Products > Low Power Consumption Fan San Ace 60 9GA Type

Low Power Consumption Fan San Ace 60 9GA Type
Low Power Consumption Fan San Ace 60 9GA Type
Price: $0000


SANYO DENKI 60 x 60 x 10 mm low power consumption fan 9GA type boasts the highest static pressure and energy efficiency in the industry.*1





At only 10 mm thick, this low power consumption fan is the thinnest in our lineup.



Its low power consumption and high airflow in a slim design contribute to making a more compact device.



The 9GA type is an ideal cooling solution for monitors, medical devices and LEDs.



 



Features





1. Low Power Consumption



    Achieves a low power consumption of 3.24 W.*2




2. High Static Pressure and High Airflow



Achieves a maximum static pressure of 66 Pa, and a maximum airflow of 0.62 m3/min.*2



*1: This information is based on our own research as of November 10, 2014, collected among 60 x 60 x 10 mm axial DC cooling fans for industrial use.



     *2: Specification of Model No. 9GA0612G9001.



Specifications
































































































































Model No.



9GA0612G9001



9GA0612H9001



9GA0612L9001



Rated voltage



DC 12 V



DC 12 V



DC 12 V



Operating voltage range



DC 7 to 13.2 V



DC 7 to 13.8 V



DC 7 to 13.8 V



Power consumption



3.24 W



1.68 W



0.36 W



Rated rotating speed



6,200 min-1



5,000 min-1



2,300 min-1



Max. airflow



0.62 m3/min (21.9 CFM)



0.50 m3/min (17.6 CFM)



0.23 m3/min (8.1 CFM)



Max. static pressure



66 Pa (0.26 inch H2O)



42.9 Pa (0.17 inch H2O)



9.1 Pa (0.037 inch H2O)



Sound pressure level



43 dB(A)



37 dB(A)



17 dB(A)



Expected life



40,000 h (L10: Survival rate of 90% at 60°C, rated voltage, and continuously run
in a free air state)



Size



60 mm x 60 mm x 10 mm



Mass



Approx. 35 g




 


Applications:  Monitors, medical devices and LEDs


Please contact us at 310-783-5431or [email protected] for price and availability.