G4010E12B-RSR-L6

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DC fans are widely used in cooling electronic circuits and components. G4010E12B-RSR-L6 is a type of DC fan. It is generally used for cooling electronic components and systems, such as small fantops, LED lamps, solar lights and similar applications. As a high-efficiency DC fan, G4010E12B-RSR-L6 works by providing continuous, adjustable air flow.

The G4010E12B-RSR-L6 fan is made up of two main components: its motor and its blades. The motor is typically composed of a DC motor, such as a brushless DC motor (BLDC). The blades are made of high-grade polymers materials, such as PBT and ABS. Both of these components are designed for high-speed, long-lasting operation.

The DC motor within the G4010E12B-RSR-L6 fan is capable of delivering up to 40 watts of power, allowing the fan to produce an air velocity of about 2.8 m3/min. The airflow is created with the help of the PBT and ABS blades, as they rotate at a speed of 8,000 rpm. The entire fan is enclosed in a dustproof casing to ensure optimal air infusion and filtration.

The G4010E12B-RSR-L6 fan works by drawing in air through the fan blades and expels it out the other side. This is accomplished by sending a certain amount of voltage to the fan\'s motor, which then moves the fan blades to create air velocity. The air velocity created then carries away hot air from the system.

The G4010E12B-RSR-L6 is an energy efficient fan that is capable of delivering up to 50CFM of air flow, while consuming minimal amounts of energy. This fan is also capable of achieving levels of pressure up to 0.25”H2O, and has a maximum noise level of 22 dBA. It is capable of working in a wide range of both temperatures and humidity levels. The fan is also safer than traditional AC fans, as it does not use potentially dangerous electrical wiring.

G4010E12B-RSR-L6 is a versatile and reliable fan that is ideal for use in a wide range of applications. It is used in cooling electronic components and systems, LED lamps and solar lights, fan tops and a wide range of other applications. It is capable of creating high air velocity, while consuming minimal levels of energy. Its dustproof casing also ensures that its components remain safe from dust and other debris.

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