Description
The SUNON MF60152V1-1000C-A99 is a premium-grade, original engineering DC axial fan specifically engineered for high-density thermal management in industrial inverters and variable frequency drives (VFDs). Utilizing SUNON’s proprietary MagLev (Magnetic Levitation) motor technology combined with a Vapo bearing system, this 6015-series cooling fan eliminates physical friction between the shaft and bearing. This results in exceptional rotational stability, significantly extended lifecycle value, and reduced acoustic noise, making it a critical component for continuous-duty industrial environments.
Technical Specifications:
Manufacturer: SUNON
Model Number: MF60152V1-1000C-A99
Frame Dimensions: 60 x 60 x 15 mm
Rated Voltage: 24V DC
Operating Voltage Range: 8.0V to 27.6V DC
Bearing Type: Vapo Bearing (MagLev)
Speed Configuration: High Speed
Nominal Speed: 4700 RPM ± 15%
Maximum Airflow: 27.0 CFM (0.76 m³/min)
Static Pressure: 0.18 Inch-H2O
Acoustic Noise Level: 34.2 dB(A)
Rated Current: 0.068 A
Power Consumption: 1.63 W
Operating Temperature: -10°C to +70°C
Frame Material: Thermoplastic PBT of UL 94V-0
Impeller Material: Thermoplastic PBT of UL 94V-0
Weight: 35.0 g
Protection: Auto-Restart / Impedance Protected
Application and Technical Compatibility:
This compact 15mm profile fan is highly optimized for space-constrained industrial enclosures. Its primary application involves active heat dissipation for power electronics, specifically serving as an OEM replacement inverter fan for CNC machinery, telecom cabinets, and automated control panels. The Vapo bearing ensures reliable orientation-free installation, while the high-speed impeller guarantees rapid thermal extraction from critical heat sinks. By maintaining strict original engineering standards, this SUNON fan ensures seamless technical compatibility with existing 24V control loops. With optimized supply chain logistics, we ensure minimal lead time for both bulk procurement and emergency spare parts replacement, safeguarding your facility against thermal-induced downtime.







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