Products > SANYO DENKI Industry�s Highest Static Pressure 60 x 60 x 38 mm High Static Pressure Fan

SANYO DENKI Industry’s Highest Static Pressure 60 x 60 x 38 mm High Static Pressure Fan
SANYO DENKI Industry�s Highest Static Pressure 60 x 60 x 38 mm High Static Pressure Fan
Price: $0000


SANYO DENKI 60 x 60 x 38 mm high static pressure fan “San Ace 60” 9HV type features the industry’s highest static pressure. *1



 



The San Ace 60 9HV type delivers a perfect solution for efficiently cooling servers, ICT devices and power supplies.



 



It also has PWM control function, designed for controlling the rotational speed of the fan from the device side.



 



Features



 



1. High Static Pressure



The maximum static pressure increased by approximately 92% compared with our conventional DC fan, while maintaining equivalent maximum airflow performance. *2



It is an ideal cooling solution especially for densely-packed equipment.



 



2. Suitable for 1.5 to 2U Devices



Measuring 60 mm square, this new fan is ideal for 1.5 to 2U sized equipment.



 



 



*1 This information is based on our own research as of December 21, 2015, collected among 60 x 60 x 38 mm axial DC cooling fans.


      *2 Our conventional DC fan is 60 x 60 x 38 mm “San Ace 60” 9GA type, Model No. 9GA0612P1S03.


Specifications:



Size: 60 x 60 x 38 mm        Mass: 135 g










































































Model no.



Rated voltage



Operating voltage range



Rated



input



Rated speed



Max. airflow



Max. static pressure



Sound pressure level



[V]



[V]



[W]



[min-1]



[m3/min]



[CFM]



[Pa]



[inchH2O]



[dB(A)]



9HV0612P1J001



12



10.8 to 12.6



32.4



21,700



1.88



66.4



1,750



7.00



68




Expected life: 40,000 hours (L10: Survival rate: 90 % at 60ºC, rated voltage, and continuously run in a free air state)



 



Applications:



Servers, ICT devices and power supplies



Please contact us at 310-783-5400or [email protected] for price and availability.