Cooler Fan
- Bearing TypeBall
- Power Connector3 Pin
- ColorBlack
- LEDNon-LED
- FeaturesCPU Cooling
- Ball bearing ensures durable, quiet operation
- 12 V 0.3 A power draw keeps energy use low
- 80 x 15 mm frame fits standard 80 mm mounts
- Three-pin connector enables speed monitoring
- Non-LED black design suits stealth builds
80 mm case fan for CPU cooling
The Zyvpee 3106KL-04W-B59 CB1 is an 80 mm case fan designed for CPU cooling. It uses a ball bearing and a 3-pin power connector. The unit runs on 12 V and draws 0.3 A. It has no LED lighting.
3-pin DC voltage control limits
Speed is regulated by varying the DC voltage on the 3-pin connector. The motherboard header must supply 12 V for full speed. PWM control is not supported by this connector type. Speed reporting depends on the third wire.
Fits 80*15 mm mounting points
The fan suits chassis or heatsinks with 80 mm hole spacing and a 15 mm depth allowance. It handles typical CPU cooler airflow needs within those dimensions. Builds requiring larger diameters or thinner profiles cannot use this model.
Highlights
- Ball bearing ensures durable, quiet operation
- 12 V 0.3 A power draw keeps energy use low
- 80 x 15 mm frame fits standard 80 mm mounts
- Three-pin connector enables speed monitoring
- Non-LED black design suits stealth builds
Specifications
| Brand | Zyvpee |
|---|---|
| Series | 3106KL-04W-B59 CB1 |
| Model | 3106KL-04W-B59 |
| Type | CPU Cooler Fan |
| Bearing Type | Ball |
| Power Connector | 3 Pin |
| Color | Black |
| LED | Non-LED |
| Features | CPU Cooling |
| Dimensions | 80*15MM |
Questions about this item
Which 80 mm variant should I pick for a standard case slot?
The 80*15 mm size fits the common 80 mm mounting pattern and the 15 mm thickness clears most side-panel clearance limits.
What does the 0.3 A rating mean for my 12 V header?
At 12 V the fan draws 0.3 A, so a typical motherboard header rated for 1 A can run several of these in parallel.
How does the 3-pin connector control speed?
The three-pin DC connector varies voltage to change RPM; it lacks a PWM wire so speed steps are coarser than four-pin control.
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