G4015H12B2-RSR-TTL

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DC fans are important electrical components that help to reduce the operating temperature of an electronic device. A G4015H12B2-RSR-TTL is one type of DC fan used in electronics, and is an efficient cooling solution for remote cabinets, applications, and closed electronic components. This article will discuss the application fields and the working principle of the G4015H12B2-RSR-TTL DC fan.

The G4015H12B2-RSR-TTL DC fan is designed for extreme environmental and system conditions. The fan design ensures high efficiency and reliable operation in extreme temperatures of up to 70°C. It is an easy to install, 150mm 12V high-speed fan capable of delivering up to 35 CFM of air. The fan is a two wire PWM (pulse-width modulation) fan, which allows for controlled cooling as required.

The G4015H12B2-RSR-TTL fan is well suited for fan tray applications, telecommunications equipment, control systems, and general-purpose electronics cooling. It is particularly suitable for electronic assemblies, rack-mounted systems, and other applications in need of high-efficiency, reliable cooling.

The G4015H12B2-RSR-TTL fan operates using the principle of the Lorentz force. It uses a powerful motor and an electromagnet to create a rotating magnetic field. This field applies a force on the fan blades that spins them and creates a wind. As the fan rotates, it pulls air through the fan housing and over the heat sink and, in turn, cools the electronic components.

In addition to cooling, the G4015H12B2-RSR-TTL fan can also be used for heating. This is achieved using a heater element built into the fan motor. The heater element is controlled by a thermostat and will come on when the temperature falls below a set value. The heater will then direct warm air across the heat sink and keep the electronic components at the desired temperature.

The G4015H12B2-RSR-TTL DC fan is an efficient cooling solution for remote cabinets, applications, and closed electronic components. Its design ensures high efficiency and reliable operation in extreme temperatures of up to 70°C. The fan is well suited for fan tray applications, telecommunications equipment, control systems, and general-purpose electronics cooling. It operates using the principle of the Lorentz force and can be used for both cooling and heating, making it a versatile and reliable cooling solution.

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