The AC 1225 Cooling Fan from YCCFAN is a prime example of innovation in cooling technology. Designed with both performance and durability in mind, this axial AC fan is ideal for a variety of applications, ensuring effective airflow and temperature control.
Exceptional Operating Temperature Range
One of the standout features of the AC 1225 Cooling Fan is its impressive operating temperature range. The ball bearing version operates efficiently from -10℃ to +70℃, while the sleeve bearing variant functions well between -10℃ and +60℃. This versatility makes the YCCFAN AC 1225 suitable for use in diverse environments, from industrial settings to residential applications, where temperature fluctuations are common.
High Insulation Resistance
Safety and reliability are paramount in cooling solutions, and the AC 1225 Cooling Fan excels in this regard. It boasts an insulation resistance of a minimum of 10 meg Ohm at 500 VDC between the frame and terminal. This high level of insulation ensures that the fan operates safely under various conditions, minimizing the risk of electrical failure and enhancing overall reliability. YCCFAN’s commitment to quality is evident in the design of this axial AC fan.
Sturdy Dielectric Strength
In addition to its insulation resistance, the AC 1225 Cooling Fan features a dielectric strength of 1mA max at 2000 VAC for one minute between the frame and terminal. This characteristic further enhances the fan’s safety profile, ensuring that it can withstand high voltage without compromising performance. This makes the YCCFAN AC 1225 an excellent choice for environments requiring robust electrical safety measures.
Conclusion
In conclusion, the AC 1225 Cooling Fan by YCCFAN is an outstanding axial AC fan designed for reliability and efficiency. With its exceptional operating temperature range, high insulation resistance, and robust dielectric strength, it is well-equipped for various applications. Choosing the AC 1225 ensures optimal cooling performance, making it a valuable addition to any cooling system.
