17001216A

Power (Watts):	3.00W
Lifetime @ Temp.:	52000 Hrs @ 70°C
Material - Blade:	Plastic
Material - Frame:	Zinc
Voltage Range:	8 ~ 16VDC
Current Rating:	0.250A
Weight:	--
Approvals:	CE, cUL, UL
Operating Temperature:	14 ~ 158°F (-10 ~ 70°C)
Ingress Protection:	IP68 - Dust Tight, Waterproof
Termination:	2 Wire Leads
RPM:	3500 RPM
Series:	Sprite
Noise:	47.6 dB(A)
Features:	Auto Restart, Locked Rotor Protection
Fan Type:	Tubeaxial
Bearing Type:	Ball
Static Pressure:	--
Air Flow:	35.0 CFM (0.980m³/min)
Width:	41.80mm
Size / Dimension:	Square - 79.8mm L x 79.8mm H
Voltage - Rated:	12VDC
Part Status:	Active

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DC Fans refer to fans that use direct current (DC) as their power source. The most common application for these fans is in industrial processes, such as cooling, ventilation and heating. These fans can also be used in computer systems for cooling and computer air ventilation. Types of DC FansThere are two types of DC fans that are widely used in various applications: axial fans and radial fans. Axial fans are designed for use in air-conditioning systems, exhaust systems, and wind turbines. Radial fans are designed to move air vertically or horizontally for air-handling and air-conditioning units. Both types of fans come in a variety of sizes and configurations. Application FieldsDC fans are widely used in computers and electronic devices for cooling, ventilation, and air flow. These fans can be used in laptops, desktop computers, embedded systems, telecommunications, military systems, medical devices, and automotive systems. They are also used in commercial and industrial applications, such as general ventilation, furnace and boiler air-conditioning, and other HVAC systems. They are also used to reduce noise in industrial processes, as well as in medical and laboratory equipment, where air flow and ventilation requirements are critical. Advantages of DC FansDC fans offer several advantages over traditional AC fans, such as:• Low noise and vibration—DC fans are very quiet, so they can be used in applications where noise is a concern. • Lower power consumption—DC fans are more energy efficient than AC fans, so they can reduce energy costs. • Variable speed—DC fans can be programmed to run at different speeds, depending on the application, which allows them to be more efficient and effective. • High reliability—DC fans are more reliable than AC fans because they don’t require electricity to run, so they don’t need to be dependent on the power grid. Working PrincipleA DC fan consists of a rotor and stator. The stator is a stationary part that houses the electrical coils. The rotor consists of a hub and blades and is responsible for moving air. The stator is connected to a DC power source, such as a battery. When the current flows through the coils, it creates an electromagnetic field that interacts with the rotor. This interaction causes the rotor to rotate, creating a force and moving air. The speed of the fan can be adjusted by controlling the current that is applied to the stator. By varying the current, the fan can be operated at different speeds, which is useful for controlling air flow in different applications. ConclusionDC fans are widely used in a variety of applications, from computers and medical devices to industrial applications. These fans have several advantages over AC fans, including low noise, low power consumption, variable speed, and high reliability. They operate by using a rotor and stator, which interact with each other to create a force. By controlling the current to the stator, the speed of the fan can be adjusted to suit different applications.

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