SANYO DENKI Develops 60 × 60 × 38 mm DC Fan with the Highest Static Pressure in the Industry

TORRANCE, Calif. - April 1, 2022 - PRLog -- SANYO DENKI has developed and launched a 60 × 60 × 38 mm San Ace 60 9HVA type DC Fan that features the highest static pressure in the industry.(1)
This fan is suitable for cooling high-density equipment such as 2U servers and storage devices.

Features

1. High Static Pressure and High Airflow

This fan delivers a maximum static pressure of 8.0 InchesH2O, and a maximum airflow of 84.3 CFM.
Compared to our current model,(2) the maximum static pressure has increased by approximately 1.14 times and the maximum airflow has increased by approximately 1.27 times.
This fan can efficiently cool high-density equipment, which is hard to ventilate.

2. High Energy Efficiency and Low Noise

This fan delivers a power consumption of 33.6 W when the airflow is maximum.
This means that the fan has a 1.27 times higher maximum airflow while maintaining the power consumption of the current model.(2)
The PWM control function enables the control of fan speed, contributing to quiet operation and energy saving.

(1) Based on our own research as of November 29, 2021, conducted among equally-sized axial DC fans on the market.

(2) Current model: 60 × 60 × 38 mm San Ace 60 9HV type DC Fan (model no. 9HV0612P1J001).

PWM control function further enables control of fan speed depending on the situation and to reduce the power consumption and noise.

With the exceptional performance and energy saving, San Ace 9HVA Type 60x38mm DC Fan could be well suited for your equipment design.

Read more:
April 1, 2022 60 x 38mm 9HVA Type High Static Pressure fan released (sanyodenki.com) (https://www.sanyodenki.com/america/products/product_news/...)

About SANYO DENKI Cooling Systems: A world leader of thermal solutions in performance and reliability, SANYO DENKI offers lower power consumption and high air flow at dramatically reduced noise levels, boasting the highest life expectancy hours for its fans in the industry.