G1225H12B-FSR-EM

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DC Fans are devices that rely on the flow of electrical current in an electro-magnetic field to provide cooling for electrical and electronic systems. The G1225H12B-FSR-EM is one such fan.

The G1225H12B-FSR-EM fan offers superior thermal performance in small spaces by using advanced aerodynamics and ultra-high-efficiency High Temperature Brushless Motors (HTBM) design. This fan uses a sleeve bearing system which allows for longer life, superior motor-efficiency, and maximum air flow. As a result, this fan is able to provide greater cooling efficiency when compared to traditional fan designs.

The G1225H12B-FSR-EM is designed to operate in both high and low-temperature environments. It is rated to operate in temperatures ranging from -10°C to +85°C and has an MTBF of 95,000 hours. It is also IP67 rated for indoor and outdoor operation and comes with a 3 year limited warranty. The fan is rated to operate at 12V and 0.4A. It has a maximum airflow of 40CFM at 0.5Ws and a maximum static pressure of 1.44mm/H2O.

The G1225H12B-FSR-EM is an ideal fan solution for applications requiring high-performance in confined areas. It is suitable for applications such as server racks, telecommunications equipment, industrial components, and more. It can also be used for cooling computers, laptop batteries, and other heat-generating components, and is suitable for a wide variety of other applications.

In terms of its working principle, the G1225H12B-FSR-EM fan works by creating an electro-magnetic field when electrical power is applied. This field is used to drive the fan blade, which causes air to flow through the fan and create a cooling effect. The air flow is measured in Cubic Feet per Minute (CFM). The greater the CFM, the more effective the fan will be at cooling its intended target.

The G1225H12B-FSR-EM fan is a reliable and efficient fan solution for applications where high performance is required in confined areas. Its advanced design offers superior thermal performance, longer life, and maximum air flow, making it an ideal choice for cooling electronic and electrical components and systems. It is rated to operate in both high and low-temperature environments, and is easy to install and operate.

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