AC centrifugal fan -G2S076-AA03-01
Introducing
Introducing the G2S076-AA03-01 AC centrifugal fan, the ideal solution for your air movement needs. Designed with a forward-curved impeller, this fan provides powerful air flow and is ideal for use in a range of applications. The fan has a single-intake with housing (flange) that is perfect for installation in tight spaces. With a 76mm round size, this fan is compact yet effective, delivering high airflow while taking up minimal space.
This AC Centrifugal Blower features a 230VAC voltage, making it suitable for use in a wide range of electrical systems. With a low 24W power consumption, it is energy-efficient and can help reduce the overall energy costs of your system. Additionally, the fan has a low noise level of just 47dBA, making it an excellent option for installations where noise levels need to be kept to a minimum.
The G2S076-AA03-01 AC centrifugal fan is designed with reliability and durability in mind. It operates at a high speed of 2400RPM, ensuring efficient air movement and circulation. The fan is also constructed of high-quality materials, ensuring that it can withstand use in a range of environments without suffering damage or wear and tear.
Installation of the G2S076-AA03-01 AC centrifugal fan is simple and straightforward. The single-intake design with housing (flange) allows for easy installation into a range of systems and spaces. The compact size of the fan means that it can be easily integrated into existing designs, and its lightweight construction makes it easy to handle and install.
In summary, the G2S076-AA03-01 AC centrifugal fan offers a compact yet powerful solution for air movement and circulation. Featuring a forward-curved impeller, a single-intake with housing (flange), a 76mm round size, a 230VAC voltage, a low power consumption of 24W, a low noise level of 47dBA, and a high speed of 2400RPM, it is an excellent option for a range of applications. Its ease of installation, durability, and reliability make it a must-have for any system that requires efficient, effective air movement.
