3.0 V~3.3 V
Axially Grooved Bearing
0.15~0.16 CFM (0.004~0.005 m³/min)
Lead Wires: UL10064, 32 AWG, 55 mm
Operating Temperature: -10 ºC ~ +60 ºC
使用寿命:20000小时45ºC
Locked Rotor, Auto Restart, and Polarity Protection
Frequency Generator (Tachometer) - optional
IP58 Dust and Moisture Protection
CE, RoHS Compliant
Axially Grooved Bearing
0.15~0.16 CFM (0.004~0.005 m³/min)
Lead Wires: UL10064, 32 AWG, 55 mm
Operating Temperature: -10 ºC ~ +60 ºC
使用寿命:20000小时45ºC
Locked Rotor, Auto Restart, and Polarity Protection
Frequency Generator (Tachometer) - optional
IP58 Dust and Moisture Protection
CE, RoHS Compliant
Unit of Measure
Specifications|Dimensions|Lead Wire|Axial Air-Gap Cooling|Applications|Axial Air-Gap Technology Vs Traditional Fan Technology
Specifications
Brands |
N/APelonis Technologies |
Type |
N/AAxialMicro Fan |
Direct Current (DC) Rated Voltage |
N/A3.0~3.3 V |
Direct Current (DC) Operating Voltage Range |
N/A2.5~3.6 V |
Rated Current at 3.0 Volt (V) Voltage |
N/A32 mA |
Rated Current at 3.3 Volt (V) Voltage |
N/A34 mA |
Speed at 3.0 Volt (V) Voltage |
N/A15000 rpm |
Speed at 3.3 Volt (V) Voltage |
N/A16000 rpm |
Airflow (P) at 3.0 Volt (V) Voltage |
N/A0.15 ft³/min0.004 m³/min |
Airflow (P) at 3.3 Volt (V) Voltage |
N/A0.16 ft³/min0.005 m³/min |
Static Pressure (Q) at 3.0 Volt (V) Voltage |
N/A0.067 inH2O1.70 mmAq |
Static Pressure (Q) at 3.3 Volt (V) Voltage |
N/A0.078 inH2O1.98 mmAq |
Noise at 3.0 Volt (V) Voltage |
N/A15.2 dBA |
Noise at 3.3 Volt (V) Voltage |
N/A15.7 dBA |
Operating Temperature |
N/A-10~+60 ºC |
Operating Life at 45 Degree Celsius (ºC) Temperature |
N/A20,000 hours |
Dust and Moisture Protection |
N/AIngress Protection (IP58) |
Weight |
N/A1.1 g |
Industry Standards/Certifications |
N/AEuropean Conformity (CE)Restriction of Hazardous Substances (RoHS) Compliant |
Lead Wire
Lead Wire Rating |
N/AUnderwriters Laboratories (UL10064) |
Lead Wire Thickness |
N/A32 AWG |
Lead Wire Jacket Diameter |
N/A55 mm |
Axial Air-Gap Cooling
Axial Air-Gap Cooling |
N/ATraditional fans and blowers include silicon steel motors with radial air-gaps. Miniaturization is difficult, operation is inefficient, and power loss is greater at higher temperatures. By using specially grooved bearings with Axial Air-Gap Technology, AIR-G Series Micro Fans and Blowers are smaller and more energy efficient than traditional fans and blowers and have almost no power loss at higher temperatures. |
Applications
Applications |
N/APortable Medical Devices Portable Computers and Electronics Light-Emitting Diodes (LED) Lighting Smartbooks and Tablets Portable Hard Disk Drive (HDD) Internet Protocol (IP) Cameras High-Speed Memory Modules Closed-Circuit Television (CCTV) Security Surveillance Systems Pocket Projectors Micro Fuel Cells Global Positioning System (GPS) Devices Portable Gas/Particle Detectors Portable Plasma Generators Portable Air-Quality Monitoring Devices Ventilation and Defrosting Mask/helmet/glass Ventilation Solar and Wind Energy Devices Fifth-Generation (5G) Communication Equipment |
Axial Air-Gap Technology Vs Traditional Fan Technology
Axial Air-Gap Technology |
N/AAIR-G Series Micro Fans and Blowers operate without silicon steel stack motors and have axial air-gaps that are PARALLEL to their axis. This makes them ideal miniature cooling devices. Axial Air-Gap Characteristics
|
Traditional Fan Technology |
N/ATraditional fans and blowers have silicon steel stack motors with radial air-gaps that are PERPENDICULAR to their axis. This makes miniaturization difficult. Traditional Fan Characteristics
|