EAO Ltd, Burgess Hill, 24 July 2025 – EAO Ltd is proud to announce the launch of the Sanyo Denki San Ace 92 9AD Series, a new line of compact 92 × 92 × 25 mm AC fans engineered for high-performance cooling with low power consumption. The 9AD Series delivers enhanced airflow, static pressure and long service life, making it ideal for applications such as industrial equipment, control panels, power supplies and thermal management systems.

Among the standout models in the new range are the 9AD0901G4002, 9AD0901G4H001 and 9AD0901P4G001, which showcase the series’ highest airflow and static pressure capabilities. These fans deliver a maximum static pressure of 76 Pa (0.305 inchH₂O)—a 55% increase compared to the previous model (San Ace 92 model: 109S092)—and a maximum airflow of 1.34 m³/min (47.3 CFM), a 21% improvement over previous designs.

Key Product Advantages:

  • High Static Pressure & Airflow: Designed for efficient cooling in dense or high-resistance environments

  • Long Service Life: Up to 90,000 hours at 40°C, representing a 2.4× increase in life expectancy compared to legacy models

  • Low Power Consumption: Power usage reduced by up to 68%, offering energy savings without sacrificing performance

  • Advanced Control Options: Models available with low-speed sensors and PWM control functions for precision monitoring and fan speed control

  • Robust Design: Flame-retardant plastic frame and impeller (UL 94V-0), locked rotor protection and wide operating temperature range (-20°C to +70°C)

  • Eco-Conscious Manufacturing: Constructed with lead-free brass, RoHS compliant and certified as Eco Product Plus, contributing to UN Sustainable Development Goals (SDGs)

The 9AD Series also features excellent dielectric strength, insulation resistance and motor protection to ensure safe and reliable operation over the product’s lifetime.

EAO Ltd continues to offer engineering support, impedance curve testing and airflow validation using Sanyo Denki’s portable measurement equipment to help customers optimise thermal system design.

For more information and technical support, please visit: www.motorsandfans.co.uk

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