Pelonis Technologies, Inc. - Micro Fans and Micro Blowers

Unit of Measure

Items	AGA135 0.16 Cubic Feet Per Minute (ft³/min) Airflow (P) Micro Fan List Price QUOTE	AGA154 0.30 Cubic Feet Per Minute (ft³/min) Airflow (P) Micro Fan List Price $16.96	AGA154U 0.12 Cubic Feet Per Minute (ft³/min) Airflow (P) Micro Fan List Price $16.96	AGA178 0.67 Cubic Feet Per Minute (ft³/min) Airflow (P) Micro Fan List Price $16.96	AGA184 0.65 Cubic Feet Per Minute (ft³/min) Airflow (P) Micro Fan List Price $16.96
Description	N/A 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 Operating life: 20,000 hours at 45 ºC Locked Rotor, Auto Restart, and Polarity Protection Frequency Generator (Tachometer) - optional IP58 Dust and Moisture Protection CE, RoHS Compliant	N/A 3.3 V~5.0 V Axially Grooved Bearing 0.30~0.40 CFM (0.009~0.011 m³/min) Lead Wires: UL1571, 32 AWG, 60 mm Operating Temperature: -10 ºC ~ +60 ºC Operating life: 20,000 hours at 45 ºC Locked Rotor, Auto Restart, and Polarity Protection Frequency Generator (Tachometer) - optional IP58 Dust and Moisture Protection CE, RoHS Compliant	N/A 2.4V Axially Grooved Bearing 0.12 CFM (0.003 m³/min) Lead Wires: UL1571, 32 AWG, 60 mm Operating Temperature: -10 ºC ~ +60 ºC Operating life: 20,000 hours at 45 ºC Locked Rotor, Auto Restart, and Polarity Protection Frequency Generator (Tachometer) - optional IP58 Dust and Moisture Protection CE, RoHS Compliant	N/A 3.3 V~5.0 V Axially Grooved Bearing 0.67~0.95 CFM (0.019~0.027 m³/min) Lead Wires: UL1571, 32 AWG, 60 mm Operating Temperature: -10 ºC ~ +60 ºC Operating life: 20,000 hours at 45 ºC Locked Rotor, Auto Restart, and Polarity Protection Frequency Generator (Tachometer) - optional IP58 Dust and Moisture Protection CE, RoHS Compliant	N/A 3.3 V~5.0 V Axially Grooved Bearing 0.65~0.90 CFM (0.018~0.026 m³/min) Lead Wires: UL1571, 32 AWG, 60 mm Operating Temperature: -10 ºC ~ +60 ºC Operating life: 20,000 hours at 45 ºC Locked Rotor, Auto Restart, and Polarity Protection Frequency Generator (Tachometer) - optional IP58 Dust and Moisture Protection CE, RoHS Compliant
Brands	N/A Pelonis Technologies
Type	N/A Axial Micro Fan
Diameter	N/A
Length	N/A 13 mm0.51 in	N/A 15 mm0.59 in	N/A 15 mm0.59 in	N/A 17 mm0.67 in	N/A 18 mm0.70 in
Width	N/A 13 mm0.51 in	N/A 15 mm0.59 in	N/A 15 mm0.59 in	N/A 17 mm0.67 in	N/A 18 mm0.70 in
Height	N/A 5 mm0.20 in	N/A 4 mm0.16 in	N/A 4 mm0.16 in	N/A 8 mm0.31 in	N/A 4 mm0.16 in
Direct Current (DC) Rated Voltage	N/A 3.0~3.3 V	N/A 3.3~5.0 V	N/A 2.4 V	N/A 3.3~5.0 V	N/A 3.3~5.0 V
Direct Current (DC) Operating Voltage Range	N/A 2.5~3.6 V	N/A 2.8~3.6 Volt (V) at 3.3 Volt (V) Voltage 4.5~5.5 Volt (V) at 5.0 Volt (V) Voltage	N/A 2.4~3.3 V	N/A 2.8~5.5 V	N/A 2.8~3.6 Volt (V) at 3.3 Volt (V) Voltage 4.5~5.5 Volt (V) at 5.0 Volt (V) Voltage
Rated Current	N/A 32 Milliampere (mA) at 3.0 Volt (V) Voltage 34 Milliampere (mA) at 3.3 Volt (V) Voltage	N/A 30 Milliampere (mA) at 3.3 Volt (V) Voltage 42 Milliampere (mA) at 5.0 Volt (V) Voltage	N/A 11 mA	N/A 55 Milliampere (mA) at 3.3 Volt (V) Voltage 85 Milliampere (mA) at 5.0 Volt (V) Voltage	N/A 32 Milliampere (mA) at 3.3 Volt (V) Voltage 45 Milliampere (mA) at 5.0 Volt (V) Voltage
Speed	N/A 15000 rpm at 3.0 V 16000 rpm at 3.3 V	N/A 10000 rpm at 3.3 V 16000 rpm at 5.0 V	N/A 7500 rpm	N/A 12000 rpm at 3.3 V 16000 rpm at 5.0 V	N/A 13000 rpm at 5.0 V 8500 rpm at 3.3 V
Airflow (P)	N/A 0.004 Cubic Meter Per Minute (m³/min) at 3.0 Volt (V) Voltage 0.005 Cubic Meter Per Minute (m³/min) at 3.3 Volt (V) Voltage 0.15 Cubic Foot Per Minute (ft³/min) at 3.0 Volt (V) Voltage 0.16 Cubic Foot Per Minute (ft³/min) at 3.3 Volt (V) Voltage	N/A 0.009 Cubic Meter Per Minute (m³/min) at 3.3 Volt (V) Voltage 0.011 Cubic Meter Per Minute (m³/min) at 5.0 Volt (V) Voltage 0.3 Cubic Foot Per Minute (ft³/min) at 3.3 Volt (V) Voltage 0.4 Cubic Foot Per Minute (ft³/min) at 5.0 Volt (V) Voltage	N/A 0.12 ft³/min0.003 m³/min	N/A 0.019 Cubic Meter Per Minute (m³/min) at 3.3 Volt (V) Voltage 0.027 Cubic Meter Per Minute (m³/min) at 5.0 Volt (V) Voltage 0.67 Cubic Foot Per Minute (ft³/min) at 3.3 Volt (V) Voltage 0.95 Cubic Foot Per Minute (ft³/min) at 5.0 Volt (V) Voltage	N/A 0.018 Cubic Meter Per Minute (m³/min) at 3.3 Volt (V) Voltage 0.026 Cubic Meter Per Minute (m³/min) at 5.0 Volt (V) Voltage 0.65 Cubic Foot Per Minute (ft³/min) at 3.3 Volt (V) Voltage 0.9 Cubic Foot Per Minute (ft³/min) at 5.0 Volt (V) Voltage
Static Pressure (Q)	N/A 0.067 Inches of Water (inH₂O) at 3.0 Volt (V) Voltage 0.078 Inches of Water (inH₂O) at 3.3 Volt (V) Voltage 1.7 Millimetres of Aqua (mmAq) at 3.0 Volt (V) Voltage 1.98 Millimetres of Aqua (mmAq) at 3.3 Volt (V) Voltage	N/A 0.059 Inches of Water (inH₂O) at 3.3 Volt (V) Voltage 0.11 Inches of Water (inH₂O) at 5.0 Volt (V) Voltage 1.5 Millimetres of Aqua (mmAq) at 3.3 Volt (V) Voltage 2.8 Millimetres of Aqua (mmAq) at 5.0 Volt (V) Voltage	N/A 0.027 inH₂O0.69 mmAq	N/A 0.134 Inches of Water (inH₂O) at 3.3 Volt (V) Voltage 0.27 Inches of Water (inH₂O) at 5.0 Volt (V) Voltage 3.42 Millimetres of Aqua (mmAq) at 3.3 Volt (V) Voltage 6.86 Millimetres of Aqua (mmAq) at 5.0 Volt (V) Voltage	N/A 0.077 Inches of Water (inH₂O) at 3.3 Volt (V) Voltage 0.138 Inches of Water (inH₂O) at 5.0 Volt (V) Voltage 1.95 Millimetres of Aqua (mmAq) at 3.3 Volt (V) Voltage 3.5 Millimetres of Aqua (mmAq) at 5.0 Volt (V) Voltage
Noise	N/A 15.2 Decibel (dBA) at 3.0 Volt (V) Voltage 15.7 Decibel (dBA) at 3.3 Volt (V) Voltage	N/A < 35.0 Decibel (dBA) at 5.0 Volt (V) Voltage 25 Decibel (dBA) at 3.3 Volt (V) Voltage	N/A 14.6 dBA	N/A 12 Decibel (dBA) at 3.3 Volt (V) Voltage 18 Decibel (dBA) at 5.0 Volt (V) Voltage	N/A < 35.0 Decibel (dBA) at 5.0 Volt (V) Voltage 25 Decibel (dBA) at 3.3 Volt (V) Voltage
Lead Wire Rating	N/A Underwriters Laboratories (UL10064)	N/A Underwriters Laboratories (UL1571)	N/A Underwriters Laboratories (UL1571)	N/A Underwriters Laboratories (UL1571)	N/A Underwriters Laboratories (UL1571)
Lead Wire Thickness	N/A 32 AWG
Lead Wire Jacket Diameter	N/A 55 mm	N/A 60 mm	N/A 60 mm	N/A 60 mm	N/A 60 mm
Operating Temperature	N/A -10~+60 ºC
Operating Life at 45 Degree Celsius (ºC) Temperature	N/A 20,000 hours
Dust and Moisture Protection	N/A Ingress Protection (IP58)
Weight	N/A 1.1 g	N/A 1.5 g	N/A 1.3 g	N/A 2.2 g	N/A 1.7 g
Industry Standards/Certifications	N/A European Conformity (CE) Restriction of Hazardous Substances (RoHS) Compliant
Axial Air-Gap Cooling	N/A Traditional 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.	N/A Traditional 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.	N/A Traditional 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.	N/A Traditional 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.	N/A Traditional 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	N/A Portable 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	N/A Portable 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	N/A AIR-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 Low Profile Energy efficient (power savings 20%~40%) No silicon steel stack (no current loss) Lower start-up voltage ( < 2.5V) No power loss at high temperatures Highly modularized production process	N/A Portable 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	N/A Portable 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	N/A AIR-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 Low Profile Energy efficient (power savings 20%~40%) No silicon steel stack (no current loss) Lower start-up voltage ( < 2.5V) No power loss at high temperatures Highly modularized production process	N/A Traditional 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 High Profile Limited energy efficiency Current loss caused by silicon steel stack Higher start-up voltage ( > 2.5V) Ingress Protection: IP55 Higher power loss at high temperatures Complex production process	N/A AIR-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 Low Profile Energy efficient (power savings 20%~40%) No silicon steel stack (no current loss) Lower start-up voltage ( < 2.5V) No power loss at high temperatures Highly modularized production process	N/A AIR-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 Low Profile Energy efficient (power savings 20%~40%) No silicon steel stack (no current loss) Lower start-up voltage ( < 2.5V) No power loss at high temperatures Highly modularized production process	N/A AIR-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 Low Profile Energy efficient (power savings 20%~40%) No silicon steel stack (no current loss) Lower start-up voltage ( < 2.5V) No power loss at high temperatures Highly modularized production process
Traditional Fan Technology	N/A Traditional 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 High Profile Limited energy efficiency Current loss caused by silicon steel stack Higher start-up voltage ( > 2.5V) Ingress Protection: IP55 Higher power loss at high temperatures Complex production process	N/A Traditional 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 High Profile Limited energy efficiency Current loss caused by silicon steel stack Higher start-up voltage ( > 2.5V) Ingress Protection: IP55 Higher power loss at high temperatures Complex production process	N/A Traditional 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 High Profile Limited energy efficiency Current loss caused by silicon steel stack Higher start-up voltage ( > 2.5V) Ingress Protection: IP55 Higher power loss at high temperatures Complex production process	N/A Traditional 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 High Profile Limited energy efficiency Current loss caused by silicon steel stack Higher start-up voltage ( > 2.5V) Ingress Protection: IP55 Higher power loss at high temperatures Complex production process	N/A Traditional 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 High Profile Limited energy efficiency Current loss caused by silicon steel stack Higher start-up voltage ( > 2.5V) Ingress Protection: IP55 Higher power loss at high temperatures Complex production process