DELTA AFB0912M DC Brushless Fan 12V 0.2A 92x92x25mm (USED LIKE NEW)
Reliable AFB0912M 12V DC brushless cooling fan commonly used for computers, industrial equipment, power supplies, and electronic cooling applications.
250.00 EGP
Buy NowDELTA AFB0912M DC Brushless Fan 12V 0.2A 92x92x25mm (USED LIKE NEW)
The DELTA AFB0912M is a high-quality brushless DC cooling fan engineered by Delta Electronics to provide dependable airflow and efficient heat dissipation in electronic systems. Its robust construction and proven reliability make it a popular choice for maintaining safe operating temperatures in computers, communication equipment, industrial control systems, and power electronics.
Featuring a standard 92mm square frame and low power consumption, this fan delivers consistent cooling performance while supporting long-term operation. The brushless motor design helps reduce maintenance requirements and improves operational lifespan, making it suitable for both replacement and new cooling installations.
Features:
- Brushless DC motor technology.
- Reliable and stable operation.
- Durable frame construction.
- Efficient airflow performance.
- Low power consumption.
- Long service life.
- Standard mounting dimensions.
- Easy integration into electronic systems.
- Continuous-duty cooling capability.
- Suitable for industrial and computer applications.
Specifications:
| Parameter | Value |
|---|---|
| Manufacturer | Delta Electronics |
| Model | AFB0912M |
| Fan Type | DC Brushless Fan |
| Rated Voltage | 12V DC |
| Rated Current | 0.20A |
| Connector Type | 2-Wire |
| Dimensions | 92 × 92 × 25 mm |
| Frame Size | 92 mm |
| Motor Type | Brushless DC |
| Condition | Used Like New |
Applications:
- Computer case cooling.
- CPU heatsink cooling.
- Server systems.
- Network equipment.
- Industrial control cabinets.
- Power supply units.
- Telecommunications equipment.
- Electronic enclosures.
- Embedded systems.
- DIY cooling projects.
Package Includes:
- 1 × DELTA AFB0912M DC Brushless Fan 12V 0.20A 92×92×25mm (Used Like New).






