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CHINESE
Sanyo Denki San Ace 38 Series: Breaking Boundaries to Redefine the Benchmark for Cooling Telecommunications Equipment
The San Ace 38 series (38×38×28 mm) delivers industry-leading performance with 8.40 InchesH2O static pressure and 32.2 CFM airflow for high-density 1U servers. Featuring up to 40,000 hours of lifespan, PWM smart control, and Eco Product certification, it provides reliable, intelligent, and sustainable cooling for modern telecom equipment.
2026/08/12
SANYO DENKI Launches New San Ace 280 Series: Redefining Industrial Large-Size Cooling Standards with an Ultra-Thin Profile
SANYO DENKI has officially launched the new San Ace 280 series, featuring industry-leading φ280 × 50 mm thick DC fans (9GA type) and waterproof fans (9WGA type). Designed to resolve the traditional conflict between high airflow and compact installation space, this series delivers a maximum airflow of 29.0 m³/min (1024 CFM) while maintaining a slim 50mm profile, effectively replacing multi-fan parallel setups. Key technical advantages include a 12% reduction in power consumption compared to traditional solutions, an IP56 waterproof rating for harsh environments, and an ultra-wide operating temperature range of -40°C to +70°C. Equipped with PWM smart control and a 40,000-hour lifespan, the San Ace 280 series provides a highly reliable, energy-efficient cooling solution for rapid freezing equipment, commercial air conditioning, and outdoor power cabinets.
2026/08/07
Which Equipment is Suitable for 75G G-Proof Cooling Fans? How Does the Sanyo San Ace 120GP Series Achieve 75G Tolerance?
The text details the 120GP series' ability to endure 75G forces through the use of high-rigidity aluminum alloy frames, integrated resin blade structures, and high-precision dual ball bearings. Furthermore, it outlines key application scenarios—including medical CT scanners, aerospace equipment, and industrial robotics—and presents technical specifications for voltage selection and PWM control, highlighting the series' reliability in extreme operating conditions.
2026/08/05
How to Choose the Right Cooling Fan for the AI Industry? San Ace Success Stories and Selection Guide
This guide details selecting high-static pressure San Ace fans for AI servers to prevent overheating. Capital Technology Co., Ltd. offers these authentic solutions and custom cooling diagnostics to ensure system reliability.
2026/07/31
How Does the SANYO DENKI San Ace 200 9GA Series Large-Scale Fan Balance High Performance (High Airflow / High Static Pressure) with Long Lifespan (24/7 Operation)?
The SANYO DENKI San Ace 200 9GA series (e.g., model 9GA2048P0G001) achieves an optimal balance between high-performance cooling and a long lifespan for 24/7 operation through its large-size, low-speed design, advanced low-power motors (36% less power), PWM smart control, and industrial-grade durable materials. To ensure reliable performance, proper selection is crucial: High Airflow models are recommended for low-resistance environments, while High Static Pressure models are required for high-resistance scenarios. Engineers should always match the fan's P-Q curve with the actual system impedance curve, keeping a 10%-20% performance margin to accommodate future aging or dust accumulation.
2026/07/08
Why Are More and More Industrial Devices Shifting from AC Fans to EC Fans?
This article explores the growing industrial shift from traditional AC fans to Electronically Commutated (EC) fans, driven by the demand for higher energy efficiency, intelligent control, and lower lifecycle costs. While AC fans remain a cost-effective option for basic ventilation, EC fans offer superior performance with motor efficiencies exceeding 90%, precise PWM speed control, and significantly extended lifespans (60,000–100,000 hours). Through a detailed comparison of core parameters and real-world case studies in data centers and industrial cabinets, the analysis demonstrates that despite higher initial procurement costs, EC fans provide substantial long-term economic benefits through energy savings and reduced maintenance. The article concludes with strategic selection guidelines, recommending EC technology for high-value, precision equipment and critical infrastructure where reliability and operational efficiency are paramount.
2026/07/02